ADP LEMCO INC.
MODEL #1500
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PSSI
MODEL #3111
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1500
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PORTER
MODEL #926
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top of board and a heavy structural steel weldment clamped to mast at the bottom. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1500
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

JAYPRO
MODEL #826-NF
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by structural square tubing. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1500
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

DRAPER
MODEL #TS-21
STATIONARY CEILING BRACED FRAME

1. Center mast of 6" pipe diagonally braced by 21⁄4" O.D. tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 21⁄2" O.D. tubing attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Model A0017 clamp attached to center mast provides the official 6' distance from face of center mast to face of board. Lower attachment shall be model A0512 clamp attached to the center mast.

ADP LEMCO INC.
MODEL #1500
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

AALCO
MODEL #131B
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 2" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1500
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

SPALDING
MODEL #1026
STATIONARY CEILING BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 2" heavy wall square tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe attached to support backside of drop pipe assembly frame and diagonally attached to rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Horizontal 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to boards corner attachment plates providing the official 6" distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #800
STATIONARY FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 7⁄8" O.D. pipe bi-directional bracing.
3. 1⁄4" proof-coil welded chain to provide further support to backstop. For extensions over 4' and when required to provide stability.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.

PSSI
MODEL #2300
STATIONARY FRAME

1. Main frame of four 17⁄8" O.D. steel pipes.
2. 1⁄4" x 1" tension straps for bracing.
3. 3⁄8" tension rods to aid in rigidity and adjustability.
4. Clear coated wood pads.

ADP LEMCO INC.
MODEL #800
STATIONARY FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 7⁄8" O.D. pipe bi-directional bracing.
3. 1⁄4" proof-coil welded chain to provide further support to backstop. For extensions over 4' and when required to provide stability.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.

PORTER
MODEL #212/213/312/313
STATIONARY FRAME

1. Main frame of four 17⁄8" O.D. steel pipes.
2. 3⁄16" x 11⁄4" flat bar tension bracing.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #800
STATIONARY FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 7⁄8" O.D. pipe bi-directional bracing.
3. 1⁄4" proof-coil welded chain to provide further support to backstop. For extensions over 4' and when required to provide stability.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.

JAYPRO
MODEL #1300/1310
STATIONARY FRAME

1. Main frame of four 1-9" O.D. steel pipes.
2. 1⁄4" x 11⁄4" flat bar tension bracing.
3. Safety chain to provide further support to backstop if over 5' extension (1310).
4. Same.

ADP LEMCO INC.
MODEL #800
STATIONARY FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 7⁄8" O.D. pipe bi-directional bracing.
3. 1⁄4" proof-coil welded chain to provide further support to backstop. For extensions over 4' and when required to provide stability.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.

DRAPER
MODEL #SW/SWD
STATIONARY FRAME

1. Main frame of three or four 21⁄2" O.D. steel pipes.
2. 11⁄2" O.D. diagonal bracing.
3. 1⁄4" welded link chains.
4. Same.

ADP LEMCO INC.
MODEL #800
STATIONARY FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 7⁄8" O.D. pipe bi-directional bracing.
3. 1⁄4" proof-coil welded chain to provide further support to backstop. For extensions over 4' and when required to provide stability.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.

AALCO
MODEL #20SW
STATIONARY FRAME

1. Main frame of four 17⁄8" O.D. steel pipes.
2. Laterally braced by two 17⁄8" O.D. pipes.
3. Chain not required.
4. Clear fir stringers shall be provided for wall attachment.

ADP LEMCO INC.
MODEL #800
STATIONARY FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 7⁄8" O.D. pipe bi-directional bracing.
3. 1⁄4" proof-coil welded chain to provide further support to backstop. For extensions over 4' and when required to provide stability.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.

SPALDING
MODEL #302-500
STATIONARY FRAME

1. Main frame of four 2" SQ structural steel tubing.
2. Information not available.
3. 1⁄4" aircraft cable used as support.
4. Wall pads of nominal 2' x 6' No. 2 Danish oiled wallboards.

ADP LEMCO INC.
MODEL #850
VERTICAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2" x 6" wood pads with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Standard or electric winch.

PSSI
MODEL #2400
VERTICAL FOLD FRAME

1. Main frame of four 17⁄8" O.D. steel pipes telescoped in 21⁄8" steel tubes.
2. Unit shall be cross-braced with 1⁄4" x 1" tension straps fastened to the structure.
3. 4/0 Upper safety chains.
4. Wall pads of 2" x 7.5" clear coated wood pads.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #850
VERTICAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Standard or electric winch.

PORTER
MODEL #219
VERTICAL FOLD FRAME

1. Main frame of four 17⁄8" O.D. steel pipes.
2. 3⁄16" x 11⁄4" flat bar tension bracing.
3. Same.
4. Same.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #850
VERTICAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Standard or electric winch.

JAYPRO
MODEL #1400
VERTICAL FOLD FRAME

1. Main frame of four 1-9" O.D. steel pipes.
2. 1⁄4" x 11⁄4" flat bar tension bracing.
3. Same.
4. Same.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #850
VERTICAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Standard or electric winch.

DRAPER
MODEL #DUW
VERTICAL FOLD FRAME

1. Main frame of four 21⁄2" O.D. steel pipes.
2. 11⁄2" O.D. diagonal bracing.
3. 1⁄4" welded link chains.
4. Same.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #850
VERTICAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Standard or electric winch.

AALCO
MODEL #24WS
VERTICAL FOLD FRAME

1. Same.
2. Same.
3. Same.
4. Clear fir stringers shall be provided for wall attachment.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #850
VERTICAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Standard or electric winch.

SPALDING
MODEL #302-700
VERTICAL FOLD FRAME

1. Main frame of four 2" square steel tubing.
2. 2" square steel tube bracing.
3. 1⁄4" aircraft cable for further support.
4. Same.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #810
SIDE FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Awing hook for manual operation included.

PSSI
MODEL #2500
SIDE FOLD FRAME

1. Main frame of four 17⁄8" O.D. steel pipes.
2. 3⁄8" tension bracing.
3. 4/0 Upper safety chains.
4. Same.
5. Same.
6. Information not available.

ADP LEMCO INC.
MODEL #810
HORIZONTAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Awing hook for manual operation included.

PORTER
MODEL #220
HORIZONTAL FOLD FRAME

1. Main frame of four 17⁄8" O.D. steel pipes.
2. 3⁄16" x 11⁄4" flat bar tension bracing.
3. Same.
4. Same.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #810
HORIZONTAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Awing hook for manual operation included.

JAYPRO
MODEL #1500
HORIZONTAL FOLD FRAME

1. Main frame of four 1-9" O.D. steel pipes.
2. 1⁄4" x 11⁄4" flat bar tension bracing.
3. Same.
4. Same.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #810
HORIZONTAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Awing hook for manual operation included.

DRAPER
MODEL #DGW
HORIZONTAL FOLD FRAME

1. Main frame of four 21⁄2" O.D. steel pipes.
2. 11⁄2" O.D. diagonal bracing.
3. 1⁄4" welded link chains.
4. Same.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #810
HORIZONTAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Awing hook for manual operation included.

AALCO
MODEL #22SF
HORIZONTAL FOLD FRAME

1. Main frame of four 17⁄8" O.D. steel pipes.
2. 17⁄8" O.D. pipe bi-directional bracing.
3. Same.
4. Clear fir stringers shall be provided for wall attachment.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #810
HORIZONTAL FOLD FRAME

1. Main frame of four 23⁄8" O.D. steel pipes.
2. 1" O.D. pipe bi-directional bracing.
3. 3⁄16" proof-coil welded chain to provide further support to backstop.
4. Wall pads of nominal 2' x 6' wood with all edges chamfered and finished with two coats clear, natural gloss lacquer.
5. Uses die formed steel hinges that allow backstop to fold flat against the wall.
6. Awing hook for manual operation included.

SPALDING
MODEL #302-600
HORIZONTAL FOLD FRAME

1. Main frame of four 2" square steel tubing.
2. 2" square structural steel tube bracing.
3. 1⁄4" aircraft cable to provide further support of backstop.
4. Same.
5. Same.
6. Same.

ADP LEMCO INC.
MODEL #1400
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PSSI
MODEL #3115
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 17⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to center mast by 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1400
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PORTER
MODEL #918
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 17⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to center mast by 2" structural square tubing on top of board and a heavy structural steel weldment clamped to mast at the bottom. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1400
STATIONARY WALL BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

JAYPRO
MODEL #818-WB
STATIONARY WALL BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to center mast by structural square tubing. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1400
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

DRAPER
MODEL #TS-22
STATIONARY WALL-BRACED FRAME

1. Center mast of 6" pipe diagonally braced by 21⁄4" O.D. tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 21⁄2" O.D. tubing attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Model A0017 clamp attached to center mast provides the official 6' distance from face of center mast to face of board. Lower attachment shall be model A0512 clamp attached to the center mast.

ADP LEMCO INC.
MODEL #1400
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

AALCO
MODEL #133WB
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 2 braces. Top horizontal support shall be a 3" structural steel pipe to form a rigid back-to-back triangular design.
2. Wall bracing is horizontal pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on 2x8 wood wall mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1400
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

SPALDING
MODEL #1018
STATIONARY WALL-BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 2" heavy wall square tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Horizontal 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to boards corner attachment plates providing the official 6" distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1335
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PSSI
MODEL #3207
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1335
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PORTER
MODEL #917
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" heavy wall pipe rear braced assembly, with zinc plated internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top of board and a heavy structural steel weldment clamped to mast at the bottom. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1335
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

JAYPRO
MODEL #817-FFRB
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" O.D. pipe, rear braced assembly with a sliding mechanism attached directly to the drop frame for ease and confidence of operation.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by structural square tubing. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1335
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

DRAPER
MODEL #TF-20J
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 6" pipe diagonally braced by 21⁄4" O.D. tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 21⁄2" O.D. tubing rear braced assembly, with zinc plated internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Model A0017 clamp attached to center mast provides the official 6' distance from face of center mast to face of board. Lower attachment shall be model A0512 clamp attached to the center mast.

ADP LEMCO INC.
MODEL #1335
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

AALCO
MODEL #130FS
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 21⁄2" heavy wall pipe rear braced assembly with internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1335
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6" distance from face of center mast to face of board.

SPALDING
MODEL #1017
FORWARD FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 2" heavy wall square tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" heavy wall pipe rear braced assembly, with 2" internal telescoping tube, diagonally attached near bottom of center mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 12', pipes are supplied with bridging and/or bracing.
4. Horizontal 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to boards corner attachment plates providing the official 6" distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1325
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PSSI
MODEL #3107
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1325
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PORTER
MODEL #949
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top of board and a heavy structural steel weldment clamped to mast at the bottom. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1325
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

JAYPRO
MODEL #849-FFFB
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" O.D. pipe, forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by structural square tubing. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1325
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

DRAPER
MODEL #TF-20
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 6" pipe diagonally braced by 21⁄4" O.D. tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 21⁄2" O.D. tubing forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" or 4" tubing attached to building structure so as to evenly distribute the weight of the backstop across supporting members.
4. Model A0017 clamp attached to center mast provides the official 6' distance from face of center mast to face of board. Lower attachment shall be model A0512 clamp attached to the center mast.

ADP LEMCO INC.
MODEL #1325
FORWARD FOLDING FRONT BRACED

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

AALCO
MODEL #136FJK
FORWARD FOLDING REAR RACED

1. Center mast of 65⁄8" pipe diagonally braced by 21⁄2" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 2" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1325
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

SPALDING
MODEL #1049
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 2" heavy wall square tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 12', pipes are supplied with bridging and/or bracing.
4. Horizontal 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to boards corner attachment plates providing the official 6" distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1345
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PSSI
MODEL #3105
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" heavy wall pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1345
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PORTER
MODEL #923
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" heavy wall pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top of board and a heavy structural steel weldment clamped to mast at the bottom. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1345
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

JAYPRO
MODEL #823-BF
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" O.D. pipe, rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by structural square tubing. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1345
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

DRAPER
MODEL #TB-25
REAR FOLDING REAR BRACED FRAME

1. Center mast of 6" pipe diagonally braced by 21⁄4" O.D. tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 21⁄2" O.D. tubing rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" or 4" tubing attached to building structure so as to evenly distribute the weight of the backstop across supporting members.
4. Model A0017 clamp attached to center mast provides the official 6' distance from face of center mast to face of board. Lower attachment shall be model A0512 clamp attached to the center mast.

ADP LEMCO INC.
MODEL #1345
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

AALCO
MODEL #132BS
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 21⁄2" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 2" heavy wall pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1345
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

SPALDING
MODEL #1023
REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 2" heavy wall square tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" heavy wall pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Horizontal 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to boards corner attachment plates providing the official 6" distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1312
COMPAK REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment. 2" grade 5 steel bolts are used for all hinged pivot connections. 3⁄16" Stabilizer cables rigidly lock patented knee joint in down position. Cables release automatically when backstop is raised.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PSSI
MODEL #3305
ROLL REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" heavy wall pipe rear braced assembly, with folding knee joint.
3. Superstructure will be 31⁄2" pipe .When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1312
COMPAK REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment. 2" grade 5 steel bolts are used for all hinged pivot connections. 3⁄16" Stabilizer cables rigidly lock patented knee joint in down position. Cables release automatically when backstop is raised.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PORTER
MODEL #951
COMPACT REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" heavy wall pipe rear braced assembly, with folding knee joint.
3. Superstructure will be 31⁄2" pipe. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top of board and a heavy structural steel weldment clamped to mast at the bottom. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1312
COMPAK REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment. 2" grade 5 steel bolts are used for all hinged pivot connections. 3⁄16" Stabilizer cables rigidly lock patented knee joint in down position. Cables release automatically when backstop is raised.
2. Oblique bracing is 23⁄8" pipe rear braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

AALCO
MODEL #138RF
COMPACT REAR FOLDING REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Each of the hinges supporting the main drop shall be mounted to a 4-wheel carrier which shall in turn run on horizontal tracks so as to enable the main drop to roll forward as it rises. Guys shall hold the carriers against a track stop as the brace drops into playing position.
3. Superstructure will be 31⁄2" pipe. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1355
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PSSI
MODEL #3207
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1355
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable. 31⁄2" O.D. pipe on units over 24'-6".
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PORTER
MODEL #950
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable. 23⁄8" O.D. pipe over 28'.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top of board and a heavy structural steel weldment clamped to mast at the bottom. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1355
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable. 31⁄2" O.D. pipe on units over 24'-6".
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

JAYPRO
MODEL #850-OSB
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by structural square tubing. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1355
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable. 31⁄2" O.D. pipe on units over 24'-6".
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

DRAPER
MODEL #TF-20S
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 6" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 21⁄4" O.D. tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 21⁄2" O.D. tubing forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable. 23⁄8" O.D. pipe over 28'.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Model A0017 clamp attached to center mast provides the official 6' distance from face of center mast to face of board. Lower attachment shall be model A0512 clamp attached to the center mast.

ADP LEMCO INC.
MODEL #1355
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable. 31⁄2" O.D. pipe on units over 24'-6".
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

AALCO
MODEL #137FJK
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 2" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable. 23⁄8" O.D. pipe over 28'.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1355
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly, with diagonally attached to front of superstructure and above board on the center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable. 31⁄2" O.D. pipe on units over 24'-6".
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

SPALDING
MODEL #1050
FORWARD FOLDING FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe angled above the backboard to provide a vertical attachment for the backboard, diagonally braced by 2" heavy wall square tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board on center mast, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Horizontal 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to boards corner attachment plates providing the official 6" distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1370
SIDE FOLD REAR OR FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear or front braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PSSI
MODEL #3109
SIDE FOLD SIDE BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe side braced assembly with adjustable folding knee joint. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1370
SIDE FOLD REAR OF FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear or front braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

PORTER
MODEL #955
SIDE FOLD REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 17⁄8" pipe rear braced assembly with adjustable folding knee joint. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top of board and a heavy structural steel weldment clamped to mast at the bottom. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1370
SIDE FOLD REAR OF FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear or front braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

JAYPRO
MODEL #855-SFB
SIDE FOLD REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly with adjustable folding knee joint. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by structural square tubing. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1370
SIDE FOLD REAR OF FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear or front braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

DRAPER
MODEL #TBS-26
SIDE FOLD REAR BRACED FRAME

1. Center mast of 6" pipe diagonally braced by 21⁄4" O.D. tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 21⁄2" O.D. tubing rear braced assembly with adjustable folding knee joint. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Model A0017 clamp attached to center mast provides the official 6' distance from face of center mast to face of board. Lower attachment shall be model A0512 clamp attached to the center mast.

ADP LEMCO INC.
MODEL #1370
SIDE FOLD REAR OF FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear or front braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

AALCO
MODEL #134SF
SIDE FOLD REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 23⁄8" pipe. Diagonal bracing attaches to outside ends of horizontal 4" structural channel to form a rigid back-to-back triangular "A-frame" design. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 2" pipe rear braced assembly with adjustable folding knee joint. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #1370
SIDE FOLD REAR OR FRONT BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 4" structural steel channel. Diagonal bracing attaches to outside hinged ends of horizontal 2" square tubing (intricately welded with gussets to 65⁄8" pipe) resulting in a rigid back-to-back triangular "A-frame" design. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear or front braced assembly, with adjustable folding knee joint, diagonally attached near bottom of center mast and rear of superstructure, so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board, by means of 2" U bolts. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

SPALDING
MODEL #1055
SIDE FOLD REAR BRACED FRAME

1. Center mast of 65⁄8" pipe diagonally braced by 2" heavy wall square tubing. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is 23⁄8" pipe rear braced assembly with adjustable folding knee joint. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Horizontal 2" structural square tubing attached to center mast. Extensions at ends of tubing attach to boards corner attachment plates providing the official 6" distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #2312
COMPAK REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (1451 unit is 31⁄2" pipes for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe rear braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PORTER
MODEL #651/551/1451
COMPACT REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. Horizontal and diagonal pipes are clamped to vertical pipes. 3⁄16" stabilizer cables rigidly lock patented knee joint in down position. Cables release automatically when backstop is raised. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2312
COMPAK REAR FOLDING REAR BRACED

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. Horizontal and diagonal pipes are clamped to vertical pipes. 3⁄16" stabilizer cables rigidly lock patented knee joint in down position. Cables release automatically when backstop is raised. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

JAYPRO
MODEL #751-CFB
COMPACT REAR FOLDING REAR BRACED

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2312
COMPAK REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. Horizontal and diagonal pipes are clamped to vertical pipes. 3⁄16" stabilizer cables rigidly lock patented knee joint in down position. Cables release automatically when backstop is raised. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

AALCO
MODEL #238RF/338RF
ROLL FOLD REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (338RF is 31⁄2" pipe for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Each of the hinges supporting the main drop shall be mounted to a 4-wheel carrier which shall in turn run on horizontal tracks so as to enable the main drop to roll forward as it rises. Guys shall hold the carriers against a track stop as the brace drops into playing position.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #2500
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PSSI
MODEL #2211/2611
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (2611 unit is 31⁄2" pipes for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2500
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally by 23⁄8" (31⁄2" pipes over 25') pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PORTER
MODEL #626/526/1426
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes (1426 unit is 31⁄2" pipes for over 25'). Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2500
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

JAYPRO
MODEL #726-NF
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2500
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

DRAPER
MODEL #DDTS-21
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2500
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

AALCO
MODEL #240B/340B
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (340B is 31⁄2" pipe for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 21⁄2" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #2500
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

SPALDING
MODEL #2026
STATIONARY CEILING BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe supporting the front drop pipe assembly. These will be attached to the front drop pipe assembly and extend diagonally to the superstructure pipe.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2400
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally by 23⁄8" pipes (31⁄2" pipes over 25") and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14", trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PSSI
MODEL #2215/2615
STATIONARY WALL BRACED RAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (2615 unit is 31⁄2" pipes for over 25"), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 17⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14", pipes are supplied with bridging and/or bracing.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2400
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PORTER
MODEL #618/518/1418
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (1418 unit is 31⁄2" pipes for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 17⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2400
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

JAYPRO
MODEL #718-WB
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2400
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

DRAPER
MODEL #DDTS-22
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 17⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2400
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

AALCO
MODEL #242WB/342WB
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (342WB is 31⁄2" pipe for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 21⁄2" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #2400
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached to wood pads. Pads are designed to dampen vibration and distribute the impact to the wall. The wood will be covered with two coats clear lacquer and have all surface edges rounded.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

SPALDING
MODEL #2018
STATIONARY WALL BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Wall bracing is horizontal 23⁄8" O.D. pipe attached to the front drop pipe directly supporting the backstop drop pipe assembly and braced to the wall.
3. The wall brace shall attached on a clear lacquered wood mounted pads.
4. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
5. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2335
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PSSI
MODEL #2203/2603
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (2603 unit is 31⁄2" pipes for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" heavy wall pipe rear braced assembly, with zinc plated internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2335
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PORTER
MODEL #617/517/1417
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (1417 unit is 31⁄2" pipes over 28'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" heavy wall pipe rear braced assembly, with zinc plated internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2335
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

JAYPRO
MODEL #717-FFRB
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" heavy wall pipe rear braced assembly, with zinc plated internal telescoping tube, and diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2335
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

DRAPER
MODEL #DDTF-20J
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" heavy wall pipe rear braced assembly, with zinc plated internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2335
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

AALCO
MODEL #230FS/330FS
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (330FS is 31⁄2" pipe for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 21⁄2" heavy wall pipe rear braced assembly, with zinc plated internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6" distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #2335
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly, with galvanized internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

SPALDING
MODEL #2017
FORWARD FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" heavy wall pipe rear braced assembly, with zinc plated internal telescoping tube, diagonally attached near bottom of mast and rear of superstructure.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2325
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward braced assembly diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PSSI
MODEL #2207/2607
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (2607 unit is 31⁄2" pipes for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2325
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward braced assembly diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PORTER
MODEL #649/549/1449
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (1449 unit is 31⁄2" pipes for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2325
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward braced assembly diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

JAYPRO
MODEL #749-FFFB
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2325
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward braced assembly diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

DRAPER
MODEL #DDTF-20
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2325
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward braced assembly diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

AALCO
MODEL #236FJK/336FJK
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (336FJK is 31⁄2" pipe for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 21⁄2" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #2325
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward braced assembly diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

SPALDING
MODEL #2049
FORWARD FOLDING FRONT BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing prostitution and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2345
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PSSI
MODEL #2205/2605
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (2604 unit is 31⁄2" pipes for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe rear braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2345
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

PORTER
MODEL #623/523/1423
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (1423 unit is 31⁄2" pipes for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe rear braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2345
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

JAYPRO
MODEL #723-BF
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2345
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

DRAPER
MODEL #DDTB-25
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 17⁄8" pipe rear braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #2345
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipe over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

AALCO
MODEL #232BS/332BS
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (332BS is 31⁄2" pipe for over 25'), braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 21⁄2" pipe rear braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to center mast by 2" structural square tubing on top and bottom of board. Extensions at ends of tubing attach to board's corner attachment plates providing the official 6' distance from face of center mast to face of board.

ADP LEMCO INC.
MODEL #2345
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes (31⁄2" pipes over 25'), braced horizontally by 23⁄8" pipes and diagonally by 7⁄8" pipes above the board. Horizontal and diagonal pipes are clamped to vertical pipes. Suspended from superstructure using die formed steel hinges and clamps. An adjustable hinge mechanism allows for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe forward rear assembly, with diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', trussed pipes or 65⁄8" pipes are supplied.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

SPALDING
MODEL #2023
REAR FOLDING REAR BRACED FRAME

1. Vertical front drop assembly consists of two 23⁄8" pipes, braced horizontally above the board by 23⁄8" pipes. Horizontal pipes are welded to vertical pipes. Suspended from superstructure by adjustable hangers to provide for precise field adjustment.
2. Oblique bracing is dual 23⁄8" pipe rear braced assembly with adjustable folding knee joint, diagonally attached to front of superstructure and above board so not to interfere with playing area. Knee joint locks backstop in playing position and is easily disengaged by upward force of hoist cable.
3. Superstructure will be 31⁄2" pipe attached to building structure so as to evenly distribute the weight of the backstop across supporting members. When distance between supports exceeds 14', pipes are supplied with bridging and/or bracing.
4. Board attached to vertical pipes by four individual "I" shaped clamps connecting to board attachment plates. These clamps act as spacers to produce official 6" distance from face of drop pipes to face of board.

ADP LEMCO INC.
MODEL #64
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 42" high x 72" wide.

PSSI
MODEL #AFRG42/LXP4200
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on PSSI basketball backstops.
7. Same.

ADP LEMCO INC.
MODEL #64
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 42" high x 72" wide.

PORTER
MODEL #204/208/224
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to the glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a 1⁄4" steel mounting plate which is attached to the 65⁄8" drop pipe by means of a steel mounting bracket. Goal is bolted to mounting plate to eliminate strain to the glass. Mounting bracket is made of 4" and 2" square tubing and 1⁄4" steel plate.
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Only when used on Porter "Center Strut" backstops.
7. Same.

ADP LEMCO INC.
MODEL #64
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 42" high x 72" wide.

JAYPRO
MODEL #GBB-42/GBARF-42
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on Jaypro basketball backstops.
7. Same.

ADP LEMCO INC.
MODEL #64
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 42" high x 72" wide.

DRAPER
MODEL #A0136
GLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Ends of the frame extrusions mitered and fitted with a flush, plated steel gusset type mounting bracket on all four corners, incorporating keyhole slots for mounting the backboard to the support structure at standard mounting centers. Goal mounting structure of a heavy, formed steel assembly, secured to the lower horizontal frame member to minimize stress on the glass section.
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on Draper basketball backstops with goal brace.
7. Same.

ADP LEMCO INC.
MODEL #64
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.

AALCO
MODEL #501S
GLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Goal is mounted to steel tube frame. Goal mounting bolts extend through glass to posterior frame steel tubing.
5. Same.

ADP LEMCO INC.
MODEL #64
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 42" high x 72" wide.

SPALDING
MODEL #413-001/411-005
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on Spalding basketball backstops.
7. Same.

ADP LEMCO INC.
MODEL #65
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 48" high x 72" wide.

PSSI
MODEL #AFRG48/RG
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on PSSI basketball backstops.
7. Same.

ADP LEMCO INC.
MODEL #65
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 48" high x 72" wide.

PORTER
MODEL #206/232
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to the glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a 1⁄4" steel mounting plate which is attached to the 65⁄8" drop pipe by means of a steel mounting bracket. Goal is bolted to mounting plate to eliminate strain to the glass. Mounting bracket is made of 4" and 2" square tubing and 1⁄4" steel plate.
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Only when used on Porter "Center Strut" backstops.
7. Same.

ADP LEMCO INC.
MODEL #65
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 48" high x 72" wide.

JAYPRO
MODEL #GBB-1BB/GBARF-48
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on Jaypro basketball backstops.
7. Same.

ADP LEMCO INC.
MODEL #65
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 48" high x 72" wide.

DRAPER
MODEL #A0022
GLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Ends of the frame extrusions mitered and fitted with a flush, plated steel gusset type mounting bracket on all four corners, incorporating keyhole slots for mounting the backboard to the support structure at standard mounting centers. Goal mounting structure of a heavy, formed steel assembly, secured to the lower horizontal frame member to minimize stress on the glass section.
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on Draper basketball backstops with goal brace.
7. Same.

ADP LEMCO INC.
MODEL #65
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 48" high x 72" wide.

AALCO
MODEL #501
GLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Goal is mounted to steel tube frame. Goal mounting bolts extend through glass to posterior frame steel tubing.
5. Same.
6. Warranty: limited life-time warranty on glass backboard. When used on Aalco backstops.
7. Same.

ADP LEMCO INC.
MODEL #65
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 48" high x 72" wide.

SPALDING
MODEL #413-000/411-006
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on Spalding basketball backstops.
7. Same.

ADP LEMCO INC.
MODEL #63
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 40" high x 54" wide. The Model 63 is a rectangular designed to replace the fan shaped glass backboard. It is better than the fan shaped board as it is stronger and more closely resembles the standard glass backboards of larger size. The Model 63 Glass backboard has a lifetime warranty.

PSSI
MODEL #3050RG/FSGII
GLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on PSSI basketball backstops.
7. Overall dimensions to be 42" high x 54" wide on 305ORG and 39" X 54" fan-shaped on FSGII.

ADP LEMCO INC.
MODEL #63
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 40" high x 54" wide. The Model 63 is a rectangular designed to replace the fan shaped glass backboard. It is better than the fan shaped board as it is stronger and more closely resembles the standard glass backboards of larger size. The Model 63 Glass backboard has a lifetime warranty.

PORTER
MODEL #205/350/231
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to the glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a 1⁄4" steel mounting plate which is attached to the 65⁄8" drop pipe by means of a steel mounting bracket. Goal is bolted to mounting plate to eliminate strain to the glass. Mounting bracket is made of 4" and 2" square tubing and 1⁄4" steel plate.
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Only when used on Porter "Center Strut" backstops. Warranty on model 231 is unknown.
7. Overall dimensions to be 42" high x 60" wide. Model 231 is fan-shaped.

ADP LEMCO INC.
MODEL #63
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 40" high x 54" wide. The Model 63 is a rectangular designed to replace the fan shaped glass backboard. It is better than the fan shaped board as it is stronger and more closely resembles the standard glass backboards of larger size. The Model 63 Glass backboard has a lifetime warranty.

JAYPRO
MODEL #FSGB-39
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. 10 year warranty.
7. Overall dimensions to be 39" high x 54" wide fan-shaped.

ADP LEMCO INC.
MODEL #63
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 40" high x 54" wide. The Model 63 is a rectangular designed to replace the fan shaped glass backboard. It is better than the fan shaped board as it is stronger and more closely resembles the standard glass backboards of larger size. The Model 63 Glass backboard has a lifetime warranty.

DRAPER
MODEL #A0020/A0137
GLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Ends of the frame extrusions mitered and fitted with a flush, plated steel gusset type mounting bracket on all four corners, incorporating keyhole slots for mounting the backboard to the support structure at standard mounting centers. Goal mounting structure of a heavy, formed steel assembly, secured to the lower horizontal frame member to minimize stress on the glass section.
5. Same.
6. Warranty: limited life-time warranty on glass backboard. Good when used on Draper basketball backstops with goal brace.
7. Overall dimensions to be 40" high x 54" wide A0137, 39" high x 54" wide fan shaped A0020.

ADP LEMCO INC.
MODEL #63
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 40" high x 54" wide. The Model 63 is a rectangular designed to replace the fan shaped glass backboard. It is better than the fan shaped board as it is stronger and more closely resembles the standard glass backboards of larger size. The Model 63 Glass backboard has a lifetime warranty.

AALCO
MODEL #301
GLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Goal is mounted to steel tube frame. Goal mounting bolts extend through glass to posterior frame steel tubing.
5. Same.
6. Information not available.
7. Overall dimensions to be 35" high x 54" wide fan shaped.

ADP LEMCO INC.
MODEL #63
GLASS BACKBOARD

1. Backboard is fabricated from 1⁄2" tempered-plate glass.
2. Backboard is set into a 1⁄8" rubber channel.
3. Frame is constructed from brushed aluminum with a glare free finish, which requires no maintenance.
4. Goal mounting is positioned behind the glass in the form of a reinforcing inner-frame that extends through the glass. This supports the goal or supporting mechanism to touch any portion of the glass. The inner frame is manufactured from 1" x 3" heavy tube and 2" steel plate. The goal is also supported with a vertical 2" x 11⁄2" steel bar, diverting all the stress from the glass to the frame.
5. Border and target area are fired in permanently so they cannot wear away.
6. Warranty: limited life-time warranty on glass backboard. Good when used on any ADP basketball backstops.
7. Overall dimensions to be 40" high x 54" wide. The Model 63 is a rectangular designed to replace the fan shaped glass backboard. It is better than the fan shaped board as it is stronger and more closely resembles the standard glass backboards of larger size. The Model 63 Glass backboard has a lifetime warranty.

SPALDING
MODEL #413-030/413-201
GLASS BACKBOARD

1. Same.
2. Same.
3. Frame is constructed from brushed aluminum or steel with a glare free finish, which requires no maintenance.
4. Goal is essentially mounted directly to glass. Goal mounting bolts extend through glass, posterior frame steel tubing and a steel plate which is attached to the 65⁄8" drop pipe by means of a steel "mounting bracket".
5. Same.
6. Warranty: 10 year 413-030, 1 year 413-201.
7. Overall dimensions to be 42" high x 54" wide for 413-030 and 39" high x 35" wide fan shaped for 413-201.

ADP LEMCO INC.
MODEL #34
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 42".

PSSI
MODEL #1442B
WOOD BACKBOARD

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #34
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 42".

PORTER
MODEL #228
WOOD BACKBOARD

1. Fused melamine resin surface.
2. High density wood particle board.
3. White finish with official orange border and target that is permanently applied to melamine laminated at fabrication.
4. Same.

ADP LEMCO INC.
MODEL #34
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 42".

JAYPRO
MODEL #RWBB-422
WOOD BACKBOARD

1. Fused melamine resin surface.
2. 23⁄4" laminated wood panels.
3. White finish with official orange border and target that is permanently applied to melamine laminated at fabrication.
4. Same.

ADP LEMCO INC.
MODEL #34
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 42".

DRAPER
MODEL #A0140
WOOD BACKBOARD

1. Fused melamine resin surface.
2. 55 PCF density solid laminated wood core.
3. White finish with official orange border and target that is permanently applied to melamine laminated at fabrication.
4. Same.

ADP LEMCO INC.
MODEL #34
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 42".

AALCO
MODEL #401S
WOOD BACKBOARD

1. Vertical grade high pressure melamine.
2. 55 lb dense laminated wood core.
3. White finish with official orange border and target that is permanently applied to melamine laminated at fabrication.
4. Same.

ADP LEMCO INC.
MODEL #34
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 42".

SPALDING
MODEL #413-040
WOOD BACKBOARD

1. Fused melamine resin surface.
2. Particle board core.
3. White finish with official orange border and target.
4. Same.

ADP LEMCO INC.
MODEL #35
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 48".

PSSI
MODEL #1401B
WOOD BACKBOARD

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #35
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 48".

PORTER
MODEL #238
WOOD BACKBOARD

1. Fused melamine resin surface.
2. High density wood particle board.
3. White finish with official orange border and target that is permanently applied to melamine laminated at fabrication.
4. Same.

ADP LEMCO INC.
MODEL #35
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 48".

JAYPRO
MODEL #RWBB-480
WOOD BACKBOARD

1. Fused melamine resin surface.
2. 23⁄4" laminated wood panels.
3. White finish with official orange border and target that is permanently applied to melamine laminated at fabrication.
4. Same.

ADP LEMCO INC.
MODEL #35
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 48".

DRAPER
MODEL #A0021
WOOD BACKBOARD

1. Fused melamine resin surface.
2. 55 PCF density solid laminated wood core.
3. White finish with official orange border and target that is permanently applied to melamine laminated at fabrication.
4. Same.

ADP LEMCO INC.
MODEL #35
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 48".

AALCO
MODEL #401
WOOD BACKBOARD

1. Vertical grade high pressure melamine.
2. 55 lb dense laminated wood core.
3. White finish with official orange border and target that is permanently applied to melamine laminated at fabrication.
4. Same.

ADP LEMCO INC.
MODEL #35
WOOD BACKBOARD

1. Fused white melamine finish.
2. 11⁄2" wood.
3. White finish with official orange border and target that is permanently applied to the board during manufacturing.
4. Official overall size is 72" x 48".

SPALDING
MODEL #413-041
WOOD BACKBOARD

1. Fused melamine resin surface.
2. Particle board core.
3. White finish with official orange border and target.
4. Same.

ADP LEMCO INC.
MODEL #74
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 42".

PSSI
MODEL #1342B
FIBERGLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Same.
5. Same.

ADP LEMCO INC.
MODEL #74
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 42".

PORTER
MODEL #216
FIBERGLASS BACKBOARD

1. High tensile strength fiberglass.
2. Information not available.
3. Information not available.
4. White finish with official orange border and target that is screened on.
5. Same.

ADP LEMCO INC.
MODEL #74
FIBERGLASS BACKBOARD

1. 111⁄16" thick backboard of molded fiberglass.
2. Information not available.
3. Information not available.
4. White finish with official orange border and target that is permanently jell-coated into board.
5. Same.

JAYPRO
MODEL #RFB-425
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 42".

ADP LEMCO INC.
MODEL #74
RECTANGULAR FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 42".

DRAPER
MODEL #A0134
RECTANGULAR FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Same.

ADP LEMCO INC.
MODEL #74
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 42".

AALCO
MODEL #901S
FIBERGLASS BACKBOARD

1. Two pieces of gel coated fiberglass epoxied together.
2. Wood core.
3. Information not available.
4. White finish with official orange border and target that is inlayed during molding.
5. Same.

ADP LEMCO INC.
MODEL #74
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 42".

SPALDING
MODEL #413-051
FIBERGLASS BACKBOARD

1. Three layers of fiberglass on the backboard face and two layers on the back.
2. 11⁄8" thick high density thermally fused panel.
3. Information not available.
4. White finish with official orange border and target that is screened on.
5. Same.

ADP LEMCO INC.
MODEL #75
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 48".

PSSI
MODEL #1370B
FIBERGLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Same.
5. Same.

ADP LEMCO INC.
MODEL #75
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 48".

PORTER
MODEL #211
FIBERGLASS BACKBOARD

1. High tensile strength fiberglass.
2. Information not available.
3. Information not available.
4. White finish with official orange border and target that is screened on.
5. Same.

ADP LEMCO INC.
MODEL #75
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 48".

JAYPRO
MODEL #RFB-486
FIBERGLASS BACKBOARD

1. 111⁄16" thick backboard of molded fiberglass.
2. Information not available.
3. Information not available.
4. White finish with official orange border and target that is permanently jell-coated into board.
5. Same.

ADP LEMCO INC.
MODEL #75
RECTANGULAR FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 48".

DRAPER
MODEL #A0023
RECTANGULAR FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Same.

ADP LEMCO INC.
MODEL #75
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 48".

AALCO
MODEL #901
FIBERGLASS BACKBOARD

1. Two pieces of gel coated fiberglass epoxied together.
2. Wood core.
3. Information not available.
4. White finish with official orange border and target that is inlayed during molding.
5. Same.

ADP LEMCO INC.
MODEL #75
FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 72" x 48".

SPALDING
MODEL #413-050
FIBERGLASS BACKBOARD

1. Three layers of fiberglass on the backboard face and two layers on the back.
2. 11⁄8" thick high density thermally fused panel.
3. Information not available.
4. White finish with official orange border and target that is screened on.
5. Same.

ADP LEMCO INC.
MODEL #44
STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 72" x 42".

PSSI
MODEL #1272B
STEEL BACKBOARD

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #44
STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 72" x 42".

PORTER
MODEL #1207
STEEL BACKBOARD

1. Heavy, die formed 11 gauge steel face is provided with 1⁄4" diameter perforations to provide an open area to minimize wind resistance.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #44
STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 72" x 42".

JAYPRO
MODEL #850RB-BB
STEEL BACKBOARD

1. 12 gauge steel.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #44
STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 72" x 42".

DRAPER
MODEL #A0267
STEEL BACKBOARD

1. Backboard shall be constructed of a single piece of 12-gauge steel reinforced with four 12 gauge horizontal channel sections, and one heavy 10 gauge vertical channel. The shell shall have a 11⁄2" deep flange.
2. Same.
3. White enamel.
4. Same.

ADP LEMCO INC.
MODEL #44
STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 72" x 42".

SPALDING
MODEL #413-062
STEEL BACKBOARD

1. Information not available.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #50
FAN-SHAPED ALUMINUM BACKBOARD

1. Manufactured from solid cast aluminum.
2. White finish.
3. Official overall size is 54" x 39" fan shaped.

PSSI
MODEL #1750B
FAN-SHAPED ALUMINUM BACKBOARD

1. Same.
2. Same.
3. Same.

ADP LEMCO INC.
MODEL #50
FAN-SHAPED ALUMINUM BACKBOARD

1. Manufactured from solid cast aluminum.
2. White finish.
3. Official overall size is 54" x 39" fan shaped.

PORTER
MODEL #234
FAN-SHAPED ALUMINUM BACKBOARD

1. Same.
2. Same.
3. Same.

ADP LEMCO INC.
MODEL #50
FAN-SHAPED ALUMINUM BACKBOARD

1. Manufactured from solid cast aluminum.
2. White finish.
3. Official overall size is 54" x 39" fan shaped.

JAYPRO
MODEL #ALB-24T
FAN-SHAPED ALUMINUM BACKBOARD

1. Same.
2. Same.
3. Official overall size is 54" x 36" fan shaped.

ADP LEMCO INC.
MODEL #50
FAN-SHAPED ALUMINUM BACKBOARD

1. Manufactured from solid cast aluminum.
2. White finish.
3. Official overall size is 54" x 39" fan shaped.

DRAPER
MODEL #A0133/A0135
FAN-SHAPED ALUMINUM BACKBOARD

1. Same.
2. Same.
3. Same.

ADP LEMCO INC.
MODEL #50
FAN-SHAPED ALUMINUM BACKBOARD

1. Manufactured from solid cast aluminum.
2. White finish.
3. Official overall size is 54" x 39" fan shaped.

AALCO
MODEL #AB-1
FAN-SHAPED ALUMINUM BACKBOARD

1. Same.
2. Same.
3. Similar; exact size unknown.

ADP LEMCO INC.
MODEL #50
FAN-SHAPED ALUMINUM BACKBOARD

1. Manufactured from solid cast aluminum.
2. White finish.
3. Official overall size is 54" x 39" fan shaped.

SPALDING
MODEL #413-221
FAN-SHAPED ALUMINUM BACKBOARD

1. Same.
2. Same.
3. Overall size is 54" x 36" fan shaped.

ADP LEMCO INC.
MODEL #40
FAN SHAPED STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 54" x 39" fan shaped.

PSSI
MODEL #1245T
FAN SHAPED STEEL BACKBOARD

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #40
FAN SHAPED STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 54" x 39" fan shaped.

PORTER
MODEL #237
FAN SHAPED STEEL BACKBOARD

1. Same.
2. Same.
3. Same.

ADP LEMCO INC.
MODEL #40
FAN-SHAPED STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 54" x 39" fan shaped.

JAYPRO
MODEL #840-BB
FAN-SHAPED STEEL BACKBOARD

1. Information not available.
2. Same.
3. Same.
4. Official overall size is 54" x 35" fan shaped.

ADP LEMCO INC.
MODEL #40
FAN SHAPED STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 54" x 39" fan shaped.

DRAPER
MODEL #A0019
FAN SHAPED STEEL BACKBOARD

1. Manufactured from 12 gauge steel.
2. Same.
3. White enamel.
4. Backboard is 54" x 35" fan-shaped.

ADP LEMCO INC.
MODEL #40
FAN SHAPED STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 54" x 39" fan shaped.

AALCO
MODEL #201
FAN SHAPED STEEL BACKBOARD

1. Manufactured from 13 gauge steel with a 11⁄2" deep flange.
2. Same.
3. Same.
4. Official overall size is 54" x 35" fan shaped.

ADP LEMCO INC.
MODEL #40
FAN-SHAPED STEEL BACKBOARD

1. Single piece of 13 gauge steel reinforced on the back vertically and horizontally and at goal mounting area.
2. No sharp corners.
3. White powder coated.
4. Official overall size is 54" x 39" fan shaped.

SPALDING
MODEL #413-209
FAN-SHAPED STEEL BACKBOARD

1. Manufactured from 12 gauge steel.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #70
FAN-SHAPED FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 54" x 39" fan shaped.

PSSI
MODEL #1301B
FAN-SHAPED FIBERGLASS BACKBOARD

1. Same.
2. Same.
3. Same.
4. Same.
5. Same.

ADP LEMCO INC.
MODEL #70
FAN-SHAPED FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 54" x 39" fan shaped.

PORTER
MODEL #267
FAN-SHAPED FIBERGLASS BACKBOARD

1. High tensile strength fiberglass.
2. Information not available.
3. Information not available.
4. White finish with official orange border and target that is screened on.
5. Same.

ADP LEMCO INC.
MODEL #70
FAN-SHAPED FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 54" x 39" fan shaped.

JAYPRO
MODEL #FFB-54
FAN-SHAPED FIBERGLASS BACKBOARD

1. 111⁄16" thick backboard of molded fiberglass.
2. Same.
3. Information not available.
4. White finish with official orange border and target that is permanently jell-coated into board.
5. Same.

ADP LEMCO INC.
MODEL #70
FAN-SHAPED FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 54" x 39" fan shaped.

DRAPER
MODEL #A0018
FAN-SHAPED FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Same.

ADP LEMCO INC.
MODEL #70
FAN-SHAPED FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 54" x 39" fan shaped.

AALCO
MODEL #601
FAN-SHAPED FIBERGLASS BACKBOARD

1. Two pieces of gel coated fiberglass epoxied together.
2. Wood core.
3. Information not available.
4. White finish with official orange border and target inlayed during molding.
5. Same.

ADP LEMCO INC.
MODEL #70
FAN-SHAPED FIBERGLASS BACKBOARD

1. One piece pressure molded 3⁄16" fiberglass shell.
2. 11⁄8" resin treated honeycomb core.
3. Pressure laminated to permanently bond and seal unit.
4. White finish with official orange border and target that is permanently applied to the board during manufacturing.
5. Official overall size is 54" x 39" fan shaped.

SPALDING
MODEL #413-230
FAN-SHAPED FIBERGLASS BACKBOARD

1. Three layers of fiberglass on the backboard face and two layers on the back.
2. 11⁄8" thick high density thermally fused panel.
3. Information not available.
4. White finish with official orange border and target.
5. Same.

ADP LEMCO INC.
MODEL #7000
BATTING CAGE

1. 10' high x 12' wide x 70' long.
2. Four sides and top, 3⁄4" square, knotless nylon mesh, sufficient size to allow one foot of material to lay on floor.
3. Drive pipe shall be 23⁄8" O.D. pipe, training cage frame shall be 17⁄8" O.D. pipe.
4. Heavy duty 3/4 H.P., 115 volt double output shaft, C-faced gear motor with overload protection.

PSSI
MODEL #4080
BATTING CAGE

1. Same.
2. Same.
3. Information not available.
4. Same.

ADP LEMCO INC.
MODEL #7000
BATTING CAGE

1. 10' high x 12' wide x 70' long.
2. Four sides and top, 3⁄4" square, knotless nylon mesh, sufficient size to allow one foot of material to lay on floor.
3. Drive pipe shall be 23⁄8" O.D. pipe, training cage frame shall be 17⁄8" O.D. pipe.
4. Heavy duty 3/4 HP, 115 volt double output shaft, C-faced gear motor with overload protection.

PORTER
MODEL #920
BATTING CAGE

1. Same.
2. Same.
3. Information not available.
4. Same.

ADP LEMCO INC.
MODEL #7000
BATTING CAGE

1. 10' high x 12' wide x 70' long.
2. Four sides and top, 3⁄4" square, knotless nylon mesh, sufficient size to allow one foot of material to lay on floor.
3. Drive pipe shall be 23⁄8" O.D. pipe, training cage frame shall be 17⁄8" O.D. pipe.
4. Heavy duty 3/4 HP, 115 volt double output shaft, C-faced gear motor with overload protection.

JAYPRO
MODEL #BBC-700
BATTING CAGE

1. Same.
2. Same.
3. Information not available.
4. Same.

ADP LEMCO INC.
MODEL #7000
BATTING CAGE

1. 10' high x 12' wide x 70' long.
2. Four sides and top, 3⁄4" square, knotless nylon mesh, sufficient size to allow one foot of material to lay on floor.
3. Drive pipe shall be 23⁄8" O.D. pipe, training cage frame shall be 17⁄8" O.D. pipe.
4. Heavy duty 3/4 HP, 115 volt double output shaft, C-faced gear motor with overload protection.

DRAPER
MODEL #MULTI SPORT CAGE
BATTING CAGE

1. Same.
2. Same.
3. Information not available.
4. Same.

ADP LEMCO INC.
MODEL #7000
BATTING CAGE

1. 10' high x 12' wide x 70' long.
2. Four sides and top, 3⁄4" square, knotless nylon mesh, sufficient size to allow one foot of material to lay on floor.
3. Drive pipe shall be 23⁄8" O.D. pipe, training cage frame shall be 17⁄8" O.D. pipe.
4. Heavy duty 3/4 HP, 115 volt double output shaft, C-faced gear motor with overload protection.

AALCO
MODEL #ABC-860
BATTING CAGE

1. 14' high x 14' wide x 70' long.
2. Same.
3. Information not available.
4. Same.

ADP LEMCO INC.
MODEL #7000
BATTING CAGE

1. 10' high x 12' wide x 70' long.
2. Four sides and top, 3⁄4" square, knotless nylon mesh, sufficient size to allow one foot of material to lay on floor.
3. Drive pipe shall be 23⁄8" O.D. pipe, training cage frame shall be 17⁄8" O.D. pipe.
4. Heavy duty 3/4 HP, 115 volt double output shaft, C-faced gear motor with overload protection.

SPALDING
MODEL #417-282
BATTING CAGE

1. 12' high x 14' wide x 70' long.
2. Standard 13⁄4" mesh, 3⁄4" mesh also available.
3. Constructed of 13⁄4" 14 gauge steel tubing.
4. Same.

ADP LEMCO INC.
MODEL #6500
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Each cable shall weave through #4 steel spur grommets placed 18" O.C. attached to 15⁄8" O.D. bottom batten and terminate at the 3⁄16" flange cable guides attached to the drive pipe.

PSSI
MODEL #4020
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Rotary counting limit switches shall be an integral part of the operator.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6500
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Each cable shall weave through #4 steel spur grommets placed 18" O.C. attached to 15⁄8" O.D. bottom batten and terminate at the 3⁄16" flange cable guides attached to the drive pipe.

PORTER
MODEL #670
GYM DIVIDER CURTAIN

1. Solid FLEXIVIDE vinyl polyester reinforced fabric shall be 19 oz. Mesh vinyl shall be 6 oz. (9 oz. opt.) Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Rotary counting limit switches shall be an integral part of the operator.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6500
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Each cable shall weave through #4 steel spur grommets placed 18" O.C. attached to 15⁄8" O.D. bottom batten and terminate at the 3⁄16" flange cable guides attached to the drive pipe.

JAYPRO
MODEL #FC-680
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 1 1⁄4" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 120V, single phase and equipped with an integral limit switch, reversing circuits, and overload protection. The roller tube shall be supported approximately 15' O.C. by means of specially designed cast iron support brackets with maple roller tube castors. A top castor shall insure that the roller tube is secure in the support bracket.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6500
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Each cable shall weave through #4 steel spur grommets placed 18" O.C. attached to 15⁄8" O.D. bottom batten and terminate at the 3⁄16" flange cable guides attached to the drive pipe.

DRAPER
MODEL #FOLD UP
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 23⁄8" dia. Tube concealed in the bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Rotary counting limit switches shall be an integral part of the operator.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6500
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Each cable shall weave through #4 steel spur grommets placed 18" O.C. attached to 15⁄8" O.D. bottom batten and terminate at the 3⁄16" flange cable guides attached to the drive pipe.

AALCO
MODEL #VSCM
GYM DIVIDER CURTAINA

1. Solid vinyl polyester fabric shall be 18 oz. Mesh vinyl shall be 6 oz. Top edge of curtain shall be electronically welded to size from 5' wide horizontal panels using 1.5" lap welds. The top edge of the curtain shall house a 1.9" dia. continuous rigid-coupled tubular steel accomplish accordion folding of the curtain when the lines are raised.
2. Information not available.
3. The curtain shall be powered by an electric operator with the following features: load support at all times thru self locking worm gearing; 115V cap-start, overload protected motor of 1 HP to provide 20ft./min. Curtain speed; lubed for life bearings; reversing magnetic contactor for remote control; key operated, spring return to off, flush mounting wall switch and control limit mechanism for up and down travel. All conduit wiring, etc. to power and to wall switch shall be by electrical contractor.
4. Cable system shall fold curtain in accordion fashion.

ADP LEMCO INC.
MODEL #6500
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Each cable shall weave through #4 steel spur grommets placed 18" O.C. attached to 15⁄8" O.D. bottom batten and terminate at the 3⁄16" flange cable guides attached to the drive pipe.

SPALDING
MODEL #401-855
GYM DIVIDER CURTAIN

1. Solid FLEXIVIDE vinyl polyester reinforced fabric shall be 19 oz. Mesh vinyl shall be 6 oz. (9 oz. opt.) Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Rotary counting limit switches shall be an integral part of the operator.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6200
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. The curtain shall be raised and lowered by rolling the bottom batten with 5" wide white belts wound onto the drive pipe. Belts shall be located a maximum of 20' on center. Hoist belts are attached to the top of the curtain, travel under the bottom batten and spool onto the drive pipe. The drive pipe rotates and is supported by the pipe cradle assembly, installed approximately 9' on center.

PSSI
MODEL #4030
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Rotary counting limit switches shall be an integral part of the operator.
4. Curtain shall be raised using polyester belts of equal lengths with a minimum tensile strength of 1,000 lbs. per inch of supporting width. Belts shall have a thread surface of a minimum 4" to adequately support the 31⁄2" O.D. bottom rolling tube.

ADP LEMCO INC.
MODEL #6200
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. The curtain shall be raised and lowered by rolling the bottom batten with 5" wide white belts wound onto the drive pipe. Belts shall be located a maximum of 20' on center. Hoist belts are attached to the top of the curtain, travel under the bottom batten and spool onto the drive pipe. The drive pipe rotates and is supported by the pipe cradle assembly, installed approximately 9' on center.

PORTER
MODEL #675
GYM DIVIDER CURTAIN

1. Solid FLEXIVIDE vinyl polyester reinforced fabric shall be 19 oz. Mesh vinyl shall be 6 oz. (9oz. opt.) Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Rotary counting limit switches shall be an integral part of the operator.
4. Rolling action shall be by means of multiple hoist belts not to exceed 20' O.C. Belts shall be of a heavy, industrial grade polyester fabric, 5" in width with a tensile strength of 5,000 pounds per belt. Hoist belts shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6200
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. The curtain shall be raised and lowered by rolling the bottom batten with 5" wide white belts wound onto the drive pipe. Belts shall be located a maximum of 20' on center. Hoist belts are attached to the top of the curtain, travel under the bottom batten and spool onto the drive pipe. The drive pipe rotates and is supported by the pipe cradle assembly, installed approximately 9' on center.

JAYPRO
MODEL #RC-690
GYM DIVIDER CURTAIN

1. Solid PRO vinyl polyester fabric shall be 18 oz. (22 oz. opt). Upper section shall be VCP 8 x 12 mesh woven from pigmented vinyl and 840 denier polyester. Roller pipe shall be driven by a Somfy Tube motor. The motor shall be secured to the inside of the roll tube and mounted to a compensating end bracket that is attached to the building structure.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 120V, single phase and equipped with an integral limit switch, reversing circuits, and overload protection. The roller tube shall be supported approximately 15' O.C. by means of specially designed cast iron support brackets with maple roller tube castors. A top castor shall insure that the roller tube is secure in the support bracket.
4. Similar but no details given.

ADP LEMCO INC.
MODEL #6200
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. The curtain shall be raised and lowered by rolling the bottom batten with 5" wide white belts wound onto the drive pipe. Belts shall be located a maximum of 20' on center. Hoist belts are attached to the top of the curtain, travel under the bottom batten and spool onto the drive pipe. The drive pipe rotates and is supported by the pipe cradle assembly, installed approximately 9' on center.

DRAPER
MODEL #ROLL UP
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure it is level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in the bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Rotary counting limit switches shall be an integral part of the operator.
4. Rolling action shall be by means of multiple hoist belts not to exceed 20' O.C. Belts shall be of a heavy, industrial grade polyester fabric, 5" in width with a tensile strength of 5,000 pounds per belt. Hoist belts shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6200
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a 15⁄8" O.D. continuous batten.
2. Structural support shall be die formed clamps rated at 2000 lbs. per connection spaced at 10' O.C. maximum. Each connection shall have 2" all thread rods and rotating brace mechanism supporting the 23⁄8" O.D. drive pipe. The curtain shall be supported at each connection by means of a 1⁄4" quick link and 3⁄16" proof coil chain connected to top batten.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both stored and unfolded position. Direct connection of motor to C-faced gear reducer eliminates the need for pulleys and v-belts. Gear reducer shall include oil level window to insure years of extended use.
4. The curtain shall be raised and lowered by rolling the bottom batten with 5" wide white belts wound onto the drive pipe. Belts shall be located a maximum of 20' on center. Hoist belts are attached to the top of the curtain, travel under the bottom batten and spool onto the drive pipe. The drive pipe rotates and is supported by the pipe cradle assembly, installed approximately 9' on center.

SPALDING
(No Model #)
GYM DIVIDER CURTAIN

1. Lower section of curtain shall be solid 18 oz. or 22 oz. vinyl coated polyester typically 8' in height with remainder in mesh. Upper section of the curtain shall be mesh woven from pigmented vinyl and polyester. Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in bottom section of the vinyl fabric.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Rotary counting limit switches shall be an integral part of the operator.
4. Rolling action shall be by means of multiple hoist belts not to exceed 20' O.C. Belts shall be of a heavy, industrial grade polyester fabric, 5" in width with a tensile strength of 5,000 pounds per belt. Hoist belts shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6100
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a continuous 2/0 coil chain.
2. Structural support shall be die formed clamps rated at 500 lbs. per connection spaced at 8' O.C. maximum. Curtain track shall be heavy 16 ga. galvanized steel channel connected to supports by means of a 2" eye-bolt and swivel hook. Tandem precision ball bearing nylon rollers shall support the curtain with #8.135 Jac chain and S-hook. The S-hook is attached to the curtain through a #2 spur grommet set in the top hem of the curtain 12" O.C.

PSSI
MODEL #4013
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). A pocket shall be formed along the bottom edge to accommodate a 4/0 coil proof chain for ballast.
2. The track shall be an enclosed galvanized steel channel 17⁄16" wide and 11⁄4" high. Track suspension spacing shall not exceed 6' center to center in the run of the curtain and 3' in the storage area. Carrier assemblies shall have two 1" diameter polyurethane wheels spaced on 12" centers. Carrier assemblies shall attach to top of curtain by means of a 1⁄8" "S" hook. The master carriers shall have four wheels and be located at the ends of the curtain for smooth operation.

ADP LEMCO INC.
MODEL #6100
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a continuous 2/0 coil chain.
2. Structural support shall be die formed clamps rated at 500 lbs. per connection spaced at 8' O.C. maximum. Curtain track shall be heavy 16 ga. galvanized steel channel connected to supports by means of a 2" eye-bolt and swivel hook. Tandem precision ball bearing nylon rollers shall support the curtain with #8.135 Jac chain and S-hook. The S-hook is attached to the curtain through a #2 spur grommet set in the top hem of the curtain 12" O.C.

PORTER
MODEL #640
GYM DIVIDER CURTAIN

1. Solid vinyl polyester (Flexivide) fabric shall be 18 oz. Track is enclosed formed channel, heavy duty type 16 gauge galvanized steel.
2. Channel track enclosed with a formed channel tom protect rollers.

ADP LEMCO INC.
MODEL #6100
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a continuous 2/0 coil chain.
2. Structural support shall be die formed clamps rated at 500 lbs. per connection spaced at 8' O.C. maximum. Curtain track shall be heavy 16 ga. galvanized steel channel connected to supports by means of a 2" eye-bolt and swivel hook. Tandem precision ball bearing nylon rollers shall support the curtain with #8.135 Jac chain and S-hook. The S-hook is attached to the curtain through a #2 spur grommet set in the top hem of the curtain 12" O.C.

JAYPRO
MODEL #WC-660
GYM DIVIDER CURTAIN

1. Lower section of curtain shall be solid vinyl coated polyester (18oz.) Mesh vinyl shall be 9 oz. All seams to be welded with a full 1" contact weld outer edge hems shall be triple turned with double welds. A pocket shall be formed along the bottom edge of the curtain to accommodate a No. 2/0 coil proof chain.
2. Track to be heavy duty, double rib aluminum 4" x 11⁄4". Track suspension spacing with beam clamps and hangar brackets shall not exceed 8' on center. Carriers shall be 11⁄8" diameter ball bearing wheels. Spacing shall be 12" centers. Carriers shall be attached to a trim chain that is fastened to the grommets in the top of the curtain. Stack space for curtain shall not exceed 11⁄8" per carrier.

ADP LEMCO INC.
MODEL #6100
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a continuous 2/0 coil chain.
2. Structural support shall be die formed clamps rated at 500 lbs. per connection spaced at 8' O.C. maximum. Curtain track shall be heavy 16 ga. galvanized steel channel connected to supports by means of a 2" eye-bolt and swivel hook. Tandem precision ball bearing nylon rollers shall support the curtain with #8.135 Jac chain and S-hook. The S-hook is attached to the curtain through a #2 spur grommet set in the top hem of the curtain 12" O.C.

DRAPER
MODEL #WALK DRAW
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. Mesh vinyl shall be 9 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the bottom border of the fabric the full length of the curtain to accept a continuous 2/0 coil chain.
2. Supports are not to exceed 8' max O.C. curtain track shall be channel connected to supports by means of a eye-bolt and swivel hook. Chain and S-hook support curtain.

ADP LEMCO INC.
MODEL #6100
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a continuous 2/0 coil chain.
2. Structural support shall be die formed clamps rated at 500 lbs. per connection spaced at 8' O.C. maximum. Curtain track shall be heavy 16 ga. galvanized steel channel connected to supports by means of a 2" eye-bolt and swivel hook. Tandem precision ball bearing nylon rollers shall support the curtain with #8.135 Jac chain and S-hook. The S-hook is attached to the curtain through a #2 spur grommet set in the top hem of the curtain 12" O.C.

AALCO
MODEL #WDC
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. Mesh vinyl shall be 6 oz. Top edge of curtain shall be electronically welded to size from 5' wide horizontal panels using 1.5" lap welds. The top edge of the curtain shall house a 1.9" dia. continuous rigid-coupled tubular steel accomplish accordion-folding of the curtain when the lines are raised.
2. Features silent nylon wheeled carriers running on aluminum I-beam track.

ADP LEMCO INC.
MODEL #6100
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6.5 oz. All seams to be electronically welded with 1" wide full contact bar welds. Pockets shall be formed in the top and bottom border of the fabric the full length of the curtain to accept a continuous 2/0 coil chain.
2. Structural support shall be die formed clamps rated at 500 lbs. per connection spaced at 8' O.C. maximum. Curtain track shall be heavy 16 ga. galvanized steel channel connected to supports by means of a 2" eye-bolt and swivel hook. Tandem precision ball bearing nylon rollers shall support the curtain with #8.135 Jac chain and S-hook. The S-hook is attached to the curtain through a #2 spur grommet set in the top hem of the curtain 12" O.C.

SPALDING
MODEL #401-854
GYM DIVIDER CURTAIN

1. Lower section of curtain shall be solid 18 oz. or 22 oz. vinyl coated polyester typically 8' in height with remainder in mesh. Upper section of the curtain shall be mesh woven from pigmented vinyl and polyester. A 3" pocket shall be formed along the bottom edge of the curtain to accommodate the coil-proof chain installed by the curtain manufacturer.
2. Vinyl fabric shall form the top edge (mesh) of the curtain with grommets located 12" on center for attachment to carriers. Track to be 16 gauges galvanized steel channel-type construction. Suspension of track with beam clamps shall not exceed 8' on center. Carriers will attach to the grommets in the top of curtain by means of chain and S-hook. Carrier spacing shall be 12" on center across top of curtain. End carriers will be constructed of 11⁄8" diameter ball bearing wheels. Carriers yield a stack on curtain of 11⁄8" per foot when in the storage position.

ADP LEMCO INC.
MODEL #6600G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 1.9" O.D. round batten the full length of the fabric to insure proper support.
2. Supported from the roof structure by directly attaching to the underneath side of roof truss or by attaching to 31⁄2" O.D. horizontal and 23⁄8" O.D. vertical structural tubing. Maximum attachment height shall not exceed 30'. Bridge pipe will be required when truss spans exceed 14'. Superstructure shall be furnished with standard black finish. If special finish coat is required, specify final painting by Painting Contractor.
3. Drive pipe power mechanism shall consist of two 120V AC, 60 cycle, single-phase reversible capacitor motor with built-in thermal overload protection. Each asynchronous motor is maintenance free, permanently lubricated, features overheating protection and has sturdy electrical and mechanical design for long life. Motors shall feature electromagnetic disk brake for smooth and accurate stop without slippage. This feature allows full braking power in the event of power failure. Motors shall also feature three-stage planetary gear mechanism for extremely quiet and reliable use. Curtain does not require cables, belts or straps for operation.

PSSI
MODEL #4040
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 1.9" O.D. round batten the full length of the fabric to insure proper support.
2. Supported from the roof structure by directly attaching to the underneath side of roof truss or by attaching to 31⁄2" O.D. horizontal and 23⁄8" O.D. vertical structural tubing. Maximum attachment height shall not exceed 30'. Bridge pipe will be required when truss spans exceed 14'. Superstructure shall be furnished with standard black finish. If special finish coat is required, specify final painting by Painting Contractor.
3. Drive pipe power mechanism shall consist of two 120V AC, 60 cycle, single-phase reversible capacitor motor with built-in thermal overload protection. Each asynchronous motor is maintenance free, permanently lubricated, features overheating protection and has sturdy electrical and mechanical design for long life. Motors shall feature electromagnetic disk brake for smooth and accurate stop without slippage. This feature allows full braking power in the event of power failure. Motors shall also feature three-stage planetary gear mechanism for extremely quiet and reliable use. Curtain does not require cables, belts or straps for operation.

ADP LEMCO INC.
MODEL #6600G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 1.9" O.D. round batten the full length of the fabric to insure proper support.
2. Supported from the roof structure by directly attaching to the underneath side of roof truss or by attaching to 31⁄2" O.D. horizontal and 23⁄8" O.D. vertical structural tubing. Maximum attachment height shall not exceed 30'. Bridge pipe will be required when truss spans exceed 14'. Superstructure shall be furnished with standard black finish. If special finish coat is required, specify final painting by Painting Contractor.
3. Drive pipe power mechanism shall consist of two 120V AC, 60 cycle, single-phase reversible capacitor motor with built-in thermal overload protection. Each asynchronous motor is maintenance free, permanently lubricated, features overheating protection and has sturdy electrical and mechanical design for long life. Motors shall feature electromagnetic disk brake for smooth and accurate stop without slippage. This feature allows full braking power in the event of power failure. Motors shall also feature three-stage planetary gear mechanism for extremely quiet and reliable use. Curtain does not require cables, belts or straps for operation.

PORTER
MODEL #2080
GYM DIVIDER CURTAIN

1. Solid FLEXIVIDE vinyl polyester reinforced fabric shall be 19 oz. Mesh vinyl shall be 6 oz. (9oz. opt.) Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation.
3. Hoist Mechanism is 3/4 H.P., 110 volt, 10 cycle, single-phase, double reduction gear motor with automatic brake and thermal overload protection. Tubular dual motor hoist system concealed inside aluminum batten tube at upper/lower curtain juncture to roll and compact curtain not to exceed 14 inches below structural attachment. The curtain rolls on an anodized aluminum tube located in the center of the curtain. As the aluminum tube rotates, it moves the curtain up, rolling up the top and bottom sections simultaneously. Features automatic overheating protection, and is permanently lubricated for a maintenance-free operation. The torque reaction of this drive assembly is taken up by either a wall-guide/torque carriage, or a torque strap-arm arrangement, both of which roll up with the curtain.

ADP LEMCO INC.
MODEL #6600G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 1.9" O.D. round batten the full length of the fabric to insure proper support.
2. Supported from the roof structure by directly attaching to the underneath side of roof truss or by attaching to 31⁄2" O.D. horizontal and 23⁄8" O.D. vertical structural tubing. Maximum attachment height shall not exceed 30'. Bridge pipe will be required when truss spans exceed 14'. Superstructure shall be furnished with standard black finish. If special finish coat is required, specify final painting by Painting Contractor.
3. Drive pipe power mechanism shall consist of two 120V AC, 60 cycle, single-phase reversible capacitor motor with built-in thermal overload protection. Each asynchronous motor is maintenance free, permanently lubricated, features overheating protection and has sturdy electrical and mechanical design for long life. Motors shall feature electromagnetic disk brake for smooth and accurate stop without slippage. This feature allows full braking power in the event of power failure. Motors shall also feature three-stage planetary gear mechanism for extremely quiet and reliable use. Curtain does not require cables, belts or straps for operation.

JAYPRO
MODEL #TC-700
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 11⁄4" O.D. steel tube the full length of the fabric to insure proper support.
2. Curtain shall roll from the top, and shall be achieved without the use of belts and/or cables. Rolls up to within 14" of support structure.
3. Hoist mechanism shall be comprised of a 120V, single phase and equipped with an integral limit switch, reversing circuits, and overload protection. The roller tube shall be supported approximately 15' O.C. by means of specially designed cast iron support brackets with maple roller tube castors. A top castor shall insure that the roller tube is secure in the support bracket.

ADP LEMCO INC.
MODEL #6600G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 1.9" O.D. round batten the full length of the fabric to insure proper support.
2. Supported from the roof structure by directly attaching to the underneath side of roof truss or by attaching to 31⁄2" O.D. horizontal and 23⁄8" O.D. vertical structural tubing. Maximum attachment height shall not exceed 30'. Bridge pipe will be required when truss spans exceed 14'. Superstructure shall be furnished with standard black finish. If special finish coat is required, specify final painting by Painting Contractor.
3. Drive pipe power mechanism shall consist of two 120V AC, 60 cycle, single-phase reversible capacitor motor with built-in thermal overload protection. Each asynchronous motor is maintenance free, permanently lubricated, features overheating protection and has sturdy electrical and mechanical design for long life. Motors shall feature electromagnetic disk brake for smooth and accurate stop without slippage. This feature allows full braking power in the event of power failure. Motors shall also feature three-stage planetary gear mechanism for extremely quiet and reliable use. Curtain does not require cables, belts or straps for operation.

DRAPER
MODEL #TOP ROLL
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. round batten the full length of the fabric to insure proper support.
2. Curtain shall be rolled on a 5" diameter drive tube to which the top edge of the curtain is secured. Bottom edge of curtain to have a 6" wide pocket to accommodate a 15⁄8" diameter round batten. Rolling action shall be from the top, and shall be achieved without the use of belts and/or cables. Drive pipe shall rotate in precision laser cut and formed drive pipe support assembly, located no more than 10' on center. Drive pipe support assembly shall be compact to allow for stored dimension of approximately 14" Curtain roll and drive tube shall be kept in place by safety trolley. Curtain shall roll at a rate of approximately 21 feet per minute.
3. Drive pipe power mechanism shall consist of a 1 H.P., 110-120V AC, 60 cycle, single-phase reversible capacitor motor with built-in thermal overload protection. The motor and load holding worm gear reducer shall provide speed reduction in the winch. Curtain winch includes limit switches to control the upper and lower limit of the curtain travel. Winch to be located at one end of curtain and be external of drive tube to allow for proper cooling and eliminate nuisance thermal overload tripping.

ADP LEMCO INC.
MODEL #6600G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 1.9" O.D. round batten the full length of the fabric to insure proper support.
2. Supported from the roof structure by directly attaching to the underneath side of roof truss or by attaching to 31⁄2" O.D. horizontal and 23⁄8" O.D. vertical structural tubing. Maximum attachment height shall not exceed 30'. Bridge pipe will be required when truss spans exceed 14'. Superstructure shall be furnished with standard black finish. If special finish coat is required, specify final painting by Painting Contractor.
3. Drive pipe power mechanism shall consist of two 120V AC, 60 cycle, single-phase reversible capacitor motor with built-in thermal overload protection. Each asynchronous motor is maintenance free, permanently lubricated, features overheating protection and has sturdy electrical and mechanical design for long life. Motors shall feature electromagnetic disk brake for smooth and accurate stop without slippage. This feature allows full braking power in the event of power failure. Motors shall also feature three-stage planetary gear mechanism for extremely quiet and reliable use. Curtain does not require cables, belts or straps for operation.

AALCO
MODEL #TRU-110
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. Mesh vinyl shall be 6 oz. Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 1.9" O.D. round batten the full length of the fabric to insure proper support.
2. Curtain shall be rolled on a 65⁄8" diameter drive tube to which the top edge of the curtain is secured. Rolling action shall be from the top, and shall be achieved without the use of belts and/or cables. Drive pipe shall rotate by 10" wide rollers with ball-bearing assistance. Drive pipe support assembly shall be compact to allow for stored dimension of approximately 18" of most structures.
3. The curtain shall be powered by an electric operator with the following features: load support at all times thru self locking worm gearing; 115V cap-start, overload protected motor of 1 HP; lubed for life bearings; reversing magnetic contactor for remote control; key operated, spring return to off, flush mounting wall switch and control limit mechanism for up and down travel. All conduit wiring, etc. to power and to wall switch shall be by electrical contractor.

ADP LEMCO INC.
MODEL #6600G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 1.9" O.D. round batten the full length of the fabric to insure proper support.
2. Supported from the roof structure by directly attaching to the underneath side of roof truss or by attaching to 31⁄2" O.D. horizontal and 23⁄8" O.D. vertical structural tubing. Maximum attachment height shall not exceed 30'. Bridge pipe will be required when truss spans exceed 14'. Superstructure shall be furnished with standard black finish. If special finish coat is required, specify final painting by Painting Contractor.
3. Drive pipe power mechanism shall consist of two 120V AC, 60 cycle, single-phase reversible capacitor motor with built-in thermal overload protection. Each asynchronous motor is maintenance free, permanently lubricated, features overheating protection and has sturdy electrical and mechanical design for long life. Motors shall feature electromagnetic disk brake for smooth and accurate stop without slippage. This feature allows full braking power in the event of power failure. Motors shall also feature three-stage planetary gear mechanism for extremely quiet and reliable use. Curtain does not require cables, belts or straps for operation.

SPALDING
MODEL #401-856
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Bottom edge of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. round batten the full length of the fabric to insure proper support.
2. Curtain shall be rolled on a 5" diameter drive tube to which the top edge of the curtain is secured. Bottom edge of curtain to have a 6" wide pocket to accommodate a 15⁄8" diameter round batten. Rolling action shall be from the top, and shall be achieved without the use of belts and/or cables. Drive pipe shall rotate in precision laser cut and formed drive pipe support assembly, located no more than 10' on center. Drive pipe support assembly shall be compact to allow for stored dimension of approximately 14" Curtain roll and drive tube shall be kept in place by safety trolley. Curtain shall roll at a rate of approximately 21 feet per minute.
3. Similar but details unknown.

ADP LEMCO INC.
MODEL #6800G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Curtain has welded seams and fully padded bottom batten. Curtain to be one continuous section.
2. Equipped with 1⁄8" cables, spaced not more than 10' apart, ending in individual hoist drums. Custom engineered variable diameter cable drums match individual cable travel to the ceiling slope.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single-phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both the stored and unfolded position. Double output shafts rotate the drive pipe.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Dual keyed toggle key switch.

PSSI
MODEL #4025
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Curtain has welded seams and fully padded bottom batten. Curtain to be one continuous section.
2. Equipped with 1⁄8" cables, spaced not more than 10' apart, ending in individual hoist drums. Custom engineered variable diameter cable drums match individual cable travel to the ceiling slope.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single-phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both the stored and unfolded position. Double output shafts rotate the drive pipe.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Dual keyed toggle key switch.

ADP LEMCO INC.
MODEL #6800G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Curtain has welded seams and fully padded bottom batten. Curtain to be one continuous section.
2. Equipped with 1⁄8" cables, spaced not more than 10' apart, ending in individual hoist drums. Custom engineered variable diameter cable drums match individual cable travel to the ceiling slope.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single-phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both the stored and unfolded position. Double output shafts rotate the drive pipe.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Dual keyed toggle key switch.

PORTER
MODEL #665
GYM DIVIDER CURTAIN

1. Solid FLEXIVIDE vinyl polyester reinforced fabric shall be 19 oz. Mesh vinyl shall be 6 oz. (9oz. opt.) Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. Tube concealed in the bottom section of the vinyl fabric. Designed to fold above horizontal to follow the contour of peaked or sloped roofs.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Special rotary counting limit switches shall be an integral part of the operator.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6800G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Curtain has welded seams and fully padded bottom batten. Curtain to be one continuous section.
2. Equipped with 1⁄8" cables, spaced not more than 10' apart, ending in individual hoist drums. Custom engineered variable diameter cable drums match individual cable travel to the ceiling slope.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single-phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both the stored and unfolded position. Double output shafts rotate the drive pipe.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Dual keyed toggle key switch.

JAYPRO
MODEL #SC-685
GYM DIVIDER CURTAIN

1. Solid vinyl coated polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. Tube concealed in the bottom section of the vinyl fabric. Designed to fold above horizontal to follow the contour of peaked or sloped roofs.
3. Hoist mechanism shall be comprised of a 120V, single phase and equipped with an integral limit switch, reversing circuits, and overload protection. The roller tube shall be supported approximately 15' O.C. by means of specially designed cast iron support brackets with maple roller tube castors. A top castor shall insure that the roller tube is secure in the support bracket.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6800G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Curtain has welded seams and fully padded bottom batten. Curtain to be one continuous section.
2. Equipped with 1⁄8" cables, spaced not more than 10' apart, ending in individual hoist drums. Custom engineered variable diameter cable drums match individual cable travel to the ceiling slope.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single-phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both the stored and unfolded position. Double output shafts rotate the drive pipe.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Dual keyed toggle key switch.

DRAPER
MODEL #RIDGE FOLD
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. tube concealed in the bottom section of the vinyl fabric. Customized to conform to pitch of the roof.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Special rotary counting limit switches shall be an integral part of the operator.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #6800G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Curtain has welded seams and fully padded bottom batten. Curtain to be one continuous section.
2. Equipped with 1⁄8" cables, spaced not more than 10' apart, ending in individual hoist drums. Custom engineered variable diameter cable drums match individual cable travel to the ceiling slope.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single-phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both the stored and unfolded position. Double output shafts rotate the drive pipe.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Dual keyed toggle key switch.

AALCO
MODEL #VSCM-C
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. Mesh vinyl shall be 6 oz. Top edge of curtain shall be electronically welded to size from 5' wide horizontal panels using 1.5" lap welds. The top edge of the curtain shall house a 1.9" dia. continuous rigid-coupled tubular steel accomplish accordion folding of the curtain when the lines are raised.
2. Information not available.
3. Heavy-duty 1 H.P. instant reversing motor with special drum allows curtain to fold into peak or slope of building.
4. Cable system shall fold curtain in accordion fashion.

ADP LEMCO INC.
MODEL #6800G
GYM DIVIDER CURTAIN

1. Solid vinyl polyester reinforced fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 9 oz. Curtain has welded seams and fully padded bottom batten. Curtain to be one continuous section.
2. Equipped with 1⁄8" cables, spaced not more than 10' apart, ending in individual hoist drums. Custom engineered variable diameter cable drums match individual cable travel to the ceiling slope.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 120 VAC, 60 cycle, single-phase motor with auto thermal overload protection and instant reversing motor for safety. Motor assembly shall include integral rotary counting limit switches to automatically stop the curtain in both the stored and unfolded position. Double output shafts rotate the drive pipe.
4. Curtain shall be raised and lowered by 1⁄8" diameter steel aircraft cable 2,000 lbs. Break strength 10' O.C. max. Dual keyed toggle key switch.

SPALDING
MODEL #401-858
GYM DIVIDER CURTAIN

1. Solid vinyl polyester fabric shall be 18 oz. (22 oz. opt). Mesh vinyl shall be 6 oz. (9 oz. Opt.). Top of curtain shall be fabricated with a pocket to conceal a continuous 15⁄8" O.D. steel tube the full length of the fabric to insure proper support.
2. Tube shall be supported from assemblies with threaded rods or support chains as required to insure level and plumb during installation. Curtain shall roll on a 31⁄2" dia. Tube concealed in the bottom section of the vinyl fabric. Customized to conform to pitch of the roof.
3. Hoist mechanism shall be comprised of a 3/4 H.P., 115 VAC double output shaft, C-faced, double reduction (75 to 1) gear motor furnished with integral 6 ft-lb. Brake mechanism and automatic overload protection. Special rotary counting limit switches shall be an integral part of the operator.
4. Folding action shall be by means of 1⁄8" galvanized hoist cable. Hoist cable shall terminate in roller drum assemblies supported from the building structure by means of special support assemblies.

ADP LEMCO INC.
MODEL #140-HD
MANUAL WINCH

1. Shall be an aluminum case, sealed worm-gear design, providing a self-locking feature to hold the backstop in any position during the raising or lowering cycle. The winch shall be mounted approximately 7' from finished floor to prevent injury or damage during athletic events in the facility and also allows full wall padding, if required to be strategically placed under the backstop, yet still be operated by means of a removable hand crank or Model #149-HD (Power Drive Unit) from the playing surface.

PSSI
MODEL #1123
MANUAL WINCH

1. Engineered and built with a precision interlocking steel frame for high rigidity and precise alignment. for high strength and durability. Maintenance free lifetime sealed gear case and worm gear with a load rating of 1000 lbs. & 40 to 1 gear ratio. Grooved Drum for accurate winding with a constant pressure roller preventing the cable from climbing the drum ends. Braking is provided by double, self locking worm gearing with a passive uni-directional brake. Supplied with cover and removable handle with a free turning sleeve that provides an easy, no friction grip or 1119 portable winch operator.

ADP LEMCO INC.
MODEL #6800G
GYM DIVIDER CURTAIN

1. Shall be an aluminum case, sealed worm-gear design, providing a self-locking feature to hold the backstop in any position during the raising or lowering cycle. The winch shall be mounted approximately 7' from finished floor to prevent injury or damage during athletic events in the facility and also allows full wall padding, if required to be strategically placed under the backstop, yet still be operated by means of a removable hand crank or Model #149-HD (Power Drive Unit) from the playing surface.

PORTER
MODEL #700
MANUAL WINCH

1. Worm gear type winch designed to hold the backstop at any position when raising or lowering. Input worm gear of machined, hardened steel and worm wheel of forged bronze allow with 30 to 1 ratio. Input shaft mounted flush with plated-steel cover for safety. 3⁄4" square shaft for use with removable handle or optional No. 269 portable electric operator. Winch mounts to wall using a wood pad with all edges chamfered and finished with two coats of clear finish.

ADP LEMCO INC.
MODEL #140-HD
MANUAL WINCH

1. Shall be an aluminum case, sealed worm-gear design, providing a self-locking feature to hold the backstop in any position during the raising or lowering cycle. The winch shall be mounted approximately 7' from finished floor to prevent injury or damage during athletic events in the facility and also allows full wall padding, if required to be strategically placed under the backstop, yet still be operated by means of a removable hand crank or Model #149-HD (Power Drive Unit) from the playing surface.

JAYPRO
MODEL #TW-800M
MANUAL WINCH

1. The basketball backstop positioning winch shall be a worm gear type designed to hold the backstop at any position during operation. Winch housing shall be capable of receiving and engaging an anti-torque safety bracket when used with the ED-901 portable electric operator to reduce possibility of injury. Winch shall be located so that the backstop is in full view of the operator.

ADP LEMCO INC.
MODEL #140-HD
MANUAL WINCH

1. Shall be an aluminum case, sealed worm-gear design, providing a self-locking feature to hold the backstop in any position during the raising or lowering cycle. The winch shall be mounted approximately 7' from finished floor to prevent injury or damage during athletic events in the facility and also allows full wall padding, if required to be strategically placed under the backstop, yet still be operated by means of a removable hand crank or Model #149-HD (Power Drive Unit) from the playing surface.

DRAPER
MODEL #A0489
MANUAL WINCH

1. The winch is a sealed bearing, self-locking, worm gear with a 40:1 ratio. The worm gear is completely enclosed and permanently sealed in an oil bath. It is capable of holding the backstop at any position when raising or lowering and may be mounted on the wall within full view of the backstop in operation. Operated by a removable hand crank, standard, or optional A0490 Portable Operator.

ADP LEMCO INC.
MODEL #140-HD
MANUAL WINCH

1. Shall be an aluminum case, sealed worm-gear design, providing a self-locking feature to hold the backstop in any position during the raising or lowering cycle. The winch shall be mounted approximately 7' from finished floor to prevent injury or damage during athletic events in the facility and also allows full wall padding, if required to be strategically placed under the backstop, yet still be operated by means of a removable hand crank or Model #149-HD (Power Drive Unit) from the playing surface.

AALCO
MODEL #K500
MANUAL WINCH

1. A cable winch of self locking worm gear type quality built for long life operation by portable drills as well as by hand, thru 38:1 ratio, bronze worm-gear/hardened and ground steel worm, bronze sleeve and thrust bearings/malleable iron frame. Complete with drip-proof cover and removable crank.

ADP LEMCO INC.
MODEL #140-HD
MANUAL WINCH

1. Shall be an aluminum case, sealed worm-gear design, providing a self-locking feature to hold the backstop in any position during the raising or lowering cycle. The winch shall be mounted approximately 7' from finished floor to prevent injury or damage during athletic events in the facility and also allows full wall padding, if required to be strategically placed under the backstop, yet still be operated by means of a removable hand crank or Model #149-HD (Power Drive Unit) from the playing surface.

SPALDING
MODEL #WN5001
MANUAL WINCH

1. Same.

ADP LEMCO INC.
MODEL #150C & Key Switch
ELECTRIC WINCH

1. Winch is equipped with a 3/4 H.P. 115 volt, single phase, 60 cycle, electric motor. The motor comes with safety instant reversing capabilities to eliminate "double switching" and has automatic reset thermal overload protection.
2. Gearbox has a 60:1 gear ratio. Winch is a cast housing worm gear type, which runs in a sealed oil bath and is self-locking in any position. Window located on gearbox for easy oil level checks.
3. Winch is equipped with a limit control switch, which is designed to automatically stop the travel of the backstop in stored and down positions, which is pre-wired as part of the winch.
4. Each basketball backstop will be raised and lowered by a 1⁄4" galvanized aircraft cable with 7,000 lb. strength which stacks on a grooved steel drum.
5. Motor is on a resilient (isolated rubber) frame, which enhances the quietness of the motor operator.
6. Motor is controlled by a heavy duty, 1 H.P. capacity, reversing contactor.
7. Key switch to be 3 position momentary contact 15A, 120/277VAC locking single pole, double throw switch. Because of the instant reversing motor only 1 key is necessary to raise and lower backstops.

PSSI
MODEL #1194 & Key Switch
ELECTRIC WINCH

1. Winch is operated by means of a 3/4 H.P. 115 volt, single phase, 60 cycle, electric motor. Motor comes with thermal overload protection.
2. Gearbox has a 60:1 gear ratio. Winch is a worm gear type, which runs in a sealed oil bath and is self-locking in any position. Housing bolted together with gaskets.
3. Same.
4. Same.
5. Motor is on a rubber frame, which enhances the quietness of the motor operator.
6. Motor is controlled by a cubed relay of compatible motor rating.
7. Momentary key switch features 2 keys (up and down) to prevent instantaneous reversing of the winch and overriding the limit switches.

ADP LEMCO INC.
MODEL #150C & Key Switch
ELECTRIC WINCH

1. Winch is equipped with a 3/4 H.P. 115 volt, single phase, 60 cycle, electric motor. The motor comes with safety instant reversing capabilities to eliminate "double switching" and has automatic reset thermal overload protection.
2. Gearbox has a 60:1 gear ratio. Winch is a cast housing worm gear type, which runs in a sealed oil bath and is self-locking in any position. Window located on gearbox for easy oil level checks.
3. Winch is equipped with a limit control switch, which is designed to automatically stop the travel of the backstop in stored and down positions, which is pre-wired as part of the winch.
4. Each basketball backstop will be raised and lowered by a 1⁄4" galvanized aircraft cable with 7,000 lb. strength which stacks on a grooved steel drum.
5. Motor is on a resilient (isolated rubber) frame, which enhances the quietness of the motor operator.
6. Motor is controlled by a heavy duty, 1 H.P. capacity, reversing contactor.
7. Key switch to be 3 position momentary contact 15A, 120/277VAC locking single pole, double throw switch. Because of the instant reversing motor only 1 key is necessary to raise and lower backstops.

PORTER
MODEL #706/707 & 791 Key Switch
ELECTRIC WINCH

1. Winch is operated by means of a 1/2 H.P. (model #706) or 3/4 H.P. (model #707) 115 volt, single phase, 60 cycle, electric motor. The motor comes with thermal overload protection.
2. Gearbox has a 60:1 gear ratio. Winch is a worm gear type, which runs in a sealed oil bath and is self-locking in any position. Housing bolted together with gaskets.
3. Same.
4. Same.
5. Motor is on a rubber frame, which enhances the quietness of the motor operator.
6. Motor is controlled by a cubed relay of compatible motor rating.
7. 791 momentary key switch features 2 keys (up and down) to prevent instantaneous reversing of the winch and overriding the limit switches.

ADP LEMCO INC.
MODEL #150C & Key Switch
ELECTRIC WINCH

1. Winch is equipped with a 3/4 H.P. 115 volt, single phase, 60 cycle, electric motor. The motor comes with safety instant reversing capabilities to eliminate "double switching" and has automatic reset thermal overload protection.
2. Gearbox has a 60:1 gear ratio. Winch is a cast housing worm gear type, which runs in a sealed oil bath and is self-locking in any position. Window located on gearbox for easy oil level checks.
3. Winch is equipped with a limit control switch, which is designed to automatically stop the travel of the backstop in stored and down positions, which is pre-wired as part of the winch.
4. Each basketball backstop will be raised and lowered by a 1⁄4" galvanized aircraft cable with 7,000 lb. strength which stacks on a grooved steel drum.
5. Motor is on a resilient (isolated rubber) frame, which enhances the quietness of the motor operator.
6. Motor is controlled by a heavy duty, 1 H.P. capacity, reversing contactor.
7. Key switch to be 3 position momentary contact 15A, 120/277VAC locking single pole, double throw switch. Because of the instant reversing motor only 1 key is necessary to raise and lower backstop.

JAYPRO
MODEL #TW2000 & Key Switch
ELECTRIC WINCH

1. Winch is operated by means of a 1 H.P. electric motor. Motor comes with thermal overload protection. Motor comes with instant reversing capabilities to eliminate double switching and has automatic reset thermal overload protection.
2. Made up of self lubricating composite gears with no oil.
3. Same.
4. Same.
5. Information not available.
6. Information not available.
7. Single key instant reverse.

ADP LEMCO INC.
MODEL #150C & Key Switch
ELECTRIC WINCH

1. Winch is equipped with a 3/4 H.P. 115 volt, single phase, 60 cycle, electric motor. The motor comes with safety instant reversing capabilities to eliminate "double switching" and has automatic reset thermal overload protection.
2. Gearbox has a 60:1 gear ratio. Winch is a cast housing worm gear type, which runs in a sealed oil bath and is self-locking in any position. Window located on gearbox for easy oil level checks.
3. Winch is equipped with a limit control switch, which is designed to automatically stop the travel of the backstop in stored and down positions, which is pre-wired as part of the winch.
4. Each basketball backstop will be raised and lowered by a 1⁄4" galvanized aircraft cable with 7,000 lb. strength which stacks on a grooved steel drum.
5. Motor is on a resilient (isolated rubber) frame, which enhances the quietness of the motor operator.
6. Motor is controlled by a heavy duty, 1 H.P. capacity, reversing contactor.
7. Key switch to be 3 position momentary contact 15A, 120/277VAC locking single pole, double throw switch.

DRAPER
MODEL #503085 & Key Switch
ELECTRIC WINCH

1. Winch is operated by means of a 1 H.P. 115 volt, single phase, 60 cycle, electric motor. The motor comes with instant reversing motor and thermal overload protection.
2. The winch has a direct drive, double worm reduction system.
3. Same.
4. Same.
5. Information not available.
6. Information not available.
7. 3 position momentary key switch and cover plate.

ADP LEMCO INC.
MODEL #150C & Key Switch
ELECTRIC WINCH

1. Winch is equipped with a 3/4 H.P. 115 volt, single phase, 60 cycle, electric motor. The motor comes with safety instant reversing capabilities to eliminate "double switching" and has automatic reset thermal overload protection.
2. Gearbox has a 60:1 gear ratio. Winch is a cast housing worm gear type, which runs in a sealed oil bath and is self-locking in any position. Window located on gearbox for easy oil level checks.
3. Winch is equipped with a limit control switch, which is designed to automatically stop the travel of the backstop in stored and down positions, which is pre-wired as part of the winch.
4. Each basketball backstop will be raised and lowered by a 1⁄4" galvanized aircraft cable with 7,000 lb. strength which stacks on a grooved steel drum.
5. Motor is on a resilient (isolated rubber) frame, which enhances the quietness of the motor operator.
6. Motor is controlled by a heavy duty, 1 H.P. capacity, reversing contactor.
7. Key switch to be 3 position momentary contact 15A, 120/277VAC locking single pole, double throw switch. Because of the instant reversing motor only 1 key is necessary to raise and lower backstops.

AALCO
MODEL #75 & Key Switch
ELECTRIC WINCH

1. Winch is operated by means of a 3/4 H.P. 100 volt, single phase, electric motor. The motor comes with safety instant reversing capabilities to eliminate "double switching" and has automatic reset thermal overload protection.
2. Gearbox has a 40:1 gear ratio. Winch has lubed-for-life bearings and sealed oil bath gearing for no maintenance.
3. Winch is equipped with a travel control switch, which is designed to limit both up and down travel directions.
4. Each basketball backstop will be raised and lowered by a 7x19 aircraft cable which stacks on a grooved drum.
5. Information not available.
6. Motor is controlled by a reversing contactor.
7. Momentary key switch, details not found.

ADP LEMCO INC.
MODEL #150C & Key Switch
ELECTRIC WINCH

1. Winch is equipped with a 3/4 H.P. 115 volt, single phase, 60 cycle, electric motor. The motor comes with safety instant reversing capabilities to eliminate "double switching" and has automatic reset thermal overload protection.
2. Gearbox has a 60:1 gear ratio. Winch is a cast housing worm gear type, which runs in a sealed oil bath and is self-locking in any position. Window located on gearbox for easy oil level checks.
3. Winch is equipped with a limit control switch, which is designed to automatically stop the travel of the backstop in stored and down positions, which is pre-wired as part of the winch.
4. Each basketball backstop will be raised and lowered by a 1⁄4" galvanized aircraft cable with 7,000 lb. strength which stacks on a grooved steel drum.
5. Motor is on a resilient (isolated rubber) frame, which enhances the quietness of the motor operator.
6. Motor is controlled by a heavy duty, 1 H.P. capacity, reversing contactor.
7. Key switch to be 3 position momentary contact 15A, 120/277VAC locking single pole, double throw switch. Because of the instant reversing motor only 1 key is necessary to raise and lower backstops.

SPALDING
MODEL #QR4000 & Key Switch
ELECTRIC WINCH

1. Winch is operated by means of a 3/4 H.P. 115 volt, single phase, 60 cycle, electric instant reversing motor.
2. Positive locking - double reduction worm gear drive provides a 200:1 reduction rate in sealed gear case.
3. Same.
4. Same.
5. Information not available.
6. Information not available.
7. Deluxe key switch.

ADP LEMCO INC.
MODEL #152-R
WIRELESS REMOTE CONTROL

1. Each motor will receive a 115-volt digital receiver with built in delay which prevents outside interference. Each receiver will be digitally encoded for independent operation from one (1) hand held transmitter.
2. No expensive conduit or wires required from the operator to the key switch. This feature is very desirable for existing buildings that are adding folding backstops as it eliminates an exposed conduit.
3. Wall mounted key switches are not needed to operate hoists which virtually eliminates vandalism to the unit, and prevents tampering of the key switch by unauthorized individuals.
4. The transmitter can operate up to sixteen (16) units from anywhere in the gym. The operator can raise or lower the units while in full view.
5. Electrical hook up requires one (1) standard gang electrical box with 115 volts, single phase, 60 Hz current, with one (1) duplex outlet within four (4) feet of hoist.

PSSI
MODEL #1197
WIRELESS REMOTE CONTROL

1. No information given.
2. Same.
3. Same.
4. No information given.
5. Standard power requirement for the electric winch unit.

ADP LEMCO INC.
MODEL #152-R
WIRELESS REMOTE CONTROL

1. Each motor will receive a 115-volt digital receiver with built in delay which prevents outside interference. Each receiver will be digitally encoded for independent operation from one (1) hand held transmitter.
2. No expensive conduit or wires required from the operator to the key switch. This feature is very desirable for existing buildings that are adding folding backstops as it eliminates an exposed conduit.
3. Wall mounted key switches are not needed to operate hoists which virtually eliminates vandalism to the unit, and prevents tampering of the key switch by unauthorized individuals.
4. The transmitter can operate up to sixteen (16) units from anywhere in the gym. The operator can raise or lower the units while in full view.
5. Electrical hook up requires one (1) standard gang electrical box with 115 volts, single phase, 60 Hz current, with one (1) duplex outlet within four (4) feet of hoist.

PORTER
MODEL #2001
WIRELESS REMOTE CONTROL

1. Information not available.
2. Same.
3. Same.
4. Information not available.
5. Standard power requirement for the electric winch unit.

ADP LEMCO INC.
MODEL #152-R
WIRELESS REMOTE CONTROL

1. Each motor will receive a 115-volt digital receiver with built in delay which prevents outside interference. Each receiver will be digitally encoded for independent operation from one (1) hand held transmitter.
2. No expensive conduit or wires required from the operator to the key switch. This feature is very desirable for existing buildings that are adding folding backstops as it eliminates an exposed conduit.
3. Wall mounted key switches are not needed to operate hoists which virtually eliminates vandalism to the unit, and prevents tampering of the key switch by unauthorized individuals.
4. The transmitter can operate up to sixteen (16) units from anywhere in the gym. The operator can raise or lower the units while in full view.
5. Electrical hook up requires one (1) standard gang electrical box with 115 volts, single phase, 60 Hz current, with one (1) duplex outlet within four (4) feet of hoist.

JAYPRO
MODEL #TMX-DRX
WIRELESS REMOTE CONTROL

1. Information not available.
2. Same.
3. Same.
4. Operates 100 gym components.
5. Standard power requirement for the electric winch unit.

ADP LEMCO INC.
MODEL #152-R
WIRELESS REMOTE CONTROL

1. Each motor will receive a 115-volt digital receiver with built in delay which prevents outside interference. Each receiver will be digitally encoded for independent operation from one (1) hand held transmitter.
2. No expensive conduit or wires required from the operator to the key switch. This feature is very desirable for existing buildings that are adding folding backstops as it eliminates an exposed conduit.
3. Wall mounted key switches are not needed to operate hoists which virtually eliminates vandalism to the unit, and prevents tampering of the key switch by unauthorized individuals.
4. The transmitter can operate up to sixteen (16) units from anywhere in the gym. The operator can raise or lower the units while in full view.
5. Electrical hook up requires one (1) standard gang electrical box with 115 volts, single phase, 60 Hz current, with one (1) duplex outlet within four (4) feet of hoist.

DRAPER
MODEL #503023EZ
WIRELESS REMOTE CONTROL

1. Each electric motor winch will be equipped with a commercial type 110-120v AC receiver with a coding switch for individual operation by the portable transmitter.
2. Same.
3. Same.
4. A0499 transmitter operates up to 9 winches. A0502 transmitter operates up to 27 winches.
5. Standard power requirement for the electric winch unit.

ADP LEMCO INC.
MODEL #152-R
WIRELESS REMOTE CONTROL

1. Each motor will receive a 115-volt digital receiver with built in delay which prevents outside interference. Each receiver will be digitally encoded for independent operation from one (1) hand held transmitter.
2. No expensive conduit or wires required from the operator to the key switch. This feature is very desirable for existing buildings that are adding folding backstops as it eliminates an exposed conduit.
3. Wall mounted key switches are not needed to operate hoists which virtually eliminates vandalism to the unit, and prevents tampering of the key switch by unauthorized individuals.
4. The transmitter can operate up to sixteen (16) units from anywhere in the gym. The operator can raise or lower the units while in full view.
5. Electrical hook up requires one (1) standard gang electrical box with 115 volts, single phase, 60 Hz current, with one (1) duplex outlet within four (4) feet of hoist.

AALCO
MODEL #75RC
WIRELESS REMOTE CONTROL

1. Information not available.
2. Same.
3. Same.
4. Information not available.
5. Standard power requirement for the electric winch unit.

ADP LEMCO INC.
MODEL #152-R
WIRELESS REMOTE CONTROL

1. Each motor will receive a 115-volt digital receiver with built in delay which prevents outside interference. Each receiver will be digitally encoded for independent operation from one (1) hand held transmitter.
2. No expensive conduit or wires required from the operator to the key switch. This feature is very desirable for existing buildings that are adding folding backstops as it eliminates an exposed conduit.
3. Wall mounted key switches are not needed to operate hoists which virtually eliminates vandalism to the unit, and prevents tampering of the key switch by unauthorized individuals.
4. The transmitter can operate up to sixteen (16) units from anywhere in the gym. The operator can raise or lower the units while in full view.
5. Electrical hook up requires one (1) standard gang electrical box with 115 volts, single phase, 60 Hz current, with one (1) duplex outlet within four (4) feet of hoist.

SPALDING
(No Model #)
WIRELESS REMOTE CONTROL

1. Information not available.
2. Same.
3. Same.
4. Information not available.
5. Standard power requirement for the electric winch unit.

ADP LEMCO INC.
MODEL #TSC2000
EQUIPMENT CONTROLLER

1. The TSC2000 Total System Control unit allows one touch operation of basketball backstops, divider curtains, wrestling mat hoists, lighting, scoreboards, P.A. systems or just about any other electrically controlled equipment through a wall-mounted keypad.
2. One keypad and relay box will operate eight motorized systems and two 15-amp auxiliary operations (lighting, scoreboards, etc.). System uses four multi-function keys with illuminated 32-character LCD display for easy readout. Operates on 110 Volts with keypad communications at 12 Volts. Mounts in standard three-gang metal box. Relay panel (151⁄2" x 121⁄2" x 41⁄4") can be mounted in any remote location. System will operate equipment individually and has custom program options for multiple equipment configurations such as "game day" or "practice" set-up. System has unlimited expandability for operating additional equipment by adding relay boxes.
   Optional 30' remote operator button available.
3. Password controlled to prevent unauthorized use. "Press and hold" button feature prevents authorized operator from walking away while equipment is in motion. Auto shut-off after thirty seconds of non-use. Unit is self-diagnostic and has voltage-sensing shutdown feature in case of overload, and will recommend electrical maintenance if needed.

PSSI
MODEL #TSC2000
EQUIPMENT CONTROLLER

1. The TSC2000 Total System Control unit allows one touch operation of basketball backstops, divider curtains, wrestling mat hoists, lighting, scoreboards, P.A. systems or just about any other electrically controlled equipment through a wall-mounted keypad.
2. One keypad and relay box will operate eight motorized systems and two 15-amp auxiliary operations (lighting, scoreboards, etc.). System uses four multi-function keys with illuminated 32-character LCD display for easy readout. Operates on 110 Volts with keypad communications at 12 Volts. Mounts in standard three-gang metal box. Relay panel (151⁄2" x 121⁄2" x 41⁄4") can be mounted in any remote location. System will operate equipment individually and has custom program options for multiple equipment configurations such as "game day" or "practice" set-up. System has unlimited expandability for operating additional equipment by adding relay boxes.
   Optional 30' remote operator button available.
3. Password controlled to prevent unauthorized use. "Press and hold" button feature prevents authorized operator from walking away while equipment is in motion. Auto shut-off after thirty seconds of non-use. Unit is self-diagnostic and has voltage-sensing shutdown feature in case of overload, and will recommend electrical maintenance if needed.

ADP LEMCO INC.
MODEL #TCS2000
EQUIPMENT CONTROLLER

1. The TSC2000 Total System Control unit allows one touch operation of basketball backstops, divider curtains, wrestling mat hoists, lighting, scoreboards, P.A. systems or just about any other electrically controlled equipment through a wall-mounted keypad.
2. One keypad and relay box will operate eight motorized systems and two 15-amp auxiliary operations (lighting, scoreboards, etc.). System uses four multi-function keys with illuminated 32-character LCD display for easy readout. Operates on 110 Volts with keypad communications at 12 Volts. Mounts in standard three-gang metal box. Relay panel (151⁄2" x 121⁄2" x 41⁄4") can be mounted in any remote location. System will operate equipment individually and has custom program options for multiple equipment configurations such as "game day" or "practice" set-up. System has unlimited expandability for operating additional equipment by adding relay boxes. Optional 30' remote operator button available.
3. Password controlled to prevent unauthorized use. "Press and hold" button feature prevents authorized operator from walking away while equipment is in motion. Auto shut-off after thirty seconds of non-use. Unit is self-diagnostic and has voltage-sensing shutdown feature in case of overload, and will recommend electrical maintenance if needed.

PORTER
MODEL #2500
EQUIPMENT CONTROLLER

1. Power Touch stations include basketball backstops, gym divider curtains, electric height adjusters, batting cages, overhead volleyball systems, and wrestling mat hoists.
2. One Touch Controller is able to control 160 devices.
3. Power Touch equipment controller is operated by a security code and is fully programmable by the user to change the security code at any time.

ADP LEMCO INC.
MODEL #TSC2000
EQUIPMENT CONTROLLER

1. The TSC2000 Total System Control unit allows one touch operation of basketball backstops, divider curtains, wrestling mat hoists, lighting, scoreboards, P.A. systems or just about any other electrically controlled equipment through a wall mounted keypad.
2. One keypad and relay box will operate eight motorized systems and two 15-amp auxiliary operations (lighting, scoreboards, etc.). System uses four multi-function keys with illuminated 32-character LCD display for easy readout. Operates on 110 Volts with keypad communications at 12 Volts. Mounts in standard three-gang metal box. Relay panel (151⁄2" x 121⁄2" x 41⁄4") can be mounted in any remote location. System will operate equipment individually and has custom program options for multiple equipment configurations such as "game day" or "practice" set-up. System has unlimited expandability for operating additional equipment by adding relay boxes. Optional 30' remote operator button available.
3. Password controlled to prevent unauthorized use. "Press and hold" button feature prevents authorized operator from walking away while equipment is in motion. Auto shut-off after thirty seconds of non-use. Unit is self-diagnostic and has voltage-sensing shutdown feature in case of overload, and will recommend electrical maintenance if needed.

JAYPRO
MODEL #MEC-99
EQUIPMENT CONTROLLER

1. Equipment controller consists of a keypad manufactured of heavy duty screened rubber pad enclosed in a cast high-density plastic frame and relay panel.
2. One Equipment Controller is able to control 99 unique stations and can be programmed for additional stations if required. Stations include basketball backstops, gym divider curtains, electric height adjusters, batting cages, and wrestling mat hoists.
3. MEC-99 equipment controller is operated by a four-digit security code and is fully programmable by the user to change the security code at any time.

ADP LEMCO INC.
MODEL #TSC2000
EQUIPMENT CONTROLLER

1. The TSC2000 Total System Control unit allows one touch operation of basketball backstops, divider curtains, wrestling mat hoists, lighting, scoreboards, P.A. systems or just about any other electrically controlled equipment through a wall-mounted keypad.
2. One keypad and relay box will operate eight motorized systems and two 15-amp auxiliary operations (lighting, scoreboards, etc.). System uses four multi-function keys with illuminated 32-character LCD display for easy readout. Operates on 110 Volts with keypad communications at 12 Volts. Mounts in standard three-gang metal box. Relay panel (151⁄2" x 121⁄2" x 41⁄4") can be mounted in any remote location. System will operate equipment individually and has custom program options for multiple equipment configurations such as "game day" or "practice" set-up. System has unlimited expandability for operating additional equipment by adding relay boxes. Optional 30' remote operator button available.
3. Password controlled to prevent unauthorized use. "Press and hold" button feature prevents authorized operator from walking away while equipment is in motion. Auto shut-off after thirty seconds of non-use. Unit is self-diagnostic and has voltage-sensing shutdown feature in case of overload, and will recommend electrical maintenance if needed.

DRAPER
MODEL #SMART GYM
EQUIPMENT CONTROLLER

1. User interacts with Smart Gym via a 24v flush mounted graphical touch screen that has been custom programmed to match the project conditions. Touch screen operated by four-digit security code prior to accessing control screens. Security code is fully programmable by the user. Smart Gym processor capable of controlling up to 256 separate movements, and can be programmed to operate single devices or groups of up to two devices simultaneously.
2. Touch screen available in grayscale or color. Standard system includes one touch screen but additional touch screens may be added as required. Communication between processor and the relay panel(s) is 24v.
3. Smart Gym features a compact 110-120v control processor that is fully programmable to operate Draper gymnasium equipment as well as other auxiliary devices provided by others.

ADP LEMCO INC.
MODEL #TSC2000
EQUIPMENT CONTROLLER

1. The TSC2000 Total System Control unit allows one touch operation of basketball backstops, divider curtains, wrestling mat hoists, lighting, scoreboards, P.A. systems or just about any other electrically controlled equipment through a wall-mounted keypad.
2. One keypad and relay box will operate eight motorized systems and two 15-amp auxiliary operations (lighting, scoreboards, etc.). System uses four multi-function keys with illuminated 32-character LCD display for easy readout. Operates on 110 Volts with keypad communications at 12 Volts. Mounts in standard three-gang metal box. Relay panel (151⁄2" x 121⁄2" x 41⁄4") can be mounted in any remote location. System will operate equipment individually and has custom program options for multiple equipment configurations such as "game day" or "practice" set-up. System has unlimited expandability for operating additional equipment by adding relay boxes. Optional 30' remote operator button available.
3. Password controlled to prevent unauthorized use. "Press and hold" button feature prevents authorized operator from walking away while equipment is in motion. Auto shut-off after thirty seconds of non-use. Unit is self-diagnostic and has voltage-sensing shutdown feature in case of overload, and will recommend electrical maintenance if needed.

AALCO
MODEL #PM-1
EQUIPMENT CONTROLLER

1. Operates all motorized equipment with the touch of the screen. Equipment can operate individually or simultaneously.
2. Computer touch screen, programmed to specifications. Back up manual switches.
3. Password lockable to prevent unauthorized use.

ADP LEMCO INC.
MODEL #TCS2000
EQUIPMENT CONTROLLER

1. The TSC2000 Total System Control unit allows one touch operation of basketball backstops, divider curtains, wrestling mat hoists, lighting, scoreboards, P.A. systems or just about any other electrically controlled equipment through a wall-mounted keypad.
2. One keypad and relay box will operate eight motorized systems and two 15-amp auxiliary operations (lighting, scoreboards, etc.). System uses four multi-function keys with illuminated 32-character LCD display for easy readout. Operates on 110 Volts with keypad communications at 12 Volts. Mounts in standard three-gang metal box. Relay panel (151⁄2" x 121⁄2" x 41⁄4") can be mounted in any remote location. System will operate equipment individually and has custom program options for multiple equipment configurations such as "game day" or "practice" set-up. System has unlimited expandability for operating additional equipment by adding relay boxes. Optional 30' remote operator button available.
3. Password controlled to prevent unauthorized use. "Press and hold" button feature prevents authorized operator from walking away while equipment is in motion. Auto shut-off after thirty seconds of non-use. Unit is self-diagnostic and has voltage-sensing shutdown feature in case of overload, and will recommend electrical maintenance if needed.

SPALDING
MODEL #TOTAL GYM
EQUIPMENT CONTROLLER

1. Total Gym stations include basketball backstops, gym divider curtains, electric height adjusters, batting cages, overhead volleyball systems, and wrestling mat hoists.
2. One Total Gym is able to control 7 motors and 2 auxiliary electrical devices. Uses key pad or touch screen display.
3. Each level of input is secured from unauthorized use.

ADP LEMCO INC.
MODEL #149-HD
HAND HELD POWER DRIVE UNIT

1. A cost effective method of electrically operating any number of manual winches.

PSSI
MODEL #1119
HAND HELD POWER DRIVE UNIT

1. Same.

ADP LEMCO INC.
MODEL #149-HD
HAND HELD POWER DRIVE UNIT

1. A cost effective method of electrically operating any number of manual winches.

PORTER
MODEL #269
HAND HELD POWER DRIVE UNIT

1. Information not available.

ADP LEMCO INC.
MODEL #149-HD
HAND HELD POWER DRIVE UNIT

1. A cost effective method of electrically operating any number of manual winches.

JAYPRO
MODEL #ED-901
HAND HELD POWER DRIVE UNIT

1. Heavy duty reversing right angle drill with anti torque drive for use with the Jaypro Model TW500M.

ADP LEMCO INC.
MODEL #149-HD
HAND HELD POWER DRIVE UNIT

1. A cost effective method of electrically operating any number of manual winches.

DRAPER
MODEL #A0490
HAND HELD POWER DRIVE UNIT

1. A compact, heavy-duty, reversible electric operator for use with manual winch A0489.

ADP LEMCO INC.
MODEL #149-HD
HAND HELD POWER DRIVE UNIT

1. A cost effective method of electrically operating any number of manual winches.

AALCO
MODEL #777
HAND HELD POWER DRIVE UNIT

1. 1/2 hp universal motor geared extra low as necessary to operate manual basketball backstop winches.

ADP LEMCO INC.
MODEL #149-HD
HAND HELD POWER DRIVE UNIT

1. A cost effective method of electrically operating any number of manual winches.

SPALDING
MODEL #269
HAND HELD POWER DRIVE UNIT

1. Heavy-duty, high torque 1⁄2" angle-head drill motor allowing for electrical operation of manual winch.

ADP LEMCO INC.
MODEL #110
SAFETY STRAP

1. Housing is made from a cast aluminum case which attaches to the superstructure with the use of 2" steel plain clamps.
2. Security strap is a 2" wide 6,000 lb break strength polypropylene strap.
3. Strap shall be stopped
4. Allows backstop to be hoisted to its highest possible storage position since it does not require any additional hoisting to unlock mechanism.

PSSI
MODEL #1100
SAFETY STRAP

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #110
SAFETY STRAP

1. Housing is made from a cast aluminum case which attaches to the superstructure with the use of 2" steel plain clamps.
2. Security strap is a 2" wide 6,000 pound break strength polypropylene strap.
3. Strap shall be stopped by three independent hardened dogs that trip into position under inertia. Automatically resets when released from tension.
4. Allows backstop to be hoisted to its highest possible storage position since it does not require any additional hoisting to unlock mechanism.

PORTER
MODEL #797
SAFETY STRAP

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #110
SAFETY STRAP

1. Housing is made from a cast aluminum case which attaches to the superstructure with the use of 2" steel plain clamps.
2. Security strap is a 2" wide 6,000 lb break strength polypropylene strap.
3. Strap shall be stopped by three independent hardened dogs that trip into position under inertia. Automatically resets when released from tension.
4. Allows backstop to be hoisted to its highest possible storage position since it does not require any additional hoisting to unlock mechanism.

JAYPRO
MODEL #PL-1000
SAFETY STRAP

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #110
SAFETY STRAP

1. Housing is made from a cast aluminum case which attaches to the superstructure with the use of 2" steel plain clamps.
2. Security strap is a 2" wide 6,000 lb break strength polypropylene strap.
3. Strap shall be stopped by three independent hardened dogs that trip into position under inertia. Automatically resets when released from tension.
4. Allows backstop to be hoisted to its highest possible storage position since it does not require any additional hoisting to unlock mechanism.

DRAPER
MODEL #A0549/503029
SAFETY STRAP

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #110
SAFETY STRAP

1. Housing is made from a cast aluminum case which attaches to the superstructure with the use of 2" steel plain clamps.
2. Security strap is a 2" wide 6,000 lb break strength polypropylene strap.
3. Strap shall be stopped by three independent hardened dogs that trip into position under inertia. Automatically resets when released from tension.
4. Allows backstop to be hoisted to its highest possible storage position since it does not require any additional hoisting to unlock mechanism.

AALCO
MODEL #AST
SAFETY CATCH

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #110
SAFETY STRAP

1. Housing is made from a cast aluminum case which attaches to the superstructure with the use of 2" steel plain clamps.
2. Security strap is a 2" wide 6,000 lb break strength polypropylene strap.
3. Strap shall be stopped by three independent hardened dogs that trip into position under inertia. Automatically resets when released from tension.
4. Allows backstop to be hoisted to its highest possible storage position since it does not require any additional hoisting to unlock mechanism.

SPALDING
MODEL #402-765
SAFETY STRAP

1. Same.
2. Same.
3. Same.
4. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

PSSI
MODEL #1130/1140
HEIGHT ADJUSTOR

1. Use with all PSSI Basketball Backstops.
2. Same.
3. Same.
4. No bracing is used.
5. Same.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

PORTER
MODEL #900
HEIGHT ADJUSTOR

1. Use with all Porter Basketball Backstops.
2. Same.
3. Same.
4. No bracing is used.
5. Same.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

JAYPRO
MODEL #AHA
HEIGHT ADJUSTOR

1. Use with all Jaypro Basketball Backstops.
2. Same.
3. Information not available.
4. Information not available.
5. Uses a 3⁄4" acme threaded rod secured in two bronze bushings.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

DRAPER
MODEL #503092/503094
HEIGHT ADJUSTOR

1. Use with all Draper Basketball Backstops.
2. Same.
3. No pipe dimensions given.
4. No bracing is used.
5. Same.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

AALCO
MODEL #2000
HEIGHT ADJUSTOR

1. Use with all AALCO Basketball Backstops.
2. Same.
3. Same.
4. No bracing is used.
5. Same.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

SPALDING
MODEL #313-334
HEIGHT ADJUSTOR

1. Use with all Spalding Basketball Backstops.
2. Same.
3. Information not available.
4. No bracing is used.
5. Information not available.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

SPALDING
MODEL #313-337
HEIGHT ADJUSTOR

1. Use with all Spalding Basketball Backstops.
2. Same.
3. Information not available.
4. No bracing is used.
5. Information not available.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

SPALDING
MODEL #313-332
HEIGHT ADJUSTOR

1. Use with all Spalding Basketball Backstops.
2. Same.
3. Information not available.
4. No bracing is used.
5. Information not available.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

SPALDING
MODEL #313-340
HEIGHT ADJUSTOR

1. Use with all Spalding Basketball Backstops.
2. Same.
3. Information not available.
4. No bracing is used.
5. Information not available.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

SPALDING
MODEL #313-333
HEIGHT ADJUSTOR

1. Use with all Spalding Basketball Backstops.
2. Same.
3. Information not available.
4. No bracing is used.
5. Information not available.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125M
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. Fabricated using 23⁄8" O.D. steel pipe.
4. 7⁄8" O.D. diagonal bracing is used to eliminate any racking and binding.
5. Uses a 1" dia. acme, threaded and machined, shaft with 5 threads per inch and a roller thrust bearing to raise and lower the unit smoothly.
6. Operated from the floor by a steel hand crank. (An optional portable hand held electric drive unit is also available.)
7. Board extensions meet official basketball rules of a 6" min. from frame to face of backboard.

1. Use with all Spalding Basketball Backstops.
2. Same.
3. Information not available.
4. No bracing is used.
5. Information not available.
6. Same.
7. Same.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

PSSI
MODEL #1170/1180
HEIGHT ADJUSTOR

1. Use with all PSSI Basketball Backstops.
2. Same.
3. Same.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

PORTER
MODEL #901
HEIGHT ADJUSTOR

1. Use with all Porter Basketball Backstops.
2. Same.
3. Same.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

JAYPRO
MODEL #EAHA
HEIGHT ADJUSTOR

1. Use with all Jaypro Basketball Backstops.
2. Same.
3. Same.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

DRAPER
MODEL #503093
HEIGHT ADJUSTOR

1. Use with all Draper Basketball Backstops.
2. Same.
3. 110-120 Volt, 60 Hz electric motor type linear actuator.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

DRAPER
MODEL #503095
HEIGHT ADJUSTOR

1. Use with all Draper Basketball Backstops.
2. Same.
3. 110-120 Volt, 60 Hz electric motor type linear actuator.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

DRAPER
MODEL #503096
HEIGHT ADJUSTOR

1. Use with all Draper Basketball Backstops.
2. Same.
3. 110-120 Volt, 60 Hz electric motor type linear actuator.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

DRAPER
MODEL #503097
HEIGHT ADJUSTOR

1. Use with all Draper Basketball Backstops.
2. Same.
3. 110-120 Volt, 60 Hz electric motor type linear actuator.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

DRAPER
MODEL #503098
HEIGHT ADJUSTOR

1. Use with all Draper Basketball Backstops.
2. Same.
3. 110-120 Volt, 60 Hz electric motor type linear actuator.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.

AALCO
MODEL #2000
HEIGHT ADJUSTOR

1. Use with all AALCO Basketball Backstops.
2. Same.
3. Same.
4. Same.
5. Same.
6. Information not available.
7. Information not available.

ADP LEMCO INC.
MODEL #125EL
HEIGHT ADJUSTOR

1. Use with all ADP Basketball Backstops.
2. Fully adjustable from 10' down to 8'.
3. 115 Volt, 60 Hz electric gear motor type linear actuator.
4. Integral limit switches automatically shut off when goal height reaches 8' and 10'.
5. Height Adjuster is operated by a key switch installed on an adjacent wall. (Also available with a optional detachable wand that plugs into building power.)
6. Actuators utilized thermal switches in the winding to shut the motor off in case of overheating. Reset is automatic after motor has cooled.
7. Actuator will hold the load in any position with no power draw.