PREMIUM,IRON MAN Automated Bumpers,BUILT TOUGH by BMS USA 

 

 

 

 

 

 

 

 

 

 


 

 

 

 

 

INSTALLATION MANUAL

 

 

BMS USA

3700 DUNDEE RD

 WINTER HAVEN FL 33884

Phone 863 412 4329

Fax 863 6791488

 

 

Preface

 

Great strides have been made to furnish the consumer with the best premium bumper system on the market. Special consideration has been given to the installation methods to make your job as professional and as smooth as possible.

Please read the entire manual before you start the installation.

 

Before installation begins, it is important to know the measurement of the gutter openings, the height of the lane surface above the leveling strips,

and the straightness of the lanes where you are installing the system.

 

The recommended space in a single division between 2 lanes is 20-7/8” to 21”

The optimum opening in the double is 28.5”

The lane height is desired to be 2.7/8” above the Leveling strips.

The minimum lane to leveling strip depth is 2.5” the maximum is 3”

The distance between leveling strips should not be more than 22”

 

If the lane is straight and the above dimensions are met, there will be little or no extra work involved in the installation. If the lane is not straight, or you are having problems with some of the dimensions, please consult us before you proceed with the installation.


Tools required


3/8-impact wrench

Ό “ cordless drills

Air or power stapler

#2 Phillips screwdriver bits

Set of socket wrenches

Set of open-end wrenches

Wire crimpers

Electric plainer

8” skill saw Small pry bars / cats paw

Hammer

1” wood chisel

Power cords

Air compressor

Air hoses

Tape measure

Channel lock pliers

Allen wrenches


 

 

 

 

 

 

Items to be purchased at the jobsite.

2x4 material for gutter end supports.   Approximately 12’ per lane required.

1.3/8” staples for air stapler

 

 

 

 

BILL OF MATERIALS

 

 

 

 

 

 

 

 

 

ITEM

SIZE

Q

BOX#1

 

RAIL ASSEMBLY

6X2X87

8

 

 

 

 

 

 

 

AIR SUPPLIES

 

 

BOX#2

NCMB106-0500S

AIR CYLINDER

1.1/16X5" STROKE

4

 

KQ2HO7-34S

AIR FITTING

1/4"

4

 

EM3002

CYLINDER MOUNT

 

4

 

EM3003

PUSH BLOCK

 

4

 

62NLITS

5/8 STAR WASHER

5/8 INTERNAL

4

 

10FNNEZ

LOCK NUT/THIN

10/32 loc nut

8

 

671 RZ SERIES

4 POLE TERMINAL BLOCK

3"

1

 

6CNNEZ

#6THIN LOCK NUT

#6

8

 

6C75MXPZ

#6 MACH SCREW

#6X3/4

8

 

650KSC

SET SCREW

1/8X1/2

4

 

VQZ115Y 6GB-NT-PR

SWITCHES/VALVE

2"

2

 

KQ2H07-M5

1/4XM5 BRASS FITTING

0.25

2

 

KQ2TO7-00

AIR FITTING

1/4" T

3

 

KQ2N07-11

AIR FITTING REDUCER

3/8 TO 1/4

1

 

KQ2T11-00

AIR FITTING

3/8T

1

 

10N150TSWZ

1.5" #10 SHEETMETAL SCREW

#10X1.5"

100

 

 

 

 

 

 

 

AIR HOSES

 

 

BOX#3

TIUBU07R-33

1/4" AIR HOSE

1/4" 100 FT

0.5

 

TIUB11B-33

3/8 AIR HOSE

3/8X100'

0.1

 

 

 

 

 

 

 

 

 

 

BOX#4

 

COMPRESSOR & ACCESSORIES

PACKED 1 PER JOB

 

 

KQ2T11-00

AIR FITTING

3/8T

1

 

TIUB11B-20

3/8 AIR HOSE

3/8X66'

1

 

KQ2P-11

END CAP PLUG 3/8

 

2

 

NAF 3000-N02D

FILTER

 

1

 

KQ2H11-35S

3/8 CONN

 

1

 

 6”

TIE WRAP

6" PK OF 25

1

 

 1.25”

DRYWALL SCREW

PK OF 50

1

 

 

 

 

 

 

 

BUMPER INSTALLATION

 

Step #1 Removal

Remove the foul light covers, capping, gutters and Celotex pads.

 

 

Step#2 Measuring

Check the lanes edge for straightness. Clean the lane edge of any protruding nails, broken wood or loose screws. If the lane has a laminate overlay, observe whether or not the laminate is hanging more than 1/16” over the edge of the lane.

 

Step#3 Preparation

Measure the distance from the top of the lane to the leveling strips. If the distance of measure is 2.5” to 3”, no shimming is needed.

If the opening is deeper than 3”, purchase shimming material to shim the opening to the desired depth. If the opening is not deep enough, which is very rare, you must chisel out each leveling strip 1” wide to the required minimum depth of 2.5”.

 

Step#4 Layout

There is a starter rail with no coupler holes in the front.

Starter rail
Cylinder rail

 A cylinder/stop rail with no coupler holes in the back and a shock cord attached and 6 common rails in each box. Check NOTES for Manual Systems.

Layout the box of rails along the lane edge with the bolt heads facing the lane edge.

The starter rail is placed at the foul line and the cylinder/stop rail is placed at the pinsetter with the shock cord attached. Rotate all pivots and rails toward the foul line for air systems and away from the foul line for manual systems. 

 

PIVOT STOP2nd pivotShock cord            

 

 

 

 

 

Step#5 Assembly- cylinder and couplers

Remove a cylinder from Box #2. Remove the 2 #10-32 loc-nuts from the mount.

Slide the push block to its full extension with your thumb and release. The cylinder should snap back to its retracted position. Repeat several tines before attaching the cylinder. If it does not snap back, loosen the cylinder by holding the mount in one hand and turning the cylinder counter clockwise. Gently retighten—do not over tighten. Repeat the slide test.

Attach the cylinder mount to the metal rail in front of the 2nd pivot from the pinsetter.

2nd pivot                                             

 

Attach a coupler to the pinsetter end of each rail by aligning the coupler protrusions with the holes in the end of the rails and snapping it into place with channel locks.

 

NOTE: Pivot Stops are included with manual systems. Pivot Stops are provided

With automatic systems by special request only

 

 

 

 

 

 

 

 

Step#6 Rail installation

Position the starter rail 1” from the foul line and tight against the lane edge. Hold the bottom rail in position and raise the top rail by hand. Attach the bottom rail to the leveling strips through the mounting holes into the leveling strips with #10 x 1.25” square head screws. Rotate the 1st installed rail to check for binds and make sure there is at least 1/8” clearance between the rail and the lane.

 

 

For manual systems, position the rail 6” from the foul line

 

Step#7 Coupling rails together

Position a 2nd rail and attach it to the other end of the coupler by snapping it in place with your hands or a pair of channel locks.

 

 

 

Step#8 Additional rail installation

Rotate completed 1st and 2nd rail assembly toward the foul line to the lowered position. Hold the support rail in place and raise the 2-rail assembly to the up position and screw the 2nd support rail in place. Cycle the 2-rail assembly by hand to check for binds.

 

Step#9

Repeat step #6,7 and 8 on all additional rails. Make sure you rotate each rail as it is attached to the other rails. This will allow you to check for straightness as you install and also catch any potential binds if they should occur.

 

 

 

Once all rails are installed, cycle the completed rail assembly several times by hand. The completed rail assembly should pivot freely without any drag. If there is drag, locate the problem and correct it before completing the air system or installing the gutters.

 

Potential drag problems

  • The rail contacting the lane edge.
  • A pivot fastener may be too tight.
  • Trash could be inside rail.

 

Step#10

With the rail in the up position, lower the pinsetter sweep/rake arm and check to make sure the sweep clears the rail.

Cut off the excess rail if necessary.

 

NOTES

For manual systems, remove the shock cord set screw on the cylinder/stop rail and rotate the rail forward toward the pinsetter.

NEW SET SCREW POSITION

 
 


 

Dill a new 1/8” setscrew hole through the rail just behind the bottom end of the pivot where the original hole is.

With the rail down, attach the shock cord fully stretched to the top rail and the support rail.

Install the PIVOT STOP in place of the cylinder

 

Air System Installation

 

The compressor and the pipe fitting from the compressor to the filter are the responsibility of the proprietor or installer. 5HP 25 gal Recommended for 24 lanes.

 

Once the compressor is purchased, the location of the filter and length of the pipefitting may be determined. Typically a Ό”x10”” long threaded pipe is used.

 

Step#1

Attach the new pipe fitting to the compressor and the air filter.

 

Step#2

Attach the 3/8-air hose fitting to the filter.

 NOTE some the fittings shown are extra for maintenance.

 

 

 

 

Step#3

Attach the 3/8 air hose to the fitting at the filter. Run the air hose to the desired location on the curtain wall close to the center of the number of lanes the compressor is servicing.  Insert the air hose into a 3/8 T and mount it to the curtain wall.

 

Step#4

Attach 3/8 to 1/4 “T assemblies” to the curtain wall between each pair of lanes. Place a screw in both the 3/8 and Ό T’s

 

 

Step#5

Cut short lengths of 3/8 air hose to go from the center3/8 T to the closest T Assembly and then cut multiple lengths’s of 3/8 hose to go from one T assembly to the other. Plug both end T assemblies with a 3/8” end plug.

 

 

 

Step#6

Fasten the air switch assembly to the curtain wall with drywall screws

Just below the T assembly.

The A switch is for the odd lane and the B switch is for the even lane.

.

Switch Assembly

Rectangular Callout: A

Rectangular Callout: B

 

 

Step#7

Insert a Ό” air hose in to each curtain wall T assembly and into the input side of the corresponding air switch

 

Make up 2 runs of Ό” air hose for each pair of lanes to run from the air switch on the curtain wall to a Ό”T to be located under the lane near the cylinders

 

Insert one end of the Ό” air hose into the output side of the air switch on the curtain wall and the other end into the Ό “ T at the lane.

 

Step#8

Cut 2 equal length’s of Ό” air hose and insert 1 end into the Ό” T under the lane and the other end into the corresponding air cylinder.

 

Step#9

Position the 12v transformer on the curtain wall.

8 lanes to the transformer are recommended.

Attach 2-strand low voltage wire from the transformer to terminals #1 and #4.