COATS Kit 85607967 User Manual

Tire Inflation Cage Attachment

Bracket Kit 85607967

For use with COATS APX Tire Changers

Hennessy Industries • 1601 J. P. Hennessy Drive, LaVergne, TN USA 37086-3565 (800) 688-6359 • (615) 641-7533 • (615) 641-5104 FAX • www.ammcoats.com

Instructions

Before beginning this modification or attempting any maintenance, remove the electrical power and air source from the machine; also, bleed off any stored compressed air by exhausting through the air blast foot valve.

Tire Inflation Cage

Kit 85607770

Bracket A

APX Tire Changer

Bracket C

Bracket B

Cage Bracket Mounting Configuration

1. With a speed handle and 3/8-inch socket, remove the two bolts that fasten the tool/lube holder bracket to the machine. Reserve fasteners.

3. Remove four bolts to open the inflation tower

access panel.

4. Use five 3/8-16 x 7/8 inch bolts and 3/8-16 nuts to fasten cage bracket B to machine inflation tower and cage bracket A. Align bracket B and insert fasteners through the bracket plates and tower, then secure.

Access For Bracket C

Access Panel

Cage Bracket B Mounted On Machine

5. Reinstall the inflation tower access panel.

6. Use two 3/8-16 x 7/8 inch bolts and 3/8-16 nuts to

fasten cage bracket C to cage bracket A. Align bracket C and insert fasteners through the bracket plates, then secure via bracket B access hole.

Position Brackets And Fasten To Machine

2. Use reserved fasteners to bolt tool/lube holder bracket and cage bracket A to machine inflation tower. Align brackets and insert fasteners through the bracket plates and tower, then secure.

7. Refer to the Tire Inflation Cage Kit 85607770

instructions for its attachment and setup procedure.

8. Reconnect the air and electric supply to the machine. Test the machine for full function before returning the machine to operation.

Location of Tire Inflation Cage

Provide at least three feet of clear space between the Tire Inflation Cage and building walls. When a tire fails, the explosive release of air will throw all movable objects in the path of the expanding compressed air.