RIDGID TS3660 To Install Bevel Adjusting HAND- Wheel, To Install Height Adjusting HAND- Wheel

ASSEMBLY

To assemble the Herc-U-Lift™ to the leg stand:

Install the four leg brackets on the inside of each leg using head screws (1/4-20 x 1/2 in.) and lock nuts (1/4-20). Tighten securely.

Place the lower section under the leg stand with the ends of the tube under the front leg brackets. Place a screw with washer (1/4-20 x 1-5/8) through the leg bracket and the end of the tube of the lower section. Secure in place using lock nuts (1/4-20).

NOTE: The screw should freely pivot.

Repeat above step for the upper section of the Herc-U- Lift™.

Check to insure the upper and lower sections are centered. If required, loosen frame hardware and adjust the frames side to side to center. Retighten all hardware.

Press down on the unlock pedal to check alignment of the U-bolt. The U-bolt should be centered within the latch mechanism as shown in figure 16. Release the unlock pedal and adjust the U-bolt as necessary. Retighten all hardware.

NOTE: With the tool on a level surface, check to make sure the tool does not move. If tool moves, adjust all four leveling feet supporting the tool.

TO INSTALL BEVEL ADJUSTING HAND- WHEEL

See Figure 17.

Locate the following parts:

1 bevel handwheel

1 pan head screw (1/4-20 x 5/8 in. with washer)

Push bevel handwheel onto the bevel shaft aligning flats on the bevel shaft with the flats on the bevel handwheel.

Secure in place using the screw (1/4-20 x 5/8 in. with washer).

TO INSTALL HEIGHT ADJUSTING HAND- WHEEL

See Figure 18.

Remove blade height lock knob by turning the knob counterclockwise.

Slide the height adjusting handwheel onto the rod and against the lock tube.

Secure the height adjustment handwheel by reinstalling the blade height lock knob.

UNLOCK

PEDAL

LATCHU-BOLT

MECHANISM

CENTER U-BOLT WITHIN THE LATCH MECHANISM

Fig. 16

BEVEL

ADJUSTING

HANDWHEEL

PAN HEAD SCREW

(1/4-20 x 5/8 in.)

Fig. 17

LOCK

BLADE TUBE

HEIGHT

LOCK KNOB

HEIGHT

ADJUSTING

HANDWHEEL

Fig. 18

21