Delta 36-312 Instruction Manual Page 10

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DISCONNECT THE MACHINE FROM THE POWER SOURCE.
1. Position the bevel detent plate so that the desired angle (A) Fig. 23 is exposed immediately to the left of the housing (H)
Fig. 23.
2. Lift the front handle (A) Fig. 22 to disengage bevel lock.
3. Tilt the cuttinghead left as desired until it stops on plate (A) Fig. 23. NOTE: Fig. 25 illustrates the sliding plate positioned
for 45° left.
4. Lower the front handle to engage the bevel lock.
NOTE: To perform a bevel cut of more than 45°, pull the bevel pin (B) out to bypass the bevel detent plate. 48° is possible.
Fig. 24
A
SELECTING 0°, 33.9°, AND 45° BEVEL POSITIVE STOPS
Make sure that the fence is clear of the guard and blade before operating the saw.
Fig. 25
A
IMPORTANT: Move the sliding fence to the left or right to provide clearance for the blade and guard. The DEGREE of
tilt determines how far to move the sliding fence. Refer to the section “ADJUSTING SLIDING FENCE.”
Fig. 22
10
Fig. 23
A
B
A
C
D
H
TILTING CUTTINGHEAD FOR BEVEL CUTTING
DISCONNECT MACHINE FROM POWER SOURCE.
1. The cuttinghead of your compound miter saw can be tilted to cut any bevel angle from a 90° straight cut-off to a 48° bevel
angle left. Raise bevel lock lever (A) Fig. 22.
2. Positive stops (A) Fig. 23 are provided to rapidly position the saw blade at 0°, 33.9° and 45°. Refer to the section of this
manual titled “ADJUSTING 0°, 33.9° AND 45° BEVEL POSITIVE STOPS.” The bevel angle of the cuttinghead is
determined by the position of the pointer (B) on the scale (C).
3. In addition, a marked indicator (D) is provided on the bevel scale (33.9°) for cutting crown moulding. Refer to the
“CUTTING CROWN MOULDING” section of this manual.
B
B
C
The bevel setting feature utilizes a sliding plate (A) Fig. 24, pin (B), and bushing (C) design that is used to select the bevel
angle. The position of the pin (B) and the sliding plate (A) determine the bevel angle.
ADJUSTING 0°, 33.9°, AND 45° BEVEL POSITIVE STOPS
The bevel adjustment utilizes a sliding plate (A) Fig. 24, pin (B), and bushing (C) design feature that can be adjusted to fine-
adjust the bevel angle. The position of the pin within the bushing is adjustable and, when set, determines the bevel angle. To
adjust, loosen the pin locking screws, move to desired location, and tighten securely.
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