(Original instructions)
ENGLISH
7
To carry (Fig. A)
Fold down unit to position where you can carry the saw. Push
in lock pin (23) to lock arm down.
Installation instruction (Fig. C)
Fix the tool on a stable position through fix holes by using 2
M10 bolts.
Un locking (Fig. A)
To unlock tool and raise head, depress motor arm slightly and
pull lock pin (23) out. Motor arm will then pivot upward.
Spark deflector adjustment (Fig. A)
To best deflect sparks away from surrounding persons and
materials, loosen the screw (1), adjust the spark deflector (2)
and then retighten screw. Do not allow cordset to come into
contact with deflector or sparks as damage to cordset may
occur.
Depth stop (Fig. A)
Depth stop is set at the factory for a new 14” wheel to prevent
wheel from cutting into the supporting surface. To allow more
depth of cut, use the wrench (no provided) to loosen the depth
stop bolt (12) and raise bolt to desired height and then turn
jam nut (12) clockwise until seated firmly on the casting.
Securely tighten the depth stop bolt before use.
CAUTION:
When changing to a new wheel,
readjust depth stop to original position to prevent
cutting into supporting surface.
Trigger switch (Fig. A)
To start the tool, depress the trigger switch (13). To turn the
tool off, depress the trigger again and release the trigger
switch. Keep hands and material from wheel until it has
coasted to a stop.To prevent unauthorized use of tool, install a
standard padlock (not included) into the padlock hole (14)
located in the trigger.
MATERIAL CLAMPING AND SUPPORTING
• Angles are best clamped and cut with both legs resting
against base.
• A spacer block slightly narrower than the work piece can
be used to increase wheel utilization (Fig. B).
• Long work pieces must be supported by a block so it will
be level with top of base (Fig. C). The cut off end should
be free to fall downward to avoid wheel binding.
Vise operation (Fig. D)
The vise (5) has a quick-travel feature. To release the vise
when it is clamped tightly, turn the crank (7) counterclockwise
one or two times to remove clamping pressure.
Lift vise lever (8) up. Pull crank assembly out as far asdesired.
Vise may be pushed forward into work without cranking.
Lower vise lever (8) then tighten vise (5) onwork by using
crank (7).
Fence operation (Fig. E, F)
CAUTION:
Turn off and unplug the tool before
making any adjustments or removing or installing
attachments or accessories. Be sure the trigger
switch is in the OFF position.The fence (4) can be
adjusted two ways: to change desired cutting angle
and to change spacing between the fence and vise.
To change the desired cutting angle
Use the wrench (6) provided to loosen (do not remove) the
two fence bolts (15). Align the desired angle indicator line with
theslot line (16) in the base (3). Securely tighten both fence
bolts before use. For more accurate square cuts, disconnect
the power supply, loosen the two fence bolts, push arm down
until wheel extends into base. Place a square against
thewheel and adjust fence against the square. Securely
tighten both fence bolts before use. When making a miter cut,
the vise (5) may not clamp securely, depending on the
thickness of the workpiece and the miter angle. Other aids
(such as spring, bar or C-clamps) will benecessary to secure
the work piece to the fence when making these cuts.
To change spacing between the fence and vise
Using the wrench (6) provided, loosen and remove the two
fence bolts (15). Adjust
the fence (4) to desired locations.
Insert both fence bolts in provided locations. Securely tighten
both fence bolts before use.
A x B
Workpiece
Shape:
90°
Cutting Angle
45°
Cutting Angle
A = 125mm
(4-7/8")
A= 115mm
(4-1/2")
A = 115mm
(4-1/2")
A = 98mm
(3-13/16")
115mm x 130mm
(4-1/2" x 5-1/8")
102mm x 178mm
(4" x 7")
76mm x 204mm
(3" x 8")
95mm x 105mm
(3-3/4" x 4-1/8")
A = 105mm
(4-1/8")
A = 120mm
(4-3/4")
POWER SUPPLY
Be sure your power supply agrees with the nameplate
marking. A voltage decrease of more than 10% willcause a
loss of power and overheating.
CUTTING CAPACITY
The wide vise opening and high pivot point provide cutting
capacity for many large pieces. Use the cutting capacity chart
to determine total maximum size of cuts that can be made
with a new wheel.
CAUTION: CERTAIN LARGE, CIRCULAR OR
IRREGULARLY SHAPED OBJECTS MAY
REQUIRE ADDITIONAL HOLDING MEANS IF
THEY CANNOT BE HELD SECURELY IN VISE.
CAUTION: DO NOT CUT MAGNESIUM WITH
THIS TOOL.
MAXIMUM CUTTING CAPACITY
NOTE:
Capacity shown on chart assumes no wheel wear and
optimum fence position.
Summary of Contents for SSC22
Page 1: ...SSC22 English Page 03 Fran ais Page 11 Ukrainian Page 20 Turkish Page 30 Page 45...
Page 20: ...STANLEY SSC22 1 a b c 2 a b c d e f 3 a b c d e f g 20...
Page 21: ...21 h 4 a b c d e f g h 5 a 1 a b c d e f g h...
Page 22: ...22 i j k l m n 2 a b c 10 d e f g...
Page 23: ...23 14 1 4100 14 355 4100...
Page 26: ...26 5 6 15 4 G H 1 11 9 17 18 M10 6 2 18 19 20 9 3 4 13 14 D 5 7 8 8 5 7 E F 4 6 15 16 3...
Page 27: ...27 3 STANLEY 21 22 24 25 3 8 I...
Page 29: ...29 SSC22 220 240 50 60 2200 1 4100 355 15 5 3 0 25 4...
Page 40: ...H dG F dG dG 40 3 4 21 25 24 22 8 3 STANLEY STANLEY STANLEY...
Page 43: ...F dG dG H dG 43 14 1 4100 NIOSH OSHA 355 14 4100 3 0 355 STANLEY STANLEY 1 5...
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