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33
MAINTENANCE SECTION
3. If the tool fails to shut off:
a. Turn the Bleed Adjustment Screw clockwise a
little at a time, until consistent shutoff occurs. If
no shutoff occurs, reset the Bleed Adjustment
Screw four turns under flush. (See Figure 6). Set
the Regulator Adjustment Screw 1/4 turn deeper
and repeat steps 2 and 3. (See Figure 4).
b. If tool shutoff occurs, turn the Bleed Adjustment
Screw counterclockwise until the tool stalls on a
test joint. When the tool stalls, rotate the Bleed
Adjustment Screw clockwise, a little at a time,
until consistent shutoff occurs.
See Dwg. TPD1072.
Setting the Regulator Adjustment Screw
(Dwg. TPD1072)
5/64” HEX. WRENCH
BLEED
ADJUSTMENT
SCREW
4.
Cycle the tool on a test joint to test for shutoff.
See Dwg. TPD1075.
(Dwg. TPD1075)
Test Joint – 90 psig
5. If the tool fails to shut off:
a. Turn the Regulator Adjustment Screw clockwise,
a little at a time, until consistent shutoff occurs.
See Dwg. TPD1073.
b. If tool shutoff occurs, turn the Regulator
Adjustment Screw counterclockwise until the tool
stalls on a test joint. When the tool stalls, rotate
the Regulator Adjustment Screw clockwise 1/8 of
turn at a time until consistent shutoff occurs. This
adjustment provides maximum torque output at
shutoff.
(Dwg. TPD1073)
Setting the Regulator Adjustment Screw
3/32” HEX. WRENCH
REGULATOR
ADJUSTMENT
SCREW
6. It is possible that the tool might shut off when the
throttle is depressed. This condition is a premature
shutoff and can be corrected by turning the Bleed
Adjustment Screw counterclockwise a little at a time
until the premature shutoff condition is corrected.
See Dwg. TPD1072. If the Bleed Adjustment Screw
was used to correct a premature shutoff condition,
retest the tool for shutoff at 55 and 90 psig.
If necessary, repeat steps 2 through 5.
Summary of Contents for 6WRSL3
Page 20: ...20 GEAR UNITS Dwg TPA1118 1 ...
Page 35: ...35 NOTES ...