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norbar PNEUTORQUE PT 9 - Torque Reaction Setup

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10
Torque Reaction
When the PneuTorque
®
is in operation the reaction arm rotates in the opposite direction to the output drive
square and must be allowed to rest squarely against a solid object or surface adjacent to the bolt to be
tightened.
WARNING: IF THE REACTION PLATE IS EXTENDED FORWARD OF THE DRIVE
SQUARE, LARGER INDUCED BENDING STRESS WILL RESULT, SO THE
PLATE MAY NO LONGER BE STRONG ENOUGH.
TIP: Take the reaction as far away from the multiplier as practical.
Fit reaction plate (‘B’ in Figure 2) to tool using bolts provided and torque to value specified on reaction arm. If
no torque is specified follow table below:
Model
Reaction Plate / Arm
Fixing Bolt Size
Fixing Bolt Torque
PT 1 & PT 2
16420
2BA
9 N∙m
PT 5 & PT 6
16544
¼” BSF
19 N∙m
PT 7
16263
M10
83 N∙m
PT 9
16387
⅜” BSF
75 N∙m
PT 11
16322
M10
83 N∙m
PT 12
18994
M12
150 N∙m
PT 13
16330
M16
310 N∙m
PT 14
16308
M16
310 N∙m
PT 15
-
-
-
PT 16
-
M20
400 N∙m
PT 17
-
M20
400 N∙m
PT 18
-
M20
400 N∙m
It is recommended to check the reaction plate bolts are correctly tightened every week.
FIGURE 3 – Typical
reaction with sliding ‘slave
square’ for PT 1 to PT 5
FIGURE 4 – Typical reaction (with
adjustable foot) for PT 7 and PT 9
FIGURE 5 – Typical reaction
for PT 11

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