Gap removal, Replacing v-belt – Grizzly Gear-Head G9036 User Manual
Page 58
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Model g9036 Mfg. 7/08+
gap removal
A section of the bed called the "gap" is located
just under the spindle and can be removed for
turning large diameter parts or when using a large
diameter faceplate.
the gap is installed, then ground, at the factory
during lathe assembly for precise fit and align-
ment. Factors during the remaining assembly
apply additional forces to the gap; therefore,
replacing the gap to the original position will be
very difficult.
if you choose to remove the gap,
the mating surfaces of the gap will probably
not sit flush with the bed if you ever re-install
it. for that reason, removing the gap is consid-
ered a permanent alteration to the machine.
tools needed
Qty
hex Wrench 8mm .............................................. 1
heavy dead Blow hammer ............................... 1
to remove the gap:
1. disConneCt lAthe FroM poWer!
2. remove the four cap screws that secure the
gap to the bed (
figure 101).
3. use the dead blow hammer to tap the gap
upwards and out of the bed.
figure 101. gap cap screws.
Cap screws
4. remove the old belts and install the new
ones as a matched set.
5. push down on the motor with one hand to
tension the belts, then tighten the motor
mount bolts with your other hand to lock the
motor in place.
6. Check the belt deflection as shown in figure
103 and re-adjust if necessary. the proper
deflection is approximately
1
⁄
4
".
7. replace the end cover and the backsplash.
replacing v-belt
tools needed
Qty
phillips screwdriver #2 ...................................... 1
Wrench 17mm.................................................... 1
to replace the v-belts on the lathe:
1. disConneCt lAthe FroM poWer!
2. remove the backsplash and headstock end
cover.
3. remove the tension off the old v-belts by
loosening the motor mount bolts (
figure 102)
and sliding the motor up.
figure 102. location of motor mount bolts.
Motor
Mount
Bolts
figure 103. Belt deflection.
Pulley
Deflection
Pulley
deflection
should be
Approx.
1
⁄
4
"