Monaghan ELLIOTT - Page 2

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2) Decrease feedrate by 0.001” IPR (0.025 mm/rev) increments.
If the surface starts geng too rough or starts aking, back o
deecon (tool pressure).
NOTE: Aer making adjustments to deecon (tool pressure)
or feedrate, do not burnish over the same area more than two
mes or the material may ake due to too much tool pressure.
Alternate method for tool pressure seng (such as O-ring
grooves, keyways, snap ring grooves or to feed on and o part):
Before this method can be used, the proper deecon (tool
pressure) must rst be determined by the Inial Set Up method
on an area without the interrupons.
From the factory, the cap screw has been screwed in just far
enough to touch the stem to the spring, eliminang any slack
in the assembly with approximately 5 lbs (2.37 kg) worth of
preload.
Using a 5/32” (0.156”) hex key wrench, turn the cap screw ½
clockwise to advance the screw approximately 0.025” (0.635
mm). Connue to ghten the screw in unl you reach the
amount of deecon you determined in Inial Set Up. Now, use
only approximately 0.002-0.003” (0.051-0.076 mm) worth of
deecon to burnish the part and you will have the same tool
pressure as in the Inial Set Up process.
Face burnishing parts:
Use same the methods outlined above, except turn tool 90
degrees to the face making sure the diamond is on center with
the part.
To replace the diamond stem, remove the cap screw and the
used diamond stem. Insert the new diamond stem and re-adjust
the cap screw to remove any play in the stem. If you used the
preload method, then you will need to adjust the cap screw to
the previous value.
For addional technical support:
11/2017
**PLEASE BE ADVISED THAT THE STEMS (S375D1) ARE NO LONGER ABLE TO BE MODIFIED IN ANY WAY**