From lab to production,
providing a window into the process
4.
Make sure the encoder arm is locked into its locking holder. holder.
5.
6.
7.
Press
next
to “Set Encoder in Lock Position” section to
save current position of encoder arm.
Insert the 48mm long spacer into the barrel.
Insert piston into barrel so
that it will sit on the spacer. The piston’s first scribe mark should be aligned with
the top of its sliding bushing.
Place a weight onto the top of the piston. Weight’s bottom must be flush, without any recess.
Raise the encoder arm to pivot against the bottom of the weight.
8.
9.
10.
Select
to “Set Encoder at First Scribe Position” section to
save current position
of encoder arm.
11.
12.
13.
14.
15.
Press the display
o save
to save both calibration locations.
Screen reverts back to the calibration screen.
Lower arm back into its locking holder.
Remove weight from piston.
Carefully remove piston and spacer as they may be very hot.
Maintenance
1.
Always place the arm into the lowered and locked position before cleaning and the end of the day. This
prevents damage and ensures that the encoder arm will be in the proper position upon power up.
2.
3.
Never place any severe force against the side of the arm.
The real-time flow during the test is an approximate value and should not be used as an absolute value.
Fractional flows below 1.0 MFI will appear to change by larger steps due to resolution of sample time.
4.
The encoder absolute resolution is .015mm overall ac/-.0254mm.
P/N:974179
Rev: 0918 ECO: 49667
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