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Glass total scaling factor – Magnum Venus Plastech CB-6000-RGT MATERIAL MONITOR User Manual

Page 26

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CB-6000-RGT Material Monitor Manual

Rev. 10/2012

Page | 26

GLASS TOTAL SCALING FACTOR

The glass total scaling factor is calibrated using the same procedure as the resin total
scaling factor only on the glass total meter. The glass total can be setup a couple of
different ways depending on how many strands of glass are being used. The total can
include both strands of glass or calculated for one strand and then doubled to give the
correct total.

The number of input counts is multiplied by the scale factor (ASCFAC) to obtain the
desired process value. This is accomplished by the counter mode (A C

n

t), scale factor

(ASCFAC), scale multiplier (ASCALr) and decimal point (AdECPt).

QUICK START:

Enter a number into the glass total scale factor parameter (ASCFAC). Activate the
chopper and output some glass into a bag and weigh the output then adjust the scale
factor parameter accordingly to obtain the correct total. Repeat this process until the
unit displays the correct amount of glass, the unit is now calibrated. The larger the test
sample the more accurate the totals meter will be. Check that the following parameters
and adjust the scale factor accordingly:

(A C

n

t) cnt = one count per pulse (recommended), cnt 2 = two counts per pulse

(AdECPt) = 0.0 adjust the scale factor according to desired units (x10 – 0.0)
(ASCALr) = 1 multiplies scale by one (no change)

Periodically check the output weight to confirm the calibration and adjust accordingly.
The calibration should be automatically checked if a different glass Yield or Tex is used.

QUICK REFERENCE:






Enter a number and adjust accordingly


Use the to select the numeric column and the and to change its value.

Enter the desired Set Point number then press through the remaining parameters

unit the display reads

.


Note: Pressing the will exit the programming process without saving.

PAR

END

Pro

F1

1 - I

n

P

ASCFAC

PAR

RST

F1

F2

PAR

DSP