Magnum Venus Plastech CB-6000-GT Glass Monitor - Manual (Page 20)

CB-6000-GT Material Monitor Manual
Rev. 10/2012 Page | 20
Calculating the Glass Total Scale Factor:
SF (ASCFAC) = Desired Display Decimal DDD
(Number of pulses per “single” unit x CM x SM)
Desired Displayed Decimal DDD (AdECPt)
Counter Decimal Selection
1 0 None
10 0.0 Tenths
100 0.00 Hundredths
1000 0.000 Thousandths
Number of pulses per “single” unit: pulses per unit generated by the process (i.e. #
of pulses per Pound or Kilogram)
CM: Counter Mode (A C
n
t) times factor of the mode 1, 2 or 4. (MVP default 1 (cnt))
SM: Scale Multiplier (ASCALr) selection of 1, 0.1 or 0.01 (MVP sets to default 1)
For our purposes here let us base our Rates on Pounds or Kilograms per minute. From
above we know the number of pulses per Yard or Kilometer so from the information
above we calculate
Pounds per Yard Calculation – For this example we will use a Yield of 206 (206 yards
per pound)
Now we multiply the number of pulses per yard by the yield (the number of yards in a pound)
Pulses per yard
9.5567 (pulses per yard)
Yards per pound x 206
Pulses per pound = 1968.68 Round to 1969 (pulses per pound per strand of glass).
If using two strands of glass multiple by two 2 x 1969 = 3938
Kilogram per Stroke Calculation – using Tex: for this example we will use a Tex of
2400 (2400 grams per Kilometer) or (2.4 kilograms per kilometer)
To convert that to Kilometers per Kilogram – 1
ч ч ч ч 2.4 (kilograms per kilometer)
Kilometers per Kilogram – = 0.4167
From above we know that there are 10451.3 pluses per kilometer so we can multiply the
two to get pulses per kilogram.
Pulses per kilometer – 10451.3
Kilometer per kilogram – x 0.4167
Pulses per Kilogram – 4355.0 (Pulses per Kilogram)