User's Manual

Available Internal Data
3A1704G 19
Change
Dispense
Flow Rate
or Pres-
sure Set
point
Depending on system
setup the units can be
by weight, volume,
flow, or pressure
13-16 Integer value of
the requested
rate in the dis-
pensing sys-
tem.
-- -- Changes current shot selected to a
new rate. The value outputted to the
CGM must be an integer. The PLC
value is xxx.xxx and must be multi-
plied by 1000 prior to being sent to
the CGM
Change
Dispense
Amount
Set point
Depending on system
setup the units can be
by weight, volume, or
time
17-20 Integer value of
the requested
Dispense
amount in the
dispensing sys-
tem.
-- -- Changes current shot selected to a
new dispense amount. The value
outputted to the CGM must be an
integer. The PLC value is xxx.xxx
and must be multiplied by 1000 prior
to being sent to the CGM
Change
material
Ratio Set
point
Depending on system
setup the units can be
by weight or volume
21-22 Integer value of
the requested
Material Ratio
in the dispens-
ing system.
Blue: Red
-- -- Changes current shot selected in a
variable ratio system to a new ratio.
The value outputted to the CGM
must be an integer and must be
multiplied by 100 for the requested
material Ratio. Blue is the value
and Red is always = 1. PLC input
is: Blue: Red == xx.xx:1
Change
Tempera-
ture Con-
ditioning
Set point
Select conditioning
zone set point to
change
MSW = Conditioning
Zone Selected
LSW = Temperature
setpoint in 0.1 degree
increments
(example: 501 = 50.1)
23-24 0 = Red Tank -- -- When changing a heat zone, select
the appropriate zone number which
will enable the CGM to write a new
temperature set point to the heat
zone selected. Only 1 heat zone
can be selected at a time.
MSW + LSW combined to form a
DINT from the PLC output to CGM
input.
NOTE: If the system is a standard
HFR, the LSW setpoint must be
0.1 °C, regardless if Fahrenheit
mode is selected on the ADM.
1 = Blue Tank
2 = Red Inline
3 = Blue Inline
4 = Red Hose
5 = Blue Hose
6 = Red Chiller
7 = Blue Chiller
Units
In
Byte
CGM Input
from PLC
Output
Out
Byte
CGM Output
to PLC Input Descriptions