6 CONTROLLER CONFIGURATION
Model 4207D Controller Configuration Parameters
Parameter Description
Status
Value
Alarm 1
Alarm 1 active
YES
Alarm 2
Alarm 2 active
no
Alarm 3
Alarm 3 active
no
Alarm 4
Rate of change alarm
YES
mAn
Controller in manual
mode
no
Sbr
Sensor break
YES
SPAn
PV out of range
no
Lbr
Loop break
no
Ld.F
Load failure alarm
no
Tune
Tuning in progress
no
dc.F
Voltage output open
circuit
no
rmt.F
PDSIO related
no
Nw.AL
New alarm has occurred
no
End
End of program
no
Sync
Program sync.
no
CAL
Calibration
PASS
Password Configuration
ACC.P
Full or Edit level
password
1
cnF.P
Configuration password
2
1.
The scaling of the controller input must be set using the calibration data for the load cell. Locate
the calibration certificate for the load cell from the manufacturer. Determine the mV/V
calibration factor:
2.
Measure the load cell excitation voltage located across pins 1A and 1B at the back of the display.
This value should be near +10 Vdc.
3.
Calculate the full scale output of the load cell corresponding to 50,000 lbF using the following
equation:
Voltage
Excitation
Factor
Cal
Output
Scale
Full
×
=
4.
Enter this full scale output value in the CONF – IP - inP.H location in the controller setup.
Содержание Chandler Engineering 4207D
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