Super Systems 9210 Series - Manual (Page 35)

M4557 - Model 9210 Nitriding Controller
SSi Manual SERIES 9210-M4557-Nitriding Page 35 of 35
The next screen is the Zero Input 3 Range 2 screen.
This screen will allow the user to set the zero scale
for Input 3 Range 2. A value of 0 millivolts will need
to be sourced to the inputs. For a zero calibration,
enter a 0 as the value of the terminal to correctly
calibrate the inputs. The current Input 3 value will
be displayed near the bottom of the screen as
“Current Input 3 value: xxxx.xx uV”. The progress
bar at the bottom of the screen will display the
calibration progress.
The next screen is the Span Input 3 Range 2
screen. This screen will allow the user to set the
span value for Input 3 Range 2. A suggested
value will be displayed next to the Calibrate
button (“sugg. 65.000 mV”). The current Input 3
value will be displayed near the bottom of the
screen as “Current Input 3 value: xxxx.xx uV”.
The progress bar at the bottom of the screen will
display the calibration progress.
The next screen is the Zero Output 1 screen.
This screen will allow the user to set the zero
value for Output 1. Measured at terminals 24(-)
and 25(+) for this step. The progress bar at the
bottom of the screen will display the calibration
progress.
The next screen is the Span Output 1 screen. This
screen will allow the user to set the span value for
Output 1. Measured at terminals 24(-) and 25(+)
for this step. The progress bar at the bottom of the
screen will display the calibration progress.
The next screen is the Zero Output 2 screen. This
screen will allow the user to set the zero value for
Output 2. Measured at terminals 26(-) and 25(+)
for this step. The progress bar at the bottom of the
screen will display the calibration progress.
Edit
Zero Output 1
Calibrate
<-- Back Skip Next --> DONE
Enter span output current (mA)
Edit
Span Output 1
Calibrate
<-- Back Skip Next --> DONE
Entered measured output current (mA)
Edit
Zero Output 2
Calibrate
<-- Back Skip Next --> DONE
Enter zero output current (mA)