Lakeshore 332 User Manual page 163

CALRSTZ Reset Zero Offset Calibration Constant Command
CALRSTZ <input>, <type>[term]
Input:
a,nn
Format:
<input>
<type>
Remarks: Resets the zero offset calibration constant for a specific input and type to its default value.
Calibration Save Command
CALSAVE
CALSAVE [term]
Input:
Remarks: Saves all CALZ and CALG calibration constants to the E
Zero Offset Calibration Constant Command
CALZ
CALZ <input>, <type>, <value>[term]
Input:
a,nn,±nnnnnnn
Format:
<input>
<type>
<value>
Remarks: Provides the zero offset calibration constant for the selected input or analog output.
Zero Offset Calibration Constant Query
CALZ?
CALZ? <input>, <type>[term]
Input:
Format: a,nn
<input>
<type>
Returned: <value>[term]
Format: ±nnnnnnn
Service
Lake Shore Model 332 Temperature Controller User's Manual
Specifies which input for which to reset the zero offset calibration constant to the
default value. Valid entries are A or B for inputs and V for the analog output.
Specifies the input sensor type. Valid entries are:
0 = Silicon Diode
1 = GaAlAs Diode or Analog Output
2 = Platinum 250 Ω – Reversal Off
3 = Platinum 500 Ω – Reversal Off
4 = Platinum 1000 Ω – Reversal Off
5 = NTC RTD 7.5 k Ω – Reversal Off
6 = Thermocouple 25mV
7 = Thermocouple 50mV
10 = Platinum 250 Ω – Reversal On
Specifies which input or analog output the zero offset calibration constant will be
provided to. Valid entries are A or B for inputs and V for the analog output.
Specifies the input sensor type. Valid entries are:
0 = Silicon Diode
1 = GaAlAs Diode or Analog Output
2 = Platinum 250 Ω – Reversal Off
3 = Platinum 500 Ω – Reversal Off
4 = Platinum 1000 Ω – Reversal Off
5 = NTC RTD 7.5 k Ω – Reversal Off
6 = Thermocouple 25mV
7 = Thermocouple 50mV
10 = Platinum 250 Ω – Reversal On
Zero offset calibration constant value.
A, B, or V
0 – 7 or 10 – 19
(Refer to command for description)
11 = Platinum 500 Ω – Reversal On
12 = Platinum 1000 Ω – Reversal On
13 = NTC RTD 7.5 k Ω – Reversal On
14 = NTC RTD 75 Ω – Reversal Off
15 = NTC RTD 750 Ω – Reversal Off
16 = NTC RTD 75 k Ω – Reversal Off
17 = NTC RTD 75 Ω – Reversal On
18 = NTC RTD 750 Ω – Reversal On
19 = NTC RTD 75 k Ω – Reversal On
2
prom.
11 = Platinum 500 Ω – Reversal On
12 = Platinum 1000 Ω – Reversal On
13 = NTC RTD 7.5 k Ω – Reversal On
14 = NTC RTD 75 Ω – Reversal Off
15 = NTC RTD 750 Ω – Reversal Off
16 = NTC RTD 75 k Ω – Reversal Off
17 = NTC RTD 75 Ω – Reversal On
18 = NTC RTD 750 Ω – Reversal On
19 = NTC RTD 75 k Ω – Reversal On
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