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pt100.mc
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MET/CAL Procedure
=============================================================================
INSTRUMENT: PT100 2W In
INSTRUMENT: PT100 2W Out
INSTRUMENT: PT100 3W In
INSTRUMENT: PT100 3W Out
INSTRUMENT: PT100 4W In
INSTRUMENT: PT100 4W Out
DATE: 2024-04-18 10:01:33
AUTHOR: Dan Erlandsen
REVISION:
ADJUSTMENT THRESHOLD: 70%
NUMBER OF TESTS: 7
NUMBER OF LINES: 97
CONFIGURATION: Fluke 5550A
CONFIGURATION: Fluke 8558A
=============================================================================
STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON
1.001 JMPT 1.007 PT100 2W In
1.002 JMPT 2.002 PT100 2W Out
1.003 JMPT 3.002 PT100 3W In
1.004 JMPT 4.002 PT100 3W Out
1.005 JMPT 5.002 PT100 4W In
1.006 JMPT 6.002 PT100 4W Out
1.007 LABEL 2W_IN
1.008 TARGET -p
1.009 VSET TDESC = [MEM1] degC
1.010 5550A +Temperature = 0 degC; Setup; RTD_Type = Pt385; NominalResistance = 100 ohm; LeadCompensation = Off;
# 1.009 DISP Koble FLuke 702til 5550A
# 1.010 DISP Sett FLuke 702 til RTD 2W Measure
1.011 5550A +Temperature = [MEM1] degC; RTD_Type = Pt385; NominalResistance = 100 ohm; LeadCompensation = Off;
1.012 MEMI Skriv inn måleresultat i grader C
1.013 MEMCX 600 degC TOL
2.001 END
2.002 LABEL 2W_OUT
2.003 TARGET -p
2.004 VSET TDESC = [MEM1] degC
2.005 8558A +Temperature = [MEM1] degC; ReferenceResistance = 100 ohm; Setup
# 2.004 DISP Sett Fluke 702 til Source
2.006 DISP Sett UUT til [MEM1] Grader
2.007 8558A +Temperature = [MEM1] degC; ReferenceResistance = 100 ohm; Read
2.008 MEMCX 600 degC TOL
3.001 END
3.002 LABEL 3W_IN
3.003 TARGET -p
3.004 VSET TDESC = [MEM1] degC
3.005 5550A +Temperature = 0 degC; Setup; RTD_Type = Pt385; NominalResistance = 100 ohm; LeadCompensation = Off;
# 3.004 DISP Koble FLuke 702 til 5550A
# 3.005 DISP Sett FLuke 702 til 3W RTD Measure
3.006 5550A +Temperature = [MEM1] degC; RTD_Type = Pt385; NominalResistance = 100 ohm; LeadCompensation = Off;
3.007 MEMI Skriv inn måleresultat i grader C
3.008 MEMCX 600 degC TOL
4.001 END
4.002 LABEL 3W_OUT
4.003 TARGET -p
4.004 VSET TDESC = [MEM1] degC
4.005 8558A +Temperature = [MEM1] degC; ReferenceResistance = 100 ohm; LeadCompensation = 3Wire; Setup
# 4.004 DISP Sett Fluke 702 til Source
4.006 DISP Sett UUT til [MEM1] Grader
4.007 8558A +Temperature = [MEM1] degC; ReferenceResistance = 100 ohm; LeadCompensation = 3Wire; Read
4.008 MEMCX 600 degC TOL
5.001 END
5.002 LABEL 4W_IN
5.003 TARGET -p
5.004 VSET TDESC = [MEM1] degC
5.005 5550A +Temperature = 0 degC; Setup; RTD_Type = Pt385; NominalResistance = 100 ohm; LeadCompensation = 4W;
#5.004 DISP Koble FLuke 702 til 5550A
# 5.004 DISP Sett FLuke 702 til RTD 4W Measure
5.006 5550A +Temperature = [MEM1] degC; RTD_Type = Pt385; NominalResistance = 100 ohm; LeadCompensation = 4W;
5.007 MEMI Skriv inn måleresultat i grader C
5.008 MEMCX 600 degC TOL
6.001 END
6.002 LABEL 4W_OUT
6.003 TARGET -p
6.004 VSET TDESC = [MEM1] degC
6.005 8558A +Temperature = [MEM1] degC; ReferenceResistance = 100 ohm; Setup; LeadCompensation = 4Wire;
# 6.004 DISP Sett Fluke 702 til Source
6.006 DISP Sett UUT til [MEM1] Grader
6.007 8558A +Temperature = [MEM1] degC; ReferenceResistance = 100 ohm; Read; LeadCompensation = 4Wire;
6.008 MEMCX 600 degC TOL
7.001 END