Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: Promac DHT 830: (1 year) CAL VER /5500,34401 DATE: 09-Sep-97 AUTHOR: Fluke Corporation REVISION: $Revision: 1.4 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 35 NUMBER OF LINES: 277 CONFIGURATION: Fluke 5500A CONFIGURATION: HP 34401A ============================================================================= # # Compatibility: # 5500/CAL 4.23 or MET/CAL 4.23 or later. # # Subprocedures: # None # # Required Files: # pro830.bmp # # System Specifications: # TUR calculation is based on specification interval of the accuracy file. # The default 5500A accuracy file contains 90 day specs. # # Fluke makes no warranty, expressed or implied, # as to the fitness or useability of this procedure. # STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 ASK- P F V 1.002 ASK+ K X 1.003 HEAD PRELIMINARY INSTRUCTIONS 1.004 DISP Turn UUT ON. 1.004 DISP 1.004 DISP Warm-up time: 1min - REQUIRED 1.004 DISP Temperature: 20 - 45degC 1.004 DISP Humidity: 0 - 90% RH 1.005 DISP [32] WARNING 1.005 DISP HIGH VOLTAGE is used or exposed during the performance 1.005 DISP of this calibration. DEATH ON CONTACT may result if 1.005 DISP personnel fail to observe safety precautions. 1.006 HEAD {VOLTAGE MEASUREMENT} 1.007 HEAD VOLTAGE MEASUREMENT: {0-120mV Range} 1.008 DISP Connect the 5500A to the UUT follows: 1.008 DISP [32] 5500A NORMAL HI to UUT INPUT V + 1.008 DISP [32] 5500A NORMAL LO to UUT INPUT V - 1.009 DISP Press the mV INPUT key to select the 0-120mV range. 1.010 5500 0V S 2W 1.011 DISP Press the ZERO key to zero the display. 1.012 5500 100.00mV 0.036U 2W 2.001 HEAD VOLTAGE MEASUREMENT: {0-12V Range} 2.002 DISP Press the V INPUT key to select the 0-12V range. 2.003 5500 10.000V 0.0036U 2W 3.001 HEAD {FREQUENCY MEASUREMENT} 3.002 DISP Connect the 5500A to the UUT as follows: 3.002 DISP [32] 5500A NORMAL HI to UUT f + 3.002 DISP [32] 5500A NORMAL LO to UUT f - 3.003 HEAD FREQUENCY MEASUREMENT: {10kHz Range} 3.004 DISP Press the f key to select 10kHz Frequency range. 3.005 5500 10.000kH 0.003U 1V SI 2W 4.001 5500 5.000kH 0.003U 1V SI 2W 5.001 5500 1.000kH 0.003U 1V SI 2W 6.001 HEAD FREQUENCY MEASUREMENT: {100Hz Range} 6.002 DISP Press the fL key to select 100Hz Frequency range. 6.003 5500 100.00H 0.05U 1V SI 2W 7.001 5500 60.00H 0.05U 1V SI 2W 8.001 5500 10.00H 0.03U 1V SI 2W 9.001 HEAD CURRENT MEASUREMENT: {0-100mA Range} 9.002 DISP Connect the 5500A to the UUT as follows: 9.002 DISP [32] 5500A AUX HI to UUT INPUT mA + 9.002 DISP [32] 5500A AUX LO to UUT INPUT mA - 9.003 DISP Press the mA INPUT key to select the 0-100mA range. 9.004 5500 100.000mA 0.03U 2W 10.001 HEAD THERMOCOUPLE INPUT 10.002 DISP This procedure REQUIRES one of the following types of 10.002 DISP thermocouples, with the proper connector for the 5500A 10.002 DISP TC terminals connector. 10.002 DISP 10.002 DISP Thermocouple types are R,S,B,K,J,N,E, & T. 10.003 MEM2 Enter thermocouple type (R, S, B, K, J, N, E, or T). 10.004 JMPL VALID_INPUT ZCMPI(MEM2, "R") 10.005 JMPL VALID_INPUT ZCMPI(MEM2, "S") 10.006 JMPL VALID_INPUT ZCMPI(MEM2, "B") 10.007 JMPL VALID_INPUT ZCMPI(MEM2, "K") 10.008 JMPL VALID_INPUT ZCMPI(MEM2, "J") 10.009 JMPL VALID_INPUT ZCMPI(MEM2, "N") 10.010 JMPL VALID_INPUT ZCMPI(MEM2, "E") 10.011 JMPL VALID_INPUT ZCMPI(MEM2, "T") 10.012 JMP 10.002 10.013 LABEL VALID_INPUT 10.014 DISP Press the [MEM2] button to select [MEM2] type 10.014 DISP thermocouple INPUT. 10.014 DISP Press the [MEM2] button to select [MEM2] type 10.014 DISP thermocouple OUTPUT. 10.014 DISP NOTE Press the button twice to select the second 10.014 DISP TC type indicated on the button. 10.015 DISP Select Degrees F by pressing the Deg C/Deg F button. 10.015 DISP Select CJTS by pressing the CJ key until the 10.015 DISP CJTS light is indicated on the UUT. 10.016 DISP Connect the X20-CJTS binding post adaptor to the TC 10.016 DISP INPUTS on the UUT. Connect the power cable to the 10.016 DISP PROBE jack on the UUT. 10.017 DISP Connect the 5500A TC terminals to the X20-CJTS Adapter 10.017 DISP TC INPUT + and - using type [MEM2] thermocouple wire 10.017 DISP and connectors. 10.018 JMPL THERMOCOUPLE_INPUT_TYPE_R ZCMPI(MEM2, "R") 10.019 JMPL THERMOCOUPLE_INPUT_TYPE_S ZCMPI(MEM2, "S") 10.020 JMPL THERMOCOUPLE_INPUT_TYPE_B ZCMPI(MEM2, "B") 10.021 JMPL THERMOCOUPLE_INPUT_TYPE_K ZCMPI(MEM2, "K") 10.022 JMPL THERMOCOUPLE_INPUT_TYPE_J ZCMPI(MEM2, "J") 10.023 JMPL THERMOCOUPLE_INPUT_TYPE_N ZCMPI(MEM2, "N") 10.024 JMPL THERMOCOUPLE_INPUT_TYPE_E ZCMPI(MEM2, "E") 10.025 LABEL THERMOCOUPLE_INPUT_TYPE_T 10.026 HEAD {T-type THERMOCOUPLE INPUT} 10.027 5500 500degF 1U _T TC 2W 11.001 JMPL THERMOCOUPLE_OUTPUT 11.002 LABEL THERMOCOUPLE_INPUT_TYPE_R 11.003 HEAD {R-type THERMOCOUPLE INPUT} 11.004 5500 1000degF 2U _R TC 2W 12.001 JMPL THERMOCOUPLE_OUTPUT 12.002 LABEL THERMOCOUPLE_INPUT_TYPE_S 12.003 HEAD {S-type THERMOCOUPLE INPUT} 12.004 5500 1000degF 2U _S TC 2W 13.001 JMPL THERMOCOUPLE_OUTPUT 13.002 LABEL THERMOCOUPLE_INPUT_TYPE_B 13.003 HEAD {B-type THERMOCOUPLE INPUT} 13.004 5500 1300degF 2U _B TC 2W 14.001 JMPL THERMOCOUPLE_OUTPUT 14.002 LABEL THERMOCOUPLE_INPUT_TYPE_K 14.003 HEAD {K-type THERMOCOUPLE INPUT} 14.004 5500 1000degF 1U _K TC 2W 15.001 JMPL THERMOCOUPLE_OUTPUT 15.002 LABEL THERMOCOUPLE_INPUT_TYPE_J 15.003 HEAD {J-type THERMOCOUPLE INPUT} 15.004 5500 1000degF 1U _J TC 2W 16.001 JMPL THERMOCOUPLE_OUTPUT 16.002 LABEL THERMOCOUPLE_INPUT_TYPE_N 16.003 HEAD {N-type THERMOCOUPLE INPUT} 16.004 5500 1000degF 1U _N TC 2W 17.001 JMPL THERMOCOUPLE_OUTPUT 17.002 LABEL THERMOCOUPLE_INPUT_TYPE_E 17.003 HEAD {E-type THERMOCOUPLE INPUT} 17.004 5500 1000degF 1U _E TC 2W 18.001 LABEL THERMOCOUPLE_OUTPUT 18.002 HEAD THERMOCOUPLE OUTPUT 18.003 ASK- N 18.004 DISP Connect the 5500A TC terminals to the UUT TC OUTPUT 18.004 DISP + and - using [MEM2] thermocouple wire and connectors. 18.004 DISP NOTE the X20-CJTS MUST remain connected to the TC INPUTS 18.004 DISP on the UUT as it provides the reference junction 18.004 DISP temperature. 18.005 JMPL THEROCOUPLE_OUTPUT_TYPE_T ZCMPI(MEM2, "T") 18.006 JMPL THEROCOUPLE_OUTPUT_TYPE_B ZCMPI(MEM2, "B") 18.007 DISP Enter 1000deg. 18.008 JMPL THEROCOUPLE_OUTPUT_TYPE_R ZCMPI(MEM2, "R") 18.009 JMPL THEROCOUPLE_OUTPUT_TYPE_S ZCMPI(MEM2, "S") 18.010 JMPL THEROCOUPLE_OUTPUT_TYPE_K ZCMPI(MEM2, "K") 18.011 JMPL THEROCOUPLE_OUTPUT_TYPE_J ZCMPI(MEM2, "J") 18.012 JMPL THEROCOUPLE_OUTPUT_TYPE_N ZCMPI(MEM2, "N") 18.013 JMPL THEROCOUPLE_OUTPUT_TYPE_E ZCMPI(MEM2, "E") 18.014 LABEL THEROCOUPLE_OUTPUT_TYPE_T 18.015 HEAD {T-type THERMOCOUPLE OUTPUT} 18.016 DISP Enter 500deg. 18.017 5500 500degF 1U _T TM 2W 19.001 JMPL VOLTAGE_OUTPUT 19.002 LABEL THEROCOUPLE_OUTPUT_TYPE_R 19.003 HEAD {R-type THERMOCOUPLE OUTPUT} 19.004 5500 1000degF 2U _R TM 2W 20.001 JMPL VOLTAGE_OUTPUT 20.002 LABEL THEROCOUPLE_OUTPUT_TYPE_S 20.003 HEAD {S-type THERMOCOUPLE OUTPUT} 20.004 5500 1000degF 2U _S TM 2W 21.001 JMPL VOLTAGE_OUTPUT 21.002 LABEL THEROCOUPLE_OUTPUT_TYPE_B 21.003 HEAD {B-type THERMOCOUPLE OUTPUT} 21.004 DISP Enter 1300deg. 21.005 5500 1300degF 2U _B TM 2W 22.001 JMPL VOLTAGE_OUTPUT 22.002 LABEL THEROCOUPLE_OUTPUT_TYPE_K 22.003 HEAD {K-type THERMOCOUPLE OUTPUT} 22.004 5500 1000degF 1U _K TM 2W 23.001 JMPL VOLTAGE_OUTPUT 23.002 LABEL THEROCOUPLE_OUTPUT_TYPE_J 23.003 HEAD {J-type THERMOCOUPLE OUTPUT} 23.004 5500 1000degF 1U _J TM 2W 24.001 JMPL VOLTAGE_OUTPUT 24.002 LABEL THEROCOUPLE_OUTPUT_TYPE_N 24.003 HEAD {N-type THERMOCOUPLE OUTPUT} 24.004 5500 1000degF 1U _N TM 2W 25.001 JMPL VOLTAGE_OUTPUT 25.002 LABEL THEROCOUPLE_OUTPUT_TYPE_E 25.003 HEAD {E-type THERMOCOUPLE OUTPUT} 25.004 5500 1000degF 1U _E TM 2W 26.001 LABEL VOLTAGE_OUTPUT 26.002 ASK+ N 26.003 HEAD {VOLTAGE OUTPUT} 26.004 HEAD VOLTAGE OUTPUT: {0-120mV Range} 26.005 DISP Connect the 34401A to the UUT as follows: 26.005 DISP [32] 34401A INPUT HI to UUT V + OUTPUT 26.005 DISP [32] 34401A INPUT LO to UUT V - OUTPUT 26.006 DISP Press mV to select the 0-100mV range. 26.007 DISP Enter 0mV. 26.008 34401 0.000mV 0.036U 2W 27.001 DISP Enter 50mV. 27.002 34401 50.000mV 0.036U 2W 28.001 DISP Enter 100mV. 28.002 34401 100.000mV 0.036U 2W 29.001 HEAD VOLTAGE OUTPUT: {0-10V Range} 29.002 DISP Press V to select the 0-10V range. 29.002 DISP Enter 1V. 29.003 34401 1.0000V 0.0036U 2W 30.001 DISP Enter 3V. 30.002 34401 3.0000V 0.0036U 2W 31.001 DISP Enter 5V. 31.002 34401 5.0000V 0.0036U 2W 32.001 HEAD {CURRENT OUTPUT} 32.002 HEAD CURRENT OUTPUT: {0 - 100mA Range} 32.003 DISP Remove all connections. 32.004 DISP Press the mA OUTPUT button. 32.005 DISP Connect the 5500A and the UUT as follows: 32.005 DISP [32] 5500A AUX HI to UUT mA + 32.005 DISP [32] 5500A AUX LO to UUT OUT - 32.005 DISP [32] 5500A NORMAL HI to UUT mA + 32.005 DISP [32] 5500A NORMAL LO to UUU OUT - 32.005 DISP Connect the 34401A and the UUT as follows: 32.005 DISP [32] 34401A INPUT HI to UUT mA + 32.005 DISP [32] 34401A INPUT LO to UUT OUT - 32.006 5500 100.00Z S CW 32.007 DISP Press the L/4 button. 32.008 34401 400mV N 2W 32.009 MATH mem = mem / 100 # This ACC statement should be for 34401A DC Volts and 5500A Ohms. 32.010 ACC 4.000mA TOL 32.011 MEMC 4.000mA 0.75% 33.001 5500 100.00Z S CW 33.002 DISP Press the M/12 button. 33.003 34401 1200mV N 2W 33.004 MATH mem = mem / 100 # This ACC statement should be for 34401A DC Volts and 5500A Ohms. 33.005 ACC 12.000mA TOL 33.006 MEMC 12.000mA 0.25% 34.001 5500 100.00Z S CW 34.002 DISP Press the H/20 button. 34.003 34401 2000mV N 2W 34.004 MATH mem = mem / 100 # This ACC statement should be for 34401A DC Volts and 5500A Ohms. 34.005 ACC 20.000mA TOL 34.006 MEMC 20.000mA 0.15% 35.001 END