Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: Fluke 8024B: (2 year) CAL VER /5100,8842 DATE: 08-Sep-97 AUTHOR: Fluke Corporation REVISION: $Revision: 2.7 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 55 NUMBER OF LINES: 264 CONFIGURATION: Fluke 5100B CONFIGURATION: Fluke 8842A ============================================================================= # # Source: # Fluke 8024B instruction manual (PN 616052 July 1981). # # Compatibility: # MET/CAL 4.0 or later # # Subprocedures: # None # # Required Files: # 51_COMP1.bmp # 51_V8024.bmp # 51DV8024.bmp # 51_A8024.bmp # # System Specifications: # TUR calculation is based on specification interval of the accuracy file. # The default 5100B accuracy file contains 6 month specs. # # Fluke makes no warranty, expressed or implied, as to the fitness # or suitability of this procedure in the customer's application. # # The 6 month specifications of the 5100B are used in TUR computations. # STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 ASK- N P F V 1.002 ASK+ K 1.003 HEAD EQUIPMENT SETUP 1.004 DISP [32] WARNING 1.004 DISP HIGH VOLTAGE is used or exposed during the performance 1.004 DISP of this calibration. DEATH ON CONTACT may result if 1.004 DISP personnel fail to observe safety precautions. 1.005 DISP Ambient temperature: 21C - 25C. 1.005 DISP Relative humidity: less than 80%. 1.005 DISP Allow the UUT to stabilize. 1.006 DISP Turn the UUT on. 1.007 ASK- N U 1.008 HEAD RESISTANCE (Test Lead Compensation) 1.009 PIC 51_COMP1 1.010 IEEE [@8842]G5[I] 1.011 MATH MEM1 = MEM - 1100 1.012 JMPF 1.015 1.013 DISP Select FRONT INPUTS on the 8842A. 1.014 JMP 1.010 1.015 RESF 100Z S 2W 1.016 8842 100Z N 4W 1.017 MATH M[1] = MEM 1.018 RESF 1kZ S 2W 1.019 8842 1kZ N 4W 1.020 MATH M[2] = MEM 1.021 RESF 10kZ S 2W 1.022 8842 10kZ N 4W 1.023 MATH M[3] = MEM 1.024 RESF * S 1.025 HEAD {RESISTANCE} 1.026 PIC 51_V8024 1.027 RNG 200Z 1.028 RESF 100.0Z S 2W 1.029 ASK+ N U 1.030 MATH MEM = M[1] # 8842A 90 day accuracy, 200 Ohm Range 1.031 ACC 100 Z 0.007% 0.004U 1.032 MEMI Enter UUT reading in Ohms: 1.033 MEME 1.034 MEMC 200 Z 0.20% 0.3U 2.001 ASK- U 2.002 HEAD RESISTANCE: {2 kOhm Range} 2.003 RNG 2kZ 2.004 RESF 1.000kZ S 2W 2.005 ASK+ U 2.006 MATH MEM = M[2] # 8842A 90 day accuracy, 2 kOhm Range 2.007 ACC 1 kZ .005% .00003U 2.008 MEMI Enter UUT reading in kilohms: 2.009 MEME 2.010 MEMC 2 kZ 0.10% 0.001U 3.001 ASK- U 3.002 HEAD RESISTANCE: {20 kOhm Range} 3.003 RNG 20kZ 3.004 RESF 10.00kZ S 2W 3.005 ASK+ U 3.006 MATH MEM = M[3] # 8842A 90 day accuracy, 20 kOhm Range 3.007 ACC 10 kZ .005% .0003U 3.008 MEMI Enter UUT reading in kilohms: 3.009 MEME 3.010 MEMC 20 kZ 0.10% 0.01U 4.001 HEAD RESISTANCE: {200 kOhm Range} 4.002 RESF 200 100.0kZ 0.10% 0.1U 2W 5.001 HEAD RESISTANCE: {2000 kOhm Range} 5.002 RESF 2000 1000kZ 0.15% 1U 2W 6.001 HEAD RESISTANCE: {20 MOhm Range} 6.002 RESF 20 10.00MZ 2.00% 0.01U 2W 7.001 HEAD {CONDUCTANCE} 7.002 HEAD CONDUCTANCE: {200nS Range} 7.003 RESF 200 100.0nY 1.00% 10.0U 2W 8.001 HEAD {CONTINUITY TEST AUDIBLE TONE} 8.002 RNG 2kZ 8.003 EVAL Is the {" ^ " indicator ON}? 9.001 5100 0V S 2W 9.002 EVAL Is the " ^ " indicator OFF and the {" v " indicator ON}? 10.001 DISP Depress the AC/DC switch to activate the audible tone. 10.002 5100 0V S 2W 10.003 EVAL Is there an {audible tone}? 11.001 DISP Press the AC/DC switch to deactivate the audible tone. 11.002 HEAD {DC VOLTAGE} 11.003 HEAD DC VOLTAGE: {200mV Range} 11.004 5100 200 190.0mV 0.1% 0.1U 2W 12.001 5100 200 -190.0mV 0.1% 0.1U 2W 13.001 HEAD DC VOLTAGE: {2V Range} 13.002 5100 2 0.000V 0.001U 2W 14.001 5100 2 1.900V 0.1% 0.001U 2W 15.001 HEAD DC VOLTAGE: {20V Range} 15.002 5100 20 19.00V 0.1% 0.01U 2W 16.001 HEAD DC VOLTAGE: {200V Range} 16.002 5100 200 190.0V 0.1% 0.1U 2W 17.001 HEAD DC VOLTAGE: {1000V Range} 17.002 5100 1000 1000V 0.1% 1U 2W 18.001 HEAD {AC VOLTAGE} 18.002 HEAD AC VOLTAGE: {200mV Range} 18.003 RNG 200mV AC 18.004 5100 0.0mV S 2W 18.005 MEMI Enter UUT reading millivolts AC: 18.006 MEME 18.007 MEMC 200 mV +0.2U 19.001 5100 200 190.0mV 0.75% 0.2U 100H 2W 20.001 5100 200 190.0mV 1.50% 0.3U 2kH 2W 21.001 5100 200 190.0mV 5.00% 0.5U 5kH 2W 22.001 HEAD AC VOLTAGE: {2V Range} 22.002 5100 2 0.190V 5.00% 0.005U 5kH 2W 23.001 5100 2 1.900V 5.00% 0.005U 5kH 2W 24.001 5100 2 1.900V 1.50% 0.003U 2kH 2W 25.001 ASK- R Q N 25.002 5100 2 1.900V 0.75% 0.002U 100H 2W 26.001 ASK+ R Q N 26.002 HEAD {PEAK HOLD TEST} 26.003 DISP Push the Peak Hold switch ON. 26.004 MEMI Use keyboard to enter actual UUT reading in Volts: 26.005 MEME 26.006 MEMC V 0.067U 27.001 DISP Disconnect the 5100B from the UUT. 27.002 PIC 51DV8024 27.003 DISP After pressing ADV, count the number of digits the UUT 27.003 DISP UUT changes prior to the beeps. 27.004 5100 0.1mV 100H S 2W 27.005 HEAD PEAK HOLD TEST [D10000][7][D100][7][D100][7] 27.006 EVAL Did the UUT change less than 10 counts? 28.001 DISP Push the Peak Hold switch OFF. 28.002 DISP Disconnect the AC Divider from the 5100B and UUT. 28.003 PIC 51_V8024 28.004 HEAD AC VOLTAGE: {20V Range} 28.005 5100 20 19.00V 0.75% 0.02U 100H 2W 29.001 5100 20 19.00V 1.50% 0.03U 2kH 2W 30.001 5100 20 19.00V 5.00% 0.05U 5kH 2W 31.001 HEAD AC VOLTAGE: {200V Range} 31.002 5100 200 100.0V 1.50% 0.3U 2kH 2W 32.001 5100 200 100.0V 0.75% 0.2U 100H 2W 33.001 HEAD AC VOLTAGE: {750V Range} 33.002 5100 750 750V 1.00% 2U 100H 2W 34.001 5100 750 750V 1.00% 2U 1kH 2W 35.001 HEAD {AC CURRENT} 35.002 PIC 51_A8024 35.003 HEAD AC CURRENT: {2mA Range} 35.004 5100 2 1.900mA 4.0% 0.002U 400H 2W 36.001 5100 2 1.900mA 4.0% 0.002U 100H 2W 37.001 HEAD AC CURRENT: {20mA Range} 37.002 5100 20 19.00mA 1.5% 0.01U 100H 2W 38.001 5100 20 19.00mA 1.5% 0.01U 1kH 2W 39.001 HEAD AC CURRENT: {200mA Range} 39.002 5100 200 190.0mA 1.5% 0.1U 1kH 2W 40.001 5100 200 190.0mA 1.5% 0.1U 100H 2W 41.001 HEAD AC CURRENT: {2000mA Range} 41.002 5100 2000 1900mA 1.5% 1U 100H 2W 42.001 5100 2000 1900mA 1.5% 1U 1kH 2W 43.001 HEAD {DC CURRENT} 43.002 HEAD DC CURRENT: {2mA Range} 43.003 5100 2 1.900mA 0.75% 0.001U 2W 44.001 HEAD DC CURRENT: {20mA Range} 44.002 5100 20 19.00mA 0.75% 0.01U 2W 45.001 HEAD DC CURRENT: {200mA Range} 45.002 5100 200 190.0mA 0.75% 0.1U 2W 46.001 5100 200 -190.0mA 0.75% 0.1U 2W 47.001 HEAD DC CURRENT: {2000mA Range} 47.002 5100 2000 1900mA 0.75% 1U 2W 48.001 HEAD {LEVEL DETECTOR} 48.002 RNG 200kZ 48.003 DISP Remove all connections to the 8024B and insert 48.003 DISP a test lead set into the V Ohm S and COMMON input 48.003 DISP terminals. As quickly as possible, strike the 48.003 DISP tips of the test leads together. Verify that the 48.003 DISP " v " indicator blinks each time the probe tips 48.003 DISP touch. 48.004 EVAL Did the {" v " indicator blink} each time? 49.001 DISP Repeat the test holding the test leads together 49.001 DISP and momentarily separating them. Insure that the 49.001 DISP " ^ " indicator blinks each time the connection 49.001 DISP is removed. 49.002 EVAL Did the {" ^ " indicator blink} each time? 50.001 HEAD {BT INDICATOR} 50.002 DISP Connect the 5100B to the UUT as follows: 50.002 DISP [32] 5100B OUTPUT HI to UUT V/kOhm/nS 50.002 DISP [32] 5100B OUTPUT LO to UUT COMMON 50.003 DISP Connect a variable DC power supply to the Battery 50.003 DISP Elminator Connector. 50.003 DISP Connect 8842A INPUT to the output of the variable 50.003 DISP power supply. 50.004 RNG 200mV 50.005 5100 190.0mV S 2W 50.006 DISP Adjust the variable power supply until the BT indictor 50.006 DISP appears in the UUT display. 50.007 8842 7.0V 0.5U 2W 51.001 5100 190.0mV S 2W 51.002 MESS Decrease the output of the variable supply until the 51.002 MESS 8842A displays +6V. 51.003 8842 6.0V S 2W 51.004 5100 190.0mV 0.2U 2W 52.001 RNG 2kZ 52.002 5100 0V S 2W 52.003 DISP Adjust the variable power supply for an 8842A reading of 52.003 DISP +10V. 52.004 8842 10.0V S 2W 52.005 RESF 1.000kZ S 2W 52.006 MATH MEM = M[2] # 8842A 90 day accuracy, 2 kOhm Range 52.007 ACC 1 kZ .005% .00003U 52.008 MEMI Enter UUT reading in kilohms: 52.009 MEME 52.010 MEMC 2 kZ 0.002U 53.001 DISP Adjust the variable power supply for an 8842A reading of 53.001 DISP +6V. 53.002 8842 6.0V S 2W 53.003 RESF 1.000kZ S 2W 53.004 ASK+ U 53.005 MATH MEM = M[2] # 8842A 90 day accuracy, 2 kOhm Range 53.006 ACC 1 kZ .005% .00003U 53.007 MEMI Enter UUT reading in kilohms: 53.008 MEME 53.009 MEMC 2 kZ 0.002U 54.001 DISP Disconnect the power supply and 5100B from the UUT. 54.002 ASK- U 54.003 HEAD {TEMPERATURE} 54.004 DISP Depress the TEMP degC range switch and release the 54.004 DISP kOhm/nS switch on the UUT. 54.005 DISP Connect the John Fluke Thermocouple accessory to the 54.005 DISP mA/degC and COMMON Inputs. 54.006 DISP Wipe the tip of the thermocouple accessory clean and 54.006 DISP place the tip between your thumb and index finger until 54.006 DISP until the display readings stabilize. 54.007 EVAL Does the UUT read between 34degC and 39degC? 55.001 END