Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: Fluke 11: (1 year) CAL VER /5100,8842 INSTRUMENT: Fluke 12: (1 year) CAL VER /5100,8842 DATE: 22-Sep-98 AUTHOR: Fluke Corporation REVISION: $Revision: 2.11 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 35 NUMBER OF LINES: 257 CONFIGURATION: Fluke 5100B CONFIGURATION: Fluke 8842A STANDARD: Fluke 7405A-4207 AC Divider STANDARD: Capacitance Decade ============================================================================= # # Source: # Fluke 10 Series Service Manual (PN 900824 March 1992, Rev. 1, 7/93). # # Compatibility: # MET/CAL 4.0 or later # # Subprocedures: # None # # Required Files: # None # # 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 STD Fluke 7405A-4207 AC Divider 1.002 STD Capacitance Decade 1.003 ASK- R N P F 1.004 ASK+ K 1.005 HEAD EQUIPMENT SETUP 1.006 DISP [32] WARNING 1.006 DISP HIGH VOLTAGE is used or exposed during the performance 1.006 DISP of this calibration. DEATH ON CONTACT may result if 1.006 DISP personnel fail to observe safety precautions. 1.007 DISP No warm-up time requirement. 1.007 DISP Ambient temperature: 18C - 28C. 1.007 DISP Relative humidity: less than 90%. 1.008 DISP Move Slide Switch to OFF position. 1.008 DISP 1.008 DISP Note: Erroneous results may occur if slide switch 1.008 DISP is not placed in OFF position before beginning tests. 1.009 HEAD {RESISTANCE TESTS} 1.010 DISP Move the Slide-Switch to the right position. 1.010 DISP Press SELECT for Ohms. 1.011 ASK- W 1.012 HEAD RESISTANCE TESTS: {400 Ohm Range} 1.013 DISP Short the + and COM inputs. 1.014 MATH MEM1 = 0.0 1.015 MEMI Enter UUT reading in Ohms: 1.016 MEME 1.017 MEMC 400 Z +0.2U 2.001 DISP Remove the short. 2.002 ASK- U 2.003 DISP Configure the 8842A as follows: 2.003 DISP [32] 8842A INPUT HI to 8842A SENSE HI 2.003 DISP [32] 8842A INPUT LO to 8842A SENSE LO 2.004 IEEE [@8842]G5[I] 2.005 MATH MEM1 = MEM - 1100 2.006 JMPF 2.009 2.007 DISP Select FRONT INPUTS on the 8842A. 2.008 JMP 2.004 2.009 DISP Connect the 5100B OUTPUT to the 8842A INPUT. 2.010 RESF 1Z S 2W 2.011 8842 1Z N 4W 2.012 MATH M[1] = MEM 2.013 RESF 100Z S 2W 2.014 8842 100Z N 4W 2.015 MATH M[2] = MEM 2.016 RESF 1kZ S 2W 2.017 8842 1kZ N 4W 2.018 MATH M[3] = MEM 2.019 RESF 10kZ S 2W 2.020 8842 10kZ N 4W 2.021 MATH M[4] = MEM 2.022 RESF * S 2.023 DISP Disconnect the leads from the 8842A and connect them to 2.023 DISP the UUT. 2.024 RESF 1Z S 2W 2.025 ASK+ U 2.026 MATH MEM = M[1] # 8842A 90 day accuracy, 20 Ohm Range 2.027 ACC Z .009% .0040U 2.028 MEMI Enter UUT reading in Ohms: 2.029 MEME 2.030 MEMC 400 Z 0.2U 3.001 ASK- U 3.002 RESF 100.0Z S 2W 3.003 ASK+ U 3.004 MATH MEM = M[2] # 8842A 90 day accuracy, 200 Ohm Range 3.005 ACC Z 0.007% 0.004U 3.006 MEMI Enter UUT reading in Ohms: 3.007 MEME 3.008 MEMC 400 Z 0.9% 0.2U 4.001 ASK- U 4.002 HEAD RESISTANCE TESTS: {4 kOhm Range} 4.003 RESF 1.000kZ S 2W 4.004 ASK+ U 4.005 MATH MEM = M[3] # 8842A 90 day accuracy, 2 kOhm Range 4.006 ACC kZ .005% .00003U 4.007 MEMI Enter UUT reading in kilohms: 4.008 MEME 4.009 MEMC 4 kZ 0.010U 5.001 ASK- U 5.002 HEAD RESISTANCE TESTS: {40 kOhm Range} 5.003 RESF 10.00kZ S 2W 5.004 ASK+ U 5.005 MATH MEM = M[4] # 8842A 90 day accuracy, 20 kOhm Range 5.006 ACC kZ .005% .0003U 5.007 MEMI Enter UUT reading in kilohms: 5.008 MEME 5.009 MEMC 40 kZ 0.9% 0.01U 6.001 HEAD RESISTANCE TESTS: {400 kOhm Range} 6.002 RESF 400 100.0kZ 1.0U 2W 7.001 HEAD RESISTANCE TESTS: {4 MOhm Range} 7.002 RESF 4 1.000MZ 0.9% 0.001U 2W 8.001 HEAD RESISTANCE TESTS: {40 MOhm Range} 8.002 RESF 40 10.00MZ 1.5% 0.03U 2W 9.001 HEAD RESISTANCE TESTS: {VCHEK} 9.002 5100 1.960V 0.020U 2W 10.001 HEAD {CONTINUITY TEST} 10.002 DISP Press SELECT for Continuity. 10.003 5100 2.000V 0.020U 2W 11.001 HEAD CONTINUITY TEST: {VCHEK} 11.002 5100 3.430V 0.033U 2W 12.001 5100 -0.500V 0.007U O 2W 13.001 HEAD {DC VOLTAGE TESTS}: 4V Range 13.002 DISP Move the Slide-Switch to the center position. 13.002 DISP Press RANGE to select the 4V Range (0.000). 13.003 JMPT 15.003 Fluke 11: (1 year) CAL VER /5100,8842 13.004 ASK- Q V 13.005 HEAD DC VOLTAGE TESTS: {4V Range (MAX)} 13.006 5100 0.000V S 2W 13.007 DISP Press M to select MIN MAX. 13.007 DISP Press M again to display MAX. 13.008 MEMI Enter UUT reading in volts: 13.009 MEME 13.010 MEMC 4 V 0.012U 14.001 MEME 14.002 HEAD DC VOLTAGE TESTS: {4V Range (MIN)} 14.003 DISP Press M to display MIN. 14.004 MEMI Enter UUT reading in volts: 14.005 MEME 14.006 MEMC 4 V 0.012U 15.001 DISP Press M for 2s to exit MIN MAX. 15.002 ASK+ Q V 15.003 HEAD DC VOLTAGE TESTS: {4V Range (LoZ)} 15.004 DISP Move the Slide-Switch to the right position. 15.005 5100 4 0.000V 0.002U 2W 16.001 HEAD DC VOLTAGE TESTS: {40V Range (LoZ)} 16.002 DISP Press RANGE to select the 40V Range (0.00). 16.003 5100 40 0.02V 0.01U 2W 17.001 HEAD DC VOLTAGE TESTS: {400V Range (HiZ)} 17.002 DISP Move the Slide-Switch to the center position. 17.002 DISP Press RANGE to select the 400V Range (0.0). 17.003 5100 400 -0.2V 0.1U 2W 18.001 HEAD DC VOLTAGE TESTS: {4V Range (HiZ)} 18.002 DISP Press RANGE for 2s to select autorange. 18.003 5100 4 3.500V 0.034U 2W 19.001 HEAD DC VOLTAGE TESTS: {40V Range (HiZ)} 19.002 5100 40 -35.00V 0.33U 2W 20.001 HEAD DC VOLTAGE TESTS: {400V Range (HiZ)} 20.002 5100 400 100.0V 1.0U 2W 21.001 HEAD DC VOLTAGE TESTS: {600V Range (HiZ)} 21.002 5100 600 -600V 6U 2W 22.001 HEAD {AC VOLTAGE TESTS} 22.002 DISP Press SELECT for VAC. 22.003 HEAD AC VOLTAGE TESTS: {4V Range (HiZ)} 22.004 DISP Press RANGE to select the 4V Range (0.000). 22.005 5100 4 0.010V 0.003U 50H 2W 23.001 5100 4 0.010V 0.003U 400H 2W 24.001 HEAD AC VOLTAGE TESTS: {4V Range (LoZ)} 24.002 DISP Move the Slide-Switch to the right position. 24.003 5100 4 3.500V 0.070U 50H 2W 25.001 HEAD AC VOLTAGE TESTS: {4V Range (HiZ)} 25.002 DISP Move the Slide-Switch to the center position. 25.003 5100 0.000V S 2W 25.004 MEMI Enter UUT reading volts: 25.005 MEME 25.006 MEMC 4 V +0.003U 26.001 JMPT 28.003 Fluke 11: (1 year) CAL VER /5100,8842 26.002 HEAD AC VOLTAGE TESTS: {4V Range (MAX)} 26.003 ASK- Q V 26.004 5100 0.000V S 2W 26.005 DISP Press M to select MIN MAX. 26.005 DISP Press M again to display MAX. 26.006 MEMI Enter UUT reading in volts: 26.007 MEME 26.008 MEMC 4 V +0.040U 27.001 MEME 27.002 HEAD AC VOLTAGE TESTS: {4V Range (MIN)} 27.003 DISP Press M to display MIN. 27.004 5100 0.000V S 2W 27.005 MEMI Enter UUT reading in volts: 27.006 MEME # Lower limit should be 0.000 but firmware bug in early units allowed -0.004 27.007 MEMC 4 V -.004U +.040U 28.001 DISP Press M for 2s to exit MIN MAX. 28.002 ASK+ Q V 28.003 HEAD AC VOLTAGE TESTS: {4V Range (HiZ)} 28.004 5100 4 3.500V 0.070U 400H 2W 29.001 HEAD AC VOLTAGE TESTS: {40V Range (HiZ)} 29.002 DISP Press RANGE to select the 40V Range (0.0). 29.003 5100 40 35.00V 0.70U 50H 2W 30.001 HEAD AC VOLTAGE TESTS: {40V Range (LoZ)} 30.002 DISP Move the Slide-Switch to the right position. 30.003 5100 40 35.00V 0.70U 400H 2W 31.001 HEAD AC VOLTAGE TESTS: {400V Range (LoZ)} 31.002 DISP Press RANGE to select the 400V Range (0.0). # Warmup 2k resistor so 350V will not current limit 5100 31.003 5100 100.0V 80H S 2W 31.004 5100 150.0V 80H S 2W 31.005 5100 200.0V 80H S 2W 31.006 5100 250.0V 80H S 2W 31.007 5100 300.0V 80H S 2W 31.008 5100 400 350.0V 7.0U 80H 2W 32.001 HEAD AC VOLTAGE TESTS: {600V Range (HiZ)} 32.002 DISP Move the Slide-Switch to the center position. 32.002 DISP Press RANGE to select the 600V Range (0). 32.003 5100 600 600V 14U 400H 2W 33.001 DISP Disconnect the 5100B from the UUT. 33.002 HEAD {CAPACITANCE TESTS} 33.003 DISP Move the Slide-Switch to the right position. 33.003 DISP Press uF 33.004 HEAD CAPACITANCE TESTS: {1uF Range} 33.005 MATH MEM1 = 0.0 33.006 MEMI Enter UUT reading in microfarads: 33.007 MEME 33.008 MEMC 1 uF 0.001U 34.001 DISP Connect the capacitance decade to the UUT. 34.002 DISP Set the decade to 0.950uF. 34.003 ACC 0.950uF 0.5% 34.004 MEMI Enter UUT reading in microfarads: 34.005 MEME 34.006 MEMC uF 0.020U 35.001 END