User Contributed MET/CAL PROCEDURE ============================================================================== INSTRUMENT: DANA 5600,5643,5700, and 5703. DATE: 15-Nov-88 AUTHOR: User Contributed REVISION: V 4.0 ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 36 NUMBER OF LINES: 98 CONFIGURATION: Fluke 5100B CONFIGURATION: Fluke 5205A CONFIGURATION: Fluke 8506A ============================================================================== STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 HEAD PRELIMINARY OPERATIONS 1.002 DISP Allow the T.I. to warm-up for 30 minutes. 1.003 DISP Set the T.I. controls as follows: 1.003 DISP MODE PERIODIC 1.003 DISP RANGE AUTO 1.003 DISP FUNCTION DC VOLTS 1.003 DISP RATE fully CCW 1.004 DISP Connect the leads to the T.I. INPUT. 1.005 ASK- R 1.006 5100 10 5V 0.2U 2W 2.001 5100 10 10V 0.2U 2W 3.001 EVAL DID THE {METER AUTORANGE UP}AFTER THE LAST TEST{?}. 4.001 5100 10 10V 0.2U 2W 5.001 5100 * S 5.002 5100 10 0V 0.2U 2W 6.001 EVAL DID THE {METER AUTORANGE DOWN?}. 7.001 5100 10 -5V 0.2U 2W 8.001 5100 10 -10V 0.2U 2W 9.001 EVAL DID THE {METER AUTORANGE UP} AFTER THE LAST TEST{?}. 10.001 5100 10 -10V 0.2U 2W 11.001 5100 * S 11.002 5100 10 0V 0.02U 2W 12.001 EVAL DID THE {METER AUTORANGE DOWN?}. 13.001 DISP Short the T.I.s INPUT leads together. 13.002 DISP T.I. should read 0.0000V +/- 0.0001U. 13.003 ASK+ R 13.004 HEAD INTERNAL REFERENCE VOLTAGE 13.005 DISP Set the T.I. FUNCTION switch to TEST. 13.006 DISP Note the reading on the T.I. Verify that it is 13.006 DISP stable within + or - 6 digits of the factory-determined 13.006 DISP voltage written on the Calibration Log inside the T.I. 13.007 DISP Open the right-hand door of the T.I. and push the 13.007 DISP small button at the front of the Reference Buffer Bd. 13.008 DISP Note the reading on the T.I. Verify that the 13.008 DISP difference between this reading and the reading 13.008 DISP already recorded on the T.I. Calibration Log inside 13.008 DISP the unit is within the 100 ppm limit. 13.009 HEAD DC VOLTAGE TESTS 13.010 DISP Adjust the T.I. controls as follows: 13.010 DISP RANGE 1V 13.010 DISP RATE Midrange 13.010 DISP FUNCTION DC VOLTS 13.010 DISP MODE PERIODIC 13.011 5100 1 0.99V 0.0002U 2W 14.001 5100 10 9.8555V 0.001U E 2W 15.001 5100 10 7.8555V 0.0008U E 2W 16.001 5100 10 5.8555V 0.0006U E 2W 17.001 5100 10 3.8555V 0.0004U E 2W 18.001 5100 10 1.8555V 0.0003U E 2W 19.001 5100 100 98.555V 0.015U E 2W 20.001 5100 1000 198.55V 0.02U E 2W 21.001 HEAD DC MILLIVOLTS TESTS 21.002 DISP Set the T.I. FUNCTION switch to MILLIVOLTS. 21.003 DISP Short the input leads together. Verify that the T.I. 21.003 DISP meter indicates ZERO. Take corrective action, if 21.003 DISP necessary. 21.004 5100 10 9.9mV 0.002U 2W 22.001 5100 100 99mV 0.02U 2W 23.001 5100 1000 990mV 0.2U 2W 24.001 HEAD AC VOLTAGE TESTS 24.002 DISP Set the T.I. controls as follows: 24.002 DISP FUNCTION AC VOLTS 24.002 DISP RANGE 100 24.002 DISP MODE PERIODIC 24.003 DISP Short the input to the T.I. Verify that the T.I. 24.003 DISP registers ZERO indication. 24.004 5100 1000 120V 0.12U 400H E 2W 25.001 5205 1000 120V 0.12U 10KH 2W 26.001 5100 100 99.5V 0.099U 400H E 2W 27.001 5100 100 99.5V 0.099U 10KH E 2W 28.001 5100 1 0.995V 0.00099U 400H E 2W 29.001 5100 1 0.995V 0.00099U 10KH E 2W 30.001 5100 10 9.95V 0.0099U 400H E 2W 31.001 5100 10 9.95V 0.0099U 10KH E 2W 32.001 HEAD RESISTANCE TESTS 32.002 DISP Set the T.I. controls as follows: 32.002 DISP RANGE 100 32.002 DISP FUNCTION K-OHMS 32.002 DISP MODE PERIODIC 32.003 RESF 100 100KZ 0.011U 2W 33.001 RESF 1 1MZ 0.00031U 2W 34.001 RESF 10 10KZ 0.0011U 2W 35.001 RESF 1 1KZ 0.00011U 2W 36.001 END