User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: PM 2505 CALIBRATION (VER 1.0) DATE: 03-Oct-93 AUTHOR: User Contributed REVISION: 1.0 ADJUSTMENT THRESHOLD: 80% NUMBER OF TESTS: 95 NUMBER OF LINES: 163 CONFIGURATION: Fluke 5700A ============================================================================= * 컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴� * Source: Service Manual PM P/N: @ * 컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴� * TUR Configuration: * 컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴� * When the T.U.R. is < 2:1, the source instrument, e.g. 5700A, must be * characterized and appropriate corrections entered in the correction file * (e.g. 5700.COR). Where T.U.R.'s are > 2:1 but < 4:1, the test tolerance * is reduced by root sum square (rss) techniques. * 컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴� * This procedure is not executable in MET/CAL versions below ver. 2.00 * 컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴� * Fluke make no warranty, expressed or implied, as to the fitness or * useability of this procedure. * 컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴� * Main Procedure TESTS: Calibration * 컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴� * The following subprocedures are called from this main procedure: * 컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴컴� STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 HEAD INITIAL PROCEDURE 1.002 DRAW 2 71 2 78 89 15 56 85 1.003 ASK- F 1.004 DISP TURN POWER ON [DRAW20,90,F] 1.005 DISP READJUST ZERO READING IF NESSESARY [DRAW50,50,F] 1.006 DISP SET SELECTOR TO + BATT AND READ ON THE METER IF IT IS 1.006 DISP CORRECT [DRAW30,50,F] 1.006 DISP SET SELECTOR TO -BATT AND READ ON THE METER IF IT IS 1.006 DISP CORRECT 1.007 DISP IF THE BATTERY CHECK FAILS THEN REPLACE THEN IN THE BACK 1.008 HEAD {DC VOLTAGE TEST} 1.009 DISP CONNECT TESTLEADS TO UUT V-[234] AND COMMON TERMINALS 1.009 DISP SET UUT ON DC[DRAW40,90,F] 1.010 5700 100 100mV 1.5% 2W 2.001 5700 100 -100mV 1.5% 2W 3.001 5700 300 300mV 1.5% 2W 4.001 5700 300 -300mV 1.5% 2W 5.001 5700 1 1V 1.5% 2W 6.001 5700 1 -1V 1.5% 2W 7.001 5700 3 3V 1.5% 2W 8.001 5700 3 -3V 1.5% 2W 9.001 5700 10 10V 1.5% 2W 10.001 5700 10 -10V 1.5% 2W 11.001 5700 30 30V 1.5% 2W 12.001 5700 30 -30V 1.5% 2W 13.001 5700 100 100V 1.5% 2W 14.001 5700 100 -100V 1.5% 2W 15.001 5700 300 300V 1.5% 2W 16.001 5700 300 -300V 1.5% 2W 17.001 5700 1000 1000V 1.5% 2W 18.001 5700 1000 -1000V 1.5% 2W 19.001 5700 * S 19.002 HEAD {AC VOLTAGE TEST} 19.003 DISP SET UUT ON V-AC [DRAW40,90,F] 19.004 5700 100 100mV 2.5% 50H 2W 20.001 5700 100 100mV 5% 30kH 2W 21.001 5700 300 300mV 2.5% 50H 2W 22.001 5700 300 300mV 5% 30kH 2W 23.001 5700 1 1V 2.5% 50H 2W 24.001 5700 1 1V 5% 30kH 2W 25.001 5700 3 3V 2.5% 50H 2W 26.001 5700 3 3V 5% 30kH 2W 27.001 5700 10 10V 2.5% 50H 2W 28.001 5700 10 10V 5% 30kH 2W 29.001 5700 30 30V 2.5% 50H 2W 30.001 5700 30 30V 5% 20kH 2W 31.001 5700 100 100V 2.5% 50H 2W 32.001 5700 100 100V 5% 20kH 2W 33.001 5700 300 300V 2.5% 50H 2W 34.001 5700 300 300V 5% 1kH 2W 35.001 5700 1000 600V 2.5/ 50H 2W 36.001 5700 1000 600V 5/ 1kH 2W 37.001 5700 * S 37.002 HEAD {DIRECT CURRENT TEST} 37.003 DISP DISCONNECTTESTLEAD FROM V-OHM TERMINAL 37.003 DISP AND CONNECT IT WITH THE uA-mA TERMINAL 37.003 DISP SET UUT ON DC [DRAW40,90,F] 37.004 5700 10 10uA 1.5% 2W 38.001 5700 10 -10uA 1.5% 2W 39.001 5700 30 30uA 1.5% 2W 40.001 5700 30 -30uA 1.5% 2W 41.001 5700 100 100uA 1.5% 2W 42.001 5700 100 -100uA 1.5% 2W 43.001 5700 300 300uA 1.5% 2W 44.001 5700 300 -300uA 1.5% 2W 45.001 5700 1 1mA 1.5% 2W 46.001 5700 1 -1mA 1.5% 2W 47.001 5700 3 3mA 1.5% 2W 48.001 5700 3 -3mA 1.5% 2W 49.001 5700 10 10mA 1.5% 2W 50.001 5700 10 -10mA 1.5% 2W 51.001 5700 30 30mA 1.5% 2W 52.001 5700 30 -30mA 1.5% 2W 53.001 5700 100 100mA 1.5% 2W 54.001 5700 100 -100mA 1.5% 2W 55.001 5700 300 300mA 1.5% 2W 56.001 5700 300 -300mA 1.5% 2W 57.001 DISP DISCONNECT TESTLEAD FROM uA-mA TERMINAL 57.001 DISP AND CONNECT IT WITH THE A TERMINAL 57.002 5700 1 1A 1.5% 2W 58.001 5700 1 -1A 1.5% 2W 59.001 5700 * S 59.002 5700 2 2A 1.5% 2W 60.001 5700 2 -2A 1.5% 2W 61.001 5700 * S 61.002 DISP SET UUT ON AC[DRAW40,90,F] 61.003 DISP DISCONNECT TESTLEAD FROM A TERMINAL 61.003 DISP AND CONNECT IT WITH THE uA-mA TERMINAL 61.004 HEAD {ALTERNATING CURRENT TEST} 61.005 5700 10 10uA 3% 50H 2W 62.001 5700 30 30uA 3% 50H 2W 63.001 5700 100 100uA 3% 50H 2W 64.001 5700 100 100uA 3% 1kH 2W 65.001 5700 300 300uA 3% 50H 2W 66.001 5700 300 300uA 3% 1kH 2W 67.001 5700 1 1mA 3% 50H 2W 68.001 5700 1 1mA 3% 1kH 2W 69.001 5700 3 3mA 3% 50H 2W 70.001 5700 3 3mA 3% 1kH 2W 71.001 5700 10 10mA 3% 50H 2W 72.001 5700 10 10mA 3% 1kH 2W 73.001 5700 30 30mA 3% 50H 2W 74.001 5700 30 30mA 3% 1kH 2W 75.001 5700 100 100mA 3% 50H 2W 76.001 5700 100 100mA 3% 1kH 2W 77.001 5700 300 300mA 3% 50H 2W 78.001 5700 300 300mA 3% 1kH 2W 79.001 5700 * S 79.002 DISP DISCONNECT TESTLEAD FROM uA-mA TERMINAL 79.002 DISP AND CONNECT IT WITH THE A TERMINAL 79.003 5700 1 1A 3% 50H 2W 80.001 5700 1 1A 3% 1kH 2W 81.001 5700 2 2A 3% 50H 2W 82.001 5700 2 2A 3% 1kH 2W 83.001 5700 * S 83.002 HEAD {RESISTANCE TEST} 83.003 DISP DISCONNECT TESTLEAD FROM A TERMINAL 83.003 DISP AND CONNECT IT WITH THE V-OHM TERMINAL 83.004 DISP SET UUT ON OHM[DRAW40,90,F] 83.005 5700 100 100Z 3/ 2W 84.001 5700 300 190Z 3/ 2W 85.001 5700 1 1kZ 3/ 2W 86.001 5700 3 1.9kZ 3/ 2W 87.001 5700 10 10kZ 3/ 2W 88.001 5700 30 19kZ 3/ 2W 89.001 5700 100 100kZ 3/ 2W 90.001 5700 300 190kZ 3/ 2W 91.001 5700 1000 1000kZ 3/ 2W 92.001 5700 3 1.9MZ 3/ 2W 93.001 5700 10 10MZ 3/ 2W 94.001 5700 30 19MZ 10/ 2W 95.001 END