User Contributed                                           MET/CAL PROCEDURE
=============================================================================
INSTRUMENT:            Slaughter 103MP:HV Leakage Tester
DATE:                  29-Aug-97
AUTHOR:                User Contributed
REVISION:              0
ADJUSTMENT THRESHOLD:  70%
NUMBER OF TESTS:       23
NUMBER OF LINES:       287
CONFIGURATION:         HP 34401A
STANDARD:              Yokogawa 2262
STANDARD:              Clarostat 240-C
=============================================================================
 STEP    FSC    RANGE NOMINAL        TOLERANCE     MOD1        MOD2  3  4 CON
  1.001  ASK-   R     N              P             M              F        W
  1.002  ASK+                                          X
  1.003  STD          Yokogawa 2262
  1.004  STD          Clarostat 240-C
  1.005  HEAD         * INITIAL CONDITIONS *
  1.006  DISP         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         Set the UUT front panel controls as follows:
  1.007  DISP         ON/OFF switch ...................................... OFF
  1.007  DISP         AUTO/OFF/MAN switch ................................ OFF
  1.007  DISP         METER MULTIPLIER switch  ........................... OFF
  1.007  DISP         REAL/TOTAL CURRENT switch ................ TOTAL CURRENT
  1.008  DISP         Mechanically zero both UUT panel meters.
  1.009  DISP         Set the UUT REJECTION INDICATORS (red limit pointers)
  1.009  DISP         on both panel meters to full scale or greater.
  1.010  HEAD         {* VOLTAGE ACCURACY TEST *}
  1.011  JMP          2.001
  1.012  EVAL
  2.001  DISP         [32]    Connect the test equipment as follows:
  2.001  DISP         AC OUT HI (red) ....................  2262 6600V tap
  2.001  DISP         UUT GROUND (black) .................  2262 V tap
  2.001  DISP         2262 110V tap ......................  34401 HI
  2.001  DISP         2262 v tap .........................  34401 LO
  2.002  DISP         Set the UUT front panel controls as follows:
  2.002  DISP         ON/OFF switch ....................................... ON
  2.003  IEEE         [@34401]FUNC "VOLT:AC"
  2.004  IEEE         [@34401]DET:BAND 20[GTL]
  2.005  DISP         To adjust the UUT output voltage, press and hold down
  2.005  DISP         the AUTO/OFF/MAN switch to the MAN position and
  2.005  DISP         momentarily position the INCREASE/DECREASE switch to
  2.005  DISP         INCREASE until the output reaches the required voltage.
  2.005  DISP
  2.005  DISP         Momentarily position the INCREASE/DECREASE switch to
  2.005  DISP         DECREASE to lower the UUT output voltage.
  2.006  DISP         Adjust the TEST VOLTAGE control for a UUT reading
  2.006  DISP         of 2500 VAC.
  2.007  ACC          2500.0V        0.24%
# 2.007  IEEE         [@34401]READ?[I]
  2.008  IEEE         [@34401]READ?[I][GTL]
  2.009  MEM*         66
  2.010  MEME
  2.011  MEMC         V              120.0U        60H
#!          Test Tol 120, Sys Tol 6, TUR 20.0000 (>= 4.00).
  3.001  IEEE         [@34401]FUNC "VOLT:AC"
  3.002  IEEE         [@34401]DET:BAND 20[GTL]
  3.003  DISP         Adjust the TEST VOLTAGE control for a UUT reading
  3.003  DISP         of 2000 VAC.
  3.004  ACC          2000.0V        0.24%
  3.005  IEEE         [@34401]READ?[I]
  3.006  MEM*         66
  3.007  MEME
  3.008  MEMC         V              120.0U        60H
#!          Test Tol 120, Sys Tol 4.8, TUR 25.0000 (>= 4.00).
  4.001  IEEE         [@34401]FUNC "VOLT:AC"
  4.002  IEEE         [@34401]DET:BAND 20[GTL]
  4.003  DISP         Adjust the TEST VOLTAGE control for a UUT reading
  4.003  DISP         of 1500 VAC.
  4.004  ACC          1500.0V        0.24%
  4.005  IEEE         [@34401]READ?[I]
  4.006  MEM*         66
  4.007  MEME
  4.008  MEMC         V              120.0U        60H
#!          Test Tol 120, Sys Tol 3.6, TUR 33.3333 (>= 4.00).
  5.001  IEEE         [@34401]FUNC "VOLT:AC"
  5.002  IEEE         [@34401]DET:BAND 20[GTL]
  5.003  DISP         Adjust the TEST VOLTAGE control for a UUT reading
  5.003  DISP         of 1000 VAC.
  5.004  ACC          1000.0V        0.24%
  5.005  IEEE         [@34401]READ?[I]
  5.006  MEM*         66
  5.007  MEME
  5.008  MEMC         V              120.0U        60H
#!          Test Tol 120, Sys Tol 2.4, TUR 50.0000 (>= 4.00).
  6.001  IEEE         [@34401]FUNC "VOLT:AC"
  6.002  IEEE         [@34401]DET:BAND 20[GTL]
  6.003  DISP         Adjust the TEST VOLTAGE control for a UUT reading
  6.003  DISP         of 500 VAC.
  6.004  ACC          500.0V         0.24%
  6.005  IEEE         [@34401]READ?[I]
  6.006  MEM*         66
  6.007  MEME
  6.008  MEMC         V              120.0U        60H
#!          Test Tol 120, Sys Tol 1.2, TUR 100.000 (>= 4.00).
  7.001  DISP         Release the AUTO/OFF/MAN switch to the OFF position.
  7.002  DISP         Set the UUT front panel controls as follows:
  7.002  DISP         ON/OFF switch ...................................... OFF
  7.002  DISP         METER MULTIPLIER switch  ............................ X1
  7.003  DISP         Disconnect the UUT from the Yokogawa 2262.
  7.004  HEAD         {* TOTAL CURRENT MILLIAMMETER TEST *}
  7.005  HEAD         {* MULTIPLIER X1 *}
  7.006  JMP          8.003
  7.007  EVAL
  8.001  DISP         Disconnect the UUT from the Clarostat 240-C.
  8.002  JMP          8.004
  8.003  DISP         Connect the HP 34401A HI/LO Input to the left hand
  8.003  DISP         RED/BLACK binding posts on the Clarostat 240-C.
  8.004  DISP         Connec the HP 34401A HI/LO 4W Sense/Ratio Ref
  8.004  DISP         inputs to the right hand 240-C binding post pair.
  8.005  DISP         Set the 240-c to 1,0,0,0,0,0.
  8.006  34401        100kZ                                             N  4W
  8.007  MATH         m[1] = mem * 1000
  8.008  DISP         Set the 240-c to 2,0,0,0,0,0.
  8.009  34401        100kZ                                             N  4W
  8.010  MATH         m[2] = mem * 1000
  8.011  DISP         Set the 240-c to 3,0,0,0,0,0.
  8.012  34401        100kZ                                             N  4W
  8.013  MATH         m[3] = mem * 1000
  8.014  DISP         Set the 240-c to 0,0,5,0,0,0.
  8.015  34401        100kZ                                             N  4W
  8.016  MATH         m[4] = mem * 1000
  8.017  DISP         Set the 240-c to 0,0,0,5,0,0.
  8.018  34401        100kZ                                             N  4W
  8.019  MATH         m[5] = mem * 1000
  8.020  DISP         Disconnect the 34401A Sense lines from the 240-C
  8.020  DISP         right side binding posts.
  8.021  DISP         Connect the UUT HIGH VOLTAGE output to the 240-C
  8.021  DISP         right side binding posts.
  8.022  DISP         Set the 240-C decade switches to 1, 0, 0, 0, 0, 0.
  8.023  DISP         Set the UUT front panel controls as follows:
  8.023  DISP         ON/OFF switch ....................................... ON
  8.024  IEEE         [@34401]FUNC "VOLT:AC"
  8.025  IEEE         [@34401]DET:BAND 20
  8.026  DISP         Adjust the TEST VOLTAGE control for a UUT reading
  8.026  DISP         of 5 mA AC.
  8.027  IEEE         [@34401]READ?[I]
  8.028  MATH         mem = 1000 * (mem / m[1])
  8.029  ACC          5.000mA        0.105%
  8.030  MEME
  8.031  MEMC         mA             0.250U
#!          Test Tol 0.25, Sys Tol 0.00525, TUR 47.6190 (>= 4.00).
  9.001  IEEE         [@34401]FUNC "VOLT:AC"
  9.002  IEEE         [@34401]DET:BAND 20
  9.003  DISP         Adjust the TEST VOLTAGE control for a UUT reading
  9.003  DISP         of 4 mA AC.
  9.004  IEEE         [@34401]READ?[I]
  9.005  MATH         mem = 1000 * (mem / m[1])
  9.006  ACC          4.000mA        0.117%
  9.007  MEME
  9.008  MEMC         mA             0.250U
#!          Test Tol 0.25, Sys Tol 0.00468, TUR 53.4188 (>= 4.00).
 10.001  IEEE         [@34401]FUNC "VOLT:AC"
 10.002  IEEE         [@34401]DET:BAND 20
 10.003  DISP         Adjust the TEST VOLTAGE control for a UUT reading
 10.003  DISP         of 3 mA AC.
 10.004  IEEE         [@34401]READ?[I]
 10.005  MATH         mem = 1000 * (mem / m[1])
 10.006  ACC          3.000mA        0.135%
 10.007  MEME
 10.008  MEMC         mA             0.250U
#!          Test Tol 0.25, Sys Tol 0.00405, TUR 61.7284 (>= 4.00).
 11.001  IEEE         [@34401]FUNC "VOLT:AC"
 11.002  IEEE         [@34401]DET:BAND 20
 11.003  DISP         Set the 240-C decade switches to 2, 0, 0, 0, 0, 0.
 11.004  DISP         Adjust the TEST VOLTAGE control for a UUT reading
 11.004  DISP         of 2 mA AC.
 11.005  IEEE         [@34401]READ?[I]
 11.006  MATH         mem = 1000 * (mem / m[2])
 11.007  ACC          2.000mA        0.117%
 11.008  MEME
 11.009  MEMC         mA             0.250U
#!          Test Tol 0.25, Sys Tol 0.00234, TUR 106.838 (>= 4.00).
 12.001  IEEE         [@34401]FUNC "VOLT:AC"
 12.002  IEEE         [@34401]DET:BAND 20
 12.003  DISP         Set the 240-C decade switches to 3, 0, 0, 0, 0, 0.
 12.004  DISP         Adjust the TEST VOLTAGE control for a UUT reading
 12.004  DISP         of 1 mA AC.
 12.005  IEEE         [@34401]READ?[I]
 12.006  MATH         mem = 1000 * (mem / m[3])
 12.007  ACC          1.000mA        0.135%
 12.008  MEME
 12.009  MEMC         mA             0.250U
#!          Test Tol 0.25, Sys Tol 0.00135, TUR 185.185 (>= 4.00).
 13.001  HEAD         {* MULTIPLIER X10 *}
 13.002  JMP          14.001
 13.003  EVAL
 14.001  DISP         Release the AUTO/OFF/MAN switch to the OFF position.
 14.002  DISP         Set the 240-C decade switches to 0, 0, 5, 0, 0, 0.
 14.003  DISP         Set the UUT front panel controls as follows:
 14.003  DISP         METER MULTIPLIER switch  ........................... X10
 14.004  IEEE         [@34401]FUNC "VOLT:AC"
 14.005  IEEE         [@34401]DET:BAND 20
 14.006  DISP         Adjust the TEST VOLTAGE control for a UUT reading
 14.006  DISP         of 50 mA AC.
 14.007  IEEE         [@34401]READ?[I]
 14.008  MATH         mem = 1000 * (mem / m[4])
 14.009  ACC          50.00mA        0.15%
 14.010  MEME
 14.011  MEMC         mA             2.50U
#!          Test Tol 2.5, Sys Tol 0.075, TUR 33.3333 (>= 4.00).
 15.001  DISP         Release the AUTO/OFF/MAN switch to the OFF position.
 15.002  HEAD         {* MULTIPLIER X50 *}
 15.003  JMP          16.001
 15.004  EVAL
 16.001  DISP         Set the 240-C decade switches to 0, 0, 0, 5, 0, 0.
 16.002  DISP         Set the UUT front panel controls as follows:
 16.002  DISP         METER MULTIPLIER switch  ........................... X50
 16.003  IEEE         [@34401]FUNC "VOLT:AC"
 16.004  IEEE         [@34401]DET:BAND 20
 16.005  DISP         Adjust the TEST VOLTAGE control for a UUT reading
 16.005  DISP         of 200 mA AC (4 on the milliammeter scale).
 16.006  IEEE         [@34401]READ?[I]
 16.007  MATH         mem = 1000 * (mem / m[5])
 16.008  ACC          200.00mA       0.091%
 16.009  MEME
 16.010  MEMC         mA             12.50U
#!          Test Tol 12.5, Sys Tol 0.182, TUR 68.6813 (>= 4.00).
 17.001  DISP         Release the AUTO/OFF/MAN switch to the OFF position.
 17.002  HEAD         {*REAL CURRENT MILLIAMMETER TEST *}
 17.003  HEAD         {* MULTIPLIER X1 *}
 17.004  JMP          18.001
 17.005  EVAL
 18.001  DISP         Set the UUT front panel controls as follows:
 18.001  DISP         REAL/TOTAL CURRENT switch ................. REAL CURRENT
 18.001  DISP         METER MULTIPLIER switch  ............................ X1
 18.002  DISP         Set the 240-C decade switches to 1, 0, 0, 0, 0, 0.
 18.003  IEEE         [@34401]FUNC "VOLT:AC"
 18.004  IEEE         [@34401]DET:BAND 20
 18.005  DISP         Adjust the TEST VOLTAGE control for a UUT reading
 18.005  DISP         of 5 mA AC.
 18.006  IEEE         [@34401]READ?[I]
 18.007  MATH         mem = 1000 * (mem / m[1])
 18.008  ACC          5.000mA        0.105%
 18.009  MEME
 18.010  MEMC         mA             0.250U
#!          Test Tol 0.25, Sys Tol 0.00525, TUR 47.6190 (>= 4.00).
 19.001  HEAD         {* MULTIPLIER X10 *}
 19.002  JMP          20.001
 19.003  EVAL
 20.001  DISP         Release the AUTO/OFF/MAN switch to the OFF position.
 20.002  DISP         Set the 240-C decade switches to 0, 0, 5, 0, 0, 0.
 20.003  DISP         Set the UUT front panel controls as follows:
 20.003  DISP         METER MULTIPLIER switch  ........................... X10
 20.004  IEEE         [@34401]FUNC "VOLT:AC"
 20.005  IEEE         [@34401]DET:BAND 20
 20.006  DISP         Adjust the TEST VOLTAGE control for a UUT reading
 20.006  DISP         of 50 mA AC.
 20.007  IEEE         [@34401]READ?[I]
 20.008  MATH         mem = 1000 * (mem / m[4])
 20.009  ACC          50.00mA        0.15%
 20.010  MEME
 20.011  MEMC         mA             2.50U
#!          Test Tol 2.5, Sys Tol 0.075, TUR 33.3333 (>= 4.00).
 21.001  DISP         Release the AUTO/OFF/MAN switch to the OFF position.
 21.002  HEAD         {* MULTIPLIER X50 *}
 21.003  JMP          22.001
 21.004  EVAL
 22.001  DISP         Set the 240-C decade switches to 0, 0, 0, 5, 0, 0.
 22.002  DISP         Set the UUT front panel controls as follows:
 22.002  DISP         METER MULTIPLIER switch  ........................... X50
 22.003  IEEE         [@34401]FUNC "VOLT:AC"
 22.004  IEEE         [@34401]DET:BAND 20
 22.005  DISP         Adjust the TEST VOLTAGE control for a UUT reading
 22.005  DISP         of 200 mA AC (4 on the milliammeter scale).
 22.006  IEEE         [@34401]READ?[I]
 22.007  MATH         mem = 1000 * (mem / m[5])
 22.008  ACC          200.00mA       0.091%
 22.009  MEME
 22.010  MEMC         mA             12.50U
#!          Test Tol 12.5, Sys Tol 0.182, TUR 68.6813 (>= 4.00).
 23.001  IEEE         [@34401]FUNC "VOLT:AC"
 23.002  IEEE         [@34401]DET:BAND 20
 23.003  DISP         Release the AUTO/OFF/MAN switch to the OFF position.
 23.004  DISP         Set the UUT front panel controls as follows:
 23.004  DISP         ON/OFF switch ...................................... OFF
 23.005  DISP         Disconnect the test setup.
 23.006  DISP         end
#! T.U.R.s less than 4.00:                  0
#! T.U.R.s estimated using RANGE value:     0
#! T.U.R.s not calculated (ASK- U):         0
#! T.U.R.s not computable at compile time:  0
#! FOR JUSTIFICATION REFER TO COMMENTS FOLLOWING EACH TEST IN THIS LISTING.