User Contributed                                           MET/CAL PROCEDURE
=============================================================================
INSTRUMENT:            Fluke 7405A-4207:1000:1 AC Divider
DATE:                  06-Jan-95
AUTHOR:                User Contributed
REVISION:
ADJUSTMENT THRESHOLD:  70%
NUMBER OF TESTS:       8
NUMBER OF LINES:       125
CONFIGURATION:         Fluke 5700A
CONFIGURATION:         Datron 1281
STANDARD:              ESI Dekatran DT58
=============================================================================
 STEP    FSC    RANGE NOMINAL        TOLERANCE     MOD1        MOD2  3  4 CON
  1.001  ASK-   R     N              P     U       M              F        W
  1.002  ASK+                                          X
  1.003  STD          ESI Dekatran DT58
  1.004  HEAD         ÍÍ INITIAL CONDITIONS ÍÍ
  1.005  DISP         Connect the UUT INPUT to the OUTPUT of the 5700.
  1.006  DISP         Connect the UUT OUTPUT to the Datron 1281 INPUT.
  1.007  HEAD         {}
  1.008  HEAD         {ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ»}
  1.009  HEAD         {º 1000:1 Divider Verification º}
  1.010  HEAD         {ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ}
  1.011  HEAD         {ÍÍ DC Test ÍÍ}
  1.012  JMP          2.001
  1.013  EVAL
  2.001  IEEE         [@1281]*RST
  2.002  5700         20.000V                                           S  2W
  2.003  IEEE         [@1281]DCV AUTO[D1000]RDG?[I]
  2.004  MATH         mem=mem1/MEM
  2.005  ACC          1000.00I       20P%
  2.006  MEME
  2.007  MEMC         I              2.50U
#!          Test Tol 2.5, Sys Tol 0.02, TUR 125.000 (>= 4.00).
  3.001  HEAD         {}
  3.002  HEAD         {ÍÍ AC Test ÍÍ}
  3.003  JMP          4.001
  3.004  EVAL
  4.001  DISP         ÿÿConnect the equipment as follows:
  4.001  DISP         5700 V ê A OUTPUT HI ÄÄÄÄÄÄÄÄÄÄÄÄÄÄ[16] DT58 IN 2
  4.001  DISP         5700 V ê A OUTPUT LO ÄÄÄÄÄÄÄÄÄÄÄÄÄÄ[16] DT58 IN 3
  4.001  DISP         DT58 OUT 5 ÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ[16] 1281 Hi
  4.001  DISP         DT58 OUT 6 ÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄÄ[16] 1281 Lo
  4.002  DISP         Set the DT58 ratio dials to 00100.
  4.003  IEEE         [@1281]*RST
  4.004  JMP          4.009
  4.005  IEEE         [@1281]ACV AUTO,FILT10HZ
  4.006  5700         3V                           10H                  S  2W
  4.007  IEEE         [@1281][D1000]RDG?[I]
  4.008  MEME                                                     >1
  4.009  IEEE         [@1281]ACV AUTO,FILT40HZ
  4.010  5700         20V                          60H                  S  2W
  4.011  IEEE         [@1281][D1000]RDG?[I]
  4.012  MEME                                                     >2
  4.013  5700         20V                          100H                 S  2W
  4.014  IEEE         [@1281][D1000]RDG?[I]
  4.015  MEME                                                     >3
  4.016  5700         20V                          400H                 S  2W
  4.017  IEEE         [@1281][D1000]RDG?[I]
  4.018  MEME                                                     >4
  4.019  5700         20V                          1kH                  S  2W
  4.020  IEEE         [@1281][D1000]RDG?[I]
  4.021  MEME                                                     >5
  4.022  5700         *                                                 S
  4.023  DISP         Disconnect the equipment and connect the UUT inputs
  4.023  DISP         to the 5700 and the UUT output to the Datron 1281 DMM.
  4.024  JMP          4.032
  4.025  IEEE         [@1281]ACV AUTO,FILT10HZ
  4.026  5700         3.000V                       10H                  S  2W
  4.027  IEEE         [@1281][D1000]RDG?[I]
# 4.028  ACC          1000.00I       5.4U
  4.028  MATH         M[1]=M[1]-.003
  4.029  MATH         MEM=MEM+M[1]
  4.030  MATH         MEM=3/MEM
  4.031  MEME
 #4.033  MEMC         I              2.5U
  4.032  IEEE         [@1281]ACV AUTO,FILT40HZ
  4.033  5700         20.000V                      60H                  S  2W
  4.034  IEEE         [@1281][D1000]RDG?[I]
  4.035  ACC          1000.00I       0.39U
  4.036  MATH         M[2]=M[2]-.020
  4.037  MATH         MEM=MEM+M[2]
  4.038  MATH         MEM=20/MEM
  4.039  MEME
  4.040  MEMC         I              2.50U         60H
#!          Test Tol 2.5, Sys Tol 0.39, TUR 6.410 (>= 4.00).
  5.001  IEEE         [@1281]ACV AUTO,FILT100HZ
  5.002  5700         20.000V                      100H                 S  2W
  5.003  IEEE         [@1281][D1000]RDG?[I]
  5.004  ACC          1000.00I       0.39U
  5.005  MATH         M[3]=M[3]-.020
  5.006  MATH         MEM=MEM+M[3]
  5.007  MATH         MEM=20/MEM
  5.008  MEME
  5.009  MEMC         I              2.50U         100H
#!          Test Tol 2.5, Sys Tol 0.39, TUR 6.410 (>= 4.00).
  6.001  5700         20.000V                      400H                 S  2W
  6.002  IEEE         [@1281][D1000]RDG?[I]
  6.003  ACC          1000.00I       0.39U
  6.004  MATH         M[4]=M[4]-.020
  6.005  MATH         MEM=MEM+M[4]
  6.006  MATH         MEM=20/MEM
  6.007  MEME
  6.008  MEMC         I              2.50U         400H
#!          Test Tol 2.5, Sys Tol 0.39, TUR 6.410 (>= 4.00).
  7.001  5700         20.000V                      1kH                  S  2W
  7.002  IEEE         [@1281][D1000]RDG?[I]
  7.003  ACC          1000.00I       0.39U
  7.004  MATH         M[5]=M[5]-.020
  7.005  MATH         MEM=MEM+M[5]
  7.006  MATH         MEM=20/MEM
  7.007  MEME
  7.008  MEMC         I              2.50U         1kH
#!          Test Tol 2.5, Sys Tol 0.39, TUR 6.410 (>= 4.00).
  8.001  HEAD         {}
  8.002  DISP         {ÉÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍ»}
  8.002  DISP         {º THIS COMPLETES THE VERIFICATION º}
  8.002  DISP         {ÈÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍÍͼ}
  8.003  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.