Fluke Corporation                                           MET/CAL Procedure
=============================================================================
INSTRUMENT:            Fluke RPM 80 Inductive Pickup: (1 year) CAL VER
DATE:                  27-Jan-95
AUTHOR:                Fluke Corporation
REVISION:              $Revision: 1.1 $
ADJUSTMENT THRESHOLD:  70%
NUMBER OF TESTS:       3
NUMBER OF LINES:       79
STANDARD:              Philips PM 5133
STANDARD:              Philips PM 3050
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#
# Source:
#   Fluke 88 Service Manual (PN 880906 Dec. 1990, Rev. 2, 9/94).
#
# Compatibility:
#   MET/CAL 3.0 or later
#
# Subprocedures:
#   None
#
# Required Files:
#   RPM80.bmp
#
# Fluke makes no warranty, expressed or implied, as to the fitness
# or suitability of this procedure in the customer's application.
#
 STEP    FSC    RANGE NOMINAL        TOLERANCE     MOD1        MOD2  3  4 CON
  1.001  ASK-                        P                            F
  1.002  STD          Philips PM 5133
  1.003  STD          Philips PM 3050
  1.004  HEAD         {INDUCTIVE PICKUP TEST}
  1.005  DISP         Solder a 10-inch piece of 14 AWG wire to each
  1.005  DISP         end of a 10 Ohm resistor.
  1.006  PIC          RPM80
  1.007  DISP         Set up the PM 5133 Function Generator as follows:
  1.007  DISP         [32] Mod/Sweep Period ..................... 10ms
  1.007  DISP         [32] Mode             ...... Single (or N Cycle)
  1.007  DISP         [32] Range            ....................... 2M
  1.007  DISP         [32] Waveform         ................. Triangle
  1.007  DISP         [32] Start Phase      .................... -pi/2
  1.007  DISP         [32] Period           ....................... x1
  1.007  DISP         [32] Std By/Cont      ..................... Cont
  1.008  DISP         Set up the PM 5133 Function Generator as follows:
  1.008  DISP         [32] 600 Ohm/50 Ohm   ................... 50 Ohm
  1.008  DISP         [32] AM/FM Depth      ...................... Off
  1.008  DISP         [32] Attenuation      ..................... None
  1.008  DISP         [32] Duty Cycle       ...................... Out
  1.008  DISP         [32] DC Offset        ....................... In
  1.008  DISP         [32] Frequency        ................. 0.666MHz
  1.009  DISP         Set up the PM 5030 Oscilloscope as follows:
  1.009  DISP         [32] Vertical Atten.  ................. 0.5V/div
  1.009  DISP         [32] Horz. Time Base  ................ 0.5us/div
  1.009  DISP         [32] Trigger Source   ................ Channel 2
  1.010  DISP         Adjust the amplitude of the PM 5133 to produce a 3Vpp
  1.010  DISP         triangle wave.
  1.011  DISP         Set up the PM 5030 Oscilloscope as follows:
  1.011  DISP         [32] Vertical Atten.  ................. 1.0V/div
  1.011  DISP         [32] Horz. Time Base  ................ 5.0ms/div
  1.011  DISP         [32] Trigger Source   ................ Channel 1
  1.012  DISP         Check that the peak voltage is greater than 6.0V
  1.012  DISP         and decays to less than 1.0V between pulses.
  1.013  DISP         Adjust the peak voltage to 6V using the variable voltage
  1.013  DISP         gain control (VAR).
  1.014  DISP         Set up the PM 5030 Oscilloscope as follows:
  1.014  DISP         [32] Horz. Time Base  ................ 1.0ms/div
  1.015  MATH         MEM1 = 2.4
  1.016  MEMI         Enter the amplitude after 3.0ms:
  1.017  MEME
  1.018  MEMC         V              +0.5U -0.8U
  2.001  DISP         Set up the PM 5030 Oscilloscope as follows:
  2.001  DISP         [32] Horz Time Base   ................ 5.0ms/div
  2.001  DISP         [32] Voltage Var Ctrl ...................... CAL
  2.002  DISP         Turn the inductive pickup so that "SPARK PLUG SIDE"
  2.002  DISP         points along the wire connected to the LOW output of
  2.002  DISP         the function generator.
  2.003  EVAL   Is the {waveform less than 2V}?
  3.001  END