User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: PM 6304 (Performance) DATE: 02-Jun-95 AUTHOR: User Contributed REVISION: 1.0 ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 1 NUMBER OF LINES: 185 ============================================================================= STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON # # Source: Service Manual PM 6304 P/N: 9499 525 03011 @920528 # # TUR Configuration: Philips PM 6680, Fluke 8842A # # 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. # # This procedure is not executable in MET/CAL versions below ver. 2.00 # # Fluke make no warranty, expressed or implied, as to the fitness or # useability of this procedure. # # Main Procedure TESTS: Performance # # The following subprocedures are called from this main procedure: # Sub PM 6304 (Performance) Part#1 RS232 / 6680 # Sub PM 6304 (Performance) Part#2 RS232 # Sub PM 6304 (Performance) Part#1 IEEE / 6680 # Sub PM 6304 (Performance) Part#2 IEEE # =========================================================================== 1.001 ASK+ D N 1.002 ASK- R P J F W 1.003 HEAD 3.1 GENERAL INFORMATION 1.004 OPBR Do you want to skip the general instructions? 1.005 JMPT 1.011 1.006 DISP WARNING: 1.006 DISP Before switching-on, ensure that the instrument has been 1.006 DISP installed inaccordance with Installation Instructions 1.006 DISP outlined in sections 1 and 3 of the Operating Manual. 1.007 DISP This procedure is intended to: 1.007 DISP Check the instrument's specification. 1.007 DISP Be used for incoming inspection to determine the 1.007 DISP acceptability of newly purchased instruments and/or 1.007 DISP recently recalibrated instrument. 1.007 DISP Check the necessity of recalibration after the specified 1.007 DISP recalibration intervals. 1.008 DISP NOTE: 1.008 DISP The procedure does not check every facet of the 1.008 DISP instruments calibration; rather, it is concerned 1.008 DISP primarily with those parts of the instrument which are 1.008 DISP essential to measurement accuracy and correct operation. 1.008 DISP Removing the instruments covers is not necessary to 1.008 DISP perform this procedure. All checks are make from the 1.008 DISP outside of the instrument. 1.009 DISP If the test is started within a short period after 1.009 DISP switching on, bear in mind that steps may be out of 1.009 DISP specification, due to insufficient warming-up time. 1.009 DISP 1.009 DISP Warming-up time under average conditions is 30 minutes. 1.010 DISP IMPORTANT NOTES: 1.010 DISP At the start of every check, the controls always occupy 1.010 DISP the preliminary settings position, unless otherwise 1.010 DISP stated. # Initilize all registers to zero 1.011 MATH MEM=0 1.012 MEME >1 1.013 MEME >2 1.014 MEME >3 1.015 MEME >4 1.016 MEME >5 1.017 MEME >6 1.018 MEME >7 1.019 MEME >8 1.020 MEME >10 1.021 MEME >17 1.022 MEME >18 1.023 MEME >19 1.024 MEME >20 1.025 DISP Enter the values of the resistance standards to be used. 1.025 DISP Properly calibrated standards are required to insure 1.025 DISP the accuracy of this procedure. 1.026 MEMI Enter the value of the 1 ohm standard (I.E. 1.0003) 1.027 MEM+ 1e-006 1.028 MEME >1 1.029 MEMI Enter the value of the 4 ohm standard (I.E. 4.0003) 1.030 MEM+ 1e-006 1.031 MEME >2 1.032 MEMI Enter the value of the 100 ohm standard (I.E. 100.03) 1.033 MEM+ 0.0001 1.034 MEME >3 1.035 MEMI Enter the value of the 10 Kohm standard (I.E. 10.003) 1.036 MEM+ 1e-005 1.037 MEME >4 1.038 MEMI Enter the value of the 500 Kohm standard (I.E. 500.03) 1.039 MEM+ 0.0001 1.040 MEME >5 1.041 MEMI Enter the value of the 2 Mohm standard (I.E. 2.0003) 1.042 MEM+ 1e-006 1.043 MEME >6 1.044 MEMI Enter the value of the 100 Mohm standard (I.E. 100.03) 1.045 MEM+ 0.0001 1.046 MEME >7 1.047 MEMI Enter the value of the 10 nF standard (I.E. 10.003) 1.048 MEM+ 1e-005 1.049 MEME >8 1.050 DISP Please enter the UUT OPTION CONFIGURATION number from 1.050 DISP the Serial Number tag on the rear of the UUT. 1.050 DISP Example PM6304/523 - 523 is the option configuration 1.050 DISP number for the unit. 1.051 MEMI Enter the UUT OPTION configration number (I.E. 523) 1.052 MEME >10 1.053 MATH MEM1=MEM-500 1.054 JMPF 1.058 1.055 OPBR Is PM6404/[MEM] correct? 1.056 JMPF 1.050 1.057 JMP 1.060 1.058 OPBR Is PM6404/0[MEM] correct? 1.059 JMPF 1.050 # /5xx # M19 Handler interface installed 1=True, 0=False 1.060 MATH MEM1=M[10]-500 1.061 JMPF 1.064 1.062 MATH M[10]=MEM1 1.063 MATH M[19]=1 # M17 RS232 Interface installed 1=True, 0=False # M20 DC Unit installed 1=True, 0=False # /x7x 1.064 MATH MEM1=M[10]-70 1.065 JMPF 1.070 1.066 MATH M[10]=MEM1 1.067 MATH M[17]=1 1.068 MATH M[20]=1 1.069 JMP 1.086 # M18 IEEE Interface installed 1=True, 0=False # M20 DC Unit installed 1=True, 0=False # /x6x 1.070 MATH MEM1=M[10]-60 1.071 JMPF 1.075 1.072 MATH M[18]=1 1.073 MATH M[20]=1 1.074 JMP 1.086 # M20 DC Unit installed 1=True, 0=False # /x4x 1.075 MATH MEM1=M[10]-40 1.076 JMPF 1.079 1.077 MATH M[20]=1 1.078 JMP 1.086 # M17 RS232 Interface installed 1=True, 0=False # /x3x 1.079 MATH MEM1=M[10]-30 1.080 JMPF 1.083 1.081 MATH M[17]=1 1.082 JMP 1.086 # M18 IEEE Interface installed 1=True, 0=False # /x2x 1.083 MATH MEM1=M[10]-20 1.084 JMPF 1.086 1.085 MATH M[18]=1 # M17 RS232 Interface installed 1=True, 0=False 1.086 MATH MEM1=M[17] 1.087 JMPZ 1.090 1.088 CALL Sub PM 6304 (Performance) Part#1 RS232 / 6680 1.089 JMP 1.096 # M18 IEEE Interface installed 1=True, 0=False 1.090 MATH MEM1=M[18] 1.091 JMPZ 1.094 1.092 CALL Sub PM 6304 (Performance) Part#1 IEEE / 6680 1.093 JMP 1.096 1.094 DISP Install Test IEEE interface 1.095 CALL Sub PM 6304 (Performance) Part#1 IEEE / 6680 1.096 HEAD CONCLUSION OF THE PROCEDURE 1.097 DISP Disconnect all leads from the calibration system first 1.097 DISP and then from the RCL meter. 1.098 END