Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: Yokogawa uR100: (1 year) CAL VER /5500 DATE: 22-Sep-97 AUTHOR: Fluke Corporation REVISION: $Revision: 1.6 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 27 NUMBER OF LINES: 280 CONFIGURATION: Fluke 5500A ============================================================================= # # Source: # Yokogawa instruction manual #IM 4D2B1-01E # # Compatibility: # 5500/CAL 4.23 or MET/CAL 4.23 or later. # # Subprocedures: # Sub Yokogawa uR100 (1 year) Voltage CAL VER /5500 # Sub Yokogawa uR100 (1 year) Temperature CAL VER /5500 # # Required Files: # None # # System Specifications: # TUR calculation is based on specification interval of the accuracy file. # The default 5500A accuracy file contains 90 day specs. # # 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 V 1.002 ASK+ K X 1.003 HEAD PRELIMINARY INSTRUCTIONS 1.004 DISP The following steps REQUIRE the operator to open 1.004 DISP the UUT, to set the proper INPUT type. 1.004 DISP 1.004 DISP REMOVE AC POWER Before opening unit! 1.005 HEAD INPUT DIP SWITCH SETUP 1.006 MEMI How many PENS does this unit have (1, 2 or 3)? 1.007 JMPL SET_DIP_SWITCHES MEM == 1 1.008 JMPL SET_DIP_SWITCHES MEM == 2 1.009 JMPL SET_DIP_SWITCHES MEM == 3 1.010 JMP 1.006 1.011 LABEL SET_DIP_SWITCHES 1.012 MATH M[2] = MEM 1.013 JMPL ONE_PEN_MODEL MEM == 1 # TWO & THREE pen models 1.014 DISP Open the recorder door. 1.014 DISP 1.014 DISP Pull out the internal assembly as far as possible. 1.014 DISP (use the front lower center internal assembly handle) 1.014 DISP 1.014 DISP The INPUT DIP switch is located on the right side. 1.015 DISP Set the DIP switch as follows: 1.015 DISP 1.015 DISP [32] 6 5 4 3 2 1 1.015 DISP [32] X X X X X X X=OFF 1.016 JMP 1.021 1.017 LABEL ONE_PEN_MODEL # ONE pen model 1.018 DISP Open the recorder door. 1.018 DISP 1.018 DISP While inserting a pointed tip into the shaft hole of 1.018 DISP the door, move the door to remove it. 1.018 DISP 1.018 DISP DO NOT DROP the door when it is removed! 1.019 DISP Pull out the internal assembly as far as possible. 1.019 DISP (use the front lower center internal assembly handle) 1.019 DISP 1.019 DISP The INPUT DIP switch is located on the left side. 1.020 DISP Set the DIP switch as follows: 1.020 DISP 1.020 DISP [32] 4 3 2 1 1.020 DISP [32] X X X X X=OFF 1.021 DISP Return Internal Assembly, and re-attach door 1.022 HEAD INITIAL SETUP 1.023 DISP Connect UUT to AC power and turn unit ON. 1.023 DISP 1.023 DISP Warm-up time: 30min - REQUIRED 1.023 DISP Temperature: 23 +/-2 degC 1.023 DISP Humidity: 55 +/-10% 1.024 DISP [32] WARNING 1.024 DISP HIGH VOLTAGE is used or exposed during the performance 1.024 DISP of this calibration. DEATH ON CONTACT may result if 1.024 DISP personnel fail to observe safety precautions. # Channel 1 1.025 MATH M[1] = 1 1.026 CALL Sub Yokogawa uR100 (1 year) Voltage CAL VER /5500 1.027 JMP 2.001 1.028 EVAL dummy 2.001 JMPL THERMOCOUPLE_TYPE M[2] < 2 # Channel 2 2.002 MATH M[1] = 2 2.003 CALL Sub Yokogawa uR100 (1 year) Voltage CAL VER /5500 2.004 JMP 3.001 2.005 EVAL dummy 3.001 JMPL THERMOCOUPLE_TYPE M[2] < 3 # Channel 3 3.002 MATH M[1] = 3 3.003 CALL Sub Yokogawa uR100 (1 year) Voltage CAL VER /5500 3.004 JMPL THERMOCOUPLE_TYPE 3.005 EVAL dummy 4.001 LABEL THERMOCOUPLE_TYPE 4.002 MEM2 Enter thermocouple type to test (B,E,J,K,N,R,S, or T): 4.003 JMPL THERMOCOUPLE_TYPE_R ZCMPI(MEM2, "R") 4.004 JMPL THERMOCOUPLE_TYPE_S ZCMPI(MEM2, "S") 4.005 JMPL THERMOCOUPLE_TYPE_B ZCMPI(MEM2, "B") 4.006 JMPL THERMOCOUPLE_TYPE_K ZCMPI(MEM2, "K") 4.007 JMPL THERMOCOUPLE_TYPE_E ZCMPI(MEM2, "E") 4.008 JMPL THERMOCOUPLE_TYPE_J ZCMPI(MEM2, "J") 4.009 JMPL THERMOCOUPLE_TYPE_T ZCMPI(MEM2, "T") 4.010 JMPL THERMOCOUPLE_TYPE_N ZCMPI(MEM2, "N") 4.011 JMP 4.002 # Determine range code. 4.012 LABEL THERMOCOUPLE_TYPE_R 4.013 MATH MEM1 = 10 4.014 JMPL THERMOCOUPLE_TESTS 4.015 LABEL THERMOCOUPLE_TYPE_S 4.016 MATH MEM1 = 11 4.017 JMPL THERMOCOUPLE_TESTS 4.018 LABEL THERMOCOUPLE_TYPE_B 4.019 MATH MEM1 = 12 4.020 JMPL THERMOCOUPLE_TESTS 4.021 LABEL THERMOCOUPLE_TYPE_K 4.022 MATH MEM1 = 13 4.023 JMPL THERMOCOUPLE_TESTS 4.024 LABEL THERMOCOUPLE_TYPE_E 4.025 MATH MEM1 = 14 4.026 JMPL THERMOCOUPLE_TESTS 4.027 LABEL THERMOCOUPLE_TYPE_J 4.028 MATH MEM1 = 15 4.029 JMPL THERMOCOUPLE_TESTS 4.030 LABEL THERMOCOUPLE_TYPE_T 4.031 MATH MEM1 = 16 4.032 JMPL THERMOCOUPLE_TESTS 4.033 LABEL THERMOCOUPLE_TYPE_N 4.034 MATH MEM1 = 17 4.035 JMPL THERMOCOUPLE_TESTS 4.036 LABEL THERMOCOUPLE_TESTS # Channel 1 4.037 MATH M[1] = 1 4.038 CALL Sub Yokogawa uR100 (1 year) Temperature CAL VER /5500 4.039 JMP 5.001 4.040 EVAL dummy 5.001 JMPL RTD_TESTS M[2] < 2 # Channel 2 5.002 MATH M[1] = 2 5.003 CALL Sub Yokogawa uR100 (1 year) Temperature CAL VER /5500 5.004 JMP 6.001 5.005 EVAL dummy 6.001 JMPL RTD_TESTS M[2] < 3 # Channel 3 6.002 MATH M[1] = 3 6.003 CALL Sub Yokogawa uR100 (1 year) Temperature CAL VER /5500 6.004 JMPL RTD_TESTS 6.005 EVAL dummy 7.001 LABEL RTD_TESTS 7.002 OPBR Does the uR100 have RTD capabilities? 7.003 JMPF 27.002 7.004 HEAD RTD TESTS 7.005 JMPL RTD_ONE_PEN_MODEL M[2] == 1 # TWO & THREE pen models 7.006 DISP Open the recorder door. 7.006 DISP 7.006 DISP Pull out the internal assembly as far as possible. 7.006 DISP (use the front lower center internal assembly handle) 7.006 DISP 7.006 DISP The INPUT DIP switch is located on the right side. 7.007 DISP Set the DIP switch as follows: 7.007 DISP 7.007 DISP [32] 6 5 4 3 2 1 7.007 DISP [32] O X X X X X X=OFF O=ON 7.008 JMP 7.013 # ONE pen model 7.009 LABEL RTD_ONE_PEN_MODEL 7.010 DISP Open the recorder door. 7.010 DISP 7.010 DISP While inserting a pointed tip into the shaft hole of 7.010 DISP the door, move the door to remove it. 7.010 DISP 7.010 DISP DO NOT DROP the door when it is removed! 7.011 DISP Pull out the internal assembly as far as possible. 7.011 DISP (use the front lower center internal assembly handle) 7.011 DISP 7.011 DISP The INPUT DIP switch is located on the left side. 7.012 DISP Set the DIP switch as follows: 7.012 DISP 7.012 DISP [32] 4 3 2 1 7.012 DISP [32] O X X X X=OFF O=ON 7.013 DISP Return Internal Assembly, and re-attach door # Channel 1 7.014 HEAD {CHANNEL 1 RTD} 7.015 DISP Connect the 5500A to the UUT Channel 1 as follows: 7.015 DISP [32] 5500A NORMAL HI to A TOP INPUT TERMINAL 7.015 DISP [32] 5500A NORMAL LO to B BOTTOM INPUT TERMINAL 7.015 DISP [32] 5500A NORMAL LO to b OFFSET INPUT TERMINAL 7.015 DISP All leads should be equal length and of 7.015 DISP the same type wire and connectors 7.016 5500 -200degC 0.5U R1 2W 8.001 5500 -200degC R1 S 2W 8.002 EVAL Is the Ch1 recording at the {left edge of chart +/-1div}? 9.001 5500 0degC 0.2U R1 2W 10.001 5500 0degC R1 S 2W 10.002 EVAL Is the Ch1 recording at {25% on the chart +/-1div}? 11.001 5500 600degC 1U R1 2W 12.001 5500 600degC R1 S 2W 12.002 EVAL Is the Ch1 recording at the {right edge of chart +/-1div}? 13.001 JMP 14.001 13.002 EVAL dummy 14.001 JMPL END M[2] < 2 # Channel 2 14.002 HEAD {CHANNEL 2 RTD} 14.003 DISP Connect the 5500A to the UUT Channel 2 as follows: 14.003 DISP [32] 5500A NORMAL HI to A TOP INPUT TERMINAL 14.003 DISP [32] 5500A NORMAL LO to B BOTTOM INPUT TERMINAL 14.003 DISP [32] 5500A NORMAL LO to b OFFSET INPUT TERMINAL 14.003 DISP All leads should be equal length and of 14.003 DISP the same type wire and connectors 14.004 5500 -200degC 0.5U R1 2W 15.001 5500 -200degC R1 S 2W 15.002 EVAL Is the Ch2 recording at the {left edge of chart +/-1div}? 16.001 5500 0degC 0.2U R1 2W 17.001 5500 0degC R1 S 2W 17.002 EVAL Is the Ch2 recording at {25% on the chart +/-1div}? 18.001 5500 600degC 1U R1 2W 19.001 5500 600degC R1 S 2W 19.002 EVAL Is the Ch2 recording at the {right edge of chart +/-1div}? 20.001 JMP 21.001 20.002 EVAL dummy 21.001 JMPL END M[2] < 3 # Channel 3 21.002 HEAD {CHANNEL 3 RTD} 21.003 DISP Connect the 5500A to the UUT Channel 3 as follows: 21.003 DISP [32] 5500A NORMAL HI to A TOP INPUT TERMINAL 21.003 DISP [32] 5500A NORMAL LO to B BOTTOM INPUT TERMINAL 21.003 DISP [32] 5500A NORMAL LO to b OFFSET INPUT TERMINAL 21.003 DISP All leads should be equal length and of 21.003 DISP the same type wire and connectors 21.004 5500 -200degC 0.5U R1 2W 22.001 5500 -200degC R1 S 2W 22.002 EVAL Is the Ch3 recording at the {left edge of chart +/-1div}? 23.001 5500 0degC 0.2U R1 2W 24.001 5500 0degC R1 S 2W 24.002 EVAL Is the Ch3 recording at {25% on the chart +/-1div}? 25.001 5500 600degC 1U R1 2W 26.001 5500 600degC R1 S 2W 26.002 EVAL Is the Ch3 recording at the {right edge of chart +/-1div}? 27.001 LABEL END 27.002 END