Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: Graphtec WR3310: (1 year) CAL VER /5520 DATE: 22-Sep-97 AUTHOR: Fluke Corporation REVISION: $Revision: 1.1 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 29 NUMBER OF LINES: 393 CONFIGURATION: Fluke 5520A ============================================================================= # # Compatibility: # 5500/CAL 5.0 or MET/CAL 5.0 or later. # # Subprocedures: # Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 # # Required Files: # None # # System Specifications: # TUR calculation is based on specification interval of the accuracy file. # The default 5520A 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 DISP {Procedure not formally tested with UUT.} 1.001 DISP {See procedure README file.} 1.002 ASK- R N P F V 1.003 ASK+ X 1.004 HEAD PRELIMINARY INSTRUCTIONS 1.005 DISP Connect UUT to AC power and set POWER to ON. 1.005 DISP 1.005 DISP Warm-up time: 30min - REQUIRED 1.005 DISP Temperature: 23 +/-2 degC 1.005 DISP Humidity: 55 +/-10% 1.005 DISP 1.005 DISP Set ALL HEAT switches to OFF. 1.006 DISP [32] 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. # MEM2 - Model Number # M[1] - # of channels # M[3] - Multiplier for chart width. # M[4] - Current channel 1.007 MEMI How many channels does this recorder have? 1.008 MATH M[1] = MEM 1.009 DISP This procedure REQUIRES at least one AL3301/AL3302. 1.009 DISP installed in any channel. (AL3302 is double wide-80mm) 1.010 MEM2 Do you have an AL3301 or an AL3302? 1.011 JMPL AL3301 ZCMPI(MEM2, "AL3301") 1.012 JMPL AL3302 ZCMPI(MEM2, "AL3302") 1.013 DISP You must enter "AL3301" or "AL3302". 1.014 JMP 1.009 1.015 LABEL AL3301 1.016 MATH M[3] = 1 1.017 JMP 1.020 1.018 LABEL AL3302 1.019 MATH M[3] = 2 1.020 DISP This procedure checks the functions and accuracies 1.020 DISP of the mainframe (WR3310) unit. 1.020 DISP 1.020 DISP It will also allow subsequent testing of all installed 1.020 DISP AL3301/AL3302 Standard Sensitivity Voltage Units. 1.021 DISP Set the HEAT switch to ON, on the channel that contains 1.021 DISP the [MEM2] plugin. 1.022 HEAD {CALIBRATION VOLTAGE} 1.023 DISP Connect the WR3310 to the [MEM2] as follows: 1.023 DISP [32] WR3310 REFERENCE V OUT HI to [MEM2] HI INPUT 1.023 DISP [32] WR3310 REFERENCE V OUT LO to [MEM2] LO INPUT 1.024 SET POWER : ON 1.024 SET CHART EXT : OUT 1.024 SET HEAT : ON 1.024 SET CHART SPEED : 5 1.024 SET MIN/s : SEC 1.024 SET STOP : OUT(ON) 1.025 MATH MEM1 = 500 / M[3] 1.026 DISP Set the [MEM2] controls as follows: 1.026 DISP 1.026 DISP MEAS-OFF-CAL.V : OFF 1.026 DISP mV-x100mV : mV 1.026 DISP RANGE : [MEM1] 1.026 DISP POSITION : CENTER OF GRID 1.027 DISP Set the [MEM2] MEAS-OFF-CAL.V : MEAS 1.027 DISP 1.027 DISP Adjust the [MEM2] GAIN control for EXACTLY full scale. 1.028 DISP Connect the 5520A to the [MEM2] as follows: 1.028 DISP [32] 5520A NORMAL HI to [MEM2] HI INPUT 1.028 DISP [32] 5520A NORMAL LO to [MEM2] LO INPUT 1.029 MESS SLEW the 5520 for EXACTLY full scale. 1.029 MESS 1.030 5520 1V 0.2% 2W 2.001 HEAD {CHART SPEED} 2.002 DISP Set the [MEM2] controls as follows: 2.002 DISP 2.002 DISP MEAS-OFF-CAL.V : MEAS 2.002 DISP mV-x100mV : mV 2.002 DISP RANGE : 100 2.002 DISP POSITION : CENTER OF GRID 2.003 HEAD CHART SPEED: {5mm/s} 2.004 5520 0.2V 0.1H SQ S 2W 2.005 MESS Set the STOP button to out(ON), and allow for 2.005 MESS two complete squarewaves to be recorded. 2.005 MESS 2.005 MESS Set the STOP button to in(STOP). 2.005 MESS 2.006 EVAL Is {the .1Hz signal(2cycles) 100mm +/-.2mm}? 3.001 HEAD CHART SPEED: {10mm/s} 3.002 SET CHART SPEED : 10 3.003 5520 0.2V 0.1H SQ S 2W 3.004 MESS Set the STOP button to out(ON), and allow for 3.004 MESS one complete squarewave to be recorded. 3.004 MESS 3.004 MESS Set the STOP button to in(STOP). 3.004 MESS 3.005 EVAL Is {the .1Hz signal(1cycle) 100mm +/-.2mm}? 4.001 HEAD CHART SPEED: {25mm/s} 4.002 SET CHART SPEED : 25 4.003 5520 0.2V 0.25H SQ S 2W 4.004 MESS Set the STOP button to out(ON), and allow for 4.004 MESS one complete squarewave to be recorded. 4.004 MESS 4.004 MESS Set the STOP button to in(STOP). 4.004 MESS 4.005 EVAL Is {the .25Hz signal(1cycle) 100mm +/-.2mm}? 5.001 HEAD CHART SPEED: {50mm/s} 5.002 SET CHART SPEED : 50 5.003 5520 0.2V 0.5H SQ S 2W 5.004 MESS Set the STOP button to out(ON), and allow for 5.004 MESS one complete squarewave to be recorded. 5.004 MESS 5.004 MESS Set the STOP button to in(STOP). 5.004 MESS 5.005 EVAL Is {the .5Hz signal(1cycle) 100mm +/-.2mm}? 6.001 HEAD CHART SPEED: {100mm/s} 6.002 SET CHART SPEED : 100 6.003 5520 0.2V 1H SQ S 2W 6.004 MESS Set the STOP button to out(ON), and allow for 6.004 MESS one complete squarewave to be recorded. 6.004 MESS 6.004 MESS Set the STOP button to in(STOP). 6.004 MESS 6.005 EVAL Is {the 1Hz signal(1cycle) 100mm +/-.2mm}? 7.001 HEAD CHART SPEED: {250mm/s} 7.002 SET CHART SPEED : 250 7.003 5520 0.2V 2.5H SQ S 2W 7.004 MESS Set the STOP button to out(ON), and allow for 7.004 MESS one complete squarewave to be recorded. 7.004 MESS 7.004 MESS Set the STOP button to in(STOP). 7.004 MESS 7.005 EVAL Is {the 2.5Hz signal(1cycle) 100mm +/-.2mm}? 8.001 HEAD CHART SPEED: {500mm/s} 8.002 SET CHART SPEED : 500 8.003 5520 0.2V 5H SQ S 2W 8.004 MESS Set the STOP button to out(ON), and allow for 8.004 MESS one complete squarewave to be recorded. 8.004 MESS 8.004 MESS Set the STOP button to in(STOP). 8.004 MESS 8.005 EVAL Is {the 5Hz signal(1cycle) 100mm +/-.2mm}? 9.001 HEAD CHART SPEED: {500mm/Min} 9.002 SET CHART SPEED : 500 9.002 SET MIN/s : MIN 9.003 5520 0.2V 1H SQ S 2W 9.004 MESS Set the STOP button to out(ON), and allow for 9.004 MESS twelve complete squarewaves to be recorded (~13seconds). 9.004 MESS 9.004 MESS Set the STOP button to in(STOP). 9.004 MESS 9.005 EVAL Is {the 1Hz signal(12cycles) 100mm +/-.2mm}? 10.001 HEAD CHART SPEED: {250mm/Min} 10.002 SET CHART SPEED : 250 10.003 5520 0.2V 0.5H SQ S 2W 10.004 MESS Set the STOP button to out(ON), and allow for 10.004 MESS twelve complete squarewaves to be recorded (~24seconds). 10.004 MESS 10.004 MESS Set the STOP button to in(STOP). 10.004 MESS 10.005 EVAL Is {the 1Hz signal(12cycles) 100mm +/-.2mm}? 11.001 HEAD CHART SPEED: {100mm/Min} 11.002 SET CHART SPEED : 100 11.002 SET MIN/s : MIN 11.003 5520 0.2V 0.1H SQ S 2W 11.004 MESS Set the STOP button to out(ON), and allow for 11.004 MESS six complete squarewaves to be recorded (~1min). 11.004 MESS 11.004 MESS Set the STOP button to in(STOP). 11.004 MESS 11.005 EVAL Is {the .1Hz signal(6cycles) 100mm +/-.2mm}? 12.001 HEAD CHART SPEED: {50mm/Min} 12.002 SET CHART SPEED : 50 12.002 SET MIN/s : MIN 12.003 5520 0.2V 0.1H SQ S 2W 12.004 MESS Set the STOP button to out(ON), and allow for 12.004 MESS twelve complete squarewaves to be recorded (~2min). 12.004 MESS 12.004 MESS Set the STOP button to in(STOP). 12.004 MESS 12.005 EVAL Is {the .1Hz signal(12cycles) 100mm +/-.2mm}? 13.001 HEAD CHART SPEED: {25mm/Min} 13.002 SET CHART SPEED : 25 13.003 5520 0.2V 0.05H SQ S 2W 13.004 MESS Set the STOP button to out(ON), and allow for 13.004 MESS twelve complete squarewaves to be recorded (~4min). 13.004 MESS 13.004 MESS Set the STOP button to in(STOP). 13.004 MESS 13.005 EVAL Is {the .05Hz signal(12cycles) 100mm +/-.2mm}? 14.001 5520 * S 14.002 OPBR The following tests take a significant amount of time 14.002 OPBR to test (10mm/min = 10min; 5mm/min = 20min). 14.002 OPBR 14.002 OPBR Do you wish to test the very slow chart speeds? 14.003 JMPF 16.003 14.004 HEAD CHART SPEED: {10mm/Min} 14.005 SET CHART SPEED : 10 14.005 SET MIN/s : MIN 14.006 5520 0.2V 0.01H SQ S 2W 14.007 MESS Set the STOP button to out(ON), and allow for 14.007 MESS six complete squarewaves to be recorded (~10min). 14.007 MESS 14.007 MESS Set the STOP button to in(STOP). 14.007 MESS 14.008 EVAL Is {the .01Hz signal(6cycles) 100mm +/-.2mm}? 15.001 HEAD CHART SPEED: {5mm/Min} 15.002 SET CHART SPEED : 5 15.002 SET MIN/s : MIN 15.003 5520 0.2V 0.01H SQ S 2W 15.004 MESS Set the STOP button to out(ON), and allow for 15.004 MESS twelve complete squarewaves to be recorded (~20min). 15.004 MESS 15.004 MESS Set the STOP button to in(STOP). 15.004 MESS 15.005 EVAL Is {the .01Hz signal(12cycles) 100mm +/-.2mm}? 16.001 5520 * S 16.002 JMP 16.004 16.003 RSLT =10 & 5 mm/min chart speeds * NOT TESTED * (takes 30min) 16.004 RSLT = 16.005 HEAD {MARKER} 16.006 SET CHART SPEED : 5 16.006 SET MIN/s : SEC 16.006 SET TIMER : 1sec 16.007 MESS Set the STOP button to out(ON), and allow for at least 16.007 MESS twenty divisions to be recorded (~4sec). 16.007 MESS 16.007 MESS Set the STOP button to in(STOP). 16.007 MESS 16.008 EVAL Is {there 1 timer marker every 5mm (1sec @ 5mm/s)}? 17.001 SET CHART SPEED : 5 17.001 SET MIN/s : SEC 17.001 SET TIMER : OFF 17.002 MESS Set the STOP button to out(ON). 17.002 MESS 17.002 MESS Press the EVENT button and notice that a marker is 17.002 MESS recorded every time the EVENT button is pressed. 17.002 MESS 17.002 MESS Set the STOP button to in(STOP). 17.002 MESS 17.003 EVAL Is {there 1 marker every time the EVENT button is pressed}? 18.001 OPBR Would you like to test the plug-in units? 18.002 JMPF 29.010 18.003 DISP Turn the HEAT switch to off on ALL the plug-in units. 18.004 HEAD {CHANNEL 1} 18.005 OPBR Do you wish to test channel 1? 18.006 JMPF 19.001 18.007 MATH M[4] = 1 18.008 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 18.009 JMP 19.002 18.010 EVAL Dummy 19.001 RSLT =** NOT TESTED ** 19.002 JMPL DONE M[4] == M[1] 19.003 HEAD {CHANNEL 2} 19.004 OPBR Do you wish to test channel 2? 19.005 JMPF 20.001 19.006 MATH M[4] = 2 19.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 19.008 JMP 20.002 19.009 EVAL Dummy 20.001 RSLT =** NOT TESTED ** 20.002 JMPL DONE M[4] == M[1] 20.003 HEAD {CHANNEL 3} 20.004 OPBR Do you wish to test channel 3? 20.005 JMPF 21.001 20.006 MATH M[4] = 3 20.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 20.008 JMP 21.002 20.009 EVAL Dummy 21.001 RSLT =** NOT TESTED ** 21.002 JMPL DONE M[4] == M[1] 21.003 HEAD {CHANNEL 4} 21.004 OPBR Do you wish to test channel 4? 21.005 JMPF 22.001 21.006 MATH M[4] = 4 21.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 21.008 JMP 22.002 21.009 EVAL Dummy 22.001 RSLT =** NOT TESTED ** 22.002 JMPL DONE M[4] == M[1] 22.003 HEAD {CHANNEL 5} 22.004 OPBR Do you wish to test channel 5? 22.005 JMPF 23.001 22.006 MATH M[4] = 5 22.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 22.008 JMP 23.002 22.009 EVAL Dummy 23.001 RSLT =** NOT TESTED ** 23.002 JMPL DONE M[4] == M[1] 23.003 HEAD {CHANNEL 6} 23.004 OPBR Do you wish to test channel 6? 23.005 JMPF 24.001 23.006 MATH M[4] = 6 23.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 23.008 JMP 24.002 23.009 EVAL Dummy 24.001 RSLT =** NOT TESTED ** 24.002 JMPL DONE M[4] == M[1] 24.003 HEAD {CHANNEL 7} 24.004 OPBR Do you wish to test channel 7? 24.005 JMPF 25.001 24.006 MATH M[4] = 7 24.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 24.008 JMP 25.002 24.009 EVAL Dummy 25.001 RSLT =** NOT TESTED ** 25.002 JMPL DONE M[4] == M[1] 25.003 HEAD {CHANNEL 8} 25.004 OPBR Do you wish to test channel 8? 25.005 JMPF 26.001 25.006 MATH M[4] = 8 25.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 25.008 JMP 26.002 25.009 EVAL Dummy 26.001 RSLT =** NOT TESTED ** 26.002 JMPL DONE M[4] == M[1] 26.003 HEAD {CHANNEL 9} 26.004 OPBR Do you wish to test channel 9? 26.005 JMPF 27.001 26.006 MATH M[4] = 9 26.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 26.008 JMP 27.002 26.009 EVAL Dummy 27.001 RSLT =** NOT TESTED ** 27.002 JMPL DONE M[4] == M[1] 27.003 HEAD {CHANNEL 10} 27.004 OPBR Do you wish to test channel 10? 27.005 JMPF 28.001 27.006 MATH M[4] = 10 27.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 27.008 JMP 28.002 27.009 EVAL Dummy 28.001 RSLT =** NOT TESTED ** 28.002 JMPL DONE M[4] == M[1] 28.003 HEAD {CHANNEL 11} 28.004 OPBR Do you wish to test channel 11? 28.005 JMPF 29.001 28.006 MATH M[4] = 11 28.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 28.008 JMP 29.002 28.009 EVAL Dummy 29.001 RSLT =** NOT TESTED ** 29.002 JMPL DONE M[4] == M[1] 29.003 HEAD {CHANNEL 12} 29.004 OPBR Do you wish to test channel 12? 29.005 JMPF 29.009 29.006 MATH M[4] = 12 29.007 CALL Sub Graphtec AL3301/AL3302 (1 year) CAL VER /5520 29.008 JMPL DONE 29.009 RSLT =** NOT TESTED ** 29.010 LABEL DONE 29.011 END