Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: Fluke 714: (1 year) CAL VER /5520,3458 DATE: 02-Feb-98 AUTHOR: Fluke Corporation REVISION: $Revision: 1.1 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 16 NUMBER OF LINES: 132 CONFIGURATION: Fluke 5520A CONFIGURATION: HP 3458A ============================================================================= # # Fluke makes no warranty, expressed or implied, as to the fitness # or suitability of this procedure in the customer's application. # # Source: # Series 714 Information Package dated October 14,1997 # # Compatibility: # MET/CAL 5.0 or later # # Subprocedures: # None # # Required Files: # None # STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 ASK- R N P F W 1.002 ASK+ K X 1.003 HEAD PRELIMINARY INSTRUCTIONS AND EQUIPMENT SET-UP 1.004 DISP Ensure that the UUT has been allowed to stabilize 1.004 DISP in an environment with an ambient temperature of 1.004 DISP 18 to 28degC and relative humidity of less than 90%. 1.005 OPBR Has a "5520 ZERO" been performed on the 1.005 OPBR system 5520A in the last 24 hours? 1.006 JMPT 1.008 1.007 JMP 16.001 1.008 HEAD {THERMOCOUPLE MEASUREMENT MODE TESTS} 1.009 HEAD THERMOCOUPLE MEASUREMENT MODE TESTS {Type "J"} 1.010 DISP Connect the UUT to the 5520A as follows using a 1.010 DISP J-Type Test Lead: 1.010 DISP [32] UUT TC(+/-) to 5520A TC(+/-) 1.011 DISP Turn (POWER ON) to the UUT. 1.012 DISP Press (TC TYPE) key until "TYPE J" is displayed. 1.012 DISP Press the (INPUT/OUTPUT) key and the (degC/degF) 1.012 DISP key so that the display indicates INPUT OL.degC. 1.013 5520 -200.0degC 0.9U _J TC 2W 2.001 5520 0.0degC 0.7U _J TC 2W 3.001 5520 1200.0degC 0.6U _J TC 2W #! WARNING: Test Tol 0.7, Sys Tol 0.18, TUR 3.8889 (< 4.00). 4.001 RSLT = 4.002 RSLT = The previous test step uses a guardbanding technique 4.003 RSLT = to maintain the same Consumer Risk as a 4:1 TUR. 4.004 RSLT = # The preceding test limit is calculated to be 0.6965U when reduced using the # method of reducing test uncertainties as described in "How to Maintain # Your Confidence in a World of Declining Test Uncertainty Ratios", Deaver, # David K., National Conference of Standard Laboratories Workshop and # Symposium, July 26,1993. 4.005 5520 * S 4.006 HEAD THERMOCOUPLE MEASUREMENT MODE TESTS {mV Mode} 4.007 DISP Disconnect all TEST LEADS. 4.008 DISP Press the (TC TYPE) key until "mV" is displayed. 4.009 DISP Connect the 5520A to the UUT as follows: 4.009 DISP [32] 5520A NORMAL V/Ohm/RTD HI to UUT TC (+) 4.009 DISP [32] 5520A NORMAL V/Ohm/RTD LO to UUT TC (-) 4.010 5520 -10.00mV 0.03U 2W 5.001 5520 30.00mV 0.03U 2W 6.001 5520 75.00mV 0.03U 2W 7.001 HEAD {THERMOCOUPLE SOURCE MODE TESTS} - mV Mode 7.002 HEAD THERMOCOUPLE SOURCE MODE TESTS - {mV Mode} 7.003 DISP Connect the UUT to the 3458A as follows: 7.003 DISP [32] UUT (+) to 3458A INPUT HI 7.003 DISP [32] UUT (-) to 3458A INPUT LO 7.004 DISP PRESS the UUT (INPUT/OUTPUT) key 7.004 DISP until OUTPUT 0.00mV is displayed. 7.005 DISP Set the UUT to OUTPUT -10.00mV. 7.006 3458 -10.00mV 0.028U 2W 8.001 DISP Set the UUT to OUTPUT 30.00mV. 8.002 3458 30.00mV 0.028U 2W 9.001 DISP Set the UUT to OUTPUT 75.00mV. 9.002 3458 75.00mV 0.028U 2W 10.001 DISP Set the UUT to OUTPUT 0.00mV. 10.002 DISP Disconnect all TEST LEADS. 10.003 HEAD THERMOCOUPLE SOURCE MODE TESTS - {Type "J"} 10.004 DISP Press (TC TYPE) key until "TYPE J" is displayed. 10.005 DISP Connect the UUT to the 5520A as follows using a 10.005 DISP J-Type Test Lead: 10.005 DISP [32] UUT TC(+/-) to 5520A TC(+/-) 10.006 DISP Set the UUT to OUTPUT -200degC. 10.007 5520 -200.0degC 0.94U _J TM 2W 11.001 DISP Set the UUT to OUTPUT 0degC. 11.002 5520 0.0degC 0.7U _J TM 2W 12.001 DISP Set the UUT to OUTPUT 1200degC. 12.002 5520 1200.0degC 0.6U _J TM 2W #! WARNING: Test Tol 0.67, Sys Tol 0.18, TUR 3.7222 (< 4.00). 13.001 RSLT = 13.002 RSLT = The previous test step uses a guardbanding technique 13.003 RSLT = to maintain the same Consumer Risk as a 4:1 TUR. 13.004 RSLT = # The preceding test limit is calculated to be 0.6666U when reduced using the # method of reducing test uncertainties as described in "How to Maintain # Your Confidence in a World of Declining Test Uncertainty Ratios", Deaver, # David K., National Conference of Standard Laboratories Workshop and # Symposium, July 26,1993. 13.005 HEAD {KEYPAD TEST- THERMOCOUPLE SOURCE} 13.006 DISP Using the LARGE (DOWN) scroll key,scroll down to 13.006 DISP source 800.0degC output. 13.007 MESS Using the SMALL (UP) scroll key verify the diplay 13.007 MESS scrolls in increments of .1, the 1.0 and finally 10.0. 13.008 RSLT = Did the display scroll up? 13.009 EVAL Did UUT display scroll up in values of(.1,1.0,10.0)? 14.001 RSLT = 14.002 MESS Using the SMALL (DOWN) scroll key verify the diplay 14.002 MESS scrolls in increments of .1, the 1.0 and finally 10.0. 14.003 RSLT =Did the display scroll down? 14.004 EVAL Did UUT display scroll down in values of(.1,1.0,10.0)? 15.001 RSLT = 15.002 MESS 15.003 DISP SCROLL the UUT display to 800.0degC. 15.003 DISP 15.003 DISP PRESS the (degC/degF) key on the UUT. 15.004 RSLT =Does UUT display OUTPUT 1472.0degF? 15.005 EVAL Does UUT display OUTPUT 1472.0degF? 16.001 END #! T.U.R.s less than 4.00: 2 #! 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.