User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: Bruel&Kjaer 2511: Vibration Meter DATE: 13-Nov-97 AUTHOR: User Contributed REVISION: 0 ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 47 NUMBER OF LINES: 281 CONFIGURATION: Fluke 5700A CONFIGURATION: HP 3325B CONFIGURATION: Datron 1281 STANDARD: DTB 1000pF ============================================================================= STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 ASK- R N P M F W 1.002 ASK+ X 1.003 IEEE [@1281]*RST 1.004 STD DTB 1000pF 1.005 DISP Plug the UUT power supply into the UUT power input 1.005 DISP connector. Set the rear panel supply selector switch 1.005 DISP to Exr. Power Supply. Connect the power supply mains 1.005 DISP plug into an appropriate power source. Turn on the UUT 1.005 DISP and allow thirty minutes warm up time. 1.006 HEAD {* Peak Detector & Integrator *} 1.007 JMP 2.001 1.008 EVAL 2.001 DISP Connect the UUT front panel INPUT connector to the 2.001 DISP Fluke 5700A HI/LO inputs via the 1000pF capacitor. 2.002 DISP Connect the UUT rear panel RECORDER OUTPUT to the 2.002 DISP Datron 1281 Hi/Lo inputs. 2.003 DISP Set the UUT as follows: 2.003 DISP ACCEL./VELOCITY/DISPL. .................. ACCEL 0.3 Hz 2.003 DISP RANGE I ................................. 100 ms^-2 2.003 DISP METER FUNCTION .......................... PEAK-PEAK 1 s 2.003 DISP RECORDER OUTPUT (rear panel) ............ DC LIN 2.003 DISP EXT. FILTER ............................. OUT 2.003 DISP HIGH FREQUENCY CUT OFF .................. 15 kHz 2.004 IEEE [@1281]DCV AUTO 2.005 5700 0.354V 400H S 2W 2.006 IEEE [@1281]RDG?[I] 2.007 ACC 20 3.000V 6P% 0.1P/ 2.008 MEME 2.009 MEMC V 0.10U 3.001 HEAD {* RMS Detector *} 3.002 JMP 4.001 3.003 EVAL 4.001 DISP Set the UUT METER FUNCTION switch to RMS. 4.002 5700 1.000V 400H S 2W 4.003 IEEE [@1281][D5000]RDG?[I] 4.004 ACC 20 3.000V 6P% 0.1P/ 4.005 MEME 4.006 MEMC V 0.10U 5.001 5700 10.00mV 400H O S 2W 5.002 IEEE [@1281][D5000]RDG?[I] 5.003 ACC 20 30.00mV 7P% 0.5P/ 5.004 MEM* 1000 5.005 MEME 5.006 MEMC mV 1.0U 6.001 HEAD {* Lin To Log Converter *} 6.002 JMP 7.001 6.003 EVAL 7.001 MESS Adjust the stimulus for a UUT meter reading of 10. 7.002 5700 0.100V 400H N 2W 7.003 MATH mem1 = .1 7.004 MEME 7.005 MEMC V 1.0% 10ms^-2 8.001 MESS Adjust the stimulus for a UUT meter reading of 100. 8.002 5700 1.000V 400H N 2W 8.003 MATH mem1 = 1 8.004 MEME 8.005 MEMC V 1.00% 100ms^-2 9.001 MESS Adjust the stimulus for a UUT meter reading of 1. 9.002 5700 0.0100V 400H O N 2W 9.003 MATH mem1 = .01 9.004 MEME 9.005 MEMC V 2.00% 1ms^-2 10.001 DISP Set the UUT METER FUNCTION switch to PEAK-PEAK. 10.002 MESS Adjust the stimulus for a UUT meter reading of 100. 10.003 5700 0.354V 400H N 2W 10.004 MATH mem1 = .354 10.005 MEME 10.006 MEMC V 2.00% 100ms^-2 11.001 HEAD {* Range I Accuracy Tests *} 11.002 JMP 12.001 11.003 EVAL 12.001 DISP Set the UUT METER FUNCTION switch to RMS. 12.002 MESS Adjust the stimulus for a UUT meter reading of 100. 12.003 5700 1.000V 400H N 2W 12.004 MATH mem1 = 1 12.005 MEME 12.006 MEMC V 2.00% 100ms^-2 13.001 DISP Set the UUT RANGE I switch to 10ms^-2. 13.002 MESS Adjust the stimulus for a UUT meter reading of 100. 13.003 5700 0.100V 400H N 2W 13.004 MATH mem1 = .1 13.005 MEME 13.006 MEMC V 2.00% 10ms^-2 14.001 DISP Set the UUT RANGE I switch to 1ms^-2. 14.002 MESS Adjust the stimulus for a UUT meter reading of 100. 14.003 5700 10.00mV 400H O N 2W 14.004 MATH mem1 = 10 14.005 MEME 14.006 MEMC mV 2.00% 1ms^-2 15.001 DISP Set the UUT RANGE I switch to 0.1ms^-2. 15.002 MESS Adjust the stimulus for a UUT meter reading of 100. 15.003 5700 1.000mV 400H O N 2W 15.004 MATH mem1 = 1 15.005 MEME 15.006 MEMC V 2.00% 0.1ms^-2 16.001 HEAD {* Range II Accuracy Tests *} 16.002 JMP 17.001 16.003 EVAL 17.001 DISP Set the UUT RANGE II switch to 10g. 17.002 MESS Adjust the stimulus for a UUT meter reading of 100. 17.003 5700 1.000V 400H N 2W 17.004 MATH mem1 = 1 17.005 MEME 17.006 MEMC V 2.00% 10g 18.001 DISP Set the UUT RANGE II switch to 1g. 18.002 MESS Adjust the stimulus for a UUT meter reading of 100. 18.003 5700 0.100V 400H N 2W 18.004 MATH mem1 = .1 18.005 MEME 18.006 MEMC V 2.00% 1g 19.001 DISP Set the UUT RANGE I switch to 0.1g. 19.002 MESS Adjust the stimulus for a UUT meter reading of 100. 19.003 5700 10.00mV 400H O N 2W 19.004 MATH mem1 = 10 19.005 MEME 19.006 MEMC mV 2.00% 0.1g 20.001 DISP Set the UUT RANGE I switch to 0.01g. 20.002 MESS Adjust the stimulus for a UUT meter reading of 100. 20.003 5700 1.000mV 400H O N 2W 20.004 MATH mem1 = 1 20.005 MEME 20.006 MEMC V 2.00% 0.01g 21.001 ASK- U 21.002 HEAD {* Low Pass Filter Tests *} 21.003 JMP 22.001 21.004 EVAL 22.001 DISP Set the UUT RANGE I switch to 100ms^-2. 22.002 IEEE [@1281]DB ON 22.003 5700 1.0000V 400H S 2W 22.004 IEEE [@1281][D5000]RDG?[I] 22.005 MEME >1 22.006 5700 1.0000V 15kH S 2W 22.007 IEEE [@1281][D5000]RDG?[I] 22.008 MATH mem = mem - m[1] 22.009 MEMC -3.00D +1U -0.5U 15kH 23.001 DISP Set the UUT rear panel HIGH FREQUENCY CUT OFF switch 23.001 DISP to 1 kHz. 23.002 5700 1.0000V 1kH S 2W 23.003 MEMI Enter the UUT meter reading. 23.004 MATH mem1 = 70.7 23.005 MEMC ms^-2 4.0U 24.001 5700 1.0000V 2kH S 2W 24.002 MEMI Enter the UUT meter reading. 24.003 MATH mem1 = 25 24.004 MEMC ms^-2 3.0U 25.001 HEAD {* High Pass Filter Tests *} 25.002 HEAD { Accel. 0.3 Hz} 25.003 JMP 26.001 25.004 EVAL 26.001 DISP Set the UUT rear panel HIGH FREQUENCY CUT OFF switch 26.001 DISP to 15 kHz. 26.002 DISP Disconnect the UUT from the 5700A. 26.003 DISP Connect the UUT input via a 50 ohm feedthrough and the 26.003 DISP standard capacitor. 26.004 DISP Set the UUT as follows: 26.004 DISP RANGE I ................................. 100 ms^-2 26.004 DISP METER FUNCTION .......................... RMS 10 s 26.005 3325 1V 0.316H SI S L 26.006 MEMI Enter the UUT Meter reading. 26.007 MATH mem1 = 80 26.008 MEME 26.009 MEMC ms^-2 10U 0.316H 27.001 HEAD { Accel. 3 Hz} 27.002 JMP 28.001 27.003 EVAL 28.001 DISP Set the UUT as follows: 28.001 DISP ACCEL./VELOCITY/DISPL. .................. ACCEL 3 Hz 28.002 3325 1V 3.16H SI S L 28.003 MEMI Enter the UUT Meter reading. 28.004 MATH mem1 = 100 28.005 MEME 28.006 MEMC ms^-2 +0U -3U 3.16H 29.001 3325 1V 1.00H SI S L 29.002 MEMI Enter the UUT Meter reading. 29.003 MATH mem1 = 0 29.004 MEME 29.005 MEMC ms^-2 -0U +20U 30.001 HEAD { Velocity 3 Hz} 30.002 JMP 31.001 30.003 EVAL 31.001 DISP Set the UUT as follows: 31.001 DISP ACCEL./VELOCITY/DISPL. .................. VEL 3 Hz 31.002 3325 1V 15.92H SI S L 31.003 MEMI Enter the UUT Meter reading. 31.004 MATH mem1 = 100 31.005 MEME 31.006 MEMC mms^-1 2U 15.92H 32.001 HEAD { Velocity 10Hz} 32.002 JMP 33.001 32.003 EVAL 33.001 DISP Set the UUT as follows: 33.001 DISP ACCEL./VELOCITY/DISPL. .................. VEL 10 Hz 33.002 3325 0.641V 10H SI S L 33.003 MEMI Enter the UUT Meter reading. 33.004 MATH mem1 = 98 33.005 MEME 33.006 MEMC mms^-1 1U 10H 34.001 3325 0.2026V 3.16H SI S L 34.002 MEMI Enter the UUT Meter reading. 34.003 MATH mem1 = 0 34.004 MEME 34.005 MEMC mms^-1 -0U +20U 3.16H 35.001 HEAD { Velocity 3 Hz} 35.002 JMP 36.001 35.003 EVAL 36.001 DISP Set the UUT as follows: 36.001 DISP ACCEL./VELOCITY/DISPL. .................. VEL 3 Hz 36.001 DISP METER FUNCTION ...........................RMS 10s 36.002 3325 0.2026V 3.16H SI S L 36.003 MEMI Enter the UUT Meter reading. 36.004 MATH mem1 = 98 36.005 MEME 36.006 MEMC mms^-1 1U 37.001 3325 64.1mV 1H SI S L 37.002 MEMI Enter the UUT Meter reading. 37.003 MATH mem1 = 0 37.004 MEME 37.005 MEMC 0 mms^-1 +20U 38.001 HEAD { Velocity 1 Hz} 38.002 JMP 39.001 38.003 EVAL 39.001 DISP Set the UUT as follows: 39.001 DISP ACCEL./VELOCITY/DISPL. .................. VEL 1 Hz 39.002 3325 64.1mV 1H SI S L 39.003 MEMI Enter the UUT Meter reading. 39.004 MATH mem1 = 95 39.005 MEME 39.006 MEMC mms^-1 5U 1H 40.001 HEAD { Displ. 10 Hz} 40.002 JMP 41.001 40.003 EVAL 41.001 DISP Set the UUT as follows: 41.001 DISP ACCEL./VELOCITY/DISPL. .................. DISPL. 10 Hz 41.001 DISP METER FUNCTION ...........................PEAK-PEAK 1s 41.002 3325 0.3607V 15.92H SI S L 41.003 MEMI Enter the UUT Meter reading. 41.004 MATH mem1 = 100 41.005 MEME 41.006 MEMC mm 2U 15.92H 42.001 3325 0.1423V 10H SI S L 42.002 MEMI Enter the UUT Meter reading. 42.003 MATH mem1 = 98 42.004 MEME 42.005 MEMC mms^-1 1U 10H 43.001 HEAD { Displ. 3 Hz} 43.002 JMP 44.001 43.003 EVAL 44.001 DISP Set the UUT as follows: 44.001 DISP ACCEL./VELOCITY/DISPL. .................. DISPL. 3 Hz 44.002 DISP METER FUNCTION ...........................PEAK-PEAK 10s 44.003 3325 14.2mV 3.16H SI S L 44.004 MEMI Enter the UUT Meter reading. 44.005 MATH mem1 = 98 44.006 MEME 44.007 MEMC mms^-1 1U 3.16H 45.001 HEAD { Displ. 1 Hz} 45.002 JMP 46.001 45.003 EVAL 46.001 DISP Set the UUT as follows: 46.001 DISP ACCEL./VELOCITY/DISPL. .................. DISPL. 1 Hz 46.002 3325 1.42mV 1H SI S L 46.003 MEMI Enter the UUT Meter reading. 46.004 MATH mem1 = 90 46.005 MEME 46.006 MEMC mms^-1 10U 1H 47.001 END