You are here

CMC database

Field of measurement: electricity and magnetism
Quantity: DC resistance standards and sources: low values
Internal identifier Range Calibration and measurement capabilities Conditions of measurement Procedure Note to procedure
DCR01 (1.0E-5 - 1) Ω (0,06 - 50) µΩ/Ω
  • oil bath temperature 23 (20) °C
111-MP-C004
Quantity: DC resistance standards and sources: intermediate values
Internal identifier Range Calibration and measurement capabilities Conditions of measurement Procedure Note to procedure
DCR02 (10 - 1.0E+6) Ω (0,02 - 4) µΩ/Ω
  • oil bath temperature 23 (20) °C
111-MP-C004
Quantity: DC resistance standards and sources: high values
Internal identifier Range Calibration and measurement capabilities Conditions of measurement Procedure Note to procedure
DCR03 (1.0E+7 - 1.0E+14) Ω (7 - 6000) µΩ/Ω
  • air bath temperature 23 °C
  • voltage 20 V to 100 V, 500 V, 1000 V
111-MP-C002
Quantity: DC resistance meters: low values
Internal identifier Range Calibration and measurement capabilities Conditions of measurement Procedure Note to procedure
DCR07 (0.0001 - 1) W (5 - 50) µW/W
  • air bath temperature 23 (20) °C
111-MP-C004
Quantity: DC resistance meters: intermediate values
Internal identifier Range Calibration and measurement capabilities Procedure Note to procedure
DCR08 (1 - 1.0E+9) W (3 - 100) µW/W 111-MP-C001
Quantity: DC resistance meters: high values
Internal identifier Range Calibration and measurement capabilities Conditions of measurement Procedure Note to procedure
DCR09 (1.0E+9 - 1.0E+12) W (250 - 1000) µW/W
  • air bath temperature 23 (20) °C
111-MP-C002
Quantity: AC resistance: real component
Internal identifier Range Calibration and measurement capabilities Conditions of measurement Procedure Note to procedure
ACR01 (1 - 1.0E+4) W (20 - 20) µW/W
  • frequency 40 Hz to 10 kHz
111-MP-C001
Field of measurement: flow
Quantity: delivered volume
Internal identifier Range Calibration and measurement capabilities Conditions of measurement Procedure Note to procedure
(0.006 - 7) m3/h 0.2 %
  • fluid water
615-MP-C151
Field of measurement: thermometry and humidity
Quantity: temperature
Internal identifier Range Calibration and measurement capabilities Conditions of measurement Procedure Note to procedure
1012-200 (-196 - -196) °C 35 mK
  • boiling point of liquid nitrogen Bath at atmospheric pressure 
133-MP-C002
1012-230 (193.2 - 273.1) K 20 mK
  • temperature controlled cryostat 
133-MP-C002
1012-240 (0.01 - 0.01) °C 4 mK
  • temperature controlled cryostat 
133-MP-C002
1012-250 (-80 - 156) °C 20 mK
  • temperature controlled cryostat and water bath  
133-MP-C002
1012-260 (156 - 300) °C 25 mK
  • temperature controlled water bath and oil bath 
133-MP-C002
1012-270 (300 - 420) °C 35 mK
  • temperature controlled oil bath and salt bath 
133-MP-C002
1012-280 (420 - 550) °C 55 mK
  • temperature controlled salt bath 
133-MP-C002
1012-290 (550 - 660) °C 90 mK
  • temperature controlled heat pipe 
133-MP-C002
1012-291 (663 - 800) °C 60 mK
  • temperature controlled heat pipe 
133-MP-C002
1012-295 (-30 - 420) °C 0.45 K
  • temperature controlled furnace with dry block 
133-MP-C002
1012-296 (420 - 800) °C 0.85 K
  • temperature controlled furnace with dry block 
133-MP-C002
1012-251 (-30 - 90) °C 10 mK
  • temperature controlled cryostat and water bath  
133-MP-C002
1012-231 (-80 - 0) °C 10 mK
  • temperature controlled cryostat 
133-MP-C002
1012-251 (-80 - 156) °C 14 mK
  • temperature controlled cryostat, water bath and oil bath 
133-MP-C002
1012-261 (156 - 300) °C 22 mK
  • temperature controlled water bath and oil bath 
133-MP-C002
1012-271 (300 - 420) °C 30 mK
  • temperature controlled oil bath and salt bath 
133-MP-C002
1012-281 (420 - 550) °C 37 mK
  • temperature controlled salt bath 
133-MP-C002
1012-291 (550 - 663) °C 44 mK
  • temperature controlled heat pipe 
133-MP-C002
1012-335 (-196 - -196) °C 0.7 K
  • liquid nitrogen Bath at atmospheric pressure 
133-MP-C003
1012-360 (193.2 - 493.1) K 0.6 K
  • temperature controlled cryostat, water bath and oil bath 
133-MP-C003
1012-370 (220 - 550) °C 0.8 K
  • temperature controlled oil bath and salt bath 
133-MP-C003
1012-380 (550 - 1100) °C 1.2 K
  • temperature controlled salt bath and high temperature furnace 
133-MP-C003
1012-420 (-80 - 100) °C 30 mK
  • temperature controlled cryostat and water bath  
133-MP-C001
1012-430 (100 - 150) °C 30 mK
  • temperature controlled oil bath 
133-MP-C001
1012-440 (150 - 210) °C 50 mK
  • temperature controlled oil bath 
133-MP-C001
1012-450 (210 - 360) °C 60 mK
  • temperature controlled oil bath 
133-MP-C001
1012-480 (-80 - 100) °C 0.4 K
  • temperature controlled cryostat and water bath  
133-MP-C001
1012-490 (100 - 150) °C 0.4 K
  • temperature controlled oil bath 
133-MP-C001
1012-495 (150 - 210) °C 0.4 K
  • temperature controlled oil bath 
133-MP-C001
1012-460 (210 - 360) °C 0.5 K
  • temperature controlled oil bath 
133-MP-C001
1012-470 (360 - 420) °C 0.6 K
  • temperature controlled salt bath 
133-MP-C001
1012-470 (420 - 550) °C 0.6 K
  • temperature controlled salt bath 
133-MP-C001
1012-385 (1100 - 1400) °C 1.5 K
  • three zone horizontal furnace 
133-MP-C003
1012-300 (0 - 220) °C 0.5 K
  • temperature controlled water bath and oil bath 
133-MP-C003
1012-310 (220 - 550) °C 0.6 K
  • temperature controlled oil bath and salt bath 
133-MP-C003
1012-320 (550 - 1100) °C 0.9 K
  • temperature controlled salt bath and high temperature furnace 
133-MP-C003
1012-330 (1100 - 1200) °C 1.1 K 133-MP-C003
1012-335 (1100 - 1800) °C 1.1 K
  • high temperature controled furnace 
133-MP-C003
1012-301 (419.5 - 419.5) °C 0.12 K
  • three zone horizontal furnace 
112-MP-C002
1012-302 (660.3 - 660.3) °C 0.12 K
  • heat pipe 
112-MP-C002
1012-303 (961.8 - 961.8) °C 0.17 K
  • heat pipe 
112-MP-C002
1012-304 (1085 - 1085) °C 0.17 K
  • heat pipe 
112-MP-C002

Pages