DANAK

Reg. No. 9 Accreditation for testing and calibration

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EA Scope Equipment Quantity Range
Low
Limit		 Range
High
Limit		 U(CMC)
Low
Limit		 U(CMC)
High
Limit		 Working
Standard		 Method Remark In Situ Location
Volume Volume standards Volume in Litres 0,8   μl 0,8   l 0,018  μl 0,064  ml Balance, Weights. Reference liquid: Distilled water FT doc. 70.9.1 Calibration of volume equipment X Brøndby
Volume Volume standards Volume in Litres 0,8   l 550   l 0,048  ml 28  ml Balance, Weights. Reference liquid: Distilled water FT doc. 70.9.1 Calibration of volume equipment X Brøndby
Volume Volume meters, liquid Density, liquid 600   kg/m3 2000   kg/m3 0,045  kg/m3 0,22  kg/m3 Pycnometer, Balance, Weights. Reference liquid: Distilled water FT docs. 70.10.01, 70.10.02 Density of liquids Brøndby
Volume Volume meters, liquid Density, liquid 800   kg/m3 1100   kg/m3 0,24  kg/m3 0,33  kg/m3 Electronic density meter FT docs. 70.10.05, 70.10.06, 70.10.10 Density of homogenous liquids Brøndby
Flow Massflowmeters Mass 1   kg 1000   kg 0,4  % 0,05  % Weighing method, standing start/stop FT doc. 70.14 Flow: 1 - 84.000 kg/h. Liquid temperature 20 - 70 ºC in laboratory. OIML R49 & R75, EN1434, EN14154 Brøndby
Mass Massflowmeters Mass 250   kg 1000   kg 0,1  % 0,05  % Weighing method: flying start/stop FT doc. 70.14 Flow: 1000 - 150.000 l/h. Liquid temperature 20 - 70 ºC in laboratory. OIML R49 & R75, EN1434, EN14154
 Brøndby
Mass Massflowmeters Mass 2   kg 50   kg 0,5  % 0,2  % Reference meter FT doc. 70.14 Flow: 5 - 150.000 kg/h. Liquid temperatur 20 - 70 ºC in laboratory. OIML R49 & R75, EN1434, EN14154 Brøndby
Mass Massflowmeters Mass 50   kg 7500   kg 0,2  % 0,2  % Reference meter FT doc. 70.14 Flow: 5 - 150.000 kg/h. Liquid temperature 20 - 70 ºC in laboratorium. OIML R49 & R75, EN1434, EN14154 Brøndby
Volume Volume meters, liquid Volume 0,001   m3 1   m3 0,4  % 0,05  % Weighing method: standing start/stop FT doc.70.14 Flow: 1 - 84.000 l/h. Liquid temperatur 20 - 70 ºC in laboratory OIML R49 & R75, EN1434, EN14154 Brøndby
Volume Volume meters, liquid Volume 0,025   m3 0,25   m3 0,09  % 0,05  % Weighing method: standing start/stop FT doc. 70.14 Flow: 5 - 84.000 l/h. Liquid temperature 20 - 70 ºC in laboratory OIML R49 & R75, EN1434, EN14154 Brøndby
Volume Volume meters, liquid Volume 0,25   m3 1   m3 0,08  % 0,05  % Weighing method: standing start/stop FT doc. 70.14 Flow: 5 - 84.000 l/h. Liquid temperature 20 - 70 ºC in laboratory OIML R49 & R75, EN1434, EN14154 Brøndby
Volume Volume meters, liquid Volume 0,25   m3 1   m3 0,1  % 0,05  % Weighing method: flying start/stop FT doc. 70.14 Flow: 1000 - 150.000 l/h. Liquid temperature 20 - 70 ºC in laboratory. OIML R49 & R75, EN1434, EN14154
 Brøndby
Volume Volume meters, liquid Volume 0,002   m3 0,05   m3 0,5  % 0,2  % Reference meter in laboratory FT doc. 70.14 Flow: 5 - 150.000 l/h. Liquid temperature 20 - 70 ºC OIML R49 & R75, EN1434, EN14154 Brøndby
Volume Volume meters, liquid Volume 0,05   m3 7,5   m3 0,2  % 0,2  % Reference meter in laboratory FT doc. 70.14 Flowområde: 5 - 150.000 l/h. Vædsketemperatur 20 - 70 ºC. Måleområde fra 0,05 m3. OIML R49 & R75, EN1434, EN14154 Brøndby
Volume Volume meters, liquid Volume 0,048   m3 20   m3 0,4  % 0,4  % Reference meter FT doc 70.14 Flow 1- 1200 m3/h Temperature of the liquid Brøndby
Flow Flowmeters Volume flow rate l/s 0,267   l/s 333   l/s 0,4  % 0,4  % Reference meter FT doc 70.14 Flow 1 - 1200 m3/h temperature of the liquid 10 - 30°C Brøndby
Flow Flowmeters Volume flow rate 0,0000014   m3/s 0,042   m3/s 0,0000000028  m3/s 0,00042  m3/s Reference meter FT doc. 70.14 Vædsketemperatur 20 - 70 ºC i laboratory. OIML R49 & R75, EN1434, EN14154 Brøndby
Flow Energy meters (heat) Energy 0,04   MJ 20000   MJ 0,00088  MJ 72  MJ Reference meter and thermo batch FT doc. 70.15 Flowområde: 5 - 150.000 l/h. Væsketemperatur 20 - 70 ºC. 5K ≤ delta t ≤ 50K. OIML R49 & R75, EN1434, EN14154 Brøndby
Flow Massflowmeters Mass 500   kg 120000   kg 3  kg 100  kg Weigh bridge, on site FT doc. 70.16 Flow range: from 5 l/h. X Brøndby
Volume Volume meters, liquid Volume 0,002   m3 0,05   m3 0,5  % 0,2  % Reference meter on site FT doc. 70.16 Flow range: 5 - 80.000 l/h. Liquid temp. 10 - 30°C X Brøndby
Volume Volume meters, liquid Volume 0,05   m3 4   m3 0,2  % 0,2  % Reference meter on site FT doc. 70.16 Flow range: 5 - 80.000 l/h. Liquid temp. 10 - 30°C. Range from 0,05 m3. X Brøndby
Volume Volume standards Volume 0,03   m3 0,5   m3 0,24  % 0,22  % Wet gas meter MDIR 33.02-01, Ed. 2 (requirement). FT docs. 60.8.5.1, 60.8.2.1 Volume rate 0,025-17 m3/h at 20+/- 1 °C. OIML R 137 Vejen
Volume Volume standards Volume 0,05   m3 0,2   m3 0,2  % 0,2  % Rotor meter MDIR 33.02-01, Ed. 2 (requirement). FT docs. 60.5.5.1, 60.5.6.5 Volume rate 1-4 m3/h at 20+/- 2 °C. OIML R 137 Vejen
Volume Volume standards Volume 0,2   m3 20   m3 0,18  % 0,18  % Rotor meter, turbine meter MDIR 33.02-01, Ed. 2 (requirement). FT docs. 60.5.5.1, 60.5.6.5 Volume rate 4 - 400 m3/h at 20+/- 2 °C. OIML R 137 Vejen
Volume Volume standards Volume 20   m3 200   m3 0,22  % 0,22  % Turbine meter MDIR 33.02-01, Ed. 2 (requirement). FT docs. 60.5.5.1, 60.5.6.5 Volume rate 400-4000 m3/h at 20+/- 2 °C. OIML R 137 Vejen
Volume Volume standards Volume 0,05   m3 1   m3 0,31  % 0,31  % Rotor meter FT doc. 60.5.6.5 Volume rate 5-100 m3/h max. 8 bar. Calibration with air at 20+/- 3 °C. Vejen
Volume Volume standards Volume 1   m3 10   m3 0,32  % 0,32  % Turbine meter FT doc. 60.5.6.5 Volume rate 100-1000 m3/h max. 8 bar. Calibration with air at 20+/- 3 °C. Max capacity =5000 Nm3/h. Vejen
Volume Volume meters, gas Volume 1   m3 1500   m3 0,23  % 0,23  % Turbine meters and a rotary meter FT docs. 60.12.2.01 & 80.2.3.2.09 Volume flow 65-25000 m3/h at 20 +/- 5°C.
Air at atmospheric pressure OIML R 137		 Vejen
Flow Flowmeters Volume flow rate l/s 0,0069   l/s 4,72   l/s 0,26  % 0,26  % Volume gas meter, where the volume is measured over time FT doc. 60.2.2, 60.8.2.1 Volume rate 0,025-17 Nm3/h at 20+/- 1 °C. Max 50 bar. Vejen
Flow Flowmeters Volume flow rate 0,00028   m3/s 1,11   m3/s 0,24  % 0,24  % Volume gas meter, where the volume is measured over time FT docs.. 60.2.2, 60.5.6.5 Volume rate 1-4000 m3/h at 20+/- 2 °C. atm. pressure. Maximum allowable pressure drop across the meter is 50 mbar. Vejen
Flow Flowmeters Volume flow rate 0,0014   m3/s 0,28   m3/s 0,34  % 0,34  % Volume gas meter, where the volume is measured over time FT docs. 60.2.2, 60.5.6.5 Volume rate 5-1000 m3/h, maximum 5000 Nm3/h at 20+/- 3 °C. Max. 8 bar. Vejen
Flow Flowmeters Volume flow rate l/s 0,0167   ml/s 833,333   ml/s 0,19  % 0,19  % Cal-Bench FT doc. 60.4.2.1 Volume rate 1 - 50000ml/min. 20+/- 1 °C. Max. 10 bar, air or nitrogen. Vejen
Flow Flowmeters Volume flow rate l/s 0,0167   ml/s 833,333   ml/s 0,17  % 0,17  % Cal-Bench FT doc. 60.4.2.1 Volume rate 1 - 50000Nml/min. 20+/- 1 °C. Max. 10 bar, air or nitrogen. Vejen
Flow Massflowmeters Mass flow rate 0,0000089   kg/s 0,0061   kg/s 0,26  % 0,26  % Volume gas meters. Registration of pressure, temperature and compressibility. Calculation of the mass flow +/- 0.25% FT docs. 60.2.2, 60.8.2.1 Mass flow at 20+/- 1 °C. Max 10 bar. Vejen
Flow Massflowmeters Mass flow rate 0,00036   kg/s 1,437   kg/s 0,24  % 0,24  % Volume gas meters. Registration of pressure, temperature and compressibility. Calculation of the mass flow. FT docs. 60.2.2, 60.5.6.5 Mass flow at 20+/- 2 °C. Atm. pressure. Maximum allowable pressure drop across the meter is 50 mbar. Vejen
Flow Massflowmeters Mass flow rate 0,00181   kg/s 1,8   kg/s 0,34  % 0,34  % Volume gas meters. Registration of pressure, temperature and compressibility. Calculation of the mass flow. FT docs. 60.2.2, 60.5.6.5 Mass flow at 20+/- 3 °C. Max 8 bar. Vejen
Flow Massflowmeters Mass flow rate g/s 0,00002   g/s 1,08   g/s 0,17  % 0,17  % Cal-Bench FT doc. 60.4.2.1 Mass flow at 20+/- 1 °C. Max. 10 bar air or nitrogen. 1 - 50000 ml/min at a density of 1,293 kg/m3 Vejen
Volume Volume meters, gas Volume 0,03   m3 0,05   m3 0,15  % 0,15  % National reference standards FT doc. 60.8.6.1 Volume rate 0,025-17 m3/h at 20 +/- 2 °C. Vejen
Volume Volume meters, gas Volume 0,05   m3 20   m3 0,15  % 0,15  % National reference standards FORFT doc. 60.5.6.2 Volume rate 1-400 m3/h at 20 +/- 2 °C. Vejen
Volume Volume meters, gas Volume 20   m3 200   m3 0,2  % 0,2  % National reference standards FT doc. 60.5.6.2 Volume rate 400-4000 m3/h at 20 +/- 2 °C. Vejen
Time and frequency Time and frequence meas. eq. Timeinterval 0   s 3600   s 0,11  s 0,11  s Telephone/radio signals FT doc. 80.3.6.02 Vejen
Volume Volume meters, gas Volume 0,1   m3 2000   m3 0,14  % 0,22  % Volume meters, gas FT docs. 60.9.4.6. 60.10.4.2 Static pressure/P: 0-25 bar (air); P:0-50 bar (natural gas); Flow 5-10000 m3/h. P: 3-65 bar (n-gas). flow 10(8 from 32 to 65 bar)-32000 m3/h. Max flow limitations dependent of pressure loss across the meter. OIML R 137 Vejen
Volume Volume meters, gas Volume 0,2   m3 1,8   m3 0,13  % 0,07  % Primary system (Piston Prover displaces volume) FT doc. 60.11.4.3 Static pressure 0-65 barg (natural gas, air and other gases) Flow range 2-400 m3/h OIML R 137 Vejen
Volume Volume meters, gas Volume 0,03   m3 833   m3 0,15  % 0,2  % Turbine meter, Rotary meter FT docs. 60.13.04.02. Static pressure 3 - 65 bar natural gas. Flow 3 - 5000 m3/h max. Flow limitation depending on pressure drop across the meter section Vejen
Volume Volume meters, gas Volume 1,2   m3 10000   m3 0,13  % 0,18  % Turbine meter FT docs. 60.13.04.02. Static pressure 3 - 65 barg natural gas.
Flow range 120 - 65 000 m3/h below 25 barg.
Flow range 120 - 57 000 m3/h from 25 barg to 32 barg.
Pressure higher than 32 barg: the flow will fall linearly to 45000 m3/h at 65 barg
Max. Flow limitation depending on pressure drop across the meter section.		 Vejen
Pressure and vacuum Manometers Pressure 10   μPa 0,13   Pa 6  μPa 0,81  mPa Transducer. FT doc. 50.7 and/or ISO 3567 Absolute pressure (vacuum), air and/or nitrogen Brøndby
Pressure and vacuum Manometers Pressure 0,13   Pa 1,3   Pa 0,81  mPa 0,0049  Pa Transducer. FT doc. 50.7 and/or ISO 3567 Absolute pressure (vacuum), air and/or nitrogen Brøndby
Pressure and vacuum Manometers Pressure 1,3   Pa 13   Pa 0,0049  Pa 0,032  Pa Transducer. FT doc. 50.7 and/or ISO 3567 Absolute pressure (vacuum), air and/or nitrogen Brøndby
Pressure and vacuum Manometers Pressure 13   Pa 133   Pa 0,032  Pa 0,17  Pa Transducer. FT doc. 50.7 and/or ISO 3567 Absolute pressure (vacuum), air and/or nitrogen Brøndby
Pressure and vacuum Manometers Pressure 133   Pa 1,3   kPa 0,17  Pa 0,59  Pa Transducer. FT doc. 50.7 and/or ISO 3567 Absolute pressure (vacuum), air and/or nitrogen Brøndby