Reg. No. 9 Accreditation for testing and calibration
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
Force and torque
Material testing machines
Force
0,05
N
1000
kN
0,1
%
0,1
%
Force transducer, deadweight
NT MECH 001:1986, ISO 7500-1:2018, FT doc. 50.1
Tension
X
Brøndby
Force and torque
Material testing machines
Force
1000
kN
2000
kN
0,24
%
0,24
%
Force transducer.
NT MECH 001:1986, ISO 7500-1:2018, FT doc. 50.1
Tension
X
Brøndby
Force and torque
Material testing machines
Force
0,05
N
1000
N
0,1
%
0,24
%
Force transducer, deadweight
NT MECH 001:1986, ISO 7500-1:2018, ISO 12390-4:2019, FT doc. 50.1
Force
X
Brøndby
Force and torque
Material testing machines
Force
1
kN
5
MN
0,24
%
0,24
%
Force transducer, deadweight
NT MECH 001:1986, ISO 7500-1:2018, ISO 12390-4:2019, FT doc. 50.1
Force
X
Brøndby
Force and torque
Velocity transducers
Load velosity (N/s)
0,5
kN/s
20
kN/s
0,0015
kN/s
0,064
kN/s
Force transducer, timer
FT doc. 50.1
Calibration of speed of increase of force on equipment for material testing.
Unit kN/s
X
Brøndby
Force and torque
Velocity transducers
Displacement velocity (m/min)
0,5
mm/min
1000
mm/min
0,17
%
0,35
%
Extensiometer, timer
FT doc. 50.1
Calibration of speed measure unit on equipment for material testing.
Unit mm/min
X
Brøndby
Force and torque
Time and frequence meas. eq.
Period
5
s
3600
s
0,006
%
4,2
%
Stop watch
FT doc. 50.1.4
X
Brøndby
Hardness
Hardness testers
dBHardness (Rockwell)
20
HR
125
HR
0,4
HR
1
HR
Force transducer, hardness reference blocks
ISO 6508:2018 ASTM E18:08
No calibration of indenter
X
Brøndby
Hardness
Hardness testers
Hardness (Vickers)
50
HV
1000
HV
0,7
HV
13
HV
Force transducer, hardness reference block
ISO 6507
No calibration of indenter is performed
X
Brøndby
Hardness
Hardness testers
Hardness (Brinell)
20
HB
650
HB
1,5
HB
6
HB
Force transducer, hardness reference block
ISO 6506
No calibration of indenter is performed
X
Brøndby
Hardness
Hardness testers
Hardness (Shore) (0,1 - 2,5 mm
)
10
Shore
100
Shore
0,1
Shore
0,1
Shore
Force transducer, depth reference block
FT nr. 50. 2.03
Verification of the indentor is not covered by the accreditation.
Brøndby
Hardness
Hardness testers
Hardness (LEEB)
475
LEEB
775
LEEB
7
LEEB
12
LEEB
Reference blocks
ASTM A 956 - 02
X
Brøndby
Other
Impact Testing Machines
Impact
15
J
40
J
1,1
J
1,1
J
Reference bars
ISO 148-2:2016 (indirect only)
X
Brøndby
Other
Impact Testing Machines
Impact
40
J
80
J
2,5
J
2,5
J
Reference bars
ISO 148-2:2016 (indirect only)
X
Brøndby
Other
Impact Testing Machines
Impact
80
J
150
J
4,1
J
4,1
J
Reference bars
ISO 148-2:2016 (indirect only)
X
Brøndby
Other
Impact Testing Machines
Impact
150
J
450
J
9,3
J
28
J
Reference bars
ISO 148-2:2016 (indirect only)
X
Brøndby
Force and torque
Force transducers
Force
0,1
N
1
N
0,01
%
0,01
%
Deadweight tester
ISO 376, FT doc. 50.4
Tension, compression
Brøndby
Force and torque
Force transducers
Force
1
N
1000
N
0,005
%
0,005
%
Deadweight tester
ISO 376 and FT doc. 50.4
Tension, compression
Brøndby
Force and torque
Force transducers
Force
1
kN
100
kN
0,03
%
0,01
%
Jockeyweight deadweight tester
ISO 376, FT doc. 50.4
Tension, compression
Brøndby
Force and torque
Force transducers
Force
100
kN
2000
kN
0,02
%
0,02
%
Force Standard Machine
ISO 376, FT doc. 50.4
Tension, compression
Brøndby
Force and torque
Force transducers
Force
2000
kN
3000
kN
0,1
%
0,1
%
Reference force transducers
ISO 376, FT doc. 50.4
Force
Brøndby
Force and torque
Force transducers
Force
3000
kN
5000
kN
0,24
%
0,24
%
Reference force transducers
ISO 376, FT doc. 50.4
Force
Brøndby
Force and torque
Force transducers
Force
100
kN
500
kN
0,05
%
0,05
%
Reference force transducers
ISO 376, FT doc. 50.4
Tension, compression
Brøndby
Force and torque
Force transducers
Force
1000
N
3325
N
0,01
%
0,01
%
Deadweight tester
ISO 376, FT doc. 50.4
Tension, compression
Brøndby
Dimensional
Length measuring machines
Length
50
mm
600
mm
3
μm
14
μm
Calibrator, caliper with digital display
ISO 9513:2012, FT doc. 50.5
X
Brøndby
Dimensional
Length measuring machines
Length
600
mm
1000
mm
31
μm
45
μm
Inside micrometer
ISO 9513:2012, FT doc 50.5
Inside micrometer (resolution 0,01 mm or better)
X
Brøndby
Dimensional
Length measuring machines
Length
0,001
mm
50
mm
0,0005
mm
0,0025
mm
Calibrator
ISO 9513:2012, FT doc. 50.5
Calibrator (0,00002 mm or better)
X
Brøndby
Force and torque
Torque transducers
Torque
0,009
Nm
0,1
Nm
1,5
%
0,2
%
Deadweight tester, transducer
DIN 51309
EURAMET/cg-14/v.01,
FT Doc 50.6
X
Brøndby
Force and torque
Torque transducers
Torque
0,1
Nm
5
Nm
0,2
%
0,2
%
Deadweight tester, transducer.
DIN 51309, EURAMET/cg-14/v.01, FT doc. 50.6
X
Brøndby
Force and torque
Torque measuring devices
Torque
0,15
Nm
1100
Nm
1
%
1,1
%
Moment tester (Transducer)
DS/EN ISO 6789, FT doc. 50.6
X
Brøndby
Force and torque
Torque transducers
Torque
5
Nm
1100
Nm
0,2
%
0,2
%
Deadweight tester, transducer.
DIN 51309, EURAMET/cg-14/v.01, FT doc 50.6
X
Brøndby
Volume
Volume meters, liquid
Volume
5
L
20
L
0,0083
L
0,033
L
Trailer volume standard
FT doc. 70.2.02
Gasoline. Temperature limitation referring to FT doc. 70.2.02.
Calibration and reverification according to Bek. 593 of 29-05-2018 and OIML R117
X
Brøndby
Volume
Volume meters, liquid
Volume
5
L
20
L
0,0083
L
0,033
L
Trailer volume standard
FT doc. 70.2.02
Diesel. Temperature limitation referring to FT doc. 70.2.02.
Calibration and reverification according to Bek. 593 of 29-05-2018 and OIML R117.
X
Brøndby
Volume
Volume meters, liquid
Volume
5
L
20
L
0,0083
L
0,033
L
Hand-held and stationary volume transfer standard, and portable standards on truck
FT doc. 70.2.02
Gasoline. Temperature limitation referring to FT doc. 70.2.02.
Calibration and reverification according to Bek. 593 of 29-05-2018 and OIML R117
X
Brøndby
Volume
Volume meters, liquid
Volume
5
L
20
L
0,0083
L
0,033
L
Hand-held and stationary volume transfer standard, and portable standards on truck
FT doc. 70.2.02
Diesel. Temperature limitation referring to FT doc. 70.2.02.
Calibration and reverification according to Bek. 593 of 29-05-2018 and OIML R117.
X
Brøndby
Volume
Volume meters, liquid
Volume
100
L
2500
L
0,166
L
4,2
L
Hand-held and stationary volume transfer standard, and portable standards on truck
FT doc. 70.2.02
Gasoline and Diesel. Temperature limitation referring to FT doc. 70.2.02.
Calibration and reverification according to Bek. 593 of 29-05-2018 and OIML R117.
X
Brøndby
Volume
Volume meters, liquid
Volume
0,06
m3
0,1
m3
0,000006
m3
0,00001
m3
Volume standard
FT doc. 70.4.01
Calibration of Piston Prover
Brøndby
Volume
Volume meters, liquid
Volume
0,06
m3
10000
m3
0,000017
m3
2,8
m3
Piston Prover
FT doc. 70.4.01
Calibration of Volume, e.g. loop
X
Brøndby
Volume
Volume meters, liquid
Volume
0,4
m3
400
m3
0,00011
m3
0,11
m3
Piston Prover and Master meter
FT doc. 70.4.01
Calibration of Volume meter
X
Brøndby
Volume
Volume meters, liquid
Volume
0,000005
m3
20
m3
0,038
%
0,038
%
Balance/comparator, density meter
FT doc. 70.4.17
Water
X
Brøndby
Mass
Volume meters, liquid
Mass
0,005
kg
20000
kg
0,13
%
0,13
%
Balance /comparator
FT doc.70.4.17
Water
X
Brøndby
Volume
Volume meters, liquid
Volume
0,000005
m3
20
m3
0,093
%
0,093
%
Balance/competator, Density meter
FT doc. 70.4.17
Diesel and similar fluids
X
Brøndby
Mass
Volume meters, liquid
Mass
0,005
kg
20000
kg
0,16
%
0,16
%
Balance / comparator
FT doc. 70.4.17
Diesel and similar fluids
X
Brøndby
Volume
Volume meters, liquid
Volume
0,04
m3
10000
m3
0,068
%
0,069
%
Reference meter
FT doc. 70.6.02
Flow range: 20 - 5000 l/min
Kerosene and similar fluids
Vejen
Mass
Volume meters, liquid
Mass
0,04
kg
100000
kg
0,12
%
0,12
%
Reference meter
FT doc. 70.6.02
Flow range: 20-4500 kg/min.
Kerosene and similar fluids
Vejen
Volume
Volume meters, liquid
Volume
1
m3
10000
m3
0,069
%
0,1
%
Reference meters
FT doc. 70.6.02
Flow range: 5000-8000 l/min
Kerosene and similar.
Vejen
Mass
Volume meters, liquid
Mass
1
kg
100000
kg
0,12
%
0,17
%
Reference meters
FT doc. 70.6.02
Flow range: 4500-7500 kg/min.
Kerosene and similar fluids.
Vejen
Volume
Volume standards
Volume in Litres
1
l
1,5
l
0,15
ml
0,15
ml
Volume transfer standard
FT docs. 70.8.01, 70.8.02
Calibration of volume equipment
X
Brøndby
Volume
Volume standards
Volume in Litres
1,5
l
10000
l
0,15
ml
1
l
Volume transfer standard
FT docs. 70.8.01, 70.8.02
Calibration of volume equipment
X
Brøndby
Volume
Volume standards
Volume
10
m3
40
m3
0,0024
m3
0,0096
m3
Volume transfer standard
FT docs. 70.8.01, 70.8.02
Calibration of volume equipment
X
Brøndby
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
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
Pressure and vacuum
Manometers
Pressure
1,3
kPa
10
kPa
0,59
Pa
3,5
Pa
Transducer.
FT doc. 50.7 and/or ISO 3567
Absolute pressure (vacuum), air and/or nitrogen
Brøndby
Pressure and vacuum
Manometers
Pressure
10
kPa
380
kPa
0,48
Pa
4,94
Pa
Dødvægttester
FT doc. 50.7 and/or ISO 3567
Brøndby
Pressure and vacuum
Manometers
Pressure
0,38
MPa
7,6
MPa
8,74
Pa
174,8
Pa
Dødvægttester
FT doc. 50.7.
Brøndby
Pressure and vacuum
Manometers
Pressure
0,1
Pa
130
Pa
0,025
Pa
0,55
Pa
Transducer.
FT doc. 50.7 and/or ISO 3567 and/or EURAMET/cg-17/v.01.
In situ: FT doc 50.0.1
Vacuum w. air or nitrogen.
X
Pressure and vacuum
Manometers
Pressure
130
Pa
1500
Pa
2,3
Pa
5
Pa
Transducer.
FT doc. 50.7 and/or ISO 3567 and/or EURAMET/cg-17/v.01.
In situ: FT doc 50.0.1
Vacuum w. air or nitrogen.
X
Pressure and vacuum
Manometers
Pressure
1,5
kPa
150
kPa
0,004
kPa
0,006
kPa
Transducer.
FT doc. 50.7 and/or ISO 3567 and/or EURAMET/cg-17/v.01.
In situ: FT doc 50.0.1
Absolute pressure (barometric pressure and/or vacuum), air or nitrogen. Also valid in situ at ambient temperature
X
Brøndby
Pressure and vacuum
Manometers
Pressure
1
kPa
3
kPa
0,03
%
0,03
%
Diving bell manometer
FT doc. 50.7 and/or EURAMET/cg-17/v.01
Relative pressure, air
Brøndby
Pressure and vacuum
Manometers
Pressure
-8500
Pa
-2500
Pa
0,525
Pa
0,225
Pa
Piston cylinder unit on mass comparator.
FT doc. 50.7 and/or EURAMET cg-17
Relative pressure, differential pressure
Brøndby
Pressure and vacuum
Manometers
Pressure
-2500
Pa
-250
Pa
0,225
Pa
0,075
Pa
Piston cylinder unit on mass comparator.
FT doc. 50.7 and/or EURAMET cg-17
Relative pressure, differential pressure
Brøndby
Pressure and vacuum
Manometers
Pressure
-250
Pa
250
Pa
0,075
Pa
0,075
Pa
Piston cylinder unit on mass comparator.
FT doc. 50.7 and/or EURAMET cg-17
Relative pressure, differential pressure
Brøndby
Pressure and vacuum
Manometers
Pressure
250
Pa
2500
Pa
0,075
Pa
0,225
Pa
Piston cylinder unit on mass comparator.
FT doc. 50.7 and/or EURAMET cg-17
Relative pressure, differential pressure
Brøndby
Pressure and vacuum
Manometers
Pressure
2500
Pa
8500
Pa
0,225
Pa
0,525
Pa
Piston cylinder unit on mass comparator.
FT doc. 50.7 and/or EURAMET cg-17
Relative pressure, differential pressure
Brøndby
Pressure and vacuum
Manometers
Pressure
-5000
Pa
-2500
Pa
1
Pa
1
Pa
Micro manometer
FT doc. 50.7 and/or EURAMET/cg-17/v.01. In situ: FT doc. 50.0.1
Pressure, differential pressure, gas. Also in situ at ambient temperature.
X
Pressure and vacuum
Manometers
Pressure
-2500
Pa
0
Pa
1
Pa
0,5
Pa
Transducer
FT doc. 50.7 og/eller EURAMET/cg-17/v.01. In situ: FT doc. 50.0.1
Pressure, differential pressure, gas. Also in situ at ambient temperature
X
Pressure and vacuum
Manometers
Pressure
0
Pa
2500
Pa
0,5
Pa
1
Pa
Transducer
FT doc. 50.7 og/eller EURAMET/cg-17/v.01. In situ: FT doc. 50.0.1
Pressure, differential pressure, gas. Also in situ at ambient temperature
X
Pressure and vacuum
Manometers
Pressure
2500
Pa
5000
Pa
1
Pa
1
Pa
Micro manometer
FT doc. 50.7 and/or EURAMET/cg-17/v.01. In situ: FT doc. 50.0.1
Pressure, differential pressure, gas. Also in situ at ambient temperature.
X
Pressure and vacuum
Manometers
Pressure
1,5
kPa
80000
kPa
0,01
%
0,01
%
Deadweight tester, barometer
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Absolute presure, oil
Brøndby
Pressure and vacuum
Manometers
Pressure
1
MPa
80
MPa
0,005
%
0,005
%
Deadweight tester
FT doc.50.7 and/or EURAMET/cg-17/v.01.
Relative pressure, oil
Brøndby
Pressure and vacuum
Manometers
Pressure
-100
kPa
-10
kPa
0,0015
%
0,0038
%
Dødvægttester
FT doc. 50.7.
Brøndby
Pressure and vacuum
Manometers
Pressure
10
kPa
380
kPa
0,0038
%
0,0013
%
Dødvægttester
FT doc. 50.7.
Brøndby
Pressure and vacuum
Manometers
Pressure
0,38
MPa
7,6
MPa
0,0023
%
0,0023
%
Dødvægttester
FT doc. 50.7.
Brøndby
Pressure and vacuum
Manometers
Pressure
7,6
MPa
35
MPa
0,005
%
0,005
%
Deadweight tester.
FT doc. 50.7.
Determining effective area of deadweight tester, gas
Brøndby
Pressure and vacuum
Manometers
Pressure
0,2
MPa
80
MPa
0,005
%
0,005
%
Deadweight tester.
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Determining effective area of deadweight tester, oil
Brøndby
Pressure and vacuum
Manometers
Pressure
80
MPa
120
MPa
0,0075
%
0,0075
%
Deadweight tester with pressure intensifier
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Determining effective area of deadweight tester, oil
Brøndby
Pressure and vacuum
Manometers
Pressure
120
MPa
500
MPa
0,05
%
0,05
%
Deadweight tester with pressure intensifier
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Determining effective area of deadweight tester, oil
Brøndby
Pressure and vacuum
Manometers
Pressure
-100
kPa
-10
kPa
0,0015
%
0,0038
%
Dødvægttester
FT doc. 50.7.
Brøndby
Pressure and vacuum
Manometers
Pressure
-100
kPa
-1,5
kPa
0,008
%
0,07
%
Deadweight tester
FT doc. 50.7 and/orr EURAMET/cg-17/v.01.
In situ: FT doc. 50.0.1
Relative pressure, (-0,015 - -1,0 bar) gas, luft.
Also at in-situ calibration at ambient temperature
X
Pressure and vacuum
Manometers
Pressure
10
kPa
380
kPa
0,0038
%
0,0013
%
Dødvægttester
FT doc. 50.7.
Brøndby
Pressure and vacuum
Manometers
Pressure
0,38
MPa
7,6
MPa
0,0023
%
0,0023
%
Dødvægttester
FT doc. 50.7.
Brøndby
Pressure and vacuum
Manometers
Pressure
1,5
kPa
100
kPa
0,07
%
0,004
%
Deadweight tester
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
In situ FT doc. 50.0.1
Relative pressure (0.015 - 7 bar) gas, nitrogen or air. Also valid in situ at ambient termperature.
X
Pressure and vacuum
Manometers
Pressure
100
kPa
700
kPa
0,004
%
0,004
%
Deadweight tester
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
In situ FT doc. 50.0.1
Relative pressure (0.015 - 7 bar) gas, nitrogen or air. Also valid in situ at ambient termperature.
X
Pressure and vacuum
Manometers
Pressure
700
kPa
2500
kPa
0,01
%
0,01
%
Deadweight tester
FT doc. 50.7 and/or EURAMET/cg-17/v.01. In situ: FT doc. 50.0.1
Relative pressure. Also valid in situ at ambient temperature
X
Pressure and vacuum
Manometers
Pressure
0,1
MPa
6
MPa
0,025
%
0,0053
%
Deadweight Tester
FT doc. 50.7 and/or EURAMET/cg-17/v.01. In situ: FT doc. 50.0.1
Relative and absolute pressure.
Also valid for calibration in field carried out at ambient temperature.
X
Pressure and vacuum
Manometers
Pressure
6
MPa
120
MPa
0,0082
%
0,0075
%
Deadweight Tester
FT doc. 50.7 and/or EURAMET/cg-17/v.01. In situ: FT doc. 50.0.1
Relative and absolute pressure.
Also valid for calibration in field carried out at ambient temperature.
X
Pressure and vacuum
Manometers
Pressure
7,6
MPa
8
MPa
0,0031
%
0,0031
%
Deadweight tester
FT doc. 50.7 and/or EURAMET/cg-17.
Relative pressure. Also valid for determination of effective area of deadweight tester.
Brøndby
Pressure and vacuum
Manometers
Pressure
8
MPa
20
MPa
0,004
%
0,004
%
Deadweight tester
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Relative pressure. Also valid for determination of effective area of deadweight tester.
Brøndby
Pressure and vacuum
Manometers
Pressure
20
MPa
35
MPa
0,004
%
0,005
%
Deadweight tester
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Relative pressure, gas
Brøndby
Pressure and vacuum
Manometers
Pressure
0,1
MPa
1
MPa
0,03
%
0,005
%
Deadweight tester
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Relative pressure oil
Brøndby
Pressure and vacuum
Manometers
Pressure
120
MPa
500
MPa
0,05
%
0,05
%
Deadweight tester with pressure intensifier
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Relative pressure, oil
Brøndby
Temperature
Temperature Gauges
Temperature
-70
°C
250
°C
0,03
°C
0,03
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature
X
Vejen
Temperature
Temperature Gauges
Temperature
-30
°C
-15
°C
1,3
°C
1,2
°C
Cavity
FT doc. 50.13
Wavelength 8-14 μm.
Vejen
Temperature
Temperature Gauges
Temperature
-15
°C
0
°C
1,2
°C
0,8
°C
Cavity
FT doc. 50.13
Wavelength 8-14 μm.
Vejen
Temperature
Temperature Gauges
Temperature
0
°C
50
°C
0,8
°C
0,6
°C
Cavity
FT doc. 50.13
Wavelength 8-14 μm.
Vejen
Temperature
Temperature Gauges
Temperature
50
°C
100
°C
1,3
°C
1,5
°C
Black body
FT doc. 50.13
Wavelength 8-14 μm.
Vejen
Temperature
Temperature Gauges
Temperature
100
°C
150
°C
1,5
°C
1,7
°C
Black body
FT doc. 50.13
Wavelength 8-14 μm.
Vejen
Temperature
Temperature Gauges
Temperature
150
°C
200
°C
1,7
°C
1,9
°C
Black body
FT doc. 50.13
Wavelength 8-14 μm.
Vejen
Temperature
Temperature Gauges
Temperature
200
°C
250
°C
1,9
°C
2,1
°C
Black body
FT doc. 50.13
Wavelength 8-14 μm.
Vejen
Temperature
Temperature Gauges
Temperature
250
°C
300
°C
2,1
°C
3,8
°C
Black body
FT doc. 50.13
Wavelength 8-14 μm.
Vejen
Temperature
Temperature Gauges
Temperature
650
°C
1100
°C
1,5
°C
1,5
°C
Digital thermometer
FT doc. 50.13
Ambient temperature
X
Vejen
Temperature
Temperature Gauges
Temperature
1100
°C
1205
°C
2
°C
2
°C
Digital thermometer
FT doc. 50.13
Ambient temperature
X
Vejen
Temperature
Temperature Gauges
Temperature
250
°C
650
°C
0,06
°C
0,06
°C
Digital thermometer
FT doc. 50.13
Ambient temperature
X
Vejen
Temperature
Temperature Gauges
Temperature
-70
°C
150
°C
0,03
°C
0,03
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Temperature Gauges
Temperature
150
°C
200
°C
0,04
°C
0,04
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Temperature Gauges
Temperature
200
°C
450
°C
0,06
°C
0,06
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Temperature Gauges
Temperature
450
°C
600
°C
1
°C
1
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Temperature Gauges
Temperature
600
°C
1000
°C
1,5
°C
1,5
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Temperature Gauges
Temperature
1000
°C
1200
°C
2
°C
2
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Thermostat baths and ovens
Temperature
-70
°C
150
°C
0,03
°C
0,03
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Thermostat baths and ovens
Temperature
150
°C
200
°C
0,04
°C
0,04
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Thermostat baths and ovens
Temperature
200
°C
450
°C
0,08
°C
0,08
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Thermostat baths and ovens
Temperature
450
°C
600
°C
1
°C
1
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Thermostat baths and ovens
Temperature
600
°C
1000
°C
2
°C
2
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Thermostat baths and ovens
Temperature
1000
°C
1200
°C
3
°C
3
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Vejen
Temperature
Pyrometers and IR equipments
Temperature
-30
°C
0
°C
1,3
°C
0,8
°C
Kavitet
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Bølgelængdeområde 8 – 14 µm.
Vejen
Temperature
Pyrometers and IR equipments
Temperature
0
°C
50
°C
0,8
°C
0,8
°C
Kavitet
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Bølgelængdeområde 8 – 14 µm.
Vejen
Temperature
Pyrometers and IR equipments
Temperature
50
°C
250
°C
1,3
°C
2,1
°C
Black body
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Bølgelængdeområde 8 – 14 µm.
Vejen
Temperature
Pyrometers and IR equipments
Temperature
250
°C
300
°C
2,1
°C
3,8
°C
Black body
FT doc. 50.13
Ambient temperature 21,5 ± 3,0 °C.
Bølgelængdeområde 8 – 14 µm.
Vejen
Temperature
Temperature Gauges
Temperature
-40
°C
200
°C
0,1
°C
0,1
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature
X
Vejen
Temperature
Temperature Gauges
Temperature
200
°C
450
°C
0,15
°C
0,15
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature
X
Vejen
Temperature
Temperature Gauges
Temperature
450
°C
1200
°C
3
°C
3
°C
Digital thermometer.
FT doc. 50.13
Ambient temperature
X
Vejen
Pressure and vacuum
Manometers
Pressure
0,5
MPa
20
MPa
35
Pa
975
Pa
Deadweight tester.
FT doc. 50.7 and/or EURAMET/cg-17/v.01.
Differential pressure, gas.
U = 32 + 5E-5*dP+2E-6*P
Brøndby
Temperature
Temperature Gauges
Temperature
-10
°C
50
°C
0,4
°C
0,4
°C
Reference resistance, thermometer, reference thermo element
FT doc. 50.14
Dry block
X
In-situ only
Pressure and vacuum
Manometers
Pressure
2,5
kPa
12
kPa
0,15
kPa
0,15
kPa
Transducer
FT doc. 50.14
Relative pressure
X
Vejen
Pressure and vacuum
Manometers
Pressure
100
kPa
600
kPa
0,5
kPa
0,5
kPa
Transducer
FT doc. 50.14
Absolute pressure
X
Vejen
Mass
Weighing instruments
Mass
10
mg
5,3
kg
0,016
mg
17
mg
E2 weights
EN 45501, MDIR 24.12-01, MDIR 34.11-01, FT doc. 50.10.9.
Verification of approved, non-automatic weighing instruments, class I, II, III and IV
X
Brøndby
Mass
Weighing instruments
Mass
5,3
kg
37
kg
53
mg
370
mg
F1 weights
EN 45501, MDIR 24.12-01, MDIR 34.11-01, FT doc. 50.10.9.
Calibratioin of approved, non-automatic weighing instrument, class II, III, IV
X
Brøndby
Mass
Weighing instruments
Mass
37
kg
400
kg
1,1
g
12
g
F2 weights
EN 45501, MDIR 24.12-01, MDIR 34.11-01, FT doc. 50.10.9.
Calibratioin of approved, non-automatic weighing instrument, class II, III, IV
X
Brøndby
Mass
Weighing instruments
Mass
400
kg
2000
kg
40
g
200
g
M1 weights
EN 45501, MDIR 24.12-01, MDIR 34.11-01, FT doc. 50.10.9.
Calibratioin of approved, non-automatic weighing instrument, class II, III, IV
X
Brøndby
Mass
Weighing instruments
Mass
2000
kg
120000
kg
640
g
38
kg
M2 weights
EN 45501, MDIR 24.12-01, MDIR 34.11-01, FT doc. 50.10.9.
Calibratioin of approved, non-automatic weighing instruments, class II, III, IV
X
Brøndby
Mass
Weighing instruments
Mass
1
g
1000
g
30
mg
30
mg
E2 weights, Mettler-Toledo PG5002-SDR/m
MDIR 24.31-01:1998, MDIR 24.32-01:1987, OIML R61-1:2004, FT doc. 50.10.1.
Calibration of approved, automatic gravimetric catch weighing instruments. Calibration of automatic gravimetric catch weighing instruments according to OIML R61.
X
Brøndby
Mass
Weighing instruments
Mass
1
kg
5,1
kg
300
mg
300
mg
E2 og F1 weights, Mettler-Toledo PG5002-SDR/m
MDIR 24.31-01:1998, MDIR 24.32-01:1987, OIML R61-1:2004, FT doc. 50.10.1.
Calibration of approved, automatic gravimetric catch weighing instruments. Calibration of automatic gravimetric catch weighing instruments according to OIML R61.
X
Brøndby
Mass
Weighing instruments
Mass
5,1
kg
60
kg
3
g
3
g
F1 og F2 weights, Mettler-Toledo KB60
MDIR 24.31-01:1998, MDIR 24.32-01:1987, OIML R61-1:2004, FT doc. 50.10.1.
Calibration of approved, automatic gravimetric catch weighing instruments. Calibration of automatic gravimetric catch weighing instruments according to OIML R61.
X
Brøndby
Mass
Weighing instruments
Mass
60
kg
600
kg
100
g
100
g
F2 og M1 weights, class II
MDIR 24.31-01:1998, MDIR 24.32-01:1987, OIML R61-1:2004, FT doc. 50.10.1.
Calibration of approved, automatic gravimetric catch weighing instruments. Calibration of automatic gravimetric catch weighing instruments according to OIML R61.
X
Brøndby
Mass
Weighing instruments
Mass
600
kg
1500
kg
200
g
200
g
M1 weights, class II
MDIR 24.31-01:1998, MDIR 24.32-01:1987, OIML R61-1:2004, FT doc. 50.10.1.
Calibration of approved, automatic gravimetric catch weighing instruments. Calibration of automatic gravimetric catch weighing instruments according to OIML R61.
X
Brøndby
Mass
Weighing instruments
Mass
500
mg
10000
kg
12
mg
49
kg
Articles intended for normal use or weights
MDIR 24.31-01:1998, OIML R51-1:2006, FT docs. 50.10.22, 50.10.23, 50.10.24 and 50.10.25
Test of automatic catchweighing instruments as part of initial verification or re-verification.
X
Brøndby
Mass
Weighing instruments
Mass
2
g
20
kg
0,62
g
3,1
g
F1 weights
MM.215, MM.06 and FT doc. 50.10.5.
Calibration of automatic scales for discontinued totalising weighing approved according to old danish technical regulations
X
Brøndby
Mass
Weighing instruments
Mass
20
kg
500
kg
3,1
g
62
g
F2 weights
MM.215, MM.06 and FT doc. 50.10.5.
Calibration of automatic scales for discontinued totalising weighing approved according to old danish technical regulations
X
Brøndby
Mass
Weighing instruments
Mass
500
kg
15000
kg
0,062
kg
1,6
kg
M1 weights
MM.215, MM.06 and FT doc. 50.10.5.
Calibration of automatic scales for discontinued totalising weighing approved according to old danish technical regulations
X
Brøndby
Mass
Weighing instruments
Mass
2
g
20
kg
0,62
g
3,1
g
F1 weights
MID, OIML R107 and FT doc. 50.10.7.
Calibration of discontinuos hopper scales according to OIML R107 or 'Måleinstrumentdirektivet'
X
Brøndby
Mass
Weighing instruments
Mass
20
kg
500
kg
3,1
g
62
g
F2 weights
MID, OIML R107 and FT doc. 50.10.7.
Calibration of discontinuos hopper scales according to OIML R107 or 'Måleinstrumentdirektivet'
X
Brøndby
Mass
Weighing instruments
Mass
500
kg
15000
kg
0,062
kg
1,6
kg
M1 weights
MID, OIML R107 and FT doc.50.10.7.
Calibration of discontinuos hopper scles according to OIML R107 or 'Måleinstrumentdirektivet'
X
Brøndby
Mass
Weighing instruments
Mass
50
kg
1450
kg
0,11
kg
0,14
kg
Weighing instrument with max load 1500 kg and container for weighed material
MID, MDIR 24.31-01, OIML R50, FT docs. 50.10.8, 50.10.26.
Calibration of continuos hopper scales according to OIML R50 or 'Måleinstrumentdirektivet'
X
Brøndby
Mass
Weighing instruments
Mass
1000
kg
14000
kg
11
kg
11
kg
Weights, weighing instrument with max load 60 t and container for weighed material
MID, MDIR 24.31-01, OIML R50, FT docs. 50.10.8, 50.10.26.
Calibration of continuos hopper scales according to OIML R50 or 'Måleinstrumentdirektivet'
X
Brøndby
Mass
Weighing instruments
Mass
5000
kg
45000
kg
12
kg
15
kg
Weights, weighing instrument with max load 60t and container for weighed material
MID, MDIR 24.31-01, OIML R50, FT docs. 50.10.8, 50.10.26.
Calibration of continuos hopper scales according to OIML R50 or 'Måleinstrumentdirektivet'
X
Brøndby
Mass
Weighing instruments
Mass
50
kg
1450
kg
0,11
kg
0,14
kg
Weights, weighing instrument with max load 1500 kg and container for weighed material
MDIR 34.61-01, FT docs. 50.10.28, 50.10.26.
Calibration of automatic scales for continuous, totalising weighing according to MDIR 34.61-01
X
Brøndby
Mass
Weighing instruments
Mass
1000
kg
14000
kg
11
kg
11
kg
Weights, weighing instrument with max load 60 t and container for weighed material
MDIR 34.61-01, FT docs. 50.10.28, 50.10.26.
Calibration of automatic scales for continuous, totalising weighing according to MDIR 34.61-01
X
Brøndby
Mass
Weighing instruments
Mass
5000
kg
45000
kg
12
kg
15
kg
Weights, weighing instrument with max load 60 t and container for weighed material
MDIR 34.61-01, FT docs. 50.10.28, 50.10.26.
Calibration of automatic scales for continuous, totalising weighing according to MDIR 34.61-01
X
Brøndby
Mass
Weighing instruments
Mass
1
mg
5
kg
0,0093
mg
9,5
mg
E2 weights
FT doc. 50.10.26.
Static calibration of non-automatic scales.
X
Brøndby
Mass
Weighing instruments
Mass
5
kg
20
kg
30
mg
0,12
g
F1 weights
FT doc. 50.10.26.
Static calibration of non-automatic scales
X
Brøndby
Mass
Weighing instruments
Mass
20
kg
500
kg
0,36
g
9,5
g
F2 weights
FT doc. 50.10.26.
Static calibration of non-automatic scales
X
Brøndby
Mass
Weighing instruments
Mass
500
kg
2000
kg
30
g
0,12
kg
M1 weights
FT doc. 50.10.26.
Static calibration of non-automatic scales
X
Brøndby
Mass
Weighing instruments
Mass
2000
kg
100000
kg
0,36
kg
19
kg
M2 weights
FT doc. 50.10.26.
Static calibration of non-automatic scales
X
Brøndby
Mass
Weights
Mass
1
mg
1
kg
2
μg
0,5
mg
E1 weights
OIML R111, OIML D28, FT docs. 50.9.2, 50.9.3. 50.9.4, 50.9.5, 50.9.13, 80.2.3.1.3, 80.2.3.1.8 and 220.01/01.
Calibration of scales
Vejen
Mass
Weights
Mass
2
kg
50
kg
2,5
mg
60
mg
E2 weights
OIML R111, OIML D28, FT docs. 50.9.2, 50.9.3. 50.9.4, 50.9.5, 50.9.13, 80.2.3.1.3, 80.2.3.1.8 and 220.01/01.
Calibration of weights. Measure ability less than a third of the positive tolerance of weights in Class F1 in OIML R111
Vejen
Mass
Weights
Mass
100
kg
1000
kg
0,5
g
10
g
F1 weights, F2 weights
OIML R111, OIML D28, FT docs. 50.9.2, 50.9.3. 50.9.4, 50.9.5, 50.9.13, 80.2.3.1.3, 80.2.3.1.8 and 220.01/01.
Calibration of weights. Measure ability less than a third of the positive tolerance of weights in Class F1 in OIML R111
Vejen
Mass
Weights
Mass
0,5
mg
1000
kg
20
μg
10
g
F1 weights, F2 weights
OIML R111, OIML D28, FT docs. 50.9.2, 50.9.3. 50.9.4, 50.9.5, 50.9.13, 80.2.3.1.3, 80.2.3.1.8 and 220.01/01.
Calibration of static materials. Measure ability depends on the combination of work methods
Calibration of weights and calibration carried out having the object of ascertaining and confirming that the weights satisfy the requirements of the regulations for verification.
Vejen
Dimensional
Length measuring machines
Length
0,01
m
4
m
0,58
mm
13,14
mm
Test boxes for testing of multidimensional measurering instruments.
MID, OIML R129, FT doc. 50.11.1.
Test of multi-dimensional measurering instruments.