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Accredited: Yes
Capability | Description | Standard |
---|---|---|
Gas Boiler testing |
EN 15502-1 EN 15502-2-2 EN 15502-2-1 |
Calibration of manual instruments: micrometers for measuring 3-point interiors (analog and digital). Measurements range (also ON SITE): 5 ÷ 200 mm. Uncertainty as in the accreditation table attached
Accredited: Yes
Capability | Description | Standard |
---|---|---|
Air speed: calibration of anemometer | Calibration of anemometers._x000d_ Until 20 m/s |
Internal method. Calibration by comparison |
Angle and horizontality: calibration of level | Calibration of levels._x000d_ Measurements range: 0°-90°_x000d_ Bubble levels: only horizontality_x000d_ Digital levels: angle and horizontality |
Internal method. Calibration by comparison |
Angle: calibration of angular block | Calibration of angular blocks._x000d_ Measurements range: 0°-90° |
Internal method. Calibration by comparison |
Angle: calibration of protractor | Calibration of protractors._x000d_ Measurements range: 0°-360° |
Internal method. Calibration by comparison |
Calibration of crosshead speed | Calibration of crosshead speed (ON SITE). Measurements range: 0,01 mm/min÷100 mm/min. Uncertainty as in the accreditation table attached |
ASTM E2658-15 |
Calibration of crosshead displacement | Calibration of crosshead displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached |
ASTM E2309/E2309M-20 UNI EN ISO 9513:2013 |
Calibration of instruments for impact test: Charpy and Izod machine for plastic material | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 25 J÷75 J. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 179-2:2020 ISO 13802:2015 ASTM D256-10(2018) UNI EN ISO 179-1:2010 |
Calibration of instruments for impact test: Charpy machine | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 0 J÷600 J. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 148-2:2016 ASTM E23-16 |
Calibration of instruments for impact test: Charpy machine | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 20 J÷180 J. _x000d_ Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 148-2:2016 ASTM E23-16 |
Calibration of Optical Microscope | Calibration of Optical Microscope (ON SITE). _x000d_ Uncertainty as in the accreditation table attached |
ASTM E1951-14 (2019) par. 5.2 ASTM E1951-14 (2019) par. 5.3 ASTM E1951-14 (2019) par. 5.4 |
Calibration of Profile projector and Stereoscope | Calibration of Profile projector and Stereoscope analog and digital (ON SITE). _x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of strain gauges translators of displacement for plastic material | Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 9513:2013 ISO 5893:2019 |
Calibration of strain gauges translators of displacement for steel | Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷12 mm. Uncertainty as in the accreditation table attached |
ASTM E83-16 UNI EN ISO 9513:2013 |
Calibration of torque meter | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 0,5-1000 Nm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of torque wrench | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 0,1-2000 Nm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of torque wrench | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 1-1000 Nm. Uncertainty as in the accreditation table attached |
UNI EN ISO 6789-2:2017 |
Electrical measurements in continuous and low frequency. DC voltage: calibration of generators | Calibration of voltage generators. Measurements range: 1 mV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements in continuous and low frequency. DC voltage: calibration of generators | Calibration of voltage generators. Measurements range: 10 kV÷50 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements in continuous and low frequency. DC voltage: calibration of measurers | Calibration of voltage measurers. Measurements range: 10 µV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating current: calibration of clamp meters | Calibration of Alternating current caliper meters. Measurements range: 1 A÷ 1000 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter and sample shunt by toroid |
Electrical measurements. Alternating current: calibration of generators | Calibration of Alternating current generators. Measurements range: 10 µA÷ 20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating current: calibration of measurers | Calibration of Alternating current measurers. Measurements range: 10 µA÷ 20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Alternating voltage: calibration of generators | Calibration of Alternating voltage generators. Measurements range: 1 mV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating voltage: calibration of generators | Calibration of Alternating voltage generators. Measurements range: 10 kV÷30 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating voltage: calibration of measurers | Calibration of Alternating voltage generators. Measurements range: 1 mV÷6 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Direct current: calibration of clamp meters | Calibration of current caliper meters. Measurements range: 1 A÷1000 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter and sample shunt by toroid |
Electrical measurements. Direct current: calibration of generators | Calibration of current generators. Measurements range: 1 µA÷20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Direct current: calibration of measurers | Calibration of current measurers. Measurements range: 1 µA÷20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Electrical resistance in continuous: calibration of measurers | Calibration of measurers. Measurements range: 1 Ω÷100 MΩ. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Electrical resistance in continuous: calibration of resistors | Calibration of resistors. Measurements range: 1 mΩ÷1 Ω. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison with sample resistor by voltammetric method |
Electrical measurements. Electrical resistance in continuous: calibration of resistors | Calibration of resistors. Measurements range: 1 mΩ÷100 MΩ. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Measurement of electricity for tax purposes | Calibration of Energy/pulse meters and converters. Active energy in three-phase and single-phase regime. Measurements range: 30 V ÷ 230 V / 0,05 A ÷ 10 A. Uncertainty as in the accreditation table attached |
Calibration in application of DT-01-DT rev.01. Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements: insulation tester | Calibration of insulation testers (also ON SITE)._x000d_ Measurements range: 1 MΩ÷100 GΩ |
Internal method. Calibration by comparison |
Electrical measurements: RCL circuit | Calibration of RCL circuits (also ON SITE)._x000d_ Measurements range: resistance 0,01 Ω÷100 kΩ_x000d_ capacitance 0,0001 µF÷10 µF_x000d_ inductance 1 µH÷10 H |
Internal method. Calibration by comparison |
Force: calibration of dynamometer and load cell | Calibration of dynamometers and load cells._x000d_ Measurements range: until 250 kN |
Internal method. Calibration by comparison |
Force: Calibration of instruments for tensile/compression test | Calibration of instruments for Force measurements (ON SITE). Measurements range: 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached |
ASTM E4-20 |
Force: Calibration of instruments for tensile/compression test | Calibration of instruments for Force measurements (ON SITE). Measurements range 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached |
UNI EN ISO 7500-1:2018 |
Hardness. Calibration of Brinell durometer for metallic material | Calibration of Brinell Hardness testers (ON SITE). Measurements range: 10-29420 N. _x000d_ Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
ASTM E 10-18 UNI EN ISO 6506-2:2019 |
Hardness. Calibration of IRHD durometer for plastical material | Calibration of IRHD Hardness testers. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
ISO 48-9:2018 UNI EN 48-2:2019 |
Hardness. Calibration of Rockwell durometer for metallic material | Calibration of Rockwell Hardness testers (ON SITE). Measurements range: 29-1471 N. Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 6508-2:2015 ASTM E 18-22 |
Hardness. Calibration of Shore durometer for plastical material | Calibration of Shore Hardness testers. Type: A, B, O, C, D, M, OO, DO, AO, AM. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
DIN 53505 UNI EN 48-4:2019 ISO 48-9:2018 ASTM D2240:15e1 UNI ISO 868:2005 |
Hardness. Calibration of Vickers and Knoop durometer for metallic material | Calibration of Vickers and Knoop Hardness testers (ON SITE). Measurements range: 0,1-1000 N. Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
ASTM E 384-17 UNI EN ISO 6507-2:2018 ASTM E 92-17 |
Length: calibration of bore gauge | Calibration of bore gauges. Measurements range: 10 ÷ 600 mm. |
Internal method. Calibration by comparison |
Length: calibration of coordinate measuring machines | Calibration of coordinate measuring machines (ON SITE). Measurements range: diagonal of the measurement volume: until 1500 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 10360-2:2010 |
Length: calibration of dial gauge and linear transducers with rod | Calibration of dial gauge and linear transducers with rod. Measurements range: until 100 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 13102:2012 (digital) UNI EN ISO 463:2006 (analog) |
Length: calibration of diametrical samples (gear gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 300 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (gear gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 5 ÷ 300 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. Uncertainty as in the accreditation table attached |
Internal method Euramet cg-06 ver.2.0 |
Length: calibration of diametrical samples (ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 5 ÷ 200 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 2 ÷ 4 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 2 ÷ 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper threaded plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper threaded ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 3 ÷ 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (threaded plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. Uncertainty as in the accreditation table attached |
EURAMET cg-10 ver.2.1 (12/2012) |
Length: calibration of diametrical samples (threaded ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 3 ÷ 200 mm. Uncertainty as in the accreditation table attached |
EURAMET cg-10 ver.2.1 (12/2012) |
Length: calibration of gauge blocks | Calibration of gauge blocks. Measurements range: 0,5 ÷ 100 mm. Uncertainty as in the accreditation table attached |
UNI 8928:1987 |
Length: calibration of gauge blocks > 100mm and Setting Standard Screw Thread Micrometer | Calibration of gauge blocks > 100mm. Measurements range: 100 ÷ 1000 mm. Setting Standard Screw Thread Micrometer. Measurements range: 0-1000mm._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of lever dial gauge | Calibration of lever dial gauge. Measurements range: until 1,5 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 9493:2010 |
Length: calibration of lines (graduated rods, metric splints, metric bindel) | Calibration of lines (graduated rods, metric splints, metric bindel). Measurements range: every 1000 mm up to 100 m. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: caliper | Calibration of manual instruments: caliper (analog and digital). Measurements range (also ON SITE): until 1000 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 13385-1:2019 UNI EN ISO 13385-2:2020 |
Length: calibration of manual instruments: caliper | Calibration of manual instruments: caliper (analog and digital). Measurements range: 1000-2000 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: micrometers | Calibration of manual instruments: micrometers (analog and digital). Measurements range (also ON SITE): until 1000 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: three point micrometer | Calibration of manual instruments: micrometers for measuring 3-point interiors (analog and digital). Measurements range (also ON SITE): 5 ÷ 200 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of micrometric screw and two-pointed micrometer | Calibration of micrometric screws and two-pointed micrometers. Measurements range: 25 ÷ 600 mm. |
Internal method. Calibration by comparison |
Length: calibration of optical discs | Calibration of optical discs. Measurements range: diameter < 100 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of plastic and metallic Thickness samples | Calibration of plastic and metallic Thickness samples. Measurements range (steel): 0-200 mm. Measurements range (other materials): 0-10 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of roughness samples | Calibration of roughness samples. Measurements range: 0,008 ÷ 600 µm. Uncertainty as in the accreditation table attached |
Internal method. Calibration performed using a stylus roughness meter |
Length: calibration of roundness samples | Calibration of roundness samples. Measurements range: RONt < 400 µm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Optical measurements: calibration of luxmeter | Calibration of luxmeters._x000d_ Until 4000 lux |
Internal method. Calibration by comparison |
Phmeter and conductivity meter | Calibration of phmeters. Measurement points: pH 4,01 - pH 7,01 - pH 10,01 - pH 12_x000d_ calibration of conductivity meters. Measurement points: 84 µS/cm - 1413 µS/cm |
Internal method |
Pressure: calibration of pressure transducer | Calibration of pressure transducers._x000d_ Measurements range: -0,1 MPa÷5 MPa_x000d_ Uncertainty as in the accreditation table attached |
EURAMET cg-17 ver. 4.0 |
Pressure: calibration of pressure transducer | Calibration of pressure transducers (also ON SITE)._x000d_ Measurements range: 5 MPa÷200 Mpa |
Internal method. Calibration by comparison |
Relative humidity: calibration of hygrometers and thermo-hygrometers | Calibration of hygrometers and thermo-hygrometers._x000d_ Measurements range: 10%HR÷95%HR_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Scale and mass | Calibration of scales (also ON SITE) and masses._x000d_ Measurements range: until 150 kg |
Internal method. Calibration by comparison |
Step gauge | Calibration of step gauges. Measurements range: until 1000 mm. |
Internal method. Calibration by comparison |
Surface plate | Calibration of surface plates. |
Internal method. Calibration by comparison |
Tachometer | Calibration of tachometers._x000d_ Measurements range (Optical): 10 rpm ÷ 99.999 rpm _x000d_ Measurements range (Mechanical): 10 rpm ÷ 10.000 rpm |
Internal method. Calibration by comparison |
Temperature and relative humidity: calibration of climatic environments | Calibration of thermostatic chambers, climate chambers, air-conditioned/thermostat rooms, refrigerators/freezers, incubators, autoclaves, muffles (ON SITE)._x000d_ Measurements range: -40°C÷250°C and 10%HR÷95%HR_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of calibrator (meters and simulators) for noble metal and base metal thermocouples | Calibrator for noble metal thermocouples type B. Measurements range: 0°C÷1820°C (also ON SITE). _x000d_ Calibrator for noble metal thermocouples type R and S. Measurements range: -50°C÷1760°C (also ON SITE)._x000d_ Calibrator for base metal thermocouples. Measurements range: CEI EN 60584-1:2014 (also ON SITE)._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of calibrator (meters and simulators) for thermoresistance PT100 | Calibrator for thermoresistance. Measurements range: -200°C÷850°C (also ON SITE)._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of dial thermometers | Calibration of dial thermometers. Measurements range: -80°C÷550°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of liquid glass thermometers | Calibration of liquid glass thermometers. Measurements range: -20°C÷200°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of meters with thermoresistances or thermistors, mechanical sensors, noble metal thermocouple and base metal thermocouple | Calibration of meters with thermoresistances or thermistors, mechanical sensors, noble metal thermocouple and base metal thermocouple._x000d_ Measurements range: -40°C÷120°C_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of noble metal / base metal thermocouples | Calibration of of noble metal / base metal thermocouples. Measurements range: -80°C÷1200°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of resistance thermometers | Calibration of resistance thermometers. Measurements range: -80°C÷550°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with base metal thermocouples) | Calibration of thermometric chains (indicators and transmitters with base metal thermocouples). Measurements range: -80°C÷1200°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with noble metal thermocouples) | Calibration of thermometric chains (indicators and transmitters with noble metal thermocouples). Measurements range: -50°C÷1200°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with resistance thermometer) | Calibration of thermometric chains (indicators and transmitters with resistance thermometer). Measurements range: -80°C÷550°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: dew point hygrometers | Calibration of dew temperature measuring devices and ceramic capacitive aluminum oxide hygrometers._x000d_ Measurements range: -20°C÷90°C_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Time and Frequency. Calibration of analogic and digital oscilloscopes | Calibration of analogic and digital oscilloscopes. Measurements range: 1 ns-5 s. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of generators | Calibration of generators. Measurements range: 1 Hz-3 GHz. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of measurers | Calibration of measurers. Measurements range: 1 Hz-1 GHz. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of oscillators | Calibration of oscillators. Measurements range: 1-10 MHz. Uncertainty as in the accreditation table attached |
Internal method |
Time lapse. Calibration of electronic and mechanical stopwatches | Calibration of electronic and mechanical stopwatches. Measurements range: 1 s- 86400 s. Uncertainty as in the accreditation table attached |
Internal method |
Calibration of instruments for Force measurements (ON SITE). Measurements range: 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached
Accredited: Yes
Capability | Description | Standard |
---|---|---|
Air speed: calibration of anemometer | Calibration of anemometers._x000d_ Until 20 m/s |
Internal method. Calibration by comparison |
Angle and horizontality: calibration of level | Calibration of levels._x000d_ Measurements range: 0°-90°_x000d_ Bubble levels: only horizontality_x000d_ Digital levels: angle and horizontality |
Internal method. Calibration by comparison |
Angle: calibration of angular block | Calibration of angular blocks._x000d_ Measurements range: 0°-90° |
Internal method. Calibration by comparison |
Angle: calibration of protractor | Calibration of protractors._x000d_ Measurements range: 0°-360° |
Internal method. Calibration by comparison |
Calibration of crosshead speed | Calibration of crosshead speed (ON SITE). Measurements range: 0,01 mm/min÷100 mm/min. Uncertainty as in the accreditation table attached |
ASTM E2658-15 |
Calibration of crosshead displacement | Calibration of crosshead displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached |
ASTM E2309/E2309M-20 UNI EN ISO 9513:2013 |
Calibration of instruments for impact test: Charpy and Izod machine for plastic material | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 25 J÷75 J. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 179-2:2020 ISO 13802:2015 ASTM D256-10(2018) UNI EN ISO 179-1:2010 |
Calibration of instruments for impact test: Charpy machine | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 0 J÷600 J. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 148-2:2016 ASTM E23-16 |
Calibration of instruments for impact test: Charpy machine | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 20 J÷180 J. _x000d_ Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 148-2:2016 ASTM E23-16 |
Calibration of Optical Microscope | Calibration of Optical Microscope (ON SITE). _x000d_ Uncertainty as in the accreditation table attached |
ASTM E1951-14 (2019) par. 5.2 ASTM E1951-14 (2019) par. 5.3 ASTM E1951-14 (2019) par. 5.4 |
Calibration of Profile projector and Stereoscope | Calibration of Profile projector and Stereoscope analog and digital (ON SITE). _x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of strain gauges translators of displacement for plastic material | Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 9513:2013 ISO 5893:2019 |
Calibration of strain gauges translators of displacement for steel | Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷12 mm. Uncertainty as in the accreditation table attached |
ASTM E83-16 UNI EN ISO 9513:2013 |
Calibration of torque meter | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 0,5-1000 Nm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of torque wrench | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 0,1-2000 Nm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of torque wrench | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 1-1000 Nm. Uncertainty as in the accreditation table attached |
UNI EN ISO 6789-2:2017 |
Electrical measurements in continuous and low frequency. DC voltage: calibration of generators | Calibration of voltage generators. Measurements range: 1 mV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements in continuous and low frequency. DC voltage: calibration of generators | Calibration of voltage generators. Measurements range: 10 kV÷50 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements in continuous and low frequency. DC voltage: calibration of measurers | Calibration of voltage measurers. Measurements range: 10 µV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating current: calibration of clamp meters | Calibration of Alternating current caliper meters. Measurements range: 1 A÷ 1000 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter and sample shunt by toroid |
Electrical measurements. Alternating current: calibration of generators | Calibration of Alternating current generators. Measurements range: 10 µA÷ 20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating current: calibration of measurers | Calibration of Alternating current measurers. Measurements range: 10 µA÷ 20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Alternating voltage: calibration of generators | Calibration of Alternating voltage generators. Measurements range: 1 mV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating voltage: calibration of generators | Calibration of Alternating voltage generators. Measurements range: 10 kV÷30 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating voltage: calibration of measurers | Calibration of Alternating voltage generators. Measurements range: 1 mV÷6 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Direct current: calibration of clamp meters | Calibration of current caliper meters. Measurements range: 1 A÷1000 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter and sample shunt by toroid |
Electrical measurements. Direct current: calibration of generators | Calibration of current generators. Measurements range: 1 µA÷20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Direct current: calibration of measurers | Calibration of current measurers. Measurements range: 1 µA÷20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Electrical resistance in continuous: calibration of measurers | Calibration of measurers. Measurements range: 1 Ω÷100 MΩ. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Electrical resistance in continuous: calibration of resistors | Calibration of resistors. Measurements range: 1 mΩ÷1 Ω. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison with sample resistor by voltammetric method |
Electrical measurements. Electrical resistance in continuous: calibration of resistors | Calibration of resistors. Measurements range: 1 mΩ÷100 MΩ. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Measurement of electricity for tax purposes | Calibration of Energy/pulse meters and converters. Active energy in three-phase and single-phase regime. Measurements range: 30 V ÷ 230 V / 0,05 A ÷ 10 A. Uncertainty as in the accreditation table attached |
Calibration in application of DT-01-DT rev.01. Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements: insulation tester | Calibration of insulation testers (also ON SITE)._x000d_ Measurements range: 1 MΩ÷100 GΩ |
Internal method. Calibration by comparison |
Electrical measurements: RCL circuit | Calibration of RCL circuits (also ON SITE)._x000d_ Measurements range: resistance 0,01 Ω÷100 kΩ_x000d_ capacitance 0,0001 µF÷10 µF_x000d_ inductance 1 µH÷10 H |
Internal method. Calibration by comparison |
Force: calibration of dynamometer and load cell | Calibration of dynamometers and load cells._x000d_ Measurements range: until 250 kN |
Internal method. Calibration by comparison |
Force: Calibration of instruments for tensile/compression test | Calibration of instruments for Force measurements (ON SITE). Measurements range: 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached |
ASTM E4-20 |
Force: Calibration of instruments for tensile/compression test | Calibration of instruments for Force measurements (ON SITE). Measurements range 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached |
UNI EN ISO 7500-1:2018 |
Hardness. Calibration of Brinell durometer for metallic material | Calibration of Brinell Hardness testers (ON SITE). Measurements range: 10-29420 N. _x000d_ Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
ASTM E 10-18 UNI EN ISO 6506-2:2019 |
Hardness. Calibration of IRHD durometer for plastical material | Calibration of IRHD Hardness testers. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
ISO 48-9:2018 UNI EN 48-2:2019 |
Hardness. Calibration of Rockwell durometer for metallic material | Calibration of Rockwell Hardness testers (ON SITE). Measurements range: 29-1471 N. Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 6508-2:2015 ASTM E 18-22 |
Hardness. Calibration of Shore durometer for plastical material | Calibration of Shore Hardness testers. Type: A, B, O, C, D, M, OO, DO, AO, AM. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
DIN 53505 UNI EN 48-4:2019 ISO 48-9:2018 ASTM D2240:15e1 UNI ISO 868:2005 |
Hardness. Calibration of Vickers and Knoop durometer for metallic material | Calibration of Vickers and Knoop Hardness testers (ON SITE). Measurements range: 0,1-1000 N. Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
ASTM E 384-17 UNI EN ISO 6507-2:2018 ASTM E 92-17 |
Length: calibration of bore gauge | Calibration of bore gauges. Measurements range: 10 ÷ 600 mm. |
Internal method. Calibration by comparison |
Length: calibration of coordinate measuring machines | Calibration of coordinate measuring machines (ON SITE). Measurements range: diagonal of the measurement volume: until 1500 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 10360-2:2010 |
Length: calibration of dial gauge and linear transducers with rod | Calibration of dial gauge and linear transducers with rod. Measurements range: until 100 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 13102:2012 (digital) UNI EN ISO 463:2006 (analog) |
Length: calibration of diametrical samples (gear gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 300 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (gear gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 5 ÷ 300 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. Uncertainty as in the accreditation table attached |
Internal method Euramet cg-06 ver.2.0 |
Length: calibration of diametrical samples (ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 5 ÷ 200 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 2 ÷ 4 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 2 ÷ 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper threaded plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper threaded ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 3 ÷ 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (threaded plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. Uncertainty as in the accreditation table attached |
EURAMET cg-10 ver.2.1 (12/2012) |
Length: calibration of diametrical samples (threaded ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 3 ÷ 200 mm. Uncertainty as in the accreditation table attached |
EURAMET cg-10 ver.2.1 (12/2012) |
Length: calibration of gauge blocks | Calibration of gauge blocks. Measurements range: 0,5 ÷ 100 mm. Uncertainty as in the accreditation table attached |
UNI 8928:1987 |
Length: calibration of gauge blocks > 100mm and Setting Standard Screw Thread Micrometer | Calibration of gauge blocks > 100mm. Measurements range: 100 ÷ 1000 mm. Setting Standard Screw Thread Micrometer. Measurements range: 0-1000mm._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of lever dial gauge | Calibration of lever dial gauge. Measurements range: until 1,5 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 9493:2010 |
Length: calibration of lines (graduated rods, metric splints, metric bindel) | Calibration of lines (graduated rods, metric splints, metric bindel). Measurements range: every 1000 mm up to 100 m. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: caliper | Calibration of manual instruments: caliper (analog and digital). Measurements range (also ON SITE): until 1000 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 13385-1:2019 UNI EN ISO 13385-2:2020 |
Length: calibration of manual instruments: caliper | Calibration of manual instruments: caliper (analog and digital). Measurements range: 1000-2000 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: micrometers | Calibration of manual instruments: micrometers (analog and digital). Measurements range (also ON SITE): until 1000 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: three point micrometer | Calibration of manual instruments: micrometers for measuring 3-point interiors (analog and digital). Measurements range (also ON SITE): 5 ÷ 200 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of micrometric screw and two-pointed micrometer | Calibration of micrometric screws and two-pointed micrometers. Measurements range: 25 ÷ 600 mm. |
Internal method. Calibration by comparison |
Length: calibration of optical discs | Calibration of optical discs. Measurements range: diameter < 100 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of plastic and metallic Thickness samples | Calibration of plastic and metallic Thickness samples. Measurements range (steel): 0-200 mm. Measurements range (other materials): 0-10 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of roughness samples | Calibration of roughness samples. Measurements range: 0,008 ÷ 600 µm. Uncertainty as in the accreditation table attached |
Internal method. Calibration performed using a stylus roughness meter |
Length: calibration of roundness samples | Calibration of roundness samples. Measurements range: RONt < 400 µm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Optical measurements: calibration of luxmeter | Calibration of luxmeters._x000d_ Until 4000 lux |
Internal method. Calibration by comparison |
Phmeter and conductivity meter | Calibration of phmeters. Measurement points: pH 4,01 - pH 7,01 - pH 10,01 - pH 12_x000d_ calibration of conductivity meters. Measurement points: 84 µS/cm - 1413 µS/cm |
Internal method |
Pressure: calibration of pressure transducer | Calibration of pressure transducers._x000d_ Measurements range: -0,1 MPa÷5 MPa_x000d_ Uncertainty as in the accreditation table attached |
EURAMET cg-17 ver. 4.0 |
Pressure: calibration of pressure transducer | Calibration of pressure transducers (also ON SITE)._x000d_ Measurements range: 5 MPa÷200 Mpa |
Internal method. Calibration by comparison |
Relative humidity: calibration of hygrometers and thermo-hygrometers | Calibration of hygrometers and thermo-hygrometers._x000d_ Measurements range: 10%HR÷95%HR_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Scale and mass | Calibration of scales (also ON SITE) and masses._x000d_ Measurements range: until 150 kg |
Internal method. Calibration by comparison |
Step gauge | Calibration of step gauges. Measurements range: until 1000 mm. |
Internal method. Calibration by comparison |
Surface plate | Calibration of surface plates. |
Internal method. Calibration by comparison |
Tachometer | Calibration of tachometers._x000d_ Measurements range (Optical): 10 rpm ÷ 99.999 rpm _x000d_ Measurements range (Mechanical): 10 rpm ÷ 10.000 rpm |
Internal method. Calibration by comparison |
Temperature and relative humidity: calibration of climatic environments | Calibration of thermostatic chambers, climate chambers, air-conditioned/thermostat rooms, refrigerators/freezers, incubators, autoclaves, muffles (ON SITE)._x000d_ Measurements range: -40°C÷250°C and 10%HR÷95%HR_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of calibrator (meters and simulators) for noble metal and base metal thermocouples | Calibrator for noble metal thermocouples type B. Measurements range: 0°C÷1820°C (also ON SITE). _x000d_ Calibrator for noble metal thermocouples type R and S. Measurements range: -50°C÷1760°C (also ON SITE)._x000d_ Calibrator for base metal thermocouples. Measurements range: CEI EN 60584-1:2014 (also ON SITE)._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of calibrator (meters and simulators) for thermoresistance PT100 | Calibrator for thermoresistance. Measurements range: -200°C÷850°C (also ON SITE)._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of dial thermometers | Calibration of dial thermometers. Measurements range: -80°C÷550°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of liquid glass thermometers | Calibration of liquid glass thermometers. Measurements range: -20°C÷200°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of meters with thermoresistances or thermistors, mechanical sensors, noble metal thermocouple and base metal thermocouple | Calibration of meters with thermoresistances or thermistors, mechanical sensors, noble metal thermocouple and base metal thermocouple._x000d_ Measurements range: -40°C÷120°C_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of noble metal / base metal thermocouples | Calibration of of noble metal / base metal thermocouples. Measurements range: -80°C÷1200°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of resistance thermometers | Calibration of resistance thermometers. Measurements range: -80°C÷550°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with base metal thermocouples) | Calibration of thermometric chains (indicators and transmitters with base metal thermocouples). Measurements range: -80°C÷1200°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with noble metal thermocouples) | Calibration of thermometric chains (indicators and transmitters with noble metal thermocouples). Measurements range: -50°C÷1200°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with resistance thermometer) | Calibration of thermometric chains (indicators and transmitters with resistance thermometer). Measurements range: -80°C÷550°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: dew point hygrometers | Calibration of dew temperature measuring devices and ceramic capacitive aluminum oxide hygrometers._x000d_ Measurements range: -20°C÷90°C_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Time and Frequency. Calibration of analogic and digital oscilloscopes | Calibration of analogic and digital oscilloscopes. Measurements range: 1 ns-5 s. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of generators | Calibration of generators. Measurements range: 1 Hz-3 GHz. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of measurers | Calibration of measurers. Measurements range: 1 Hz-1 GHz. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of oscillators | Calibration of oscillators. Measurements range: 1-10 MHz. Uncertainty as in the accreditation table attached |
Internal method |
Time lapse. Calibration of electronic and mechanical stopwatches | Calibration of electronic and mechanical stopwatches. Measurements range: 1 s- 86400 s. Uncertainty as in the accreditation table attached |
Internal method |
Requirements for household appliances, electric tools and similar apparatus - Part 2: Immunity - Product family standard
Accredited: Yes
Capability | Description | Standard |
---|---|---|
Air-cleaning appliances | Safety |
IEC 60335-2-65:2002+AMD1:2008+AMD2:2015; EN 60335-2-65:2003 + A1:2008 + A11:2012 |
Appliances for heating liquids | Safety |
IEC 60335-2-15:2012+AMD1:2016+AMD2:2018; EN 60335-2-15:2016 + A11:2018 |
Automatic catchweighing instruments. | Part 1: Metrological and technical requirements - Tests |
OIML R 51-1:2006 |
Automatic gravimetric filling instruments | Part 1: Metrological and technical requirements - Tests |
OIML R 61-1:2004 |
Commercial electric bains marie | Safety |
IEC 60335-2-50:2002 / A1:2007 / A2:2017, EN 60335-2-50:2003 / A1:2008 |
Commercial electric boiling pans | Safety |
IEC 60335-2-47:2002 / A1:2008 / A2:2017, EN 60335-2-47:2003 / A1:2008 / A11:2012 |
Commercial electric cooking ranges, ovens, hobs and hob elements | Safety |
EN 60335-2-36:2002 / A1:2004 / A2:2008 / A11:2012, IEC 60335-2-36:2017 |
Commercial electric deep fat fryers | Safety |
EN 60335-2-37:2002 / A1:2008 / A11:2012 / A12:2016, IEC 60335-2-37:2017 |
Commercial electric forced convection ovens, steam cookers and steam-convection ovens | Safety |
IEC 60335-2-42:2002 / A1:2008 / A2:2017, EN 60335-2-42:2003 / A1:2008 / A11:2012 |
Commercial electric griddles and griddle grills | Safety |
IEC 60335-2-38:2002 / A1:2008 / A2:2017, EN 60335-2-38:2003 / A1:2008 |
Commercial electric hot cupboards | Safety |
IEC 60335-2-49:2002 / A1:2008 / A2:2017, EN 60335-2-49:2003 / A1:2008 / A11:2012 |
Commercial electric kitchen machines | Safety |
IEC 60335-2-64:2002+AMD1:2007+AMD2:2017; EN 60335-2-64:2000 + A1:2002 |
Commercial electric multi-purpose cooking pans | Safety |
IEC 60335-2-39:2012 / A1:2017, EN 60335-2-39:2003 / A1:2004 / A2:2008 |
Commercial grillers and toasters | Safety |
IEC 60335-2-48:2002 / A1:2008 / A2:2017, EN 60335-2-48:2003 / A1:2008 / A11:2012 |
Cooking ranges, hobs, ovens and similar appliances | Safety |
IEC 60335-2-6:2014 / A1:2018, EN 60335-2-6:2015 / A1:2020 / A11:2020 |
Deep fat fryers, frying pans and similar appliances | Safety |
IEC 60335-2-13:2009+AMD1:2016; EN 60335-2-13:2010+A11:2012+A1:2019 |
Dynamic measuring systems for liquids other than water | Part 1: Metrological and technical requirements |
OIML R 117-1:2007 |
Electric irons | Safety |
EN 60335-2-3:2016; IEC 60335-2-3:2012+AMD1:2015 |
Electrical equipment for measurement, control and laboratory use | EMC requirements - Part 1: General requirements |
EN 61326-1:2013, IEC 61326-1:2012 |
Electromagnetic compatibility | Requirements for household appliances, electric tools and similar apparatus - Part 2: Immunity - Product family standard |
EN 55014-2:2015, CISPR 14-2:2015 |
Electromagnetic compatibility (EMC) | Part 4-11: Testing and measurement techniques - Voltage dips, short interruptions and voltage variations immunity tests |
EN 61000-4-11:2004 /A1:2017, IEC 61000-4-11:2004 /A1:2017, EN IEC 61000-4-11:2020 |
Electromagnetic compatibility (EMC) | Part 4-5: Testing and measurement techniques - Surge immunity test |
EN 61000-4-5:2014 /A1:2017, IEC 61000-4-5:2014 /A1:2017 |
Electromagnetic compatibility (EMC) | Part 4-4: Testing and measurement techniques - Electrical fast transient/burst immunity test |
EN 61000-4-4:2012 |
Electromagnetic compatibility (EMC) | Part 4-8: Testing and measurement techniques - Power frequency magnetic field immunity test |
EN 61000-4-8:2010 |
Electromagnetic compatibility (EMC) | Part 6-2: Generic standards - Immunity for residential, commercial and light-industrial environments |
EN IEC 61000-6-1:2019 |
Electromagnetic compatibility (EMC) | Part 6-1: Generic standards - Immunity standard for residential, commercial and light-industrial environments |
EN IEC 61000-6-2:2019 |
Electromagnetic compatibility (EMC) | Part 4-2: Testing and measurement techniques - Electrostatic discharge immunity test |
EN 61000-4-2:2009 IEC 61000-4-2:2008 |
Electromagnetic compatibility (EMC) | Part 4-6: Testing and measurement techniques - Immunity to conducted disturbances, induced by radio-frequency fields |
EN 61000-4-6:2014 /AC:2015, IEC 61000-4-6:2013 /Cor1:2015 |
Equipment for general lighting purposes | EMC immunity requirements |
EN 61547:2009 |
Gas, oil and solid fuel burning appliances having electrical connections | Safety |
IEC 60335-2-102:2017, EN 60335-2-102:2016 |
Grills, toasters and similar portable cooking appliances | Safety |
IEC 60335-2-9:2019; EN 60335-2-9:2003 / A1:2004 /A2:2006 / A12:2007 / A13:2010 |
Household and similar electrical appliances - Safety | Part 1: General requirements |
IEC 60335-1:2010 /COR1:2010 / COR2/2011/ A1:2013 / COR1:2014/ A2:2016 /COR1:2016, EN 60335-1:2012 / |
Humidifiers | Safety |
EN 60335-2-98:2003 + A1:2005 + A2:2008 + A11:2019 |
Kitchen machines | Safety |
IEC 60335-2-14:2016+AMD1:2019; EN 60335-2-14:2006 + A1:2008 + A11:2012 + A12:2016 |
Luminaires | Part 1: General requirements and tests |
EN 60598-1 |
Medical electrical equipment | Part 1: General requirements for basic safety and essential performance |
EN 60601-1:2006 /EC:2010 /A1:2013 /AC:2014 /A12:2014, IEC 60601-1:2005 /A1:2012 |
Medical electrical equipment | Part 1-2: General requirements for basic safety and essential performance –_x000d_ Collateral Standard: Electromagnetic disturbances – Requirements and tests |
EN 60601-1-2:2015, IEC 60601-1-2:2014 |
Railway applications | Electronic equipment used on rolling stock |
EN 50155:2007 /Cor:2010 /AC:2012 EN 50155:2017 |
Safety of machinery – Electrical equipment of machines | Part 1: General requirements |
EN 60204-1:2018 / IEC 60204-1:2016 |
Safety requirements for electrical equipment for measurement, control, and laboratory use | Part 1: General requirements |
EN 61010-1:2010 /A1:2019 / AC2019-04, IEC 61010-1:2010 /A1:2016 |
Warming plates and similar appliances | Safety |
IEC 60335-2-12:2002+AMD1:2008+AMD2:2017 EN 60335-2-12:2003+A1:2008+A2:2019+A11:2019 |
Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached
Accredited: Yes
Capability | Description | Standard |
---|---|---|
Air speed: calibration of anemometer | Calibration of anemometers._x000d_ Until 20 m/s |
Internal method. Calibration by comparison |
Angle and horizontality: calibration of level | Calibration of levels._x000d_ Measurements range: 0°-90°_x000d_ Bubble levels: only horizontality_x000d_ Digital levels: angle and horizontality |
Internal method. Calibration by comparison |
Angle: calibration of angular block | Calibration of angular blocks._x000d_ Measurements range: 0°-90° |
Internal method. Calibration by comparison |
Angle: calibration of protractor | Calibration of protractors._x000d_ Measurements range: 0°-360° |
Internal method. Calibration by comparison |
Calibration of crosshead speed | Calibration of crosshead speed (ON SITE). Measurements range: 0,01 mm/min÷100 mm/min. Uncertainty as in the accreditation table attached |
ASTM E2658-15 |
Calibration of crosshead displacement | Calibration of crosshead displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached |
ASTM E2309/E2309M-20 UNI EN ISO 9513:2013 |
Calibration of instruments for impact test: Charpy and Izod machine for plastic material | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 25 J÷75 J. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 179-2:2020 ISO 13802:2015 ASTM D256-10(2018) UNI EN ISO 179-1:2010 |
Calibration of instruments for impact test: Charpy machine | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 0 J÷600 J. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 148-2:2016 ASTM E23-16 |
Calibration of instruments for impact test: Charpy machine | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 20 J÷180 J. _x000d_ Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 148-2:2016 ASTM E23-16 |
Calibration of Optical Microscope | Calibration of Optical Microscope (ON SITE). _x000d_ Uncertainty as in the accreditation table attached |
ASTM E1951-14 (2019) par. 5.2 ASTM E1951-14 (2019) par. 5.3 ASTM E1951-14 (2019) par. 5.4 |
Calibration of Profile projector and Stereoscope | Calibration of Profile projector and Stereoscope analog and digital (ON SITE). _x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of strain gauges translators of displacement for plastic material | Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 9513:2013 ISO 5893:2019 |
Calibration of strain gauges translators of displacement for steel | Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷12 mm. Uncertainty as in the accreditation table attached |
ASTM E83-16 UNI EN ISO 9513:2013 |
Calibration of torque meter | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 0,5-1000 Nm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of torque wrench | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 0,1-2000 Nm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of torque wrench | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 1-1000 Nm. Uncertainty as in the accreditation table attached |
UNI EN ISO 6789-2:2017 |
Electrical measurements in continuous and low frequency. DC voltage: calibration of generators | Calibration of voltage generators. Measurements range: 1 mV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements in continuous and low frequency. DC voltage: calibration of generators | Calibration of voltage generators. Measurements range: 10 kV÷50 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements in continuous and low frequency. DC voltage: calibration of measurers | Calibration of voltage measurers. Measurements range: 10 µV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating current: calibration of clamp meters | Calibration of Alternating current caliper meters. Measurements range: 1 A÷ 1000 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter and sample shunt by toroid |
Electrical measurements. Alternating current: calibration of generators | Calibration of Alternating current generators. Measurements range: 10 µA÷ 20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating current: calibration of measurers | Calibration of Alternating current measurers. Measurements range: 10 µA÷ 20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Alternating voltage: calibration of generators | Calibration of Alternating voltage generators. Measurements range: 1 mV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating voltage: calibration of generators | Calibration of Alternating voltage generators. Measurements range: 10 kV÷30 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating voltage: calibration of measurers | Calibration of Alternating voltage generators. Measurements range: 1 mV÷6 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Direct current: calibration of clamp meters | Calibration of current caliper meters. Measurements range: 1 A÷1000 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter and sample shunt by toroid |
Electrical measurements. Direct current: calibration of generators | Calibration of current generators. Measurements range: 1 µA÷20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Direct current: calibration of measurers | Calibration of current measurers. Measurements range: 1 µA÷20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Electrical resistance in continuous: calibration of measurers | Calibration of measurers. Measurements range: 1 Ω÷100 MΩ. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Electrical resistance in continuous: calibration of resistors | Calibration of resistors. Measurements range: 1 mΩ÷1 Ω. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison with sample resistor by voltammetric method |
Electrical measurements. Electrical resistance in continuous: calibration of resistors | Calibration of resistors. Measurements range: 1 mΩ÷100 MΩ. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Measurement of electricity for tax purposes | Calibration of Energy/pulse meters and converters. Active energy in three-phase and single-phase regime. Measurements range: 30 V ÷ 230 V / 0,05 A ÷ 10 A. Uncertainty as in the accreditation table attached |
Calibration in application of DT-01-DT rev.01. Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements: insulation tester | Calibration of insulation testers (also ON SITE)._x000d_ Measurements range: 1 MΩ÷100 GΩ |
Internal method. Calibration by comparison |
Electrical measurements: RCL circuit | Calibration of RCL circuits (also ON SITE)._x000d_ Measurements range: resistance 0,01 Ω÷100 kΩ_x000d_ capacitance 0,0001 µF÷10 µF_x000d_ inductance 1 µH÷10 H |
Internal method. Calibration by comparison |
Force: calibration of dynamometer and load cell | Calibration of dynamometers and load cells._x000d_ Measurements range: until 250 kN |
Internal method. Calibration by comparison |
Force: Calibration of instruments for tensile/compression test | Calibration of instruments for Force measurements (ON SITE). Measurements range: 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached |
ASTM E4-20 |
Force: Calibration of instruments for tensile/compression test | Calibration of instruments for Force measurements (ON SITE). Measurements range 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached |
UNI EN ISO 7500-1:2018 |
Hardness. Calibration of Brinell durometer for metallic material | Calibration of Brinell Hardness testers (ON SITE). Measurements range: 10-29420 N. _x000d_ Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
ASTM E 10-18 UNI EN ISO 6506-2:2019 |
Hardness. Calibration of IRHD durometer for plastical material | Calibration of IRHD Hardness testers. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
ISO 48-9:2018 UNI EN 48-2:2019 |
Hardness. Calibration of Rockwell durometer for metallic material | Calibration of Rockwell Hardness testers (ON SITE). Measurements range: 29-1471 N. Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 6508-2:2015 ASTM E 18-22 |
Hardness. Calibration of Shore durometer for plastical material | Calibration of Shore Hardness testers. Type: A, B, O, C, D, M, OO, DO, AO, AM. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
DIN 53505 UNI EN 48-4:2019 ISO 48-9:2018 ASTM D2240:15e1 UNI ISO 868:2005 |
Hardness. Calibration of Vickers and Knoop durometer for metallic material | Calibration of Vickers and Knoop Hardness testers (ON SITE). Measurements range: 0,1-1000 N. Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
ASTM E 384-17 UNI EN ISO 6507-2:2018 ASTM E 92-17 |
Length: calibration of bore gauge | Calibration of bore gauges. Measurements range: 10 ÷ 600 mm. |
Internal method. Calibration by comparison |
Length: calibration of coordinate measuring machines | Calibration of coordinate measuring machines (ON SITE). Measurements range: diagonal of the measurement volume: until 1500 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 10360-2:2010 |
Length: calibration of dial gauge and linear transducers with rod | Calibration of dial gauge and linear transducers with rod. Measurements range: until 100 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 13102:2012 (digital) UNI EN ISO 463:2006 (analog) |
Length: calibration of diametrical samples (gear gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 300 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (gear gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 5 ÷ 300 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. Uncertainty as in the accreditation table attached |
Internal method Euramet cg-06 ver.2.0 |
Length: calibration of diametrical samples (ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 5 ÷ 200 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 2 ÷ 4 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 2 ÷ 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper threaded plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper threaded ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 3 ÷ 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (threaded plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. Uncertainty as in the accreditation table attached |
EURAMET cg-10 ver.2.1 (12/2012) |
Length: calibration of diametrical samples (threaded ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 3 ÷ 200 mm. Uncertainty as in the accreditation table attached |
EURAMET cg-10 ver.2.1 (12/2012) |
Length: calibration of gauge blocks | Calibration of gauge blocks. Measurements range: 0,5 ÷ 100 mm. Uncertainty as in the accreditation table attached |
UNI 8928:1987 |
Length: calibration of gauge blocks > 100mm and Setting Standard Screw Thread Micrometer | Calibration of gauge blocks > 100mm. Measurements range: 100 ÷ 1000 mm. Setting Standard Screw Thread Micrometer. Measurements range: 0-1000mm._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of lever dial gauge | Calibration of lever dial gauge. Measurements range: until 1,5 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 9493:2010 |
Length: calibration of lines (graduated rods, metric splints, metric bindel) | Calibration of lines (graduated rods, metric splints, metric bindel). Measurements range: every 1000 mm up to 100 m. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: caliper | Calibration of manual instruments: caliper (analog and digital). Measurements range (also ON SITE): until 1000 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 13385-1:2019 UNI EN ISO 13385-2:2020 |
Length: calibration of manual instruments: caliper | Calibration of manual instruments: caliper (analog and digital). Measurements range: 1000-2000 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: micrometers | Calibration of manual instruments: micrometers (analog and digital). Measurements range (also ON SITE): until 1000 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: three point micrometer | Calibration of manual instruments: micrometers for measuring 3-point interiors (analog and digital). Measurements range (also ON SITE): 5 ÷ 200 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of micrometric screw and two-pointed micrometer | Calibration of micrometric screws and two-pointed micrometers. Measurements range: 25 ÷ 600 mm. |
Internal method. Calibration by comparison |
Length: calibration of optical discs | Calibration of optical discs. Measurements range: diameter < 100 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of plastic and metallic Thickness samples | Calibration of plastic and metallic Thickness samples. Measurements range (steel): 0-200 mm. Measurements range (other materials): 0-10 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of roughness samples | Calibration of roughness samples. Measurements range: 0,008 ÷ 600 µm. Uncertainty as in the accreditation table attached |
Internal method. Calibration performed using a stylus roughness meter |
Length: calibration of roundness samples | Calibration of roundness samples. Measurements range: RONt < 400 µm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Optical measurements: calibration of luxmeter | Calibration of luxmeters._x000d_ Until 4000 lux |
Internal method. Calibration by comparison |
Phmeter and conductivity meter | Calibration of phmeters. Measurement points: pH 4,01 - pH 7,01 - pH 10,01 - pH 12_x000d_ calibration of conductivity meters. Measurement points: 84 µS/cm - 1413 µS/cm |
Internal method |
Pressure: calibration of pressure transducer | Calibration of pressure transducers._x000d_ Measurements range: -0,1 MPa÷5 MPa_x000d_ Uncertainty as in the accreditation table attached |
EURAMET cg-17 ver. 4.0 |
Pressure: calibration of pressure transducer | Calibration of pressure transducers (also ON SITE)._x000d_ Measurements range: 5 MPa÷200 Mpa |
Internal method. Calibration by comparison |
Relative humidity: calibration of hygrometers and thermo-hygrometers | Calibration of hygrometers and thermo-hygrometers._x000d_ Measurements range: 10%HR÷95%HR_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Scale and mass | Calibration of scales (also ON SITE) and masses._x000d_ Measurements range: until 150 kg |
Internal method. Calibration by comparison |
Step gauge | Calibration of step gauges. Measurements range: until 1000 mm. |
Internal method. Calibration by comparison |
Surface plate | Calibration of surface plates. |
Internal method. Calibration by comparison |
Tachometer | Calibration of tachometers._x000d_ Measurements range (Optical): 10 rpm ÷ 99.999 rpm _x000d_ Measurements range (Mechanical): 10 rpm ÷ 10.000 rpm |
Internal method. Calibration by comparison |
Temperature and relative humidity: calibration of climatic environments | Calibration of thermostatic chambers, climate chambers, air-conditioned/thermostat rooms, refrigerators/freezers, incubators, autoclaves, muffles (ON SITE)._x000d_ Measurements range: -40°C÷250°C and 10%HR÷95%HR_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of calibrator (meters and simulators) for noble metal and base metal thermocouples | Calibrator for noble metal thermocouples type B. Measurements range: 0°C÷1820°C (also ON SITE). _x000d_ Calibrator for noble metal thermocouples type R and S. Measurements range: -50°C÷1760°C (also ON SITE)._x000d_ Calibrator for base metal thermocouples. Measurements range: CEI EN 60584-1:2014 (also ON SITE)._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of calibrator (meters and simulators) for thermoresistance PT100 | Calibrator for thermoresistance. Measurements range: -200°C÷850°C (also ON SITE)._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of dial thermometers | Calibration of dial thermometers. Measurements range: -80°C÷550°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of liquid glass thermometers | Calibration of liquid glass thermometers. Measurements range: -20°C÷200°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of meters with thermoresistances or thermistors, mechanical sensors, noble metal thermocouple and base metal thermocouple | Calibration of meters with thermoresistances or thermistors, mechanical sensors, noble metal thermocouple and base metal thermocouple._x000d_ Measurements range: -40°C÷120°C_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of noble metal / base metal thermocouples | Calibration of of noble metal / base metal thermocouples. Measurements range: -80°C÷1200°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of resistance thermometers | Calibration of resistance thermometers. Measurements range: -80°C÷550°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with base metal thermocouples) | Calibration of thermometric chains (indicators and transmitters with base metal thermocouples). Measurements range: -80°C÷1200°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with noble metal thermocouples) | Calibration of thermometric chains (indicators and transmitters with noble metal thermocouples). Measurements range: -50°C÷1200°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with resistance thermometer) | Calibration of thermometric chains (indicators and transmitters with resistance thermometer). Measurements range: -80°C÷550°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: dew point hygrometers | Calibration of dew temperature measuring devices and ceramic capacitive aluminum oxide hygrometers._x000d_ Measurements range: -20°C÷90°C_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Time and Frequency. Calibration of analogic and digital oscilloscopes | Calibration of analogic and digital oscilloscopes. Measurements range: 1 ns-5 s. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of generators | Calibration of generators. Measurements range: 1 Hz-3 GHz. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of measurers | Calibration of measurers. Measurements range: 1 Hz-1 GHz. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of oscillators | Calibration of oscillators. Measurements range: 1-10 MHz. Uncertainty as in the accreditation table attached |
Internal method |
Time lapse. Calibration of electronic and mechanical stopwatches | Calibration of electronic and mechanical stopwatches. Measurements range: 1 s- 86400 s. Uncertainty as in the accreditation table attached |
Internal method |
Roomheaters fired by solid fuel : Nominal heat output, efficiency, heat output to water, safety temperature, combustion, CO emission (Accredited for nominal heat output ≤ 50kW)
Accredited: Yes
Capability | Description | Standard |
---|---|---|
Boiler fired by solid fuel | Nominal heat output, efficiency, safety temperature, CO-OGC-NOx emission (Accredited for nominal heat output ≤ 50kW) |
EN 303-5:2012 |
Dust emission | Measurement of dust emission (Accredited for nominal heat output ≤ 50kW) |
CEN/TS 15883: 2009 UNI EN 13284-1:2003 |
Inset appliances | Inset appliances including open fires fired by solid fuel : Nominal heat output, efficiency, heat output to water, safety temperature, combustion, CO emission (Accredited for nominal heat output ≤ 50kW) |
EN 13229:2001/A2:2004 /AC:2007 EN 13229:2001 EN 13229:2001/A2:2004 EN 13229:2001/AC:2006 EN 13229:2001/A1:2003 |
NOx emission | Measurements of NOx emission (Accredited for nominal heat output ≤ 50kW) |
CEN/TS 15883: 2009 |
OGC emission | Measurement of OGC emission (Accredited for nominal heat output ≤ 50kW) |
CEN/TS 15883: 2009 |
Residential cookers | Residential cookers fired by solid fuel : Nominal heat output, efficiency, heat output to water, safety temperature, combustion, CO emission (Accredited for nominal heat output ≤ 50kW) |
EN 12815:2001/A1:2004 EN 12815:2001 EN12815:2001/ A1:2004/AC:2007 EN 12815:2001/AC:2006 |
Roomheaters | Roomheaters fired by solid fuel : Nominal heat output, efficiency, heat output to water, safety temperature, combustion, CO emission (Accredited for nominal heat output ≤ 50kW) |
EN 13240:2001/A2:2004/AC:2007 EN 13240:2001 EN 13240:2001/A2:2004 EN 13240:2001/AC:2006 |
Evaluation of the material grain size through a microscope
Accredited: No
Capability | Description | Standard |
---|---|---|
Accelerated aging tests with UV-type ultraviolet rays | Accelerated aging tests with UV-type ultraviolet rays for plastic and painted materials |
ASTM G 154-2023 UNI EN ISO 16474-1:2014 UNI EN ISO 16474-3:2021 |
Adhesion test | Determination of a physical characteristic of a painted finish |
UNI EN ISO 2409:2020 |
Bend Test | Test on welded joint |
EN ISO 5173:2023 |
Brinnel Hardness | Hardness scale HB on ferrous and non-ferrous metal materials: (Scale HBW2,5/187,5; HBW2,5/62,5)_x000d_ (31,8÷218 HBW2,5/62,5 90÷590 HBW2,5/187,5) |
UNI EN ISO 6506-1:2015 ASTM E10-18 (except par. 5.7) |
Checking with Penetrant Liquids | Non-destructive test on welded joint |
UNI EN ISO 3452-1:2013 |
Chemical analysys with Optical Emision Spectrometry | Chemical analysis on ferrous metal materials: (Low C steel (C:0,047-1,07%; Si:0,18-1,72%;_x000d_ Mn:0,169-1,92%; P:0,006-0,439%; S:0,008-0,07%;_x000d_ Cr:0,032-5,11%; Mo:0,006-1,4%; Ni:0,031-5,34%;_x000d_ Cu:0,215-0,57%; V:0,002-0,85%; Co:0,006-0,67%;_x000d_ Ti:0,003-0,48%; W:0,001-1,3%)._x000d_ Inox steel (C:0,022-0,903%; Si:0,17-1%; Mn:0,32-1,8%;_x000d_ P:0,008-0,036%; S:0,002-0,35%; Cr:15,12-23,85%;_x000d_ Mo:0,02-3,55%; Ni:0,22-14,74%;Cu:0,07-3,35%;_x000d_ V:0,031-0,388%; Ti:0,003-0,34%)._x000d_ Tool Steel (C:0,67-1,02%; Si:0,11-0,3%; Mn:0,17-0,41%;_x000d_ P:0,018-0,043%;S: 0,001-0,039%; Cr:3,21-4,98%;_x000d_ Mo:0,17-9,41%; V:0,06-0,35%;_x000d_ W:1,8-20,4%;Co:0,08-10%;Ni:0,06-0,35%)._x000d_ Steel with Pb (C:0,07-0,08%; Si:0,002-0,006%;_x000d_ Mn:0,91-1,01%; P:0,07-0,087%;S: 0,31-0,32%; Cr:0,01-0,02%;_x000d_ Ni:0,006-0,012%; Mo:0,002-0,008%; Pb:0,24-0,34%)._x000d_ Steel with high Mn (C:0,94-1,45%; Si:0,11-0,85%; Mn:9,69-11,24%;_x000d_ P:0,02-0,1%; S: 0,006-0,022%; Cr:0,13-1,36%;Ni:2,97-3,77%;_x000d_ Mo:0,94-1,51%; Al:0,049-0,095%)._x000d_ Cast Iron (C:2,5-3,96%; S:0,005-0,11%; Mn:0,17-1,89%;_x000d_ P:0,019-0,46%; Si: 0,55-2,54%; Cr:0,02-2,50%; Mo:0,006-0,86%;_x000d_ V:0,012-0,55%; Ni:0,13-4,34%; Cu:0,006-0,86% )) |
Internal method |
Chemical analysys with Optical Emision Spectrometry | Chemical analysis on non-ferrous metal materials: Al-Cu Alloys (Cu:5,4-10,3%; Mg:0,08-0,18%; Si:0,79-1,03%;_x000d_ Fe:0,31-0,39%; Mn: 0,2-0,51%; Ni:0,001-0,22%; Zn:0,38-0,83%;_x000d_ Ti:0,003-0,05%; Cr: 0,001-0,09%)._x000d_ Al-Si Alloys (Si:5,3-13,7%; Fe:0,31-0,79%; Cu:0,076-3,63%;_x000d_ Mn:0,29-0,65%; Mg: 0,03-0,9%; Cr:0,002-0,18%; Zn:0,09-1,22%;_x000d_ Ti:0,083-0,18%; Ni: 0,01-0,29%; Pb:0,05-0,36%; Sn:_x000d_ 0,038-0,28%)._x000d_ Al-Mg Alloys (Cu:0,05-0,13%; Mg:5,25-9,7%; Si:0,31-0,33%;_x000d_ Fe:0,27-0,33%; Mn: 0,010-0,33%; Zn:0,11-0,14%;_x000d_ Pb:0,0006-0,09%; Ti:0,038-0,25%; Cr: 0,05-0,11%)._x000d_ Al-Zn Alloys (Si:0,1-0,64%; Fe:0,21-0,47%; Cu:0,048-3%; Mn:_x000d_ 0,26-0,51%; Mg:0,24-1,8%; Cr:0,003-0,27%; Zn:6,1-6,27%;_x000d_ Ti:0,011-0,043%)._x000d_ Cu Alloys (Sn:0,01-15,1%; Pb:0,002-10,6%;_x000d_ Zn:0,007-39,4%; Ni: 0,039-4,82%; Fe:0,052-3,0%;_x000d_ Si:0,01-0,08%; Mn:0,001-1,3%; Al:0,001-7,2%; Sb:0,19-0,444%;_x000d_ S:0,003-0,11%; As: 0,001-0,13%)_x000d_ Alloys Ni (C:0,025-0,14%; Si:0,02-0,16%; Cu:0,03-57,8%;_x000d_ Fe: 0,34-3,98%; Mn:0,015-0,56%; Cr:19,2-19,65%;_x000d_ Ti:0,08-2,59%; Al:0,035-1,63%; Co:0,115-16,9%;_x000d_ Mo:0,03-0,05%; Mg:0,001-0,014%;) |
Internal method |
Climatic conditioning test | Climatic conditioning at different temperature and humidity values in a climatic chamber |
Customer technical procedures/standards |
Conditioning in neutral/acetic/cuprosaline acetic salt spray chamber | Conditioning in neutral/acetic/cuprosaline acetic salt spray chamber for painted materials |
UNI EN ISO 9227:2023 |
Crosslinking Test | Estimation of the degree of crosslinking by determination of the gel content |
UNI EN ISO 10147: 2013 |
Crushing decohesion test for polyethylene (PE) electrofusion assemblies | Crushing decohesion test for polyethylene (PE) electrofusion assemblies |
ISO 13955: 1997/AMD 1: 2020 |
Decohesion test of polyethylene (PE) | Saddle fusion joints - Evaluation of ductility of fusion joint interface by tear test |
ISO 13956: 2010 |
Determination of apparent density | Determination of apparent density of moulding material that cannot be poured from a specified funnel |
UNI EN ISO 61: 2001 |
Determination of ashes | Part 1: General methods - method A |
UNI EN ISO 3451-1:2019 |
Determination of austenitic grain size with the Mc Quaid Method | Evaluation of the material grain size through a microscope |
ASTM E112-13(2021) UNI EN ISO 643:2020 |
Determination of dimensions | Determination of dimensions |
UNI EN ISO 3126: 2005 |
Determination of long-term strength | Determination of long-term strength |
ISO 17456: 2006 |
Determination of resistance to crack propagation | Determination of resistance to crack propagation - Test method for slow crack growth on notched pipes |
UNI EN ISO 13479: 2022 |
Determination of resistance to external blows | Round-the-clock method |
UNI EN ISO 3127: 2018 |
Determination of resistance to external blows | Staircase method |
UNI EN ISO 11173: 2018 |
Determination of resistance to gas constituents | Determination of resistance to gas constituents |
ISO 17484-1: 2014 |
Determination of resistance to operating temperature | Determination of resistance to operating temperature |
UNI 11344: 2016 Annex D |
Determination of tensile properties | Determination of tensile properties |
UNI EN ISO 527 - 5:2022 UNI EN ISO 527 - 1: 2019 UNI EN ISO 527 - 2:2012 UNI EN ISO 527 - 4:2022 UNI EN ISO 527 - 3:2019 |
Determination of tensile properties | Determination of tensile properties for Polyolefin pipes and for PVC pipes |
UNI EN ISO 6259 - 3: 2015 UNI EN ISO 6259 - 2: 2020 UNI EN ISO 6259 - 1: 2015 |
Determination of the long-term hydrostatic strength of thermoplastics materials in pipe | Determination of the long-term hydrostatic strength of thermoplastics materials in pipe form by extrapolation |
UNI EN ISO 9080: 2012 |
Determination of the resistance to internal pressure | Determination of the resistance to internal pressure |
UNI EN ISO 1167 - 4: 2008 UNI EN ISO 1167 - 1: 2006 UNI EN ISO 1167 - 3: 2008 UNI EN ISO 1167 - 2: 2006 |
Determination of the tensile strength and failure mode of test pieces from a butt-fused joint | Determination of the tensile strength and failure mode of test pieces from a butt-fused joint |
ISO 13953: 2001/AMD 1:2020 |
Determination of the weight of the phosphate layer | Determination of a chemical/physical characteristic of a surface phosphating coating |
UNI EN ISO 3892:2001 |
Determination of water absorption | Determination of water absorption |
UNI EN ISO 62: 2008 |
Differential scanning calorimetry (DSC) | Part 1: general principles_x000d_ Part 3: determination of temperature and enthalpy of melting and crystallization |
UNI EN ISO 11357-3:2018 UNI EN ISO 11357-1:2016 |
Drop tests | Drop tests on products using a drop tower |
Customer technical procedures/standards |
Endurance test. Accelerated agening | Temperature Cycling test (TCT) |
BS 1212.6 (1996) |
Fatigue test for dental implants | Fatigue test for dental implants |
UNI EN ISO 14801:2017 |
Hardness test (pencil test) | Determination of a physical characteristic of a painted finish |
UNI 10782:1999 |
HDT Test | Determination of temperature of deflection under load_x000d_ Part 1: general test method_x000d_ Part 2: plastics and ebonite_x000d_ Part 3: high-strength thermosetting laminates and long-fibre-rainforced plastics |
UNI EN ISO 75-1:2020 UNI EN ISO 75-3:2004 UNI EN ISO 75-2:2013 |
Impact test | Impact resistance assessment on ferrous metal materials at room and low temperature |
UNI EN ISO 148-1:2016 |
Inclusion content assessment | Evaluation of the material inclusion content assessment through a microscope |
ASTM E 45-18a - Method A and D |
Injection-moulded thermoplastics fittings | Methods for visually assessing the effects of heating |
UNI EN ISO 580:2005 |
Longitudinal reversion | Test method and parameters |
UNI EN ISO 2505:2005 |
Macrostructural structure / Macroscopic observation | Evaluation of the material macrostructure through a stereomicroscope |
ASTM E340-15 |
Measurement of the thickness of the coating | Metallographic analysis: measurement of the thickness of the coating by microscopic observation on a cross section |
UNI EN ISO 1463:2021 |
Methods for determining the density of non-cellular plastics | Methods for determining the density of non-cellular plastics - Method A |
UNI EN ISO 1183-1:2019 |
MFR and MVR Test | Determination of the melt mass-flow rate (MFR) and melt volume-flow rate (MVR) of thermoplastics |
UNI EN ISO 1133-1:2012 |
Microscopic observation on cast iron samples | Evaluation of the material microstructure of cast iron samples |
UNI EN ISO 945-1:2019 |
Microstructural structure / Microscopic observation | Evaluation of the material microstructure through a microscope |
ASTM E3-11(2017) ASTM E407-07(2015)e1 |
OIT Test | Determination of oxidation induction time (isothermal OIT) and oxidation induction temperature (dynamic OIT) |
UNI EN ISO 11357-6:2018 |
Peel decohesion test for polyethylene (PE) | Peel decohesion test for polyethylene (PE) electrofusion assemblies of nominal outside diameter greater than or equal to 90 mm |
ISO 13954: 1997/AMD 1:2020 |
Porosity test | Porosity test after endurance test |
BS 1112.2 (1998) |
Primary-secondary plastics | Generalities on secondary raw materials and by-products of plastics for each type of plastic material (PE - PP - PVC - PET - EPS - R-POMIX) |
UNI 10667 - 13: 2013 UNI 10667 - 18: 2022 UNI 10667 - 10/12/15/17/19: 2021 UNI 10667 - 14: 2016 UNI 10667 - 11: 2009 UNI 10667 - 1: 2017 UNI 10667 - 2: 2010 UNI 10667 - 5: 2012 UNI 10667 - 3/4/6/7/8/9: 2011 UNI 10667 - 16: 2015 |
Pull out Test | Test method for resistance to pull-out under constant longitudinal force |
UNI EN ISO 3501: 2022 |
Resistance to slow crack growth | Cone test method |
ISO 13480: 1997 |
Ring flexibility Test | Determination of ring flexibility |
UNI EN ISO 13968: 2009 |
Ring stiffness Test | Determination of ring stiffness |
UNI EN ISO 9969: 2016 |
Rockwell Hardness | Hardness scale HRC on ferrous metal materials: Scale HRA, HRB, HRC, HR15 N-T, HR30 N-T, HR45 N-T_x000d_ (20÷88 HRA; 20÷100 HRB; 20÷70 HRC; 70÷94 HR15N; 42÷86_x000d_ HR30N; 67÷93 HR15T; 29÷82 HR30T; 20÷77 HR45N; 10÷72_x000d_ HR45T ) |
UNI EN ISO 6508-1:2016 ASTM E18-20 (except par. 5.9) |
Rotating bending test | Rotating bending test on specimens and products |
Customer technical procedures/standards |
Scanning electron microscope (SEM) examination | Evaluation of the material microstructure through a microscope with high magnifications |
Internal method |
Scanning electron microscope (SEM) examination using the EDS microprobe | Local qualitative chemical microanalysis using EDS microprobe and SEM microscope |
Internal method |
Spiral test | Spiral test |
DVGW W 542:2009-08 par. 4.5.9.2 DVGW W 542:2009-08 par. 4.5.8 |
TCT Test | Test method for resistance to elevated temperature cycling |
UNI EN ISO 13257: 2019 |
TCT Test | Test method for the resistance of mounted assemblies to temperature cycling |
UNI EN ISO 19893: 2018 |
Tensile Test | Tensile Test on bars, plates, profiles, wires and pipes (until 250 kN) |
UNI EN 10263-2:2017 UNI EN 10218-1:2012 ASTM A370-21 ASTM B557M-15 UNI EN ISO 6892-1:2020 ASTM E8/E8M-21 |
Test method for the adhesion of the different layers using a pulling rig | Test method for the adhesion of the different layers using a pulling rig |
ISO 17454: 2006 |
Uniaxial fatigue tests | Fatigue tests on specimens and products |
Customer technical procedures/standards |
Uniaxial fatigue tests at high frequency | Uniaxial fatigue tests by vibrophore on specimens and products |
Customer technical procedures/standards |
Vacuum Test | Test method for leaktightness under vacuum |
UNI EN ISO 13056: 2018 |
Ventilation for buildings - Ductwork - Non-metallic ductwork - Requirements and test methods | Resistance to external pressure |
UNI EN 17192:2019 Par. 7.6 |
Vibration tests | Vibration tests by vibrating table on products in the railway sector |
Customer technical procedures/standards |
Vicat Test | Determination of Vicat softening temperature (VST) |
UNI EN ISO 2507 - 3: 2018 UNI EN ISO 306:2014 UNI EN ISO 2507 - 1: 2018 UNI EN ISO 2507 - 2: 2018 |
Vickers Hardness | Hardness scale HV on ferrous and non-ferrous metal materials:_x000d_ Scale HV1, HV2, HV5, HV10, HV30 |
ASTM E92-17 ASTM E384-17 UNI EN ISO 6507-1:2018 |
Vickers HV hardness test on weld | Test on welded joint |
UNI EN ISO 9015-2:2016 |
Vickers Microhardness | Hardness scale (HV0,1; HV0,2; HV0,3; HV0,5; HV1) on ferrous and non-ferrous metal materials |
ASTM B578 - 21 UNI EN ISO 2639:2006 ASTM E92-17 ASTM E384-17 UNI EN ISO 4516:2004 UNI 11153-3:2006 UNI 11153-2:2006 UNI 11153-1:2006 UNI EN ISO 6507-1:2018 |
Determination of Vicat softening temperature (VST)
Accredited: Yes
Capability | Description | Standard |
---|---|---|
Accelerated aging tests with UV-type ultraviolet rays | Accelerated aging tests with UV-type ultraviolet rays for plastic and painted materials |
ASTM G 154-2023 UNI EN ISO 16474-1:2014 UNI EN ISO 16474-3:2021 |
Adhesion test | Determination of a physical characteristic of a painted finish |
UNI EN ISO 2409:2020 |
Bend Test | Test on welded joint |
EN ISO 5173:2023 |
Brinnel Hardness | Hardness scale HB on ferrous and non-ferrous metal materials: (Scale HBW2,5/187,5; HBW2,5/62,5)_x000d_ (31,8÷218 HBW2,5/62,5 90÷590 HBW2,5/187,5) |
UNI EN ISO 6506-1:2015 ASTM E10-18 (except par. 5.7) |
Checking with Penetrant Liquids | Non-destructive test on welded joint |
UNI EN ISO 3452-1:2013 |
Chemical analysys with Optical Emision Spectrometry | Chemical analysis on ferrous metal materials: (Low C steel (C:0,047-1,07%; Si:0,18-1,72%;_x000d_ Mn:0,169-1,92%; P:0,006-0,439%; S:0,008-0,07%;_x000d_ Cr:0,032-5,11%; Mo:0,006-1,4%; Ni:0,031-5,34%;_x000d_ Cu:0,215-0,57%; V:0,002-0,85%; Co:0,006-0,67%;_x000d_ Ti:0,003-0,48%; W:0,001-1,3%)._x000d_ Inox steel (C:0,022-0,903%; Si:0,17-1%; Mn:0,32-1,8%;_x000d_ P:0,008-0,036%; S:0,002-0,35%; Cr:15,12-23,85%;_x000d_ Mo:0,02-3,55%; Ni:0,22-14,74%;Cu:0,07-3,35%;_x000d_ V:0,031-0,388%; Ti:0,003-0,34%)._x000d_ Tool Steel (C:0,67-1,02%; Si:0,11-0,3%; Mn:0,17-0,41%;_x000d_ P:0,018-0,043%;S: 0,001-0,039%; Cr:3,21-4,98%;_x000d_ Mo:0,17-9,41%; V:0,06-0,35%;_x000d_ W:1,8-20,4%;Co:0,08-10%;Ni:0,06-0,35%)._x000d_ Steel with Pb (C:0,07-0,08%; Si:0,002-0,006%;_x000d_ Mn:0,91-1,01%; P:0,07-0,087%;S: 0,31-0,32%; Cr:0,01-0,02%;_x000d_ Ni:0,006-0,012%; Mo:0,002-0,008%; Pb:0,24-0,34%)._x000d_ Steel with high Mn (C:0,94-1,45%; Si:0,11-0,85%; Mn:9,69-11,24%;_x000d_ P:0,02-0,1%; S: 0,006-0,022%; Cr:0,13-1,36%;Ni:2,97-3,77%;_x000d_ Mo:0,94-1,51%; Al:0,049-0,095%)._x000d_ Cast Iron (C:2,5-3,96%; S:0,005-0,11%; Mn:0,17-1,89%;_x000d_ P:0,019-0,46%; Si: 0,55-2,54%; Cr:0,02-2,50%; Mo:0,006-0,86%;_x000d_ V:0,012-0,55%; Ni:0,13-4,34%; Cu:0,006-0,86% )) |
Internal method |
Chemical analysys with Optical Emision Spectrometry | Chemical analysis on non-ferrous metal materials: Al-Cu Alloys (Cu:5,4-10,3%; Mg:0,08-0,18%; Si:0,79-1,03%;_x000d_ Fe:0,31-0,39%; Mn: 0,2-0,51%; Ni:0,001-0,22%; Zn:0,38-0,83%;_x000d_ Ti:0,003-0,05%; Cr: 0,001-0,09%)._x000d_ Al-Si Alloys (Si:5,3-13,7%; Fe:0,31-0,79%; Cu:0,076-3,63%;_x000d_ Mn:0,29-0,65%; Mg: 0,03-0,9%; Cr:0,002-0,18%; Zn:0,09-1,22%;_x000d_ Ti:0,083-0,18%; Ni: 0,01-0,29%; Pb:0,05-0,36%; Sn:_x000d_ 0,038-0,28%)._x000d_ Al-Mg Alloys (Cu:0,05-0,13%; Mg:5,25-9,7%; Si:0,31-0,33%;_x000d_ Fe:0,27-0,33%; Mn: 0,010-0,33%; Zn:0,11-0,14%;_x000d_ Pb:0,0006-0,09%; Ti:0,038-0,25%; Cr: 0,05-0,11%)._x000d_ Al-Zn Alloys (Si:0,1-0,64%; Fe:0,21-0,47%; Cu:0,048-3%; Mn:_x000d_ 0,26-0,51%; Mg:0,24-1,8%; Cr:0,003-0,27%; Zn:6,1-6,27%;_x000d_ Ti:0,011-0,043%)._x000d_ Cu Alloys (Sn:0,01-15,1%; Pb:0,002-10,6%;_x000d_ Zn:0,007-39,4%; Ni: 0,039-4,82%; Fe:0,052-3,0%;_x000d_ Si:0,01-0,08%; Mn:0,001-1,3%; Al:0,001-7,2%; Sb:0,19-0,444%;_x000d_ S:0,003-0,11%; As: 0,001-0,13%)_x000d_ Alloys Ni (C:0,025-0,14%; Si:0,02-0,16%; Cu:0,03-57,8%;_x000d_ Fe: 0,34-3,98%; Mn:0,015-0,56%; Cr:19,2-19,65%;_x000d_ Ti:0,08-2,59%; Al:0,035-1,63%; Co:0,115-16,9%;_x000d_ Mo:0,03-0,05%; Mg:0,001-0,014%;) |
Internal method |
Climatic conditioning test | Climatic conditioning at different temperature and humidity values in a climatic chamber |
Customer technical procedures/standards |
Conditioning in neutral/acetic/cuprosaline acetic salt spray chamber | Conditioning in neutral/acetic/cuprosaline acetic salt spray chamber for painted materials |
UNI EN ISO 9227:2023 |
Crosslinking Test | Estimation of the degree of crosslinking by determination of the gel content |
UNI EN ISO 10147: 2013 |
Crushing decohesion test for polyethylene (PE) electrofusion assemblies | Crushing decohesion test for polyethylene (PE) electrofusion assemblies |
ISO 13955: 1997/AMD 1: 2020 |
Decohesion test of polyethylene (PE) | Saddle fusion joints - Evaluation of ductility of fusion joint interface by tear test |
ISO 13956: 2010 |
Determination of apparent density | Determination of apparent density of moulding material that cannot be poured from a specified funnel |
UNI EN ISO 61: 2001 |
Determination of ashes | Part 1: General methods - method A |
UNI EN ISO 3451-1:2019 |
Determination of austenitic grain size with the Mc Quaid Method | Evaluation of the material grain size through a microscope |
ASTM E112-13(2021) UNI EN ISO 643:2020 |
Determination of dimensions | Determination of dimensions |
UNI EN ISO 3126: 2005 |
Determination of long-term strength | Determination of long-term strength |
ISO 17456: 2006 |
Determination of resistance to crack propagation | Determination of resistance to crack propagation - Test method for slow crack growth on notched pipes |
UNI EN ISO 13479: 2022 |
Determination of resistance to external blows | Round-the-clock method |
UNI EN ISO 3127: 2018 |
Determination of resistance to external blows | Staircase method |
UNI EN ISO 11173: 2018 |
Determination of resistance to gas constituents | Determination of resistance to gas constituents |
ISO 17484-1: 2014 |
Determination of resistance to operating temperature | Determination of resistance to operating temperature |
UNI 11344: 2016 Annex D |
Determination of tensile properties | Determination of tensile properties |
UNI EN ISO 527 - 5:2022 UNI EN ISO 527 - 1: 2019 UNI EN ISO 527 - 2:2012 UNI EN ISO 527 - 4:2022 UNI EN ISO 527 - 3:2019 |
Determination of tensile properties | Determination of tensile properties for Polyolefin pipes and for PVC pipes |
UNI EN ISO 6259 - 3: 2015 UNI EN ISO 6259 - 2: 2020 UNI EN ISO 6259 - 1: 2015 |
Determination of the long-term hydrostatic strength of thermoplastics materials in pipe | Determination of the long-term hydrostatic strength of thermoplastics materials in pipe form by extrapolation |
UNI EN ISO 9080: 2012 |
Determination of the resistance to internal pressure | Determination of the resistance to internal pressure |
UNI EN ISO 1167 - 4: 2008 UNI EN ISO 1167 - 1: 2006 UNI EN ISO 1167 - 3: 2008 UNI EN ISO 1167 - 2: 2006 |
Determination of the tensile strength and failure mode of test pieces from a butt-fused joint | Determination of the tensile strength and failure mode of test pieces from a butt-fused joint |
ISO 13953: 2001/AMD 1:2020 |
Determination of the weight of the phosphate layer | Determination of a chemical/physical characteristic of a surface phosphating coating |
UNI EN ISO 3892:2001 |
Determination of water absorption | Determination of water absorption |
UNI EN ISO 62: 2008 |
Differential scanning calorimetry (DSC) | Part 1: general principles_x000d_ Part 3: determination of temperature and enthalpy of melting and crystallization |
UNI EN ISO 11357-3:2018 UNI EN ISO 11357-1:2016 |
Drop tests | Drop tests on products using a drop tower |
Customer technical procedures/standards |
Endurance test. Accelerated agening | Temperature Cycling test (TCT) |
BS 1212.6 (1996) |
Fatigue test for dental implants | Fatigue test for dental implants |
UNI EN ISO 14801:2017 |
Hardness test (pencil test) | Determination of a physical characteristic of a painted finish |
UNI 10782:1999 |
HDT Test | Determination of temperature of deflection under load_x000d_ Part 1: general test method_x000d_ Part 2: plastics and ebonite_x000d_ Part 3: high-strength thermosetting laminates and long-fibre-rainforced plastics |
UNI EN ISO 75-1:2020 UNI EN ISO 75-3:2004 UNI EN ISO 75-2:2013 |
Impact test | Impact resistance assessment on ferrous metal materials at room and low temperature |
UNI EN ISO 148-1:2016 |
Inclusion content assessment | Evaluation of the material inclusion content assessment through a microscope |
ASTM E 45-18a - Method A and D |
Injection-moulded thermoplastics fittings | Methods for visually assessing the effects of heating |
UNI EN ISO 580:2005 |
Longitudinal reversion | Test method and parameters |
UNI EN ISO 2505:2005 |
Macrostructural structure / Macroscopic observation | Evaluation of the material macrostructure through a stereomicroscope |
ASTM E340-15 |
Measurement of the thickness of the coating | Metallographic analysis: measurement of the thickness of the coating by microscopic observation on a cross section |
UNI EN ISO 1463:2021 |
Methods for determining the density of non-cellular plastics | Methods for determining the density of non-cellular plastics - Method A |
UNI EN ISO 1183-1:2019 |
MFR and MVR Test | Determination of the melt mass-flow rate (MFR) and melt volume-flow rate (MVR) of thermoplastics |
UNI EN ISO 1133-1:2012 |
Microscopic observation on cast iron samples | Evaluation of the material microstructure of cast iron samples |
UNI EN ISO 945-1:2019 |
Microstructural structure / Microscopic observation | Evaluation of the material microstructure through a microscope |
ASTM E3-11(2017) ASTM E407-07(2015)e1 |
OIT Test | Determination of oxidation induction time (isothermal OIT) and oxidation induction temperature (dynamic OIT) |
UNI EN ISO 11357-6:2018 |
Peel decohesion test for polyethylene (PE) | Peel decohesion test for polyethylene (PE) electrofusion assemblies of nominal outside diameter greater than or equal to 90 mm |
ISO 13954: 1997/AMD 1:2020 |
Porosity test | Porosity test after endurance test |
BS 1112.2 (1998) |
Primary-secondary plastics | Generalities on secondary raw materials and by-products of plastics for each type of plastic material (PE - PP - PVC - PET - EPS - R-POMIX) |
UNI 10667 - 13: 2013 UNI 10667 - 18: 2022 UNI 10667 - 10/12/15/17/19: 2021 UNI 10667 - 14: 2016 UNI 10667 - 11: 2009 UNI 10667 - 1: 2017 UNI 10667 - 2: 2010 UNI 10667 - 5: 2012 UNI 10667 - 3/4/6/7/8/9: 2011 UNI 10667 - 16: 2015 |
Pull out Test | Test method for resistance to pull-out under constant longitudinal force |
UNI EN ISO 3501: 2022 |
Resistance to slow crack growth | Cone test method |
ISO 13480: 1997 |
Ring flexibility Test | Determination of ring flexibility |
UNI EN ISO 13968: 2009 |
Ring stiffness Test | Determination of ring stiffness |
UNI EN ISO 9969: 2016 |
Rockwell Hardness | Hardness scale HRC on ferrous metal materials: Scale HRA, HRB, HRC, HR15 N-T, HR30 N-T, HR45 N-T_x000d_ (20÷88 HRA; 20÷100 HRB; 20÷70 HRC; 70÷94 HR15N; 42÷86_x000d_ HR30N; 67÷93 HR15T; 29÷82 HR30T; 20÷77 HR45N; 10÷72_x000d_ HR45T ) |
UNI EN ISO 6508-1:2016 ASTM E18-20 (except par. 5.9) |
Rotating bending test | Rotating bending test on specimens and products |
Customer technical procedures/standards |
Scanning electron microscope (SEM) examination | Evaluation of the material microstructure through a microscope with high magnifications |
Internal method |
Scanning electron microscope (SEM) examination using the EDS microprobe | Local qualitative chemical microanalysis using EDS microprobe and SEM microscope |
Internal method |
Spiral test | Spiral test |
DVGW W 542:2009-08 par. 4.5.9.2 DVGW W 542:2009-08 par. 4.5.8 |
TCT Test | Test method for resistance to elevated temperature cycling |
UNI EN ISO 13257: 2019 |
TCT Test | Test method for the resistance of mounted assemblies to temperature cycling |
UNI EN ISO 19893: 2018 |
Tensile Test | Tensile Test on bars, plates, profiles, wires and pipes (until 250 kN) |
UNI EN 10263-2:2017 UNI EN 10218-1:2012 ASTM A370-21 ASTM B557M-15 UNI EN ISO 6892-1:2020 ASTM E8/E8M-21 |
Test method for the adhesion of the different layers using a pulling rig | Test method for the adhesion of the different layers using a pulling rig |
ISO 17454: 2006 |
Uniaxial fatigue tests | Fatigue tests on specimens and products |
Customer technical procedures/standards |
Uniaxial fatigue tests at high frequency | Uniaxial fatigue tests by vibrophore on specimens and products |
Customer technical procedures/standards |
Vacuum Test | Test method for leaktightness under vacuum |
UNI EN ISO 13056: 2018 |
Ventilation for buildings - Ductwork - Non-metallic ductwork - Requirements and test methods | Resistance to external pressure |
UNI EN 17192:2019 Par. 7.6 |
Vibration tests | Vibration tests by vibrating table on products in the railway sector |
Customer technical procedures/standards |
Vicat Test | Determination of Vicat softening temperature (VST) |
UNI EN ISO 2507 - 3: 2018 UNI EN ISO 306:2014 UNI EN ISO 2507 - 1: 2018 UNI EN ISO 2507 - 2: 2018 |
Vickers Hardness | Hardness scale HV on ferrous and non-ferrous metal materials:_x000d_ Scale HV1, HV2, HV5, HV10, HV30 |
ASTM E92-17 ASTM E384-17 UNI EN ISO 6507-1:2018 |
Vickers HV hardness test on weld | Test on welded joint |
UNI EN ISO 9015-2:2016 |
Vickers Microhardness | Hardness scale (HV0,1; HV0,2; HV0,3; HV0,5; HV1) on ferrous and non-ferrous metal materials |
ASTM B578 - 21 UNI EN ISO 2639:2006 ASTM E92-17 ASTM E384-17 UNI EN ISO 4516:2004 UNI 11153-3:2006 UNI 11153-2:2006 UNI 11153-1:2006 UNI EN ISO 6507-1:2018 |
Electronic equipment used on rolling stock
Accredited: Yes
Capability | Description | Standard |
---|---|---|
Air-cleaning appliances | Safety |
IEC 60335-2-65:2002+AMD1:2008+AMD2:2015; EN 60335-2-65:2003 + A1:2008 + A11:2012 |
Appliances for heating liquids | Safety |
IEC 60335-2-15:2012+AMD1:2016+AMD2:2018; EN 60335-2-15:2016 + A11:2018 |
Automatic catchweighing instruments. | Part 1: Metrological and technical requirements - Tests |
OIML R 51-1:2006 |
Automatic gravimetric filling instruments | Part 1: Metrological and technical requirements - Tests |
OIML R 61-1:2004 |
Commercial electric bains marie | Safety |
IEC 60335-2-50:2002 / A1:2007 / A2:2017, EN 60335-2-50:2003 / A1:2008 |
Commercial electric boiling pans | Safety |
IEC 60335-2-47:2002 / A1:2008 / A2:2017, EN 60335-2-47:2003 / A1:2008 / A11:2012 |
Commercial electric cooking ranges, ovens, hobs and hob elements | Safety |
EN 60335-2-36:2002 / A1:2004 / A2:2008 / A11:2012, IEC 60335-2-36:2017 |
Commercial electric deep fat fryers | Safety |
EN 60335-2-37:2002 / A1:2008 / A11:2012 / A12:2016, IEC 60335-2-37:2017 |
Commercial electric forced convection ovens, steam cookers and steam-convection ovens | Safety |
IEC 60335-2-42:2002 / A1:2008 / A2:2017, EN 60335-2-42:2003 / A1:2008 / A11:2012 |
Commercial electric griddles and griddle grills | Safety |
IEC 60335-2-38:2002 / A1:2008 / A2:2017, EN 60335-2-38:2003 / A1:2008 |
Commercial electric hot cupboards | Safety |
IEC 60335-2-49:2002 / A1:2008 / A2:2017, EN 60335-2-49:2003 / A1:2008 / A11:2012 |
Commercial electric kitchen machines | Safety |
IEC 60335-2-64:2002+AMD1:2007+AMD2:2017; EN 60335-2-64:2000 + A1:2002 |
Commercial electric multi-purpose cooking pans | Safety |
IEC 60335-2-39:2012 / A1:2017, EN 60335-2-39:2003 / A1:2004 / A2:2008 |
Commercial grillers and toasters | Safety |
IEC 60335-2-48:2002 / A1:2008 / A2:2017, EN 60335-2-48:2003 / A1:2008 / A11:2012 |
Cooking ranges, hobs, ovens and similar appliances | Safety |
IEC 60335-2-6:2014 / A1:2018, EN 60335-2-6:2015 / A1:2020 / A11:2020 |
Deep fat fryers, frying pans and similar appliances | Safety |
IEC 60335-2-13:2009+AMD1:2016; EN 60335-2-13:2010+A11:2012+A1:2019 |
Dynamic measuring systems for liquids other than water | Part 1: Metrological and technical requirements |
OIML R 117-1:2007 |
Electric irons | Safety |
EN 60335-2-3:2016; IEC 60335-2-3:2012+AMD1:2015 |
Electrical equipment for measurement, control and laboratory use | EMC requirements - Part 1: General requirements |
EN 61326-1:2013, IEC 61326-1:2012 |
Electromagnetic compatibility | Requirements for household appliances, electric tools and similar apparatus - Part 2: Immunity - Product family standard |
EN 55014-2:2015, CISPR 14-2:2015 |
Electromagnetic compatibility (EMC) | Part 4-11: Testing and measurement techniques - Voltage dips, short interruptions and voltage variations immunity tests |
EN 61000-4-11:2004 /A1:2017, IEC 61000-4-11:2004 /A1:2017, EN IEC 61000-4-11:2020 |
Electromagnetic compatibility (EMC) | Part 4-5: Testing and measurement techniques - Surge immunity test |
EN 61000-4-5:2014 /A1:2017, IEC 61000-4-5:2014 /A1:2017 |
Electromagnetic compatibility (EMC) | Part 4-4: Testing and measurement techniques - Electrical fast transient/burst immunity test |
EN 61000-4-4:2012 |
Electromagnetic compatibility (EMC) | Part 4-8: Testing and measurement techniques - Power frequency magnetic field immunity test |
EN 61000-4-8:2010 |
Electromagnetic compatibility (EMC) | Part 6-2: Generic standards - Immunity for residential, commercial and light-industrial environments |
EN IEC 61000-6-1:2019 |
Electromagnetic compatibility (EMC) | Part 6-1: Generic standards - Immunity standard for residential, commercial and light-industrial environments |
EN IEC 61000-6-2:2019 |
Electromagnetic compatibility (EMC) | Part 4-2: Testing and measurement techniques - Electrostatic discharge immunity test |
EN 61000-4-2:2009 IEC 61000-4-2:2008 |
Electromagnetic compatibility (EMC) | Part 4-6: Testing and measurement techniques - Immunity to conducted disturbances, induced by radio-frequency fields |
EN 61000-4-6:2014 /AC:2015, IEC 61000-4-6:2013 /Cor1:2015 |
Equipment for general lighting purposes | EMC immunity requirements |
EN 61547:2009 |
Gas, oil and solid fuel burning appliances having electrical connections | Safety |
IEC 60335-2-102:2017, EN 60335-2-102:2016 |
Grills, toasters and similar portable cooking appliances | Safety |
IEC 60335-2-9:2019; EN 60335-2-9:2003 / A1:2004 /A2:2006 / A12:2007 / A13:2010 |
Household and similar electrical appliances - Safety | Part 1: General requirements |
IEC 60335-1:2010 /COR1:2010 / COR2/2011/ A1:2013 / COR1:2014/ A2:2016 /COR1:2016, EN 60335-1:2012 / |
Humidifiers | Safety |
EN 60335-2-98:2003 + A1:2005 + A2:2008 + A11:2019 |
Kitchen machines | Safety |
IEC 60335-2-14:2016+AMD1:2019; EN 60335-2-14:2006 + A1:2008 + A11:2012 + A12:2016 |
Luminaires | Part 1: General requirements and tests |
EN 60598-1 |
Medical electrical equipment | Part 1: General requirements for basic safety and essential performance |
EN 60601-1:2006 /EC:2010 /A1:2013 /AC:2014 /A12:2014, IEC 60601-1:2005 /A1:2012 |
Medical electrical equipment | Part 1-2: General requirements for basic safety and essential performance –_x000d_ Collateral Standard: Electromagnetic disturbances – Requirements and tests |
EN 60601-1-2:2015, IEC 60601-1-2:2014 |
Railway applications | Electronic equipment used on rolling stock |
EN 50155:2007 /Cor:2010 /AC:2012 EN 50155:2017 |
Safety of machinery – Electrical equipment of machines | Part 1: General requirements |
EN 60204-1:2018 / IEC 60204-1:2016 |
Safety requirements for electrical equipment for measurement, control, and laboratory use | Part 1: General requirements |
EN 61010-1:2010 /A1:2019 / AC2019-04, IEC 61010-1:2010 /A1:2016 |
Warming plates and similar appliances | Safety |
IEC 60335-2-12:2002+AMD1:2008+AMD2:2017 EN 60335-2-12:2003+A1:2008+A2:2019+A11:2019 |
Calibration of Optical Microscope (ON SITE). _x000d_ Uncertainty as in the accreditation table attached
Accredited: Yes
Capability | Description | Standard |
---|---|---|
Air speed: calibration of anemometer | Calibration of anemometers._x000d_ Until 20 m/s |
Internal method. Calibration by comparison |
Angle and horizontality: calibration of level | Calibration of levels._x000d_ Measurements range: 0°-90°_x000d_ Bubble levels: only horizontality_x000d_ Digital levels: angle and horizontality |
Internal method. Calibration by comparison |
Angle: calibration of angular block | Calibration of angular blocks._x000d_ Measurements range: 0°-90° |
Internal method. Calibration by comparison |
Angle: calibration of protractor | Calibration of protractors._x000d_ Measurements range: 0°-360° |
Internal method. Calibration by comparison |
Calibration of crosshead speed | Calibration of crosshead speed (ON SITE). Measurements range: 0,01 mm/min÷100 mm/min. Uncertainty as in the accreditation table attached |
ASTM E2658-15 |
Calibration of crosshead displacement | Calibration of crosshead displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached |
ASTM E2309/E2309M-20 UNI EN ISO 9513:2013 |
Calibration of instruments for impact test: Charpy and Izod machine for plastic material | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 25 J÷75 J. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 179-2:2020 ISO 13802:2015 ASTM D256-10(2018) UNI EN ISO 179-1:2010 |
Calibration of instruments for impact test: Charpy machine | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 0 J÷600 J. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 148-2:2016 ASTM E23-16 |
Calibration of instruments for impact test: Charpy machine | Calibration of instruments for impact test (ON SITE): Charpy and Izod machine. Measurements range: 20 J÷180 J. _x000d_ Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 148-2:2016 ASTM E23-16 |
Calibration of Optical Microscope | Calibration of Optical Microscope (ON SITE). _x000d_ Uncertainty as in the accreditation table attached |
ASTM E1951-14 (2019) par. 5.2 ASTM E1951-14 (2019) par. 5.3 ASTM E1951-14 (2019) par. 5.4 |
Calibration of Profile projector and Stereoscope | Calibration of Profile projector and Stereoscope analog and digital (ON SITE). _x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of strain gauges translators of displacement for plastic material | Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷300 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 9513:2013 ISO 5893:2019 |
Calibration of strain gauges translators of displacement for steel | Calibration of strain gauges translators of displacement (ON SITE). Measurements range: 0 mm÷12 mm. Uncertainty as in the accreditation table attached |
ASTM E83-16 UNI EN ISO 9513:2013 |
Calibration of torque meter | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 0,5-1000 Nm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of torque wrench | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 0,1-2000 Nm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Calibration of torque wrench | Calibration of instruments for torque measurements (CW and/or CCW). Measurements range: 1-1000 Nm. Uncertainty as in the accreditation table attached |
UNI EN ISO 6789-2:2017 |
Electrical measurements in continuous and low frequency. DC voltage: calibration of generators | Calibration of voltage generators. Measurements range: 1 mV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements in continuous and low frequency. DC voltage: calibration of generators | Calibration of voltage generators. Measurements range: 10 kV÷50 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements in continuous and low frequency. DC voltage: calibration of measurers | Calibration of voltage measurers. Measurements range: 10 µV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating current: calibration of clamp meters | Calibration of Alternating current caliper meters. Measurements range: 1 A÷ 1000 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter and sample shunt by toroid |
Electrical measurements. Alternating current: calibration of generators | Calibration of Alternating current generators. Measurements range: 10 µA÷ 20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating current: calibration of measurers | Calibration of Alternating current measurers. Measurements range: 10 µA÷ 20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Alternating voltage: calibration of generators | Calibration of Alternating voltage generators. Measurements range: 1 mV÷10 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating voltage: calibration of generators | Calibration of Alternating voltage generators. Measurements range: 10 kV÷30 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Alternating voltage: calibration of measurers | Calibration of Alternating voltage generators. Measurements range: 1 mV÷6 kV. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Direct current: calibration of clamp meters | Calibration of current caliper meters. Measurements range: 1 A÷1000 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter and sample shunt by toroid |
Electrical measurements. Direct current: calibration of generators | Calibration of current generators. Measurements range: 1 µA÷20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Direct current: calibration of measurers | Calibration of current measurers. Measurements range: 1 µA÷20 A. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Electrical resistance in continuous: calibration of measurers | Calibration of measurers. Measurements range: 1 Ω÷100 MΩ. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements. Electrical resistance in continuous: calibration of resistors | Calibration of resistors. Measurements range: 1 mΩ÷1 Ω. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison with sample resistor by voltammetric method |
Electrical measurements. Electrical resistance in continuous: calibration of resistors | Calibration of resistors. Measurements range: 1 mΩ÷100 MΩ. Uncertainty as in the accreditation table attached |
Internal method. Calibration by direct measurement with sample multimeter |
Electrical measurements. Measurement of electricity for tax purposes | Calibration of Energy/pulse meters and converters. Active energy in three-phase and single-phase regime. Measurements range: 30 V ÷ 230 V / 0,05 A ÷ 10 A. Uncertainty as in the accreditation table attached |
Calibration in application of DT-01-DT rev.01. Internal method. Calibration by direct measurement with sample calibrator |
Electrical measurements: insulation tester | Calibration of insulation testers (also ON SITE)._x000d_ Measurements range: 1 MΩ÷100 GΩ |
Internal method. Calibration by comparison |
Electrical measurements: RCL circuit | Calibration of RCL circuits (also ON SITE)._x000d_ Measurements range: resistance 0,01 Ω÷100 kΩ_x000d_ capacitance 0,0001 µF÷10 µF_x000d_ inductance 1 µH÷10 H |
Internal method. Calibration by comparison |
Force: calibration of dynamometer and load cell | Calibration of dynamometers and load cells._x000d_ Measurements range: until 250 kN |
Internal method. Calibration by comparison |
Force: Calibration of instruments for tensile/compression test | Calibration of instruments for Force measurements (ON SITE). Measurements range: 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached |
ASTM E4-20 |
Force: Calibration of instruments for tensile/compression test | Calibration of instruments for Force measurements (ON SITE). Measurements range 0,5 N÷600 kN (tensile) 0,5 N÷5000 kN (compression). Uncertainty as in the accreditation table attached |
UNI EN ISO 7500-1:2018 |
Hardness. Calibration of Brinell durometer for metallic material | Calibration of Brinell Hardness testers (ON SITE). Measurements range: 10-29420 N. _x000d_ Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
ASTM E 10-18 UNI EN ISO 6506-2:2019 |
Hardness. Calibration of IRHD durometer for plastical material | Calibration of IRHD Hardness testers. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
ISO 48-9:2018 UNI EN 48-2:2019 |
Hardness. Calibration of Rockwell durometer for metallic material | Calibration of Rockwell Hardness testers (ON SITE). Measurements range: 29-1471 N. Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
UNI EN ISO 6508-2:2015 ASTM E 18-22 |
Hardness. Calibration of Shore durometer for plastical material | Calibration of Shore Hardness testers. Type: A, B, O, C, D, M, OO, DO, AO, AM. _x000d_ Direct Method._x000d_ Uncertainty as in the accreditation table attached |
DIN 53505 UNI EN 48-4:2019 ISO 48-9:2018 ASTM D2240:15e1 UNI ISO 868:2005 |
Hardness. Calibration of Vickers and Knoop durometer for metallic material | Calibration of Vickers and Knoop Hardness testers (ON SITE). Measurements range: 0,1-1000 N. Direct and Indirect Method._x000d_ Uncertainty as in the accreditation table attached |
ASTM E 384-17 UNI EN ISO 6507-2:2018 ASTM E 92-17 |
Length: calibration of bore gauge | Calibration of bore gauges. Measurements range: 10 ÷ 600 mm. |
Internal method. Calibration by comparison |
Length: calibration of coordinate measuring machines | Calibration of coordinate measuring machines (ON SITE). Measurements range: diagonal of the measurement volume: until 1500 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 10360-2:2010 |
Length: calibration of dial gauge and linear transducers with rod | Calibration of dial gauge and linear transducers with rod. Measurements range: until 100 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 13102:2012 (digital) UNI EN ISO 463:2006 (analog) |
Length: calibration of diametrical samples (gear gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 300 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (gear gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 5 ÷ 300 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. Uncertainty as in the accreditation table attached |
Internal method Euramet cg-06 ver.2.0 |
Length: calibration of diametrical samples (ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 5 ÷ 200 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 2 ÷ 4 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 2 ÷ 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper threaded plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (taper threaded ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 3 ÷ 200 mm. |
Internal method. Calibration by comparison |
Length: calibration of diametrical samples (threaded plug gauge): external diameter | Calibration of diametrical samples external diameter. Measurements range: until 200 mm. Uncertainty as in the accreditation table attached |
EURAMET cg-10 ver.2.1 (12/2012) |
Length: calibration of diametrical samples (threaded ring gauge): internal diameter | Calibration of diametrical samples internal diameter. Measurements range: 3 ÷ 200 mm. Uncertainty as in the accreditation table attached |
EURAMET cg-10 ver.2.1 (12/2012) |
Length: calibration of gauge blocks | Calibration of gauge blocks. Measurements range: 0,5 ÷ 100 mm. Uncertainty as in the accreditation table attached |
UNI 8928:1987 |
Length: calibration of gauge blocks > 100mm and Setting Standard Screw Thread Micrometer | Calibration of gauge blocks > 100mm. Measurements range: 100 ÷ 1000 mm. Setting Standard Screw Thread Micrometer. Measurements range: 0-1000mm._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of lever dial gauge | Calibration of lever dial gauge. Measurements range: until 1,5 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 9493:2010 |
Length: calibration of lines (graduated rods, metric splints, metric bindel) | Calibration of lines (graduated rods, metric splints, metric bindel). Measurements range: every 1000 mm up to 100 m. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: caliper | Calibration of manual instruments: caliper (analog and digital). Measurements range (also ON SITE): until 1000 mm. Uncertainty as in the accreditation table attached |
UNI EN ISO 13385-1:2019 UNI EN ISO 13385-2:2020 |
Length: calibration of manual instruments: caliper | Calibration of manual instruments: caliper (analog and digital). Measurements range: 1000-2000 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: micrometers | Calibration of manual instruments: micrometers (analog and digital). Measurements range (also ON SITE): until 1000 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of manual instruments: three point micrometer | Calibration of manual instruments: micrometers for measuring 3-point interiors (analog and digital). Measurements range (also ON SITE): 5 ÷ 200 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of micrometric screw and two-pointed micrometer | Calibration of micrometric screws and two-pointed micrometers. Measurements range: 25 ÷ 600 mm. |
Internal method. Calibration by comparison |
Length: calibration of optical discs | Calibration of optical discs. Measurements range: diameter < 100 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of plastic and metallic Thickness samples | Calibration of plastic and metallic Thickness samples. Measurements range (steel): 0-200 mm. Measurements range (other materials): 0-10 mm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Length: calibration of roughness samples | Calibration of roughness samples. Measurements range: 0,008 ÷ 600 µm. Uncertainty as in the accreditation table attached |
Internal method. Calibration performed using a stylus roughness meter |
Length: calibration of roundness samples | Calibration of roundness samples. Measurements range: RONt < 400 µm. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Optical measurements: calibration of luxmeter | Calibration of luxmeters._x000d_ Until 4000 lux |
Internal method. Calibration by comparison |
Phmeter and conductivity meter | Calibration of phmeters. Measurement points: pH 4,01 - pH 7,01 - pH 10,01 - pH 12_x000d_ calibration of conductivity meters. Measurement points: 84 µS/cm - 1413 µS/cm |
Internal method |
Pressure: calibration of pressure transducer | Calibration of pressure transducers._x000d_ Measurements range: -0,1 MPa÷5 MPa_x000d_ Uncertainty as in the accreditation table attached |
EURAMET cg-17 ver. 4.0 |
Pressure: calibration of pressure transducer | Calibration of pressure transducers (also ON SITE)._x000d_ Measurements range: 5 MPa÷200 Mpa |
Internal method. Calibration by comparison |
Relative humidity: calibration of hygrometers and thermo-hygrometers | Calibration of hygrometers and thermo-hygrometers._x000d_ Measurements range: 10%HR÷95%HR_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Scale and mass | Calibration of scales (also ON SITE) and masses._x000d_ Measurements range: until 150 kg |
Internal method. Calibration by comparison |
Step gauge | Calibration of step gauges. Measurements range: until 1000 mm. |
Internal method. Calibration by comparison |
Surface plate | Calibration of surface plates. |
Internal method. Calibration by comparison |
Tachometer | Calibration of tachometers._x000d_ Measurements range (Optical): 10 rpm ÷ 99.999 rpm _x000d_ Measurements range (Mechanical): 10 rpm ÷ 10.000 rpm |
Internal method. Calibration by comparison |
Temperature and relative humidity: calibration of climatic environments | Calibration of thermostatic chambers, climate chambers, air-conditioned/thermostat rooms, refrigerators/freezers, incubators, autoclaves, muffles (ON SITE)._x000d_ Measurements range: -40°C÷250°C and 10%HR÷95%HR_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of calibrator (meters and simulators) for noble metal and base metal thermocouples | Calibrator for noble metal thermocouples type B. Measurements range: 0°C÷1820°C (also ON SITE). _x000d_ Calibrator for noble metal thermocouples type R and S. Measurements range: -50°C÷1760°C (also ON SITE)._x000d_ Calibrator for base metal thermocouples. Measurements range: CEI EN 60584-1:2014 (also ON SITE)._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of calibrator (meters and simulators) for thermoresistance PT100 | Calibrator for thermoresistance. Measurements range: -200°C÷850°C (also ON SITE)._x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of dial thermometers | Calibration of dial thermometers. Measurements range: -80°C÷550°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of liquid glass thermometers | Calibration of liquid glass thermometers. Measurements range: -20°C÷200°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of meters with thermoresistances or thermistors, mechanical sensors, noble metal thermocouple and base metal thermocouple | Calibration of meters with thermoresistances or thermistors, mechanical sensors, noble metal thermocouple and base metal thermocouple._x000d_ Measurements range: -40°C÷120°C_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of noble metal / base metal thermocouples | Calibration of of noble metal / base metal thermocouples. Measurements range: -80°C÷1200°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of resistance thermometers | Calibration of resistance thermometers. Measurements range: -80°C÷550°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with base metal thermocouples) | Calibration of thermometric chains (indicators and transmitters with base metal thermocouples). Measurements range: -80°C÷1200°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with noble metal thermocouples) | Calibration of thermometric chains (indicators and transmitters with noble metal thermocouples). Measurements range: -50°C÷1200°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: calibration of thermometric chains (indicators and transmitters with resistance thermometer) | Calibration of thermometric chains (indicators and transmitters with resistance thermometer). Measurements range: -80°C÷550°C. ON SITE: -20°C÷400°C. Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Temperature: dew point hygrometers | Calibration of dew temperature measuring devices and ceramic capacitive aluminum oxide hygrometers._x000d_ Measurements range: -20°C÷90°C_x000d_ Uncertainty as in the accreditation table attached |
Internal method. Calibration by comparison |
Time and Frequency. Calibration of analogic and digital oscilloscopes | Calibration of analogic and digital oscilloscopes. Measurements range: 1 ns-5 s. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of generators | Calibration of generators. Measurements range: 1 Hz-3 GHz. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of measurers | Calibration of measurers. Measurements range: 1 Hz-1 GHz. Uncertainty as in the accreditation table attached |
Internal method |
Time and Frequency. Calibration of oscillators | Calibration of oscillators. Measurements range: 1-10 MHz. Uncertainty as in the accreditation table attached |
Internal method |
Time lapse. Calibration of electronic and mechanical stopwatches | Calibration of electronic and mechanical stopwatches. Measurements range: 1 s- 86400 s. Uncertainty as in the accreditation table attached |
Internal method |