🇵🇱 LABORTRONIC Laboratoria Wzorcujące Spółka z ograniczoną odpowiedzialnością Spółka Komandytowa PL
Metrology & calibration
LABORTRONIC Laboratoria Wzorcujące Spółka z ograniczoną odpowiedzialnością Spółka Komandytowa is a laboratory accredited by PCA under number AP 045 (Bielsko-Biała, Poland). Its accreditation scope covers 140 test methods in the following areas: Metrology & calibration. Test objects include: Analog and digital current meters, multimeters, Analog sensors with scale interval of 0,01 mm, Clamp meters, Digital manometers, pressure gauges, pressure transmitters. Most frequently used techniques: Direct method; calibration at the laboratory, Calibration at the laboratory and on site, Direct method using gauge blocks; calibration at the laboratory.
At a glance
- Accreditation number: PCA AP 045
- Methods in scope: 140
- Types of test objects: 128
- Techniques used: 43
- City: Bielsko-Biała, Poland
- Valid until: 29-12-2026
- Accreditation number
- AP 045
- Accreditation body
- PCA
- Address
- ul. I Dywizji Pancernej 45, 43-382 Bielsko-Biała
- City
- Bielsko-Biała, Poland
- Valid until
- 29-12-2026
What this laboratory tests (128)
- Analog and digital current meters, multimeters — 3 methods
- Analog sensors with scale interval of 0,01 mm — 2 methods
- Clamp meters — 2 methods
- Digital manometers, pressure gauges, pressure transmitters — 2 methods
- Digital sensors with resolution of 0,01 mm — 2 methods
- Earth resistance meters, meters of electrical system parameters — 2 methods
- Electrical thermometers (including electronic) — 2 methods
- Plane-parallel interference plates — 2 methods
- Special gauges — 2 methods
- Tachometers — 2 methods
- Weld gauges — 2 methods
- 90° double-arm angle plates — 1 method
- Adjustment standards for external dimensions — 1 method
- Analog and digital resistance meters, multimeters — 1 method
- Analog and digital voltage meters, multimeters — 1 method
- and 113 more
Analytical techniques used (43)
- Direct method; calibration at the laboratory — 28 methods
- Calibration at the laboratory and on site — 21 methods
- Direct method using gauge blocks; calibration at the laboratory — 21 methods
- Direct method using a sensor calibration device; calibration at the laboratory — 8 methods
- Calibration at the laboratory — 6 methods
- Direct method using a horizontal length gauge; calibration at the laboratory — 4 methods
- Direct method using angle plates; calibration at the laboratory — 4 methods
- Comparative method using a rigid gauge; calibration at the laboratory — 2 methods
- Comparative method using an optical sensor and gauge blocks; calibration at the laboratory — 2 methods
- Direct method using a micrometer or gauge rings; calibration at the laboratory — 2 methods
- Direct method using a micrometric head; calibration at the laboratory and on site — 2 methods
- Direct method using gauge blocks and gauge pins; calibration at the laboratory — 2 methods
- Direct method using gauge rings; calibration at the laboratory — 2 methods
- Direct method; calibration on site — 2 methods
- Electrical method; calibration at the laboratory — 2 methods
- and 28 more
Certificate information
- Issue date
- 11.06.2026
- Issue no.
- 27
- Certificate date
- 06.06.2022
- Accreditation cycle
- 01.12.2022 — 29.12.2026
- Approved by
- Katarzyna Wiśniewska
Accreditation scope — test methods (140)
| No. | Test object | Methodology / Parameters | Technique | Reference document | |
|---|---|---|---|---|---|
| Test methods | |||||
| 1 | Tachometers | Calibration — Speed Speed 6,00 RPM to 99,99 RPM — CMC: 0,26 RPM Speed 100,0 RPM to 999,9 RPM — CMC: 1,0 RPM Speed 1000 RPM to 8000 RPM — CMC: 7 RPM |
Direct method, contact method; calibration at the laboratory and on site | Procedura wewnętrzna I/F/1 | |
| 2 | Tachometers | Calibration — Speed Speed 6,00 RPM to 59,99 RPM — CMC: 0,35 RPM Speed 60,00 RPM to 99,99 RPM — CMC: 0,10 RPM Speed 100,00 RPM to 999,99 RPM — CMC: 0,12 RPM Speed 1000,00 RPM to 10000,00 RPM — CMC: 1,22 RPM Speed 10000,00 RPM to 60000,00 RPM — CMC: 4,28 RPM Speed 60000,00 RPM to 99950,00 RPM — CMC: 14,25 RPM |
Direct method, optical method; calibration at the laboratory and on site | Procedura wewnętrzna I/F/1 | |
| 3 | pH meters | Calibration — pH pH 0 to 14 — CMC: 0,003 DC voltage -1999 mV to 1999 mV — CMC: 0,2 mV |
Electrical method; calibration at the laboratory | Procedura wewnętrzna I/F/2 | |
| 4 | Conductometers | Calibration — Specific electrical conductivity (conductometry) Specific electrical conductivity (conductometry) 1 μS/cm to 9,99 μS/cm — CMC: 0,16 % Specific electrical conductivity (conductometry) 0,01 mS/cm to 500 mS/cm — CMC: 0,11 % |
Electrical method; calibration at the laboratory | Procedura wewnętrzna I/F/3 | |
| 5 | Analog sensors with scale interval of 1 µm | Calibration — Length Length 0 mm to 5 mm — CMC: 0,7 μm |
Direct method using a sensor calibration device; calibration at the laboratory | Procedura wewnętrzna I/D/11 | |
| 6 | Analog sensors with scale interval of 0,01 mm | Calibration — Length Length 0 mm to 3 mm — CMC: 3,5 μm Length 0 mm to 10 mm — CMC: 3,5 μm Length 0 mm to 50 mm — CMC: 4,0 μm |
Direct method using a micrometric head; calibration at the laboratory and on site | Procedura wewnętrzna I/D/4 | |
| 7 | Analog sensors with scale interval of 0,01 mm | Calibration — Length Length 0 mm to 10 mm — CMC: 2 μm Length 0 mm to 100 mm — CMC: 3 μm |
Direct method using a sensor calibration device; calibration at the laboratory | Procedura wewnętrzna I/D/11 | |
| 8 | Analog sensors with tilting pin with scale interval of 1 µm | Calibration — Length Length -1 mm to 1 mm — CMC: 0,7 μm |
Direct method using a sensor calibration device; calibration at the laboratory | Procedura wewnętrzna I/D/15 | |
| 9 | Analog sensors with tilting pin with scale interval of 0,002 mm | Calibration — Length Length -1 mm to 1 mm — CMC: 0,7 μm |
Direct method using a sensor calibration device; calibration at the laboratory | Procedura wewnętrzna I/D/15 | |
| 10 | Analog sensors with tilting pin with scale interval of 0,01 mm | Calibration — Length Length -1 mm to 1 mm — CMC: 1,3 μm |
Direct method using a sensor calibration device; calibration at the laboratory | Procedura wewnętrzna I/D/15 | |
| 11 | Digital sensors with resolution of < 1 µm | Calibration — Length Length 0 mm to 50 mm — CMC: 0,8 μm Length 0 mm to 100 mm — CMC: 1,4 μm |
Direct method using a sensor calibration device; calibration at the laboratory | Procedura wewnętrzna I/D/11 | |
| 12 | Digital sensors with resolution of 1 µm | Calibration — Length Length 0 mm to 50 mm — CMC: 1,4 μm Length 0 mm to 100 mm — CMC: 2,1 μm |
Direct method using a sensor calibration device; calibration at the laboratory | Procedura wewnętrzna I/D/11 | |
| 13 | Digital sensors with resolution of 0,01 mm | Calibration — Length Length 0 mm to 13 mm — CMC: 2,8 μm Length 0 mm to 27 mm — CMC: 2,8 μm Length 0 mm to 50,8 mm — CMC: 3,1 μm |
Direct method using a micrometric head; calibration at the laboratory and on site | Procedura wewnętrzna I/D/4 | |
| 14 | Digital sensors with resolution of 0,01 mm | Calibration — Length Length 0 mm to 100 mm — CMC: 8,5 μm |
Direct method using a sensor calibration device; calibration at the laboratory | Procedura wewnętrzna I/D/11 | |
| 15 | Laser rangefinders | Calibration — Length Length 0 m to 5 m — CMC: 0,9 mm Length 0 m to 30 m — CMC: 1,0 mm |
Comparative method using a rigid gauge and a reference rangefinder; calibration at the laboratory | Procedura wewnętrzna I/D/22 | |
| 16 | Reference foils | Calibration — Length Length 0 mm to 4 mm — CMC: Q[1,4; 1,2·L] µm, L – measured value in mm |
Comparative method using an optical sensor and gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/25 | |
| 17 | Dial depth gauges with resolution of 0,001 mm | Calibration — Length Length 0 mm to 20 mm — CMC: 1,0 μm Length 0 mm to 50 mm — CMC: 1,2 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/16 | |
| 18 | Dial depth gauges with resolution of 0,01 mm | Calibration — Length Length 0 mm to 50 mm — CMC: 7,2 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/16 | |
| 19 | Dial depth gauges with a scale interval of 0,001 mm | Calibration — Length Length 0 mm to 10 mm — CMC: 0,6 μm Length 0 mm to 20 mm — CMC: 0,7 μm Length 0 mm to 50 mm — CMC: 1,0 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/16 | |
| 20 | Dial depth gauges with a scale interval of 0,01 mm | Calibration — Length Length 0 mm to 20 mm — CMC: 1,6 μm Length 0 mm to 50 mm — CMC: 1,8 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/16 | |
| 21 | Micrometer depth gauges | Calibration — Length Length 0 mm to 25 mm — CMC: 1,3 μm Length 25 mm to 50 mm — CMC: 1,5 μm Length 50 mm to 75 mm — CMC: 1,8 μm Length 75 mm to 100 mm — CMC: 2,1 μm Length 100 mm to 125 mm — CMC: 2,5 μm Length 125 mm to 150 mm — CMC: 2,8 μm Length 150 mm to 175 mm — CMC: 3,2 μm Length 175 mm to 200 mm — CMC: 3,5 μm Length 200 mm to 225 mm — CMC: 4,0 μm Length 225 mm to 250 mm — CMC: 4,2 μm Length 250 mm to 275 mm — CMC: 4,7 μm Length 275 mm to 300 mm — CMC: 5,0 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/18 | |
| 22 | Caliper depth gauges | Calibration — Length Length 0 mm to 150 mm — CMC: 8 μm Length 0 mm to 300 mm — CMC: 11 μm Length 0 mm to 600 mm — CMC: 18 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/3; procedura wewnętrzna I/D/3_2 w oparciu o PN-EN ISO 13385-2:2020-10 | |
| 23 | Micrometric heads | Calibration — Length Length 0 mm to 50 mm — CMC: 1,0 µm Length 0 mm to 100 mm — CMC: 1,0 µm |
Direct method using a horizontal length gauge; calibration at the laboratory | Procedura wewnętrzna I/D/38 | |
| 24 | Sensor thickness gauges with a resolution of 0,001 mm | Calibration — Length Length 0 mm to 5 mm — CMC: 1 µm Length 0 mm to 50 mm — CMC: 1,3 µm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/14 | |
| 25 | Sensor thickness gauges with a resolution of 0,01 mm | Calibration — Length Length 0 mm to 50 mm — CMC: 6 µm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/14 | |
| 26 | Sensor thickness gauges with a scale interval of 0,001 mm | Calibration — Length Length 0 mm to 5 mm — CMC: 0,6 µm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/14 | |
| 27 | Sensor thickness gauges with a scale interval of 0,01 mm | Calibration — Length Length 0 mm to 20 mm — CMC: 1,3 µm Length 0 mm to 50 mm — CMC: 1,5 µm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/14 | |
| 28 | Ultrasonic thickness gauges | Calibration — Length Length 0,5 mm to 75 mm — CMC: 2,5 μm Length 0,5 mm to 100 mm — CMC: 3,0 μm |
Direct method using gauge blocks or step gauges; calibration at the laboratory | Procedura wewnętrzna I/D/23 | |
| 29 | Sensing probes for internal measurements | Calibration — Length Length 2 mm to 100 mm — CMC: 2 μm Length 101 mm to 180 mm — CMC: 3 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/17 | |
| 30 | Sensing probes for external measurements | Calibration — Length Length 0 mm to 100 mm — CMC: 2 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/17 | |
| 31 | Coating thickness meters | Calibration — Length Length 0 μm to 24 μm — CMC: 1,6 μm Length 0 μm to 500 μm — CMC: 1,9 μm Length 0 μm to 1600 μm — CMC: 2,5 μm |
Direct method using reference foils or ceramic gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/23 | |
| 32 | Laser micrometers | Calibration — Length Length 0 mm to 25 mm — CMC: 0,35 µm |
Direct method using gauge pins; calibration at the laboratory and on site | Procedura wewnętrzna I/D/31 | |
| 33 | Internal micrometers | Calibration — Length Length 5 mm to 55 mm — CMC: 1,2 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/2 | |
| 34 | External micrometers | Calibration — Length Length 0 mm to 25 mm — CMC: 1,0 μm Length 25 mm to 50 mm — CMC: 1,5 μm Length 50 mm to 75 mm — CMC: 2,2 μm Length 75 mm to 100 mm — CMC: 2,9 μm Length 100 mm to 125 mm — CMC: 3,5 μm Length 125 mm to 150 mm — CMC: 4,2 μm Length 150 mm to 175 mm — CMC: 4,9 μm Length 175 mm to 200 mm — CMC: 5,5 μm Length 200 mm to 225 mm — CMC: 6,2 μm Length 225 mm to 250 mm — CMC: 6,8 μm Length 250 mm to 275 mm — CMC: 7,5 μm Length 275 mm to 300 mm — CMC: 8,2 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/2 | |
| 35 | Gauge rings | Calibration — Length Length 1 mm to 14 mm — CMC: 0,8 µm Length 14,1 mm to 50 mm — CMC: 1,0 µm Length 50,1 mm to 90 mm — CMC: 1,1 µm Length 90,1 mm to 150 mm — CMC: 1,3 µm Length 150,1 mm to 200 mm — CMC: 1,7 µm Length 200,1 mm to 280 mm — CMC: 2,1 µm |
Direct method using a horizontal length gauge or comparative method using a gauge ring; calibration at the laboratory | Procedura wewnętrzna I/D/12 | |
| 36 | Plane-parallel interference plates | Calibration — Length Deviation from nominal length up to 80 mm — CMC: 1,5 μm |
Comparative method using an optical sensor and gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/19 | |
| 37 | Gauge blocks — steel (class 0, 1, 2) and ceramic (class 1, 2) | Calibration — Length Length 0,5 mm to 100 mm — CMC: Q[0,056; 0,84·L] µm, L – measured value in m |
Comparative method using a dual-sensor comparator; calibration at the laboratory | Procedura wewnętrzna I/D/1 w oparciu o PN-EN ISO 3650:2000 | |
| 38 | Gauge blocks — steel (class 1, 2) | Calibration — Length Length 125 mm to 500 mm — CMC: Q[0,22; 0,54·L] µm, L – measured value in m |
Comparative method using a horizontal length gauge; calibration at the laboratory | Procedura wewnętrzna I/D/40 | |
| 39 | Extensions for two-point micrometer diameter gauges | Calibration — Length Length 0 mm to 100 mm — CMC: 0,7 µm Length 100 mm to 200 mm — CMC: 2,1 µm Length 200 mm to 300 mm — CMC: 2,3 µm Length 300 mm to 400 mm — CMC: 2,7 µm Length 400 mm to 500 mm — CMC: 3,2 µm |
Indirect method using a horizontal length gauge; calibration at the laboratory | Procedura wewnętrzna I/D/39 | |
| 40 | Semi-rigid gauges | Calibration — Length Length 0 mm to 5000 mm — CMC: Q[0,16; 0,015·L] mm, L – measured value in m |
Comparative method using a rigid gauge; calibration at the laboratory | Procedura wewnętrzna I/D/24 | |
| 41 | Rigid gauges | Calibration — Length Length 0 mm to 1500 mm — CMC: Q[0,079; 0,006·L] mm, L – measured value in m Length 0 mm to 5000 mm — CMC: Q[0,1; 0,006·L] mm, L – measured value in m |
Comparative method using a digital ruler or a rigid gauge; calibration at the laboratory | Procedura wewnętrzna I/D/26 | |
| 42 | Tape gauges | Calibration — Length Length 0 mm to 5000 mm — CMC: Q[0,09; 0,015·L] mm, L – measured value in m Length 5000 mm to 15000 mm — CMC: Q[0,16; 0,015·L] mm, L – measured value in m |
Comparative method using a rigid gauge; calibration at the laboratory | Procedura wewnętrzna I/D/10 | |
| 43 | Special caliper instruments – weld caliper gauges | Calibration — Length Joints on a plane 0 mm to 10 mm — CMC: 0,01 mm Welds in corners 0 mm to 10 mm — CMC: 0,02 mm |
Direct method using gauge blocks and gauge pins; calibration at the laboratory | Procedura wewnętrzna I/D/28 | |
| 44 | Weld gauges | Calibration — Length Height of butt welds 0 mm to 15 mm — CMC: 0,06 mm Height of fillet welds 0 mm to 20 mm — CMC: 0,06 mm Thickness of fillet welds 0 mm to 15 mm — CMC: 0,06 mm Width of butt welds 0 mm to 60 mm — CMC: 0,12 mm Undercut depth 0 mm to 10 mm — CMC: 0,028 mm Gap width 0 mm to 10 mm — CMC: 0,12 mm |
Direct method using gauge blocks and gauge pins; calibration at the laboratory | Procedura wewnętrzna I/D/28 | |
| 45 | Cylindrical thread ring gauges | Calibration — Length Pitch diameter 3 mm to 90 mm — CMC: 3,2 µm |
Calibration at the laboratory | EURAMET cg-10 v.2.1 | |
| 46 | Cylindrical thread plug gauges | Calibration — Length Pitch diameter 1 mm to 100 mm — CMC: 3,3 µm |
Calibration at the laboratory | EURAMET cg-10 v.2.1 | |
| 47 | Special gauges | Calibration — Length Length 0 mm to 1 mm — CMC: 2,9 µm Length 1 mm to 100 mm — CMC: 3,4 µm Length 0 mm to 250 mm — CMC: 4,1 µm |
Length measurement using a coordinate optical measuring machine; calibration at the laboratory | Procedura wewnętrzna I/D/47 | |
| 48 | Taper gauges for holes | Calibration — Length Length 3 mm to 60 mm — CMC: 6,1 μm |
Direct method using a micrometer or gauge rings; calibration at the laboratory | Procedura wewnętrzna I/D/44 | |
| 49 | Wedge gauges | Calibration — Length Length 0,5 mm to 60 mm — CMC: 6,6 μm |
Direct method using a micrometer or gauge rings; calibration at the laboratory | Procedura wewnętrzna I/D/44 | |
| 50 | Piston gauges | Calibration — Length Length 0 mm to 40 mm — CMC: 0,8 μm Length 40 mm to 60 mm — CMC: 0,9 μm Length 60 mm to 80 mm — CMC: 1,1 μm Length 80 mm to 100 mm — CMC: 1,2 μm |
Direct method using a horizontal length gauge; calibration at the laboratory | Procedura wewnętrzna I/D/20 | |
| 51 | Calipers | Calibration — Length Length 0 mm to 150 mm — CMC: 8 μm Length 0 mm to 300 mm — CMC: 11 μm Length 0 mm to 600 mm — CMC: 18 μm Length 0 mm to 1000 mm — CMC: 29 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/3; procedura wewnętrzna I/D/3_1 w oparciu o PN-EN ISO 13385-1:2019-12 | |
| 52 | Feeler gauges | Calibration — Length Length 0,005 mm to 2 mm — CMC: 2 μm |
Direct method using a digital sensor; calibration at the laboratory | Procedura wewnętrzna I/D/6 | |
| 53 | Three-point sensor bore gauges | Calibration — Length Length 6 mm to 10 mm — CMC: 2,3 μm Length 10,1 mm to 20 mm — CMC: 2,5 μm Length 20,1 mm to 40 mm — CMC: 3,7 μm Length 40,1 mm to 70 mm — CMC: 2,7 μm Length 70,1 mm to 250 mm — CMC: 4,1 μm |
Direct method using gauge rings; calibration at the laboratory | Procedura wewnętrzna I/D/13 | |
| 54 | Three-point micrometer diameter gauges | Calibration — Length Length 4 mm to 10 mm — CMC: 2,3 μm Length 10,1 mm to 20 mm — CMC: 2,5 μm Length 20,1 mm to 40 mm — CMC: 3,7 μm Length 40,1 mm to 70 mm — CMC: 2,7 μm Length 70,1 mm to 250 mm — CMC: 4,1 μm |
Direct method using gauge rings; calibration at the laboratory | Procedura wewnętrzna I/D/13 | |
| 55 | Analog sensor bore gauges with a scale interval of 0,001 mm | Calibration — Length Length 0 mm to 18 mm — CMC: 1,3 μm Length 18 mm to 160 mm — CMC: 3,4 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/5 | |
| 56 | Analog sensor bore gauges with a scale interval of 0,01 mm | Calibration — Length Length 0 mm to 18 mm — CMC: 3,3 μm Length 18 mm to 160 mm — CMC: 4,8 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/5 | |
| 57 | Digital sensor bore gauges with resolution of 0,001 mm | Calibration — Length Length 0 mm to 18 mm — CMC: 2,5 μm Length 18 mm to 160 mm — CMC: 4,2 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/5 | |
| 58 | Digital sensor bore gauges with resolution of 0,01 mm | Calibration — Length Length 0 mm to 18 mm — CMC: 9,2 μm Length 18 mm to 160 mm — CMC: 9,7 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/5 | |
| 59 | Two-point micrometer diameter gauges | Calibration — Length Length 0 mm to 75 mm — CMC: 1,0 μm Length 75 mm to 250 mm — CMC: 2,0 μm Length 250 mm to 400 mm — CMC: 3,0 μm Length 400 mm to 500 mm — CMC: 3,2 μm |
Direct method using a horizontal length gauge; calibration at the laboratory | Procedura wewnętrzna I/D/35 | |
| 60 | Transameters | Calibration — Length Length 0 mm to 150 mm (sensor range ± 140 µm) — CMC: 0,4 µm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/29 | |
| 61 | Gauge pins | Calibration — Length Gauge pins for threads 0,170 mm to 6,350 mm — CMC: 0,3 µm Gauge pins for gears 1,7 mm to 17,0 mm — CMC: 0,3 µm Gauge pins for holes 0,05 mm to 30 mm — CMC: 0,3 µm |
Direct method using a horizontal length gauge or a laser micrometer; calibration at the laboratory | Procedura wewnętrzna I/D/21 | |
| 62 | Digital height gauges | Calibration — Length Length 0 mm to 1000 mm — CMC: (2 + 3·L) µm, L – measured value in m |
Direct method using gauge blocks; calibration at the laboratory and on site | Procedura wewnętrzna I/D/41 | |
| 63 | Caliper height gauges | Calibration — Length Length 0 mm to 150 mm — CMC: 8 μm Length 0 mm to 300 mm — CMC: 11 μm Length 0 mm to 600 mm — CMC: 18 μm Length 0 mm to 1000 mm — CMC: 29 μm |
Direct method using gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/3; procedura wewnętrzna I/D/3_3 w oparciu o PN-EN ISO 13225:2012 | |
| 64 | Circular arc gauges | Calibration — Length Length 0,1 mm to 25 mm — CMC: 3,0 µm Length 25 mm to 50 mm — CMC: 3,2 µm Length 50 mm to 100 mm — CMC: 3,4 µm |
Length measurement using a coordinate optical measuring machine; calibration at the laboratory | Procedura wewnętrzna I/D/45 | |
| 65 | Adjustment standards for external dimensions | Calibration — Length Length 0 mm to 100 mm — CMC: 0,7 µm Length 100 mm to 200 mm — CMC: 2,1 µm Length 200 mm to 300 mm — CMC: 2,3 µm Length 300 mm to 400 mm — CMC: 2,7 µm Length 400 mm to 500 mm — CMC: 3,2 µm |
Indirect method using a horizontal length gauge; calibration at the laboratory | Procedura wewnętrzna I/D/34 | |
| 66 | Step blocks for ultrasonic thickness gauges | Calibration — Length Length 0,5 mm to 100 mm — CMC: 3 µm |
Direct method using a horizontal length gauge; calibration at the laboratory | Procedura wewnętrzna I/D/32 | |
| 67 | Digital protractors | Calibration — Angle Angle 0° to 360° — CMC: 1,2ʹ |
Direct method using angle plates; calibration at the laboratory | Procedura wewnętrzna I/D/9 | |
| 68 | Universal protractors | Calibration — Angle Angle (4 x 90)° — CMC: 3ʹ Angle 0° to 360° — CMC: 3ʹ |
Direct method using angle plates; calibration at the laboratory | Procedura wewnętrzna I/D/9 | |
| 69 | Marking protractors | Calibration — Angle Angle (4 x 90)° — CMC: 3ʹ Angle 0° to 360° — CMC: 3ʹ |
Direct method using angle plates; calibration at the laboratory | Procedura wewnętrzna I/D/9 | |
| 70 | 90° double-arm angle plates | Calibration — Angle Angle arm length 40 mm to 500 mm — CMC: 5 μm |
Indirect method using a cylindrical angle gauge and gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/8 | |
| 71 | Digital spirit levels | Calibration — Angle Angle ± 90° — CMC: 0,05° |
Indirect method using a sin bar and gauge blocks; calibration at the laboratory | Procedura wewnętrzna I/D/33 | |
| 72 | Ruler levels | Calibration — Angle Error in the scale interval 0 mm/m to 1 mm/m — CMC: 0,0033 mm/m Zero setting error CMC: 0,14 scale division |
Comparative method using a digital level; calibration at the laboratory | Procedura wewnętrzna I/D/27 | |
| 73 | Special caliper instruments – weld gauges | Calibration — Angle Weld gauge angle 0° to 160° — CMC: 3,3ʹ |
Direct method using a universal protractor; angle measurement using an optical coordinate measuring machine; calibration at the laboratory | Procedura wewnętrzna I/D/28 | |
| 74 | Weld gauges | Calibration — Angle Bevel angle 0° to 160° — CMC: 0,58° |
Direct method using angle plates; calibration at the laboratory | Procedura wewnętrzna I/D/28 | |
| 75 | Special gauges | Calibration — Angle Angle 0° to 360° — CMC: 0°15ʹ |
Angle measurement using a coordinate optical measuring machine; calibration at the laboratory | Procedura wewnętrzna I/D/47 | |
| 76 | Flat interference plates | Calibration — Length (surface geometry) Flatness deviation Ø up to 100 mm — CMC: 0,04 μm |
Indirect method using a flat interference plate; calibration at the laboratory | Procedura wewnętrzna I/D/7 | |
| 77 | Plane-parallel interference plates | Calibration — Length (surface geometry) Flatness deviation plate length from 11 mm to 80 mm — CMC: 0,06 μm Parallelism deviation plate length from 11 mm to 80 mm — CMC: 0,26 μm |
Indirect method using a flat interference plate and an optical sensor; calibration at the laboratory | Procedura wewnętrzna I/D/19 | |
| 78 | Measuring plates | Calibration — Length (surface geometry) Flatness deviation 200 x 200 mm to 630 x 400 mm — CMC: 1,5 µm Flatness deviation 1000 x 630 mm to 2500 x 1600 mm — CMC: 3,1 µm |
Indirect method using differential levels; calibration at the laboratory and on site | Procedura wewnętrzna I/D/30 | |
| 79 | Contact profilometers | Calibration — Length (surface geometry) Pt 0 µm to 12,03 µm — CMC: 0,056 µm Pt 0 µm to 0,062 µm — CMC: 0,008 µm Pt 0 µm to 0,300 µm — CMC: 0,010 µm Pt 0 µm to 0,574 µm — CMC: 0,010 µm Ra 0 µm to 0,66 µm — CMC: 0,030 µm Ra 0 µm to 0,96 µm — CMC: 0,048 µm Ra 0 µm to 2,77 µm — CMC: 0,143 µm Ra 0 µm to 0,93 µm — CMC: 0,028 µm Rz 0 µm to 3,010 µm — CMC: 0,191 µm Rz 0 µm to 9,67 µm — CMC: 0,520 µm Rmax 0 µm to 3,02 µm — CMC: 0,092 µm |
Direct method using roughness gauges; calibration at the laboratory and on site | Procedura wewnętrzna I/D/42 | |
| 80 | Analog and digital voltage meters, multimeters, meters of electrical system parameters | Calibration — DC voltage DC voltage 0 mV to 60,0 mV — CMC: 0,0036 mV DC voltage 60 mV to 200 mV — CMC: 0,0062 % DC voltage 0,2 V to 4,0 V — CMC: 0,0035 % DC voltage 4 V to 20 V — CMC: 0,0020 % DC voltage 20 V to 1000 V — CMC: 0,0035 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 81 | Meters of electrical power system parameters, electrical safety testers | Calibration — DC voltage DC voltage 40 V to 200 V — CMC: 3,0 % DC voltage 200 V to 500 V — CMC: 1,4 % DC voltage 500 V to 1000 V — CMC: 1,2 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 82 | Breakdown testers, breakdown voltage meters, electrical safety testers | Calibration — DC voltage DC voltage 40 V to 200 V — CMC: 3,0 % DC voltage 200 V to 500 V — CMC: 1,4 % DC voltage 500 V to 1000 V — CMC: 1,2 % DC voltage 1 kV to 6 kV — CMC: 1,5 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/4 | |
| 83 | Calibrators, power supply units, reference sources | Calibration — DC voltage DC voltage 0 mV to 60 mV — CMC: 0,0018 mV DC voltage 0,06 V to 100 V — CMC: 0,003 % DC voltage 100 V to 1000 V — CMC: 0,005 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/3 | |
| 84 | Analog and digital voltage meters, multimeters | Calibration — DC voltage DC voltage 0 V to 20 V — CMC: 0,00013·U + 0,4 mV, U – measured value in V |
Direct method; calibration on site | Procedura wewnętrzna I/E/1 | |
| 85 | Analog and digital current meters, multimeters | Calibration — DC current DC current 0 µA to 100 µA — CMC: 0,030 µA DC current 100 µA to 300 µA — CMC: 0,030 % DC current 0,3 mA to 200,0 mA — CMC: 0,020 % DC current 0,2 A to 2,0 A — CMC: 0,030 % DC current 2 A to 30 A — CMC: 0,062 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 86 | Clamp meters | Calibration — DC current DC current 4 A to 18 A — CMC: 0,20 A DC current 18 A to 160 A — CMC: 1,1 % DC current 160 A to 1500 A — CMC: 0,8 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 87 | Analog and digital current meters, multimeters | Calibration — DC current DC current 0 mA to 20 mA — CMC: 0,00055·I + 2,5 μA, I – measured value in A |
Direct method; calibration on site | Procedura wewnętrzna I/E/1 | |
| 88 | Meters of electrical power system parameters (circuit continuity current) | Calibration — DC current DC current 1 mA to 30 mA — CMC: 0,5 mA DC current 30 mA to 320 mA — CMC: 1,6 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 89 | Calibrators, power supply units, generators, reference sources, DC power sources | Calibration — DC current DC current 0 mA to 1 mA — CMC: 0,5 µA DC current 0,001 A to 1 A — CMC: 0,05 % DC current 1 A to 3 A — CMC: 0,15 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/3 | |
| 90 | Analog and digital voltage meters, multimeters, meters of electrical power system parameters | Calibration — AC voltage AC voltage 1 mV to 20 mV (f = 30 Hz to 44 Hz) — CMC: 0,042 mV AC voltage 0,02 V to 1000 V (f = 30 Hz to 44 Hz) — CMC: 0,22 % AC voltage 1 mV to 50 mV (f = 45 Hz to 999 Hz) — CMC: 0,042 mV AC voltage 50 mV to 1000 mV (f = 45 Hz to 999 Hz) — CMC: 0,12 % AC voltage 1 V to 200 V (f = 45 Hz to 999 Hz) — CMC: 0,032 % AC voltage 200 V to 1000 V (f = 45 Hz to 999 Hz) — CMC: 0,060 % AC voltage 1 mV to 60 mV (f = 1,0 kHz to 19,9 kHz) — CMC: 0,042 mV AC voltage 60 mV to 20 V (f = 1,0 kHz to 19,9 kHz) — CMC: 0,14 % AC voltage 20 V to 200 V (f = 1,0 kHz to 19,9 kHz) — CMC: 0,20 % AC voltage 200 V to 700 V (f = 1,0 kHz to 19,9 kHz) — CMC: 0,10 % AC voltage 1 mV to 9 mV (f = 20 kHz to 50 kHz) — CMC: 0,052 mV AC voltage 9 mV to 20 V (f = 20 kHz to 50 kHz) — CMC: 0,42 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 91 | Calibrators, power supply units, generators, reference sources | Calibration — AC voltage AC voltage 1 mV to 100 mV (f = 45 Hz to 20 kHz) — CMC: 0,05 mV AC voltage 0,1 V to 750 V (f = 45 Hz to 20 kHz) — CMC: 0,25 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/3 | |
| 92 | Analog and digital current meters, multimeters | Calibration — AC current AC current 10 µA to 100 µA (f = 30 Hz to 44 Hz) — CMC: 0,50 µA AC current 100 µA to 20 A (f = 30 Hz to 44 Hz) — CMC: 0,46 % AC current 5 µA to 100 µA (f = 45 Hz to 99 Hz) — CMC: 0,24 µA AC current 100 µA to 20 A (f = 45 Hz to 99 Hz) — CMC: 0,24 % AC current 5 µA to 100 µA (f = 100 Hz to 999 Hz) — CMC: 0,24 µA AC current 100 A to 2 A (f = 100 Hz to 999 Hz) (as written in the PCA scope) — CMC: 0,24 % AC current 2 A to 20 A (f = 100 Hz to 999 Hz) — CMC: 0,76 % AC current 5 µA to 100 µA (f = 1 kHz to 5 kHz) — CMC: 1,4 µA AC current 100 µA to 210 µA (f = 1 kHz to 5 kHz) — CMC: 1,4 % AC current 210 µA to 2 A (f = 1 kHz to 5 kHz) — CMC: 0,76 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 93 | Clamp meters | Calibration — AC current AC current 4 A to 18 A (f = 50 Hz) — CMC: 0,20 A AC current 18 A to 160 A (f = 50 Hz) — CMC: 1,1 % AC current 160 A to 1000 A (f = 50 Hz) — CMC: 0,8 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 94 | Meters of electrical power system parameters (RCD test current), residual current device meters | Calibration — AC current AC current 3 mA to 10 mA (time 20 ms to 190 ms) — CMC: 0,70 mA AC current 10 mA to 3 A (time 20 ms to 190 ms) — CMC: 7,0 % AC current 3 mA to 10 mA (time 0,19 s to 1,00 s) — CMC: 0,18 mA AC current 10 mA to 3 A (time 0,19 s to 1,00 s) — CMC: 1,8 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 95 | Analog and digital resistance meters, multimeters | Calibration — DC resistance DC resistance 0 Ω to 30,0 Ω — CMC: 0,020 Ω DC resistance 30 Ω to 100 Ω — CMC: 0,026 Ω DC resistance 0,1 kΩ to 1 kΩ — CMC: 0,21 Ω DC resistance 1 kΩ to 10 kΩ — CMC: 1,7 Ω DC resistance 10 kΩ to 100 kΩ — CMC: 17 Ω DC resistance 0,1 MΩ to 1 MΩ — CMC: 0,17 kΩ DC resistance 1 MΩ to 10 MΩ — CMC: 1,7 kΩ DC resistance 10 MΩ to 100 MΩ — CMC: 1,3 % DC resistance 100 MΩ to 1 GΩ — CMC: 2,8 % DC resistance 1 GΩ to 100 GΩ — CMC: 2,4 % DC resistance 100 GΩ to 1000 GΩ — CMC: 3,2 % DC resistance fixed points 0,0 Ω; 0,1 Ω; 1,0 Ω; 10 Ω — CMC: 0,006 Ω DC resistance fixed point 100 Ω — CMC: 0,007 Ω DC resistance fixed points 1 kΩ; 10 kΩ; 100 kΩ — CMC: 0,006 % DC resistance fixed point 1 MΩ — CMC: 0,0001 MΩ DC resistance fixed point 10 MΩ — CMC: 0,002 MΩ DC resistance fixed point 100 MΩ — CMC: 0,5 MΩ DC resistance fixed point 1 GΩ — CMC: 24 MΩ |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 96 | Short-circuit loop resistance meters, meters of electrical system parameters | Calibration — DC resistance DC resistance 1 Ω to 6 Ω — CMC: 0,06 Ω DC resistance 6 Ω to 10 Ω — CMC: 1,0 % DC resistance 10 Ω to 1000 Ω — CMC: 0,6 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 97 | Earth resistance meters, meters of electrical system parameters | Calibration — DC resistance DC resistance 0,3 Ω to 6 Ω — CMC: 0,06 Ω DC resistance 6 Ω to 10 Ω — CMC: 1,0 % DC resistance 10 Ω to 1000 Ω — CMC: 0,6 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 98 | Meters of electrical system parameters (circuit continuity resistance) | Calibration — DC resistance DC resistance 0,2 Ω to 10,0 Ω — CMC: 0,06 Ω DC resistance 10 Ω to 20 Ω — CMC: 0,60 % DC resistance 100 Ω, 1000 Ω — CMC: 0,35 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 99 | Insulation resistance meters, meters of electrical system parameters | Calibration — DC resistance DC resistance 10 kΩ to 5 MΩ (measurement voltage to 5 kV) — CMC: 0,2 % DC resistance 5 MΩ to 100 MΩ (measurement voltage to 5 kV) — CMC: 1,3 % DC resistance 100 MΩ to 1 GΩ (measurement voltage to 5 kV) — CMC: 2,8 % DC resistance 1 GΩ to 100 GΩ (measurement voltage to 5 kV) — CMC: 2,4 % DC resistance 100 GΩ to 1000 GΩ (measurement voltage to 5 kV) — CMC: 3,2 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 100 | Breakdown testers, electrical safety testers | Calibration — DC resistance DC resistance 10 kΩ to 5 MΩ (measurement voltage to 5 kV) — CMC: 0,2 % DC resistance 5 MΩ to 100 MΩ (measurement voltage to 5 kV) — CMC: 1,3 % DC resistance 100 MΩ to 1 GΩ (measurement voltage to 5 kV) — CMC: 2,8 % DC resistance 1 GΩ to 100 GΩ (measurement voltage to 5 kV) — CMC: 2,4 % DC resistance 100 GΩ to 1000 GΩ (measurement voltage to 5 kV) — CMC: 3,2 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/4 | |
| 101 | Resistance calibrators, fixed resistors, adjustable resistors, resistance standards | Calibration — DC resistance DC resistance 0 Ω to 10 Ω — CMC: 0,002 Ω DC resistance 10 Ω to 100 Ω — CMC: 0,02 % DC resistance 0,1 kΩ to 100,0 kΩ — CMC: 0,01 % DC resistance 0,1 MΩ to 10,0 MΩ — CMC: 0,04 % DC resistance 10 MΩ to 100 MΩ — CMC: 0,1 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/3 | |
| 102 | Short-circuit loop resistance meters, meters of electrical system parameters, electrical safety testers | Calibration — AC resistance AC resistance 1 Ω to 6 Ω — CMC: 0,06 Ω AC resistance 6 Ω to 10 Ω — CMC: 1,0 % AC resistance 10 Ω to 1000 Ω — CMC: 0,6 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 103 | Earth resistance meters, meters of electrical system parameters | Calibration — AC resistance AC resistance 0,3 Ω to 6 Ω — CMC: 0,06 Ω AC resistance 6 Ω to 10 Ω — CMC: 1,0 % AC resistance 10 Ω to 1000 Ω — CMC: 0,6 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 104 | Short-circuit loop impedance meters, meters of electrical system parameters | Calibration — Impedance Impedance 1 Ω to 6 Ω — CMC: 0,06 Ω Impedance 6 Ω to 10 Ω — CMC: 1,0 % Impedance 10 Ω to 1000 Ω — CMC: 0,6 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 105 | Capacitance meters, multimeters | Calibration — Capacitance Capacitance fixed points (1 kHz): 1 nF, 10 nF, 20 nF, 50 nF, 100 nF, 1 μF — CMC: 1,0 % Capacitance fixed point (1 kHz): 10 μF — CMC: 1,1 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 106 | Breakdown testers, breakdown voltage meters, reference sources, power supply units | Calibration — High voltage and current DC voltage 0,1 kV to 6 kV — CMC: 1,5 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/4 | |
| 107 | Breakdown testers, meters of electrical system parameters, voltage sources, electrical safety testers | Calibration — High voltage and current AC voltage 0,1 kV to 6 kV (f = 50 Hz) — CMC: 1,5 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/4 | |
| 108 | Temperature indicators (meters) including temperature controllers, temperature transducers, temperature simulators — compatible with thermoelectric sensors | Calibration — Electrical simulation of quantities Temperature (electrical simulation) -270 °C to 1760 °C (at the laboratory) — CMC: 0,16 °C Temperature (electrical simulation) -270 °C to 1760 °C (on site) — CMC: 0,3 °C |
Calibration at the laboratory and on site | EURAMET cg-11 v.2.0 | |
| 109 | Temperature indicators (meters) including temperature controllers, temperature transducers, temperature simulators — compatible with resistance sensors | Calibration — Electrical simulation of quantities Temperature (electrical simulation) -270 °C to 850 °C (at the laboratory) — CMC: 0,06 °C Temperature (electrical simulation) -270 °C to 850 °C (on site) — CMC: 0,2 °C |
Calibration at the laboratory and on site | EURAMET cg-11 v.2.0 | |
| 110 | Meters of electrical system parameters | Calibration — Time (time interval) Time (time interval) 20 ms to 390 ms — CMC: 1,2 ms Time (time interval) 390 ms to 1000 ms — CMC: 9,0 ms |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/2 | |
| 111 | Digital frequency meters, multimeters, meters of electrical system parameters | Calibration — Frequency Frequency 3 Hz to 30 Hz — CMC: 0,05 % Frequency 30 Hz to 1 MHz — CMC: 0,01 % |
Direct method; calibration at the laboratory | Procedura wewnętrzna I/E/1 | |
| 112 | Extensometers (mounted in static testing machines) | Calibration — Force Extension 0 µm to 300 µm — CMC: 0,4 µm Extension 300 µm to 20000 µm — CMC: 1,3 µm Extension 20 mm to 1300 mm — CMC: 0,42 % |
Calibration at the laboratory and on site | Procedura wewnętrzna I/S/5 w oparciu o PN-EN ISO 9513:2013-06 | |
| 113 | Static testing machines for compressive and tensile forces | Calibration — Force Force 0,1 N to 1100 N (at the laboratory) — CMC: 0,051 % Force 0,1 N to 1100 N (on site) — CMC: 0,1 % |
Using reference weights; calibration at the laboratory and on site | Procedura wewnętrzna I/S/2 w oparciu o PN-EN ISO 7500-1:2018-05 | |
| 114 | Static testing machines for compressive forces | Calibration — Force Force 0,002 kN to 500 kN — CMC: 0,12 % Force 500 kN to 1600 kN — CMC: 0,24 % |
Using reference force gauges class 0,5 (up to 500 kN) and class 1 (500 kN to 1600 kN); calibration at the laboratory and on site | Procedura wewnętrzna I/S/2 w oparciu o PN-EN ISO 7500-1:2018-05 | |
| 115 | Static testing machines for tensile forces | Calibration — Force Force 0,002 kN to 600 kN — CMC: 0,12 % |
Using reference force gauges class 0,5; calibration at the laboratory and on site | Procedura wewnętrzna I/S/2 w oparciu o PN-EN ISO 7500-1:2018-05 | |
| 116 | Static testing machines (compressive and tensile forces), technological equipment for tensile and compressive forces | Calibration — Force Crosshead displacement speed 0,05 mm/min to 2500 mm/min — CMC: 0,1 % |
Calibration at the laboratory and on site | Procedura wewnętrzna I/S/9 w oparciu o ASTM E2658-15 | |
| 117 | Force gauges, transducers | Calibration — Force Force 0,1 N to 1100 N (at the laboratory) — CMC: 0,05 % Force 0,1 N to 1100 N (on site) — CMC: 0,1 % |
Using reference weights; calibration at the laboratory and on site | Procedura wewnętrzna I/S/4 w oparciu o PN-EN ISO 376:2011 | |
| 118 | Force gauges, transducers, technical devices for tensile and compressive forces | Calibration — Force Force 0,002 kN to 300 kN — CMC: 0,12 % |
Using reference force gauges class 0,5; calibration at the laboratory and on site | Procedura wewnętrzna I/S/4 w oparciu o PN-EN ISO 376:2011 | |
| 119 | Torque wrenches | Calibration — Torque Torque 0,2 N·m to 2000 N·m — CMC: 0,3 % |
Calibration at the laboratory and on site | PN-EN ISO 6789-1:2017-03; PN-EN ISO 6789-2:2017-03 | |
| 120 | Torque meters, torque transducers | Calibration — Torque Torque 0,2 N·m to 0,5 N·m (at the laboratory) — CMC: 0,2 % Torque 0,5 N·m to 1000 N·m (at the laboratory) — CMC: 0,1 % Torque 0,2 N·m to 0,5 N·m (on site) — CMC: 0,2 % Torque 0,5 N·m to 1000 N·m (on site) — CMC: 0,15 % |
Calibration at the laboratory and on site | EURAMET cg-14 v.2.0; PN-EN ISO 6789-2:2017-03 zał. C; BS 7882:2017 | |
| 121 | Torque screwdrivers | Calibration — Torque Torque 0,2 N·m to 160 N·m — CMC: 0,6 % |
Calibration at the laboratory and on site | Procedura wewnętrzna I/S/1 | |
| 122 | Brinell hardness testers | Calibration — Hardness Hardness 90 HBW 2.5/31.25 to 400 HBW 2.5/31.25 — CMC: 1,4 % Hardness 85 HBW 2.5/62.5 to 400 HBW 2.5/62.5 — CMC: 1,1 % Hardness 90 HBW 2.5/187.5 to 700 HBW 2.5/187.5 — CMC: 0,94 % Hardness 90 HBW 5/750 to 700 HBW 5/750 — CMC: 0,94 % Hardness 100 HBW 10/3000 to 700 HBW 10/3000 — CMC: 0,90 % Force 306,5 N to 29420 N — CMC: 0,12 % Length 0 mm to 10 mm — CMC: 0,5 µm Cycle time 1 s to 20 s — CMC: 0,1 s |
Calibration at the laboratory and on site | PN-EN ISO 6506-2:2019-10; ASTM E10-23 | |
| 123 | Rockwell hardness testers | Calibration — Hardness Hardness 20 HRA to 95 HRA — CMC: 0,4 HRA Hardness 20 HRBW to 100 HRBW — CMC: 0,5 HRBW Hardness 20 HRC to 70 HRC — CMC: 0,4 HRC Force 98,07 N to 1471 N — CMC: 0,12 % Length 0 µm to 260 µm — CMC: 0,15 µm Cycle time 1 s to 20 s — CMC: 0,1 s |
Calibration at the laboratory and on site | PN-EN ISO 6508-2:2024-06; ASTM E18-25 | |
| 124 | Vickers hardness testers | Calibration — Hardness Hardness 100 HV 0,05 to 1000 HV 0,05 — CMC: 5,1 % Hardness 100 HV 0,1 to 1000 HV 0,1 — CMC: 4,1 % Hardness 100 HV 0,2 to 1000 HV 0,2 — CMC: 3,2 % Hardness 100 HV 0,3 to 1000 HV 0,3 — CMC: 3,8 % Hardness 100 HV 0,5 to 1000 HV 0,5 — CMC: 3,1 % Hardness 100 HV 1 to 1000 HV 1 — CMC: 1,6 % Hardness 100 HV 5 to 1000 HV 5 — CMC: 1,5 % Hardness 100 HV 10 to 1000 HV 10 — CMC: 1,4 % Hardness 100 HV 30 to 1000 HV 30 — CMC: 2,1 % Force 2,94 N to 980,7 N — CMC: 0,12 % Length 0 mm to 2 mm — CMC: 0,5 µm Cycle time 1 s to 20 s — CMC: 0,1 s |
Calibration at the laboratory and on site | PN-EN ISO 6507-2:2018-05; ASTM E92-23; ASTM E384-22 | |
| 125 | Shore A hardness testers | Calibration — Hardness Force 550 mN to 8050 mN — CMC: 7,5 mN Indenter displacement 0 mm to 2,5 mm — CMC: 3,8 mm (as written in the PCA scope) Indenter diameter 1,1 mm to 1,4 mm — CMC: 5,4 mm (as written in the PCA scope) Diameter of the cut cone of the indenter 0,78 mm to 0,80 mm — CMC: 5,4 mm (as written in the PCA scope) Indenter cone angle 34,75° to 35,25° — CMC: 5ʹ Pressure foot diameter 0 mm to 20 mm — CMC: 26 mm (as written in the PCA scope) Pressure foot hole diameter 0 mm to 4 mm — CMC: 5,4 mm (as written in the PCA scope) |
Calibration at the laboratory and on site | ISO 48-9:2018 | |
| 126 | Shore D hardness testers | Calibration — Hardness Force 0 mN to 44500 mN — CMC: 35 mN Indenter displacement 0 mm to 2,5 mm — CMC: 3,8 mm (as written in the PCA scope) Indenter diameter 1,1 mm to 1,4 mm — CMC: 5,4 mm (as written in the PCA scope) Indenter radius 0,09 mm to 0,11 mm — CMC: 5,4 mm (as written in the PCA scope) Indenter cone angle 29,75° to 30,25° — CMC: 5ʹ Pressure foot diameter 0 mm to 20 mm — CMC: 26 mm (as written in the PCA scope) Pressure foot hole diameter 0 mm to 4 mm — CMC: 5,4 mm (as written in the PCA scope) |
Calibration at the laboratory and on site | ISO 48-9:2018 | |
| 127 | Hygrometers, thermohygrometers | Calibration — Relative humidity Temperature 5 °C to 10 °C — CMC: 0,16 °C Relative humidity 70 %rh (at 5 °C to 10 °C) — CMC: 1,9 %rh Temperature 10 °C — CMC: 0,16 °C Relative humidity 70 %rh (at 10 °C) — CMC: 1,8 %rh Temperature 22 °C — CMC: 0,16 °C Relative humidity 30 %rh to 85 %rh (at 22 °C) — CMC: 1,3 %rh Temperature 42 °C — CMC: 0,16 °C Relative humidity 57 %rh (at 42 °C) — CMC: 1,3 %rh |
Calibration at the laboratory | Procedura wewnętrzna I/W/1 | |
| 128 | Climate chambers | Calibration — Relative humidity Relative humidity 70 %rh to 95 %rh (temperature range 10 °C to 20 °C) — CMC: 2,0 %rh Relative humidity 35 %rh to 97 %rh (temperature range 20 °C to 40 °C) — CMC: 2,0 %rh Relative humidity 20 %rh to 80 %rh (at temperature 40 °C) — CMC: 2,0 %rh Relative humidity 95 %rh (at temperature 40 °C) — CMC: 3,5 %rh |
Calibration at the laboratory and on site | EURAMET cg-20 v.5.0 | |
| 129 | Non-automatic scales | Calibration — Mass (scales) Mass (scales) up to 1 g — CMC: 2,6·10⁻³ % Mass (scales) 1 g to 200 g — CMC: 5·10⁻⁴ % Mass (scales) 200 g to 16000 g — CMC: 1,6·10⁻³ % Mass (scales) 16 kg to 100 kg — CMC: 10,5·10⁻³ % Mass (scales) 100 kg to 1500 kg — CMC: 13·10⁻³ % |
Calibration at the laboratory and on site | Procedura wewnętrzna I/M/1 w oparciu o EURAMET cg-18 v.4.0 | |
| 130 | Barometers, digital manometers, pressure gauges | Calibration — Pressure Absolute pressure (gas) 500 hPa to 1100 hPa — CMC: 0,23 hPa |
Calibration at the laboratory | EURAMET cg-17 v.4.1 | |
| 131 | Digital manometers, pressure gauges, pressure transmitters | Calibration — Pressure Relative pressure (gas) -2450 Pa to 2450 Pa (at the laboratory) — CMC: 0,001·P, P – measured value in Pa Relative pressure (gas) -0,1 MPa to -0,01 MPa (at the laboratory) — CMC: 0,000059·P, P – measured value in MPa Relative pressure (gas) -0,01 MPa to -0,0015 MPa (at the laboratory) — CMC: 0,00000059 MPa Relative pressure (gas) 0,0015 MPa to 0,01 MPa (at the laboratory) — CMC: 0,00000059 MPa Relative pressure (gas) 0,01 MPa to 0,1 MPa (at the laboratory) — CMC: 0,000059·P, P – measured value in MPa Relative pressure (gas) 0,1 MPa to 0,6 MPa (at the laboratory) — CMC: 0,00024·P, P – measured value in MPa Relative pressure (gas) -0,1 MPa to 2 MPa (on site) — CMC: 0,0017·P, P – measured value in MPa |
Calibration at the laboratory and on site | EURAMET cg-17 v.4.1 | |
| 132 | Digital manometers, pressure gauges, pressure transmitters | Calibration — Pressure Relative pressure (liquid) 0,1 MPa to 0,6 MPa (at the laboratory) — CMC: 0,00016 MPa Relative pressure (liquid) 0,6 MPa to 6 MPa (at the laboratory) — CMC: 0,00024·P, P – measured value in MPa Relative pressure (liquid) 6 MPa to 7 MPa (at the laboratory) — CMC: 0,0017 MPa Relative pressure (liquid) 7 MPa to 70 MPa (at the laboratory) — CMC: 0,00024·P, P – measured value in MPa Relative pressure (liquid) 2 MPa to 70 MPa (on site) — CMC: 0,0025·P, P – measured value in MPa |
Calibration at the laboratory and on site | EURAMET cg-17 v.4.1 | |
| 133 | Electrical thermometers (including electronic) | Calibration — Temperature (electrical thermometry) Temperature (electrical thermometry) -70 °C to 0 °C — CMC: 0,4 °C Temperature (electrical thermometry) 0 °C to 50 °C — CMC: 0,3 °C Temperature (electrical thermometry) 50 °C to 100 °C — CMC: 0,4 °C |
Calibration in a climatic chamber; calibration at the laboratory | Procedura wewnętrzna I/T/2 | |
| 134 | Electrical thermometers (including electronic) | Calibration — Temperature (electrical thermometry) Temperature (electrical thermometry) 0 °C (at the laboratory) — CMC: 0,05 °C Temperature (electrical thermometry) 30 °C to 250 °C (at the laboratory) — CMC: 0,09 °C Temperature (electrical thermometry) 250 °C to 1085 °C (at the laboratory) — CMC: 0,9 °C Temperature (electrical thermometry) 1085 °C to 1290 °C (at the laboratory) — CMC: 1,6 °C Temperature (electrical thermometry) 0 °C (on site) — CMC: 0,05 °C Temperature (electrical thermometry) 30 °C to 200 °C (on site) — CMC: 0,9 °C Temperature (electrical thermometry) 200 °C to 650 °C (on site) — CMC: 1,1 °C |
Calibration at the laboratory and on site | Procedura wewnętrzna I/T/2 | |
| 135 | Thermostatic chambers, climatic chambers | Calibration — Temperature (electrical thermometry) Temperature (electrical thermometry) -40 °C to 0 °C — CMC: 0,6 °C (CMC for a single point in the measurement space of the object) Temperature (electrical thermometry) 0 °C to 200 °C — CMC: 0,5 °C (CMC for a single point in the measurement space of the object) |
Calibration at the laboratory and on site | Procedura wewnętrzna I/T/4 | |
| 136 | Liquid baths | Calibration — Temperature (electrical thermometry) Temperature (electrical thermometry) 30 °C to 200 °C — CMC: 0,32 °C Temperature (electrical thermometry) 200 °C to 250 °C — CMC: 0,72 °C |
Calibration at the laboratory and on site | Procedura wewnętrzna I/T/8 | |
| 137 | Furnaces | Calibration — Temperature (electrical thermometry) Temperature (electrical thermometry) 30 °C to 1100 °C — CMC: 1,3 °C (CMC for a single point in the measurement space of the object) |
Calibration at the laboratory and on site | Procedura wewnętrzna I/T/7 | |
| 138 | Thermocouples made of noble and base metals types J, K, S | Calibration — Temperature (electrical thermometry) Temperature (electrical thermometry) 0 °C — CMC: 0,3 °C Temperature (electrical thermometry) 30 °C to 250 °C — CMC: 0,4 °C Temperature (electrical thermometry) 250 °C to 1085 °C — CMC: 0,9 °C Temperature (electrical thermometry) 1085 °C to 1290 °C — CMC: 1,6 °C |
Calibration at the laboratory | Procedura wewnętrzna I/T/1 | |
| 139 | Resistance thermometer sensors | Calibration — Temperature (electrical thermometry) Temperature (electrical thermometry) 0 °C — CMC: 0,05 °C Temperature (electrical thermometry) 30 °C to 250 °C — CMC: 0,09 °C |
Calibration at the laboratory | Procedura wewnętrzna I/T/5 | |
| 140 | Pyrometers (radiation, photoelectric, multiband), thermal imaging cameras, non-contact temperature measurement systems | Calibration — Temperature (radiation thermometry) Temperature (radiation thermometry) -30 °C to -10 °C (at the laboratory) — CMC: 2,1 °C Temperature (radiation thermometry) -10 °C to 35 °C (at the laboratory) — CMC: 1,4 °C Temperature (radiation thermometry) 35 °C to 100 °C (at the laboratory) — CMC: 1,3 °C Temperature (radiation thermometry) 100 °C to 700 °C (at the laboratory) — CMC: 1,9 °C Temperature (radiation thermometry) 700 °C to 1085 °C (at the laboratory) — CMC: 2,1 °C Temperature (radiation thermometry) 1085 °C to 1265 °C (at the laboratory) — CMC: 2,6 °C Temperature (radiation thermometry) -30 °C to -10 °C (on site) — CMC: 2,9 °C Temperature (radiation thermometry) -10 °C to 35 °C (on site) — CMC: 1,9 °C Temperature (radiation thermometry) 35 °C to 100 °C (on site) — CMC: 1,7 °C Temperature (radiation thermometry) 100 °C to 200 °C (on site) — CMC: 2,1 °C Temperature (radiation thermometry) 200 °C to 300 °C (on site) — CMC: 3,1 °C Temperature (radiation thermometry) 300 °C to 400 °C (on site) — CMC: 3,9 °C Temperature (radiation thermometry) 400 °C to 1100 °C (on site) — CMC: 4,4 °C |
Calibration at the laboratory and on site | Procedura wewnętrzna I/T/6 | |
Reference standards (25)
ASTM E10-23
ASTM E18-25
ASTM E2658-15
ASTM E384-22
ASTM E92-23
BS 7882:2017
EURAMET cg-10 v.2.1
EURAMET cg-11 v.2.0
EURAMET cg-14 v.2.0
EURAMET cg-17 v.4.1
EURAMET cg-18 v.4.0
EURAMET cg-20 v.5.0
ISO 48-9:2018
PN-EN ISO 13225:2012
PN-EN ISO 13385-1:2019-12
PN-EN ISO 13385-2:2020-10
PN-EN ISO 3650:2000
PN-EN ISO 376:2011
PN-EN ISO 6506-2:2019-10
PN-EN ISO 6507-2:2018-05
PN-EN ISO 6508-2:2024-06
PN-EN ISO 6789-1:2017-03
PN-EN ISO 6789-2:2017-03
PN-EN ISO 7500-1:2018-05
PN-EN ISO 9513:2013-06