🇵🇱 URZĄD DOZORU TECHNICZNEGO PL
Materials & polymersElectronics & EMCConstructionEnvironmentPetrochemistry & fuels
URZĄD DOZORU TECHNICZNEGO is a laboratory accredited by PCA under number AB 001 (Warszawa, Poland). Its accreditation scope covers 196 test methods in the following areas: Materials & polymers, Electronics & EMC, Construction, Environment. Test objects include: Products made of metals and alloys, welded joints, Welded joints, Equipment fitted with electrical and electronic accessories, Castings. Most frequently used techniques: Ultrasonic method, Magnetic particle method, Penetrant testing method.
At a glance
- Accreditation number: PCA AB 001
- Methods in scope: 196
- Types of test objects: 58
- Techniques used: 22
- City: Warszawa, Poland
- Accreditation number
- AB 001
- Accreditation body
- PCA
- Address
- CENTRALNE LABORATORIUM DOZORU TECHNICZNEGO, ul. Szczęśliwicka 34, 02-353 Warszawa
- City
- Warszawa, Poland
What this laboratory tests (58)
- Products made of metals and alloys, welded joints — 29 methods
- Welded joints — 19 methods
- Equipment fitted with electrical and electronic accessories — 10 methods
- Castings — 8 methods
- Technical equipment, protective devices, protective automation and control systems and their components — 8 methods
- Technical equipment and their components, protective devices, electrical installations, electrical and electronic equipment — 7 methods
- Pipes — 6 methods
- Products made of metals and alloys — 6 methods
- Technical equipment, steel and building structures, their components and safety devices, building structures – noise — 5 methods
- 1999/471/EC — 4 methods
- Forgings — 4 methods
- Rooms in residential, collective residence and public utility buildings - noise — 4 methods
- Technical equipment, protective devices, protective automation and control systems, steel and building structures and their components and materials for their manufacture, permanent joints — 4 methods
- Castings of ferromagnetic materials — 3 methods
- Ferromagnetic steel pipes — 3 methods
- and 43 more
Analytical techniques used (22)
- Ultrasonic method — 19 methods
- Magnetic particle method — 15 methods
- Penetrant testing method — 12 methods
- Radiographic method — 12 methods
- Spark excitation atomic emission spectrometry — 9 methods
- Ultrasonic method, phased array technique — 9 methods
- Radiographic method using digital detectors — 6 methods
- Visual method — 6 methods
- Direct measurement method — 3 methods
- UCI method — 3 methods
- Ultrasonic method, time-of-flight diffraction technique — 3 methods
- Acoustic emission method — 2 methods
- Magnetic induction method — 2 methods
- Resistance strain gauge method — 2 methods
- Gravimetric method — 1 method
- and 7 more
Laboratory sections (3)
- LABORATORY TESTING DEPARTMENT IN POZNAŃ; (Stationary activity and activity performed at a location indicated by the Client) — 113 methods
- Central Laboratory of Technical Inspection; (Activity performed at a location indicated by the Client) — 39 methods
- LABORATORY TESTING DEPARTMENT IN WARSAW; (Stationary activity and activity performed at a location indicated by the Client) — 39 methods
Laboratory locations
- URZĄD DOZORU TECHNICZNEGO (main site) — ul. Szczęśliwicka 34, 02-353 Warszawa
- LABORATORY TESTING DEPARTMENT IN POZNAŃ — ul. Ostrowska 388, 61-312 Poznań
- LABORATORY TESTING DEPARTMENT IN WARSAW — ul. Al. Jerozolimskie 172, 02-486 Warszawa
- The laboratory meets the requirements of Regulation No 305/2011 of 9 March 2011.
- Central Laboratory of Technical Inspection; (Activity performed at a location indicated by the Client)
Certificate information
- Issue date
- 13.10.2026
- Issue no.
- 29
Accreditation scope — test methods (196)
| No. | Test object | Methodology / Parameters | Technique | Reference document | |
|---|---|---|---|---|---|
| Central Laboratory of Technical Inspection; (Activity performed at a location indicated by the Client) | |||||
| 1 | Products made of metals and alloys, technical equipment | Shape imperfection and surface discontinuities | Visual method | PN-EN 13018:2016-04 | |
| 2 | Welded joints | Welding imperfections and surface discontinuities | Visual method | PN-EN ISO 17637:2017-02 ASME BPVC Edition 2025 Section V Article 9 | |
| 3 | Products made of metals and alloys, products made of non-porous materials, welded joints | Surface discontinuities | Penetrant testing method | PN-EN ISO 3452-1:2021-12 ASME BPVC Edition 2025 Section V Article 6 | |
| 4 | Castings | Surface discontinuities | Penetrant testing method | PN-EN 1371-1:2012 | PN-EN 1371-2:2015-03 | |
| 5 | Forgings | Surface discontinuities | Penetrant testing method | PN-EN 10228-2:2016-07 | |
| 6 | Pipes | Surface discontinuities | Penetrant testing method | PN-EN ISO 10893-4:2011 | |
| 7 | Products made of ferromagnetic metals and alloys | Surface and subsurface discontinuities | Magnetic particle method | PN-EN ISO 9934-1:2017-02 | |
| 8 | Welded joints in ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN EN ISO 17638:2017-01 ASME BPVC Edition 2025 Section V Article 7 | |
| 9 | Castings of ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN 1369:2013-04 | |
| 10 | Forgings of ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN 10228-1:2016-07 | |
| 11 | Ferromagnetic steel pipes | Surface and subsurface discontinuities | Magnetic particle method | PN-EN ISO 10893-5:2011 | |
| 12 | Products made of metals and alloys | Internal discontinuities | Ultrasonic method | PN-EN ISO 16810:2025-04 | PN-EN ISO 16823:2025-07 | |
| 13 | Welded joints | Internal discontinuities | Ultrasonic method | PN-EN ISO 17640:2019-01 | |
| 14 | Welded joints in austenitic steels and nickel-based alloys | Internal discontinuities | Ultrasonic method | PN-EN ISO 22825:2017-12 | |
| 15 | Flat steel products | Internal discontinuities | Ultrasonic method | PN-EN 10160:2001 | |
| 16 | Forgings | Internal discontinuities | Ultrasonic method | PN-EN 10228-3:2016-07 | PN-EN 10228-4:2016-07 | |
| 17 | Welded joints | Internal discontinuities of welded joints with a thickness in the range: 6 mm to 300 mm | Ultrasonic method, time-of-flight diffraction technique | PN-EN ISO 16828:2026-01 | PN-EN ISO 10863:2020-12 | |
| 18 | Products made of metals and alloys, welded joints | Internal discontinuities of products and welded joints with a thickness from 6 mm. | Ultrasonic method, phased array technique | PN-EN ISO 13588:2019-04 | |
| 19 | Welded joints | Internal discontinuities of welded joints with a thickness in the range: 3,2 mm to 8 mm | Ultrasonic method, phased array technique | PN-EN ISO 20601:2019-03 | |
| 20 | Products made of metals and alloys, welded joints | Internal discontinuities and discontinuities on the surface opposite to the scanning surface, Corrosion mapping using multi-element probes | Ultrasonic method, phased array technique | LW-1/89 UT-PA Corrosion mapping, ed. 1.00 of 02.07.2026 | |
| 21 | Products made of metals and alloys, welded joints, non-metallic products | Thicknesses in the range equivalent to of steel in the range 0,6 mm to 300 mm |
Ultrasonic method | PN-EN ISO 16809:2025-12 | |
| 22 | Products made of metals and alloys | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 5579:2014-02 | |
| 23 | Castings | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN 12681:2018-01 | |
| 24 | Welded joints | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 17636-1:2023-02 | |
| 25 | Pipes | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 10893-6:2011 | |
| 26 | Products made of metals and alloys, plastics | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method using digital detectors | PN-EN ISO 5579:2014-02 | |
| 27 | Welded joints | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method using digital detectors | PN-EN ISO 17636-2:2023-04 | |
| 28 | Castings | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method using digital detectors | PN-EN 12681-2:2017-12 | |
| 29 | Technical equipment, steel structures and fibre-reinforced composite structures, their components, protective devices, detachable and permanent joints | Detection, location, monitoring and classification of acoustic emission sources originating from defects and anomalies in the material of the tested object. Defects and anomalies in the material resulting from active degradation mechanisms and/or arising during loading of the tested object, i.e.: cracks and other material discontinuities and their growth, local plastic deformation, leaks and leakages, Monitoring of the technical condition of the tested object during operation. |
Acoustic emission method | PN-EN 13554:2011 | PN-EN 14584:2013-07 | PN-EN ISO 16148:2016-08/A1:2020-11 | PN-EN 15856:2010 | PN-EN 15857:2010 | PN-EN ISO 18081:2025-01 ASME BPVC Edition 2021 Section V Article 12 | ASTM E1139/E1139M-17 | ISO 19835:2018 | ISO 4310:2009 | |
| 30 | Products made of metals and alloys, welded joints | Hardness | UCI method | DIN 50159-1:2022-06 | ASTM A1038-19 | |
| 31 | Technical equipment and their components, steel and building structures, protective devices | Dynamic and static stresses Range 0 MPa to 4000 MPa |
Resistance strain gauge method | LW-1/IN/44 issue 2.00 of 09.06.2023 | |
| 32 | Products made of metals and alloys, welded joints | Macrostructure, Optical microscopy | LW-1/IN/103 issue 5.00 of 06.03.2026 | ||
| 33 | Products made of metals and alloys, welded joints | Microstructure, Optical microscopy | LW-1/IN/103 issue 5.00 of 06.03.2026 | ||
| 34 | Products made of metals and alloys, welded joints | Metallographic examination using the replica technique | LW-1/IN/103 issue 5.00 of 06.03.2026 | ||
| 35 | Technical equipment, steel and building structures, their components and safety devices, materials for their manufacture, permanent joints | Linear dimension Range 0,001 mm to 30 m or multiples thereof |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 36 | Technical equipment, steel and building structures, their components and safety devices, materials for their manufacture, permanent joints | Shape, Qualitative testing | LW-1/IN/38 issue 2 of 16.03.2020 | ||
| 37 | Iron-based (Fe) products and materials | Content of elements C, Si, Mn, P, S, Cr, Mo, Ni, Al, As, Co, Cu, Nb, Sn, Ti, V, W Carbon 0,01 % up to 3,8 % Silicon 0,008 % up to 2,5 % Manganese 0,13 % up to 31,60 % Phosphorus 0,007 % up to 0,14 % Sulphur 0,0025 % up to 0,19 % Chromium 0,006 % up to 28,0 % Molybdenum 0,007 % up to 10,35 % Nickel 0,014 % up to 38,9 % Aluminium 0,005 % up to 9,50 % Arsenic 0,006 % up to 0,08 % Cobalt 0,0061 % up to 11,0 % Copper 0,02 % up to 1,0 % Niobium 0,005 % up to 1,80 % Tin 0,002 % up to 0,1 % Titanium 0,006 % up to 1,45 % Vanadium 0,002 % up to 2,1 % Tungsten 0,05 % up to 22,4 % |
Spark excitation atomic emission spectrometry | LW-1/IN/127 issue 2.00 of 21.08.2024 | |
| 38 | Aluminium-based (Al) products and materials | Content of elements Si, Fe, Cu, Mn, Mg, Cr, Ni, Zn, Ti, V Silicon 0,05 % up to 16,8 % Iron 0,13 % up to 1,5 % Copper 0,01 % up to 13,4 % Manganese 0,01 % up to 2,1 % Magnesium 0,01 % up to 3,9 % Chromium 0,028 % up to 0,4 % Nickel 0,02 % up to 3,55 % Zinc 0,02 % up to 9,1 % Titanium 0,01 % up to 0,4 % Vanadium 0,013 % up to 0,05 % |
Spark excitation atomic emission spectrometry | LW-1/IN/127 issue 2.00 of 21.08.2024 | |
| 39 | Nickel-based (Ni) products and materials | Content of elements Si, Mn, Cr, Fe, Mo, Mg, Cu, Co, Nb, Al, Ti Silicon 0,02 % up to 1,0 % Manganese 0,022 % up to 1,85 % Chromium 0,05 % up to 25,7 % Iron 0,004 % up to 50,8 % Molybdenum 0,19 % up to 18,8 % Magnesium 0,001 % up to 0,09 % Copper 0,05 % up to 35,65 % Cobalt 0,058 % up to 18,8 % Niobium 0,029 % up to 5,7 % Aluminium 0,005 % up to 4,8 % Titanium 0,009 % up to 3,8 % |
Spark excitation atomic emission spectrometry | LW-1/IN/127 issue 2.00 of 21.08.2024 | |
| LABORATORY TESTING DEPARTMENT IN POZNAŃ; (Stationary activity and activity performed at a location indicated by the Client) | |||||
| 40 | Products made of metals and alloys, technical equipment | Shape imperfection and surface discontinuities | Visual method | PN-EN 13018:2016-04 | |
| 41 | Welded joints | Welding imperfections and surface discontinuities | Visual method | PN-EN ISO 17637:2017-02 ASME BPVC Edition 2025 Section V Article 9 | |
| 42 | Products made of metals and alloys, products made of non-porous materials, welded joints | Surface discontinuities | Penetrant testing method | PN-EN ISO 3452-1:2021-12 ASME BPVC Edition 2025 Section V Article 6 | |
| 43 | Castings | Surface discontinuities | Penetrant testing method | PN-EN 1371-1:2012 | PN-EN 1371-2:2015-03 | |
| 44 | Forgings | Surface discontinuities | Penetrant testing method | PN-EN 10228-2:2016-07 | |
| 45 | Pipes | Surface discontinuities | Penetrant testing method | PN-EN ISO 10893-4:2011 | |
| 46 | Products made of ferromagnetic metals and alloys | Surface and subsurface discontinuities | Magnetic particle method | PN-EN ISO 9934-1:2017-02 | |
| 47 | Welded joints in ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN EN ISO 17638:2017-01 ASME BPVC Edition 2025 Section V Article 7 | |
| 48 | Castings of ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN 1369:2013-04 | |
| 49 | Forgings of ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN 10228-1:2016-07 | |
| 50 | Ferromagnetic steel pipes | Surface and subsurface discontinuities | Magnetic particle method | PN-EN ISO 10893-5:2011 | |
| 51 | Welded joints | Internal discontinuities | Ultrasonic method | PN-EN ISO 17640:2019-01 | |
| 52 | Products made of metals and alloys | Internal discontinuities | Ultrasonic method | PN-EN ISO 16810:2025-04 | PN-EN ISO 16823:2025-07 | |
| 53 | Flat steel products | Internal discontinuities | Ultrasonic method | PN-EN 10160:2001 | |
| 54 | Steel forgings | Internal discontinuities | Ultrasonic method | PN-EN 10228-3:2016-07 | PN-EN 10228-4:2016-07 | |
| 55 | Welded joints in austenitic steels and nickel-based alloys | Internal discontinuities | Ultrasonic method | PN-EN ISO 22825:2017-12 | |
| 56 | Welded and fused joints of thermoplastics | Internal discontinuities | Ultrasonic method | PN-EN 13100-3:2006 | |
| 57 | Welded joints | Internal discontinuities of welded joints with a thickness in the range: 6 mm to 300 mm | Ultrasonic method, time-of-flight diffraction technique | PN-EN ISO 16828:2026-01 | PN-EN ISO 10863:2020-12 | |
| 58 | Products made of metals and alloys, welded joints | Internal discontinuities of products and welded joints with a thickness from 6 mm. | Ultrasonic method, phased array technique | PN-EN ISO 13588:2019-04 | |
| 59 | Welded joints | Internal discontinuities of welded joints with a thickness in the range: 3,2 mm to 8 mm | Ultrasonic method, phased array technique | PN-EN ISO 20601:2019-03 | |
| 60 | Products made of metals and alloys, welded joints | Internal discontinuities and discontinuities on the surface opposite to the scanning surface, Corrosion mapping using multi-element probes | Ultrasonic method, phased array technique | LW-1/89 UT-PA Corrosion mapping, ed. 1.00 of 02.07.2026 | |
| 61 | Products made of metals and alloys, welded joints, non-metallic products | Thicknesses in the range equivalent to of steel in the range 0,6 mm to 300 mm |
Ultrasonic method | PN-EN ISO 16809:2025-12 | |
| 62 | Products made of metals and alloys | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 5579:2014-02 | |
| 63 | Castings | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN 12681:2018-01 | |
| 64 | Welded joints | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 17636-1:2023-02 | |
| 65 | Pipes | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 10893-6:2011 | |
| 66 | Products made of metals and alloys, plastics | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method using digital detectors | PN-EN ISO 5579:2014-02 | |
| 67 | Welded joints | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method using digital detectors | PN-EN ISO 17636-2:2023-04 | |
| 68 | Castings | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method using digital detectors | PN-EN 12681-2:2017-12 | |
| 69 | Technical equipment, steel structures and fibre-reinforced composite structures, their components, protective devices, detachable and permanent joints | Detection, location, monitoring and classification of acoustic emission sources originating from defects and anomalies in the material of the tested object. Defects and anomalies in the material resulting from active degradation mechanisms and/or arising during loading of the tested object, i.e.: cracks and other material discontinuities and their growth, local plastic deformation, leaks and leakages, Monitoring of the technical condition of the tested object during operation. |
Acoustic emission method | PN-EN 13554:2011 | PN-EN 14584:2013-07 | PN-EN ISO 16148:2016-08/A1:2020-11 | PN-EN 15856:2010 | PN-EN 15857:2010 | PN-EN ISO 18081:2025-01 ASME BPVC Edition 2021 Section V Article 12 | ASTM E1139/E1139M-17 | ISO 19835:2018 | ISO 4310:2009 | |
| 70 | Weld metal, clad coatings made of austenitic and duplex steels, austenitic steels | Delta ferrite content | Magnetic induction method | PN-EN ISO 8249:2018-11 | |
| 71 | Products made of metals and alloys, welded joints | Crack depth Range up to 50 mm for carbon steels and alloy Range up to 10 mm for steels austenitic |
Potential drop method | LW-1/IN/90 issue 2.00 of 09.06.2023 | |
| 72 | Technical equipment and their components, steel and building structures, protective devices | Dynamic and static stresses Range 0 MPa to 4000 MPa |
Resistance strain gauge method | * LW-1/IN/44 issue 2.00 of 09.06.2023 | |
| 73 | Products made of metals and alloys, welded joints | Mechanical properties: distinct yield strength proof strength tensile strength tensile stress elongation reduction of area force F up to 400 kN Static tensile test at room temperature |
* | PN-EN ISO 6892-1:2020-05 Method B | PN-EN ISO 6892-1:2020-05 Method A | PN-EN ISO 4136:2022-12 | PN-EN ISO 5178:2019-04 | PN-EN ISO 9018:2016-01 | ASTM A370-24a | ASTM E8/E8M-24 | ||
| 74 | Products made of metals and alloys, welded joints | Mechanical properties: distinct yield strength proof strength tensile strength tensile stress elongation reduction of area force F up to 100 kN temperature up to +1100 °C Static tensile test at elevated temperature |
PN-EN ISO 6892-2:2018-08 | ||
| 75 | Products made of metals and alloys, welded joints | Mechanical properties: fatigue test under force or strain control load force F up to ± 250 kN loading frequency range Range 0,1 Hz to 50 Hz test at room and elevated temperature up to 1000°C Fatigue tests |
ASTM E606:2021 | ASTM E466:2021 | ASTM E2714:2026 | ISO 12106:2017 | ISO 1099:2017 | ||
| 76 | Products made of metals and alloys, welded joints, deposited weld metal | Impact energy Range KV2, KU2, KV8, KU8 Initial hammer energy up to 450 J Test temperature: ambient 23±5°C reduced up to -80°C elevated up to +180°C reduced, at liquid nitrogen temperature Charpy impact test |
PN-EN ISO 148-1:2017-02 | PN-EN ISO 9016:2022-09 | ASTM A370-24a | ASTM E23-24 | ||
| 77 | Products made of metals and alloys, welded joints | Hardness of metals by the methods: Brinell - with loads up to 2452 N Rockwell - in scales: A, B, C, Vickers - HV1, HV5, HV10 hardness measurement by non-standardised methods |
PN-EN ISO 6506-1:2014-12 | PN-EN ISO 6507-1:2024-04 | PN-EN ISO 6508-1:2024-06 | PN-EN ISO 9015-1:2011 | PN-EN ISO 14271:2017-11 LW-1/IN/101 issue 2.00 of 09.06.2023 | ||
| 78 | Products made of metals and alloys, welded joints | Hardness measurements of metals by the Vickers method, HV10 | ASTM E92-23 | ||
| 79 | Products made of metals and alloys, welded joints | Hardness | UCI method | DIN 50159-1:2022-06 | ASTM A1038-19 | |
| 80 | Products made of metals and alloys, welded joints | Ability to undergo plastic deformation and/or presence of welding imperfections on or near the surface of the joint during the bend test | PN-EN ISO 7438:2021-04 | PN-EN ISO 5173:2023-06 | ASTM E190-21 | ASTM A370-24a | ||
| 81 | Welded joints | Weld imperfections, their size and distribution on the internal fracture surface, Breaking test | PN-EN ISO 9017:2018-03 | ||
| 82 | Pipes made of metals and alloys | Technological properties of pipes: bend test flattening test drift-expanding test ring-expanding test ring tensile test Load range 0,02 N to 400 kN |
* | PN-EN ISO 8491:2005 | PN-EN ISO 8492:2014-02 | PN-EN ISO 8493:2005 | PN-EN ISO 8495:2014-02 | PN-EN ISO 8496:2014-02 | ||
| 83 | Permanent joints in thermoplastics | Properties of permanent joints made of thermoplastics: bending test, tensile test, peel test, visual assessment of joints, macroscopic examination Load range 0,02 N to 400 kN |
* | PN-EN 12814-1:2002 | PN-EN 12814-2:2021-06 | EN 12814-2:2000 | PN-EN 12814-4:2018-05 | PN-EN 12814-5:2002 | PN-EN 12814-7:2024-09 | PN-EN 13100-1:2017-07 | ||
| 84 | Plastics | Glass fibre content in glass fibre reinforced plastics | Gravimetric method | PN-EN ISO 1172:2024-03 Method A | |
| 85 | Plastics, polymer composites | Strength properties: yield strength stress at break tensile strength percentage elongation at yield percentage elongation at fracture modulus of elasticity Load range 0,02 N to 400 kN |
PN-EN ISO 527-1:2020-01 | PN-EN ISO 527-2:2012 | PN-EN ISO 527-3:2019-01 | PN-EN ISO 527-4:2023-10 | PN-EN ISO 527-5:2022-06 | ||
| 86 | Plastics, polymer composites | Strength properties: bending strength deflection deflection in bending deflection corresponding to flexural strength bending deformation modulus of elasticity Load range: from 0,02 N up to 400 kN |
PN-EN ISO 14125:2001 | PN-EN ISO 178:2019-06 | ||
| 87 | Plastics and polymer composites | Hardness of plastics and glass-fibre reinforced composites | PN-EN ISO 2039-1:2004 | PN-EN 59:2016-03 | ||
| 88 | Plastics | Density of non-cellular plastics | Immersion method | PN-EN ISO 1183-1:2026-01 (Method A) | |
| 89 | Products made of metals and alloys, welded joints | Macrostructure, Optical microscopy | PN-EN ISO 17639:2022-07 | PN-ISO 3057:2000 LW-1/IN/103 issue 5.00 of 06.03.2026 | ||
| 90 | Products made of metals and alloys, welded joints | Microstructure, Optical microscopy | PN-63/H-04504 | PN-66/H-04505 | PN-ISO 3057:2000 | PN-EN ISO 945-1:2019-09 | PN-75/H-04661 LW-1/IN/103 issue 5.00 of 06.03.2026 | ||
| 91 | Products made of metals and alloys, welded joints | Grain size, Optical microscopy | PN-H-04507-01:1984 | PN-H-04507-01:1984/Az1:1998 | PN-EN ISO 2624:1997 | PN-EN ISO 643:2025-02 | ASTM E112-25 | ||
| 92 | Products made of metals and alloys, welded joints | Microstructure and fracture features, Scanning electron microscopy | LW-1/IN/103 issue 5.00 of 06.03.2026 | ||
| 93 | Steels | Content of nonmetallic inclusions, Optical microscopy | PN-64/H-04510 | ||
| 94 | Components used in the automotive industry, aviation and the machine-building industry | Qualitative and quantitative assessment of contaminant particles present on the surface of the tested components, Technical cleanliness testing | VDA 19.1 2015 VDA 19.1 2026 | ISO 16232:2018 | ||
| 95 | Deposits from technical equipment | Content of sludge components in the scope of: Ca 0,1 % to 40 % CaO 0,14 % to 56 % Mg 0,1 % to 50 % MgO 0,17 % to 83 % Al 0,01 % to 2 % Al2O 3 0,02 % to 3,8 % Fe 0,1 % to 30 % Fe2O3 0,15 % to 43 % Cu 0,02 % to 1,6 % CuO 0,02 % to 2 % S 0,01 % to 1,7 % SO3 0,03 % to 4,2 % P 0,01 % to 1,4 % P2O 5 0,03 % to 3,2 % |
Inductively coupled plasma optical emission spectrometry (ICP-OES): silica as SiO 2 in the range: from 0,2 % to 64 %, carbonates as CO 2 in the range: from 0,2 % to 50 %, insoluble in HCl (1+1) in the range: from 0,2 % to 96 %, loss on ignition at 800 °C in the range: from 0,2 % to 100 %; Gravimetric method | LW-1/IN/133 issue 2.00 of 07.09.2026 | |
| 96 | Iron-based (Fe) products and materials | Content of elements C, Si, Mn, P, S, Cr, Mo, Ni, Al, As, B, Co, Cu, Nb, Sn, Ti, V, W, N Carbon 0,0203 % up to 3,37 % Silicon 0,055 % up to 2,24 % Manganese 0,065 % up to 16,1 % Phosphorus 0,0095 % up to 0,055 % Sulphur 0,0017 % up to 0,058 % Chromium 0,067 % up to 25,51 % Molybdenum 0,025 % up to 3,48 % Nickel 0,019 % up to 35,4 % Aluminium 0,006 % up to 1,56 % Arsenic 0,004 % up to 0,052 % Boron 0,0005 % up to 0,0044 % Cobalt 0,0068 % up to 0,188 % Copper 0,022 % up to 0,427 % Niobium 0,004 % up to 0,99 % Tin 0,0084 % up to 0,094 % Titanium 0,031 % up to 1,31 % Vanadium 0,008 % up to 0,496 % Tungsten 0,040 % up to 3,16 % Nitrogen 0,0062 % up to 0,249 % |
Spark excitation atomic emission spectrometry | LW-1/IN/105 issue 4.00 of 13.07.2026 | |
| 97 | Titanium (Ti)-based products and materials | Content of elements Al, Fe, Cr, Ni, Si Aluminium 0,04 % up to 6,33 % Iron 0,17 % up to 0,19 % Chromium 0,013 % up to 0,026 % Nickel 0,012 % up to 0,014 % Silicon 0,011 % up to 0,02 % Spark atomic emission spectrometry method |
LW-1/IN/105 issue 4.00 of 13.07.2026 | ||
| 98 | Nickel-based (Ni) products and materials | Content of elements C, Si, Mn, P, S, Cr, Fe, Mo, Ti, Cu, Nb, Al, Co Carbon 0,086 % up to 0,152 % Silicon 0,09 % up to 0,892 % Manganese 0,0694 % up to 1,68 % Phosphorus 0,002 % up to 0,0203 % Sulphur 0,0012 % up to 0,0096 % Chromium 0,084 % up to 23,14 % Iron 0,1 % up to 15,97 % Molybdenum 3,16 % up to 9,60 % Titanium 0,0096 % up to 1,06 % Copper 0,057 % up to 32,41 % Niobium 0,0318 % up to 2,64 % Aluminium 0,006 % up to 5,56 % Cobalt 0,008 % up to 14,32 % |
Spark excitation atomic emission spectrometry | LW-1/IN/105 issue 4.00 of 13.07.2026 | |
| 99 | Copper (Cu)-based products and materials | Content of elements Sn, Pb, Zn, P, Mn, Fe, Ni, Si, Cr, As, Sb, Bi, Ag, Co, Al, S Tin 0,00336 % up to 11,01 % Lead 0,00386 % up to 14,62 % Zinc 0,00241 % up to 10,22 % Phosphorus 0,00338 % up to 0,698 % Manganese 0,0029 % up to 0,734 % Iron 0,00184 % up to 0,418 % Nickel 0,00266 % up to 2,411 % Silicon 0,0358 % up to 0,233 % Chromium 0,00358 % up to 0,006 % Arsenic 0,00079 % up to 0,138 % Antimony 0,0035 % up to 0,432 % Bismuth 0,0027 % up to 0,974 % Silver 0,00456 % up to 0,0619 % Cobalt 0,00375 % up to 0,212 % Aluminium 0,021 % up to 0,331 % Sulphur 0,0012 % up to 0,0157 % |
Spark excitation atomic emission spectrometry | LW-1/IN/105 issue 4.00 of 13.07.2026 | |
| 100 | Technical equipment, protective devices, protective automation and control systems, steel and building structures and their components and materials for their manufacture, permanent joints | Linear dimension Range 0,001 mm to 30 m or multiples thereof |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 101 | Technical equipment, protective devices, protective automation and control systems, steel and building structures and their components and materials for their manufacture, permanent joints | Angular dimension Range 0° to 360° |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 102 | Technical equipment, protective devices, protective automation and control systems, steel and building structures and their components and materials for their manufacture, permanent joints | Temperature of gaseous and liquid media 200°C up to 850°C |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 103 | Technical equipment, protective devices, protective automation and control systems, steel and building structures and their components and materials for their manufacture, permanent joints | Mass Range 1 g to 500 Mg |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 104 | Technical equipment, protective devices, protective automation and control systems and their components | Speed determined by an indirect method using distance and time measurement in any range | LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 105 | Technical equipment, protective devices, protective automation and control systems and their components | Speed by means of a tachometer Range 1 m/min to 1 999,9 m/min |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 106 | Technical equipment, protective devices, protective automation and control systems and their components | Rotational speed Range 10 rev/min to 50 000 rev/min |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 107 | Technical equipment, protective devices, protective automation and control systems and their components | Accelerations and decelerations Range 0 m/s2 to 200 m/s2 |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 108 | Technical equipment, protective devices, protective automation and control systems and their components | Force Range 0 N to 3 000 kN |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 109 | Technical equipment, protective devices, protective automation and control systems and their components | Pressure Range 0 MPa to 100 MPa |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 110 | Technical equipment, protective devices, protective automation and control systems and their components | Time Range 0 s to 30 min or its multiple |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 111 | Technical equipment, protective devices, protective automation and control systems and their components | Illuminance Range 5 lx to 10 000 lx |
LW-1/IN/21 issue 4.00 of 09.06.2023 | ||
| 112 | Technical equipment, steel and building structures, safety devices and their components, and materials for their manufacture, permanent joints | Shape, Qualitative testing | LW-1/IN/38 issue 2 of 16.03.2020 | ||
| 113 | Technical equipment, steel and building structures, their components and safety devices, for which the issue of stability is essential | Stability of the object. Measurement of pressure distribution for the support point from 100 N up to 500 kN from 10 kg up to 15 Mg |
LW-1/IN/43 issue 2 of 14.05.2020 | ||
| 114 | Technical equipment, steel and building structures, their components and safety devices, building structures – noise | Sound pressure level weighted with the characteristic frequency weighting A Range 24 dB to 139 dB |
Technical method | PN-EN ISO 3744 :1999 | PN-EN ISO 3744 :2011 Annex 4 to the Regulation of the Minister of the Economy of 21 December 2005 (Journal of Laws 263 item 2202 | |
| 115 | Technical equipment, steel and building structures, their components and safety devices, building structures – noise | Sound power level (calculated) | PN-EN ISO 3744 :1999 | PN-EN ISO 3744 :2011 Annex 4 to the Regulation of the Minister of the Economy of 21 December 2005 (Journal of Laws 263 item 2202 | ||
| 116 | Technical equipment, steel and building structures, their components and safety devices, building structures – noise | Sound pressure level weighted with the characteristic frequency weighting A Range 24 dB to 139 dB |
Indicative method | PN-EN ISO 3746:2011 | PN-EN ISO 3746:2011/Ap1:2017-09 | PN-EN ISO 3746:1999 Annex 4 to the Regulation of the Minister of the Economy of 21 December 2005 (Journal of Laws 263 item 2202 | |
| 117 | Technical equipment, steel and building structures, their components and safety devices, building structures – noise | Sound power level (calculated) | PN-EN ISO 3746:2011 | PN-EN ISO 3746:2011/Ap1:2017-09 | PN-EN ISO 3746:1999 Annex 4 to the Regulation of the Minister of the Economy of 21 December 2005 (Journal of Laws 263 item 2202 | ||
| 118 | Technical equipment, steel and building structures, their components and safety devices, building structures – noise | Sound pressure level weighted with the characteristic frequency weighting A Range 24 dB to 139 dB C-weighted peak sound pressure level Range 24 dB to 139 dB Emission sound pressure level (calculated) |
Direct measurement method | PN-EN ISO 11201:2012 | |
| 119 | Rooms in residential, collective residence and public utility buildings - noise | A-weighted equivalent sound level Maximum A-weighted sound level Range 24 dB to 139 dB |
Direct measurement method | PN-87/B-02156 | |
| 120 | Rooms in residential, collective residence and public utility buildings - noise | A-weighted equivalent sound level for reference time T (calculated) | PN-87/B-02156 | ||
| 121 | Rooms in residential, collective residence and public utility buildings - noise | A-weighted equivalent sound level Maximum A-weighted sound level Range 24 dB to 139 dB |
Direct measurement method | PN-EN ISO 10052:2021-12 | |
| 122 | Rooms in residential, collective residence and public utility buildings - noise | Reference A-weighted equivalent sound level for the work cycle, Reference A-weighted maximum sound level for the work cycle (calculated) | PN-EN ISO 10052:2021-12 | ||
| 123 | Technical equipment and their components, protective devices, electrical installations, electrical and electronic equipment | Electrical resistance Range 1 mΩ to 1 TΩ |
LW-1/IN/22 issue 2.00 of 09.06.2023 | ||
| 124 | Technical equipment and their components, protective devices, electrical installations, electrical and electronic equipment | Electrical insulation resistance for Upr=250 V 100 MΩ up to 10 GΩ for Upr=500 V 100 MΩ up to 10 GΩ for Upr=1000 V 100 MΩ up to 10 GΩ for Upr=2500 V 100 MΩ up to 1 GΩ |
LW-1/IN/22 issue 2.00 of 09.06.2023 | ||
| 125 | Technical equipment and their components, protective devices, electrical installations, electrical and electronic equipment | Electric current DC current: 10 μA up to 600 A AC current: Range 10 μA to 1000 A |
LW-1/IN/22 issue 2.00 of 09.06.2023 | ||
| 126 | Technical equipment and their components, protective devices, electrical installations, electrical and electronic equipment | Fault loop impedance Range 0,01 Ω to 20 Ω |
LW-1/IN/22 issue 2.00 of 09.06.2023 | ||
| 127 | Technical equipment and their components, protective devices, electrical installations, electrical and electronic equipment | Electrical voltage DC voltage 1 mV to 1000 V AC voltage: Range 1 mV to 5000 V |
LW-1/IN/22 issue 2.00 of 09.06.2023 | ||
| 128 | Technical equipment and their components, protective devices, electrical installations, electrical and electronic equipment | Electrical energy single-phase current for devices with a power of 10 W up to 12 kW three-phase current for devices with a power of 10 W up to 20 kW |
LW-1/IN/22 issue 2.00 of 09.06.2023 | ||
| 129 | Technical equipment and their components, protective devices, electrical installations, electrical and electronic equipment | Electrical power direct current 1 W up to 8 kW alternating current 1 W up to 1,5 MW |
LW-1/IN/22 issue 2.00 of 09.06.2023 | ||
| 130 | Equipment fitted with electrical and electronic accessories | Electrostatic discharge immunity tests | PN-EN 61000-4-2:2026-03 | EN IEC 61000-4-2:2025 | ||
| 131 | Equipment fitted with electrical and electronic accessories | Voltage dips, short interruptions and voltage variations immunity tests | PN-EN IEC 61000-4-11:2020-11 | EN IEC 61000-4-11:2020 | ||
| 132 | Equipment fitted with electrical and electronic accessories | Immunity tests to conducted disturbances induced by radio-frequency fields | PN-EN IEC 61000-4-6:2024-03 | EN IEC 61000-4-6:2023 | ||
| 133 | Equipment fitted with electrical and electronic accessories | Radio-frequency electromagnetic field immunity tests | PN-EN IEC 61000-4-3:2021-06 | EN IEC 61000-4-3:2020 | ||
| 134 | Equipment fitted with electrical and electronic accessories | Measurement of conducted electromagnetic disturbance emissions in the range 9 kHz to 30 MHz | PN-EN 55016-2-1:2014 | PN-EN 55016-2-1:2014/A1:2017-12 | EN 55016-2-1:2014 | EN 55016-2-1:2014/A1:2017 | PN-EN 55032:2015-09 | PN-EN 55032:2015-09/A11:2020-07 | PN-EN 55032:2015-09/A1:2021-05 | EN 55032:2015 | EN 55032:2015/A1:2020 | EN 55032:2015/A11:2020 | PN-EN 55011:2016 | PN-EN 55011:2016/A1:2017-06 | PN-EN 55011:2016/A2:2021-08 | PN-EN 55011:2016/A11:2020-07 | EN 55011:2016 | EN 55011:2016/A1:2017 | EN 55011:2016/A2:2021 | EN 55011:2016/A11:2020 | PN-EN IEC 55014-1:2021-08 | EN IEC 55014-1:2021 | ||
| 135 | Equipment fitted with electrical and electronic accessories | Immunity to electrical fast transients/bursts | PN-EN 61000-4-4:2013-05 | EN 61000-4-4:2012 | ||
| 136 | Equipment fitted with electrical and electronic accessories | Immunity to electrical surges | PN-EN 61000-4-5:2014-10 | PN-EN 61000-4-5:2014-10/A1:2018-01 | EN 61000-4-5:2014 | EN 61000-4-5:2014/A1 :2017 | ||
| 137 | Equipment fitted with electrical and electronic accessories | Measurement of radiated disturbance emissions in the frequency range 30 MHz – 6 GHz (SAC-3 chamber) | PN-EN 55011:2016-05 | PN-EN 55011:2016-05/ A1:2017-06 | PN-EN 55011:2016-05/ A2:2021-08 | PN-EN 55011:2016-05/A11:2020-07 | EN 55011:2016 | EN 55011:2016/A1:2017 | EN 55011:2016/A11:2020 | EN 55011:2016/A2:2021 | PN-EN IEC 55014-1:2021-08 | EN IEC 55014-1:2021 | PN-EN 55016-2-3:2017 | PN-EN 55016-2-3:2017-06/A1:2020-01 | PN-EN 55016-2-3:2017-06/A2:2024-03 | EN 55016-2-3:2017 | EN 55016-2-3:2017/A1:2019 | EN 55016-2-3:2017/A2:2023 | PN-EN 55032:2015-09 | PN-EN 55032:2015-09/ A1:2021-05 | PN-EN 55032:2015-09/ A11:2020-07 | EN 55032:2015 | EN 55032:2015/A1:2020 | EN 55032:2015/A11:2020 | ||
| 138 | Equipment fitted with electrical and electronic accessories | Level of current harmonic emissions | PN-EN IEC 61000-3-2:2019-04 | PN-EN IEC 61000-3-2:2019-04/A1:2021-08 | PN-EN IEC 61000-3-2:2019-04/A2:2024-12 | EN IEC 61000-3-2:2019 | EN IEC 61000-3-2:2019/A1:2021 | EN IEC 61000-3-2:2019/A2:2024 | ||
| 139 | Equipment fitted with electrical and electronic accessories | Determination of the voltage fluctuation and flicker factors | PN-EN 61000-3-3:2013-10 | PN-EN 61000-3-3:2013-10/ A1:2019-10 | PN-EN 61000-3-3:2013-10/ A2:2022-04 | EN 61000-3-3:2013 | EN 61000-3-3:2013/A1:2019 | EN 61000-3-3:2013/A2:2021 | ||
| 140 | Protective automation of technical equipment | Effectiveness and functionality of protective automation and control systems with regard to the specified operating algorithms of the technical device, Qualitative tests | LW-1/IN/51 issue 2.00 of 09.06.2023 | ||
| 141 | Solid fuel heating boilers with nominal output up to 500 kW, with manual or automatic fuel feeding. | Structural and thermal-technical testing of heating boilers: safety in use, electrical safety and electromagnetic compatibility: pressure: 0 bar up to 15 bar mass: 0 g to 3 000 kg temperature: 0 oC up to 450oC time: 0 s up to 12 h content of harmful substances in flue gases when burning solid fuels: oxygen O2: 0 % up to 21% paramagnetic method carbon monoxide CO: 0 ppm to 100 000 ppm NDIR method carbon dioxide CO2: 0 % up to 20% NDIR method nitrogen oxides NO, NO2, (NOX range 0 ppm to 4 000 ppm chemiluminescence method excess combustion air ratio λ (calculated dust range 0 mg/m3 to 200 mg/m3 gravimetric method unburnt gaseous organic substances – bound organic carbon range 0 ppm to 2 000 ppm continuous flame ionisation detection method heat output / efficiency (calculated) |
EN 303-5:2021 | PN-EN 303-5:2021-09 | PN-EN 303-5 + A1:2023-05 | ||
| 142 | Appliances burning solid, liquid and gaseous fuels | Content of harmful substances in flue gases from combustion of solid, liquid and gaseous fuels: oxygen O2 Range 0 % to 21 % carbon monoxide CO Range 0 ppm to 100000 ppm carbon dioxide CO2 Range 0 % to 20 % nitrogen oxides: NO, NO2 (NOX Range 0 ppm to 4000 ppm excess combustion air ratio λ (calculated value exhaust gas blackness Range 0 oB to 10 oB dust Range 0,001 g/m3 to 100 g/m3 unburnt gaseous organic substances – bound organic carbon Range 0 ppm to 2000 ppm |
LW-1/IN/63 issue 2.00 of 09.06.2023 | ||
| 143 | Solid fuel fired appliances: - heating boilers with a nominal output up to 50 kW, - cookers, - room heaters, - inset appliances including open fires | Structural and thermal-technical testing of appliances: safety in use and electrical safety: pressure: 0 bar up to 15 bar mass: 0 g to 3 000 kg temperature: 0 up to 450oC time: 0 s up to 12 h content of harmful substances in flue gases when burning solid fuels: ● oxygen O2 0 % to 21% ● carbon monoxide CO: 0 ppm to 100 000 ppm ● carbon dioxide CO2 0 to 20% ● nitrogen oxides NO, NO2, (NOX: 0 ppm to 4 000 ppm ● excess combustion air ratio λ (calculated value ● dust 0 mg/m3 to 200 mg/m3 ● unburned gaseous organic substances – organic carbon bound 0 ppm to 2 000 ppm heat output/efficiency Regulated area: „N” – Test method used in activities relevant to notification according to Regulation (EU) No. 305/2011 of the European Parliament and of the Council of March 9, 2011. |
PN-EN 12809:2002 „N“ | PN-EN 12815:2004 „N“ | PN-EN 13240:2008 „N“ | PN-EN 13229:2002 „N“ | ||
| 144 | Heating appliances | Energy efficiency in terms of efficiency for appliances with an output up to 1200 kW | LW-1/IN/86 issue 2.00 of 09.06.2023 | ||
| 145 | Equipment enclosures | IP degree of protection provided by the enclosure IP0X to IP6X – for the first characteristic numeral IPX3, IPX4 and IPX7 – for the second characteristic numeral |
PN-EN 60529:2003/A2:2014-07 | ||
| 146 | Equipment enclosures | Mechanical strength, Degree: IK10, Test Ehc | PN-EN 62262:2003 | PN-EN 60068-2-75:2015-01 | ||
| 147 | Well segments, landing doors and lift cars | Strength static impact |
PN-EN 81-50:2020-08 cl. 5.14 | ||
| 148 | Technical equipment, its components and safety devices | Spring stiffness by measuring force in the range up to 2000 N and deflection in the range up to 500 mm | LW-1/IN/82 issue 2.00 of 09.06.2023 | ||
| 149 | Displacement integrated air compressors with electric drive | Performance parameters output pressure electrical power consumption engine rotational speed power up to 65 kW, pressure up to 1,5 MPa speed up to 50 000 rpm |
PN ISO 1217:1999 with Annex C | ||
| 150 | Technical equipment, its components and safety devices, protective automation and control systems | Pressure difference Range 0 Pa to 0,25 MPa measurement using a differential pressure transducer |
LW-1/IN/83 issue 4.00 of 09.06.2023 | ||
| 151 | Technical equipment, its components and safety devices, protective automation and control systems | Mass flow rate of vapours, gases and liquids Range up to 8200 kg/h for vapours and gases by means of differential pressure devices Range up to 61100 kg/h of liquids using measuring orifices Range up to 9000 l/h of water using an electromagnetic flowmeter |
LW-1/IN/84 issue 4.00 of 27.08.2025 | PN-EN ISO 5167-1:2022-12 | PN-EN ISO 5167-2:2022-12 | ||
| 152 | Technical equipment and its components and safety devices | Strength and tightness by the pressure test method Range 0 Pa to 45 MPa Range 0 Pa to 45 MPa |
Hydraulic method; Pneumatic method | LW-1/IN/87 issue 3.00 of 21.06.2024 | |
| LABORATORY TESTING DEPARTMENT IN WARSAW; (Stationary activity and activity performed at a location indicated by the Client) | |||||
| 153 | Products made of metals and alloys, technical equipment | Shape imperfection and surface discontinuities | Visual method | PN-EN 13018:2016-04 | |
| 154 | Welded joints | Welding imperfections and surface discontinuities | Visual method | PN-EN ISO 17637:2017-02 ASME BPVC Edition 2025 Section V Article 9 | |
| 155 | Products made of metals and alloys, products made of non-porous materials, welded joints | Surface discontinuities | Penetrant testing method | PN-EN ISO 3452-1:2021-12 ASME BPVC Edition 2025 Section V Article 6 | |
| 156 | Castings | Surface discontinuities | Penetrant testing method | PN-EN 1371-1:2012 | PN-EN 1371-2:2015-03 | |
| 157 | Forgings | Surface discontinuities | Penetrant testing method | PN-EN 10228-2:2016-07 | |
| 158 | Pipes | Surface discontinuities | Penetrant testing method | PN-EN ISO 10893-4:2011 | |
| 159 | Products made of ferromagnetic metals and alloys | Surface and subsurface discontinuities | Magnetic particle method | PN-EN ISO 9934-1:2017-02 | |
| 160 | Welded joints in ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN EN ISO 17638:2017-01 ASME BPVC Edition 2025 Section V Article 7 | |
| 161 | Castings of ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN 1369:2013-04 | |
| 162 | Forgings of ferromagnetic materials | Surface and subsurface discontinuities | Magnetic particle method | PN-EN 10228-1:2016-07 | |
| 163 | Ferromagnetic steel pipes | Surface and subsurface discontinuities | Magnetic particle method | PN-EN ISO 10893-5:2011 | |
| 164 | Welded joints | Internal discontinuities | Ultrasonic method | PN-EN ISO 17640:2019-01 | |
| 165 | Products made of metals and alloys | Internal discontinuities | Ultrasonic method | PN-EN ISO 16810:2025-04 | PN-EN ISO 16823:2025-07 | |
| 166 | Flat steel products | Internal discontinuities | Ultrasonic method | PN-EN 10160:2001 | |
| 167 | Steel forgings | Internal discontinuities | Ultrasonic method | PN-EN 10228-3:2016-07 | PN-EN 10228-4:2016-07 | |
| 168 | Welded joints in austenitic steels and nickel-based alloys | Internal discontinuities | Ultrasonic method | PN-EN ISO 22825:2017-12 | |
| 169 | Welded joints | Internal discontinuities of welded joints with a thickness in the range: 6 mm to 300 mm | Ultrasonic method, time-of-flight diffraction technique | PN-EN ISO 16828:2026-01 | PN-EN ISO 10863:2020-12 | |
| 170 | Products made of metals and alloys, welded joints | Internal discontinuities of products and welded joints with a thickness from 6 mm | Ultrasonic method, phased array technique | PN-EN ISO 13588:2019-04 | |
| 171 | Welded joints | Internal discontinuities of welded joints with a thickness in the range: 3,2 mm to 8 mm | Ultrasonic method, phased array technique | PN-EN ISO 20601:2019-03 | |
| 172 | Products made of metals and alloys, welded joints | Internal discontinuities and discontinuities on the surface opposite to the scanning surface, Corrosion mapping using multi-element probes | Ultrasonic method, phased array technique | LW-1/89 UT-PA Corrosion mapping, ed. 1.00 of 02.07.2026 | |
| 173 | Products made of metals and alloys, welded joints, non-metallic products | Thicknesses in the range equivalent to of steel in the range 0,6 mm to 300 mm |
Ultrasonic method | PN-EN ISO 16809:2025-12 | |
| 174 | Products made of metals and alloys | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 5579:2014-02 | |
| 175 | Castings | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN 12681:2018-01 | |
| 176 | Welded joints | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 17636-1:2023-02 | |
| 177 | Pipes | Internal discontinuities of products with an equivalent thickness of up to 30 mm Fe | Radiographic method | PN-EN ISO 10893-6:2011 | |
| 178 | Weld metal, clad coatings made of austenitic and duplex steels, austenitic steels | Delta ferrite content | Magnetic induction method | PN-EN ISO 8249:2018-11 | |
| 179 | Products made of metals and alloys, welded joints | Mechanical properties: distinct yield strength proof strength tensile strength tensile stress elongation reduction of area force F up to 600 kN Static tensile test at room temperature |
PN-EN ISO 6892-1:2020-05 Method B | PN-EN ISO 4136:2022-12 | PN-EN ISO 5178:2019-04 | PN-EN ISO 9018:2016-01 | ASTM A370-24a | ASTM E8/E8M-24 | ||
| 180 | Products made of metals and alloys, welded joints | Mechanical properties: distinct yield strength proof strength tensile strength tensile stress elongation reduction of area force F up to 150 kN temperature up to + 900°C Static tensile test at elevated temperature |
PN-EN ISO 6892-2:2018-08 | ||
| 181 | Products made of metals and alloys, welded joints, deposited weld metal | Impact energy Range KV2, KU2, KV8, KU8 Initial hammer energy up to 450 J Test temperature: ambient 23± 5°C reduced up to -70°C elevated up to +180°C reduced, at liquid nitrogen temperature Charpy impact test |
PN-EN ISO 148-1:2017 | PN-EN ISO 9016:2022-09 | ASTM A370-24a | ASTM E23-24 | ||
| 182 | Products made of metals and alloys, welded joints | Hardness | Method: - Brinell HBW 2,5/62,5, HBW 2,5/187,5, HBW 5/250 - Rockwell scales: A, B, C - Vickers HV1, HV5, HV10 | PN-EN ISO 6506-1:2014-12 | PN-EN ISO 6507-1:2024-04 | PN-EN ISO 6508-1:2024-06 | PN-EN ISO 9015-1:2011 | PN-EN ISO 14271:2017-11 | |
| 183 | Products made of metals and alloys, welded joints | Hardness | UCI method | DIN 50159-1:2022-06 | ASTM A1038-19 | |
| 184 | Products made of metals and alloys, welded joints | Ability to undergo plastic deformation and/or presence of welding imperfections on or near the surface of the joint during the bend test | PN-EN ISO 7438:2021-04 | PN-EN ISO 5173:2023-06 | ASTM A370-24a | ASTM E190-21 | ||
| 185 | Welded joints | Weld imperfections, their size and distribution on the internal fracture surface, Breaking test | PN-EN ISO 9017:2018-03 | ||
| 186 | Pipes made of metals and alloys | Technological properties of pipes: bend test flattening test drift-expanding test ring-expanding test ring tensile test Load range 0,02 N to 600 kN |
PN-EN ISO 8491:2005 | PN-EN ISO 8492:2014-02 | PN-EN ISO 8493:2005 | PN-EN ISO 8495:2014-02 | PN-EN ISO 8496:2014-02 | ||
| 187 | Products made of metals and alloys, welded joints | Macrostructure and microstructure, Optical microscopy | PN-EN ISO 17639:2022-07 | PN-ISO 3057:2000 LW-1/IN/103 issue 5.00 of 06.03.2026 | ||
| 188 | Products made of metals and alloys, welded joints | Grain size, Optical microscopy | PN-H-04507-01:1984 | PN-H-04507-01:1984/Az1:1998 | PN-EN ISO 2624:1997 | PN-EN ISO 643:2025-02 | ||
| 189 | Iron-based (Fe) products and materials | Content of elements C, Si, Mn, P, S, Cr, Mo, Ni, Al, As, Co, Cu, Nb, Sn, Ti, V, W Carbon 0,01 % up to 3,8 % Silicon 0,008 % up to 2,5 % Manganese 0,13 % up to 31,60 % Phosphorus 0,007 % up to 0,14 % Sulphur 0,0025 % up to 0,19 % Chromium 0,006 % up to 28,0 % Molybdenum 0,007 % up to 10,35 % Nickel 0,014 % up to 38,9 % Aluminium 0,005 % up to 9,50 % Arsenic 0,006 % up to 0,08 % Cobalt 0,0061 % up to 11,0 % Copper 0,02 % up to 1,0 % Niobium 0,005 % up to 1,80 % Tin 0,002 % up to 0,1 % Titanium 0,006 % up to 1,45 % Vanadium 0,002 % up to 2,1 % Tungsten 0,05 % up to 22,4 % |
Spark excitation atomic emission spectrometry | LW-1/IN/127 issue 2.00 of 21.08.2024 | |
| 190 | Aluminium-based (Al) products and materials | Content of elements Si, Fe, Cu, Mn, Mg, Cr, Ni, Zn, Ti, V Silicon 0,05 % up to 16,8 % Iron 0,13 % up to 1,5 % Copper 0,01 % up to 13,4 % Manganese 0,01 % up to 2,1 % Magnesium 0,01 % up to 3,9 % Chromium 0,028 % up to 0,4 % Nickel 0,02 % up to 3,55 % Zinc 0,02 % up to 9,1 % Titanium 0,01 % up to 0,4 % Vanadium 0,013 % up to 0,05 % |
Spark excitation atomic emission spectrometry | LW-1/IN/127 issue 2.00 of 21.08.2024 | |
| 191 | Nickel-based (Ni) products and materials | Content of elements Si, Mn, Cr, Fe, Mo, Mg, Cu, Co, Nb, Al, Ti Silicon 0,02 % up to 1,0 % Manganese 0,022 % up to 1,85 % Chromium 0,05 % up to 25,7 % Iron 0,004 % up to 50,8 % Molybdenum 0,19 % up to 18,8 % Magnesium 0,001 % up to 0,09 % Copper 0,05 % up to 35,65 % Cobalt 0,058 % up to 18,8 % Niobium 0,029 % up to 5,7 % Aluminium 0,005 % up to 4,8 % Titanium 0,009 % up to 3,8 % |
Spark excitation atomic emission spectrometry | LW-1/IN/127 issue 2.00 of 21.08.2024 | |
| Test methods | |||||
| 192 | Number of the decision, of the Commission | Product(s) Regulated area: Type of activity: ASSESSMENT OF PERFORMANCE (System 3); Reference document: Regulation (EU) No 305/2011 of the European Parliament and of the Council of 9 March 2011 laying down harmonised conditions for the marketing of construction products and repealing Council Directive 89/106/EEC; The laboratory meets the requirements of Regulation No 305/2011 of 9 March 2011 for the activities provided for a testing laboratory (Annex V, subpoint 3 of Regulation No 305/2011) in the above scope. |
Harmonised technical specifications | ||
| 193 | 1999/471/EC | Solid fuel heating boilers with heat output up to 50 kW. Regulated area: Type of activity: ASSESSMENT OF PERFORMANCE (System 3); Reference document: Regulation (EU) No 305/2011 of the European Parliament and of the Council of 9 March 2011 laying down harmonised conditions for the marketing of construction products and repealing Council Directive 89/106/EEC; The laboratory meets the requirements of Regulation No 305/2011 of 9 March 2011 for the activities provided for a testing laboratory (Annex V, subpoint 3 of Regulation No 305/2011) in the above scope. |
EN 12809:2001 | EN 12809:2001/A1:2004 | EN 12809:2001/A1:2004/AC:2007 | EN 12809:2001/AC:2006 | ||
| 194 | 1999/471/EC | Solid fuel cookers. Regulated area: Type of activity: ASSESSMENT OF PERFORMANCE (System 3); Reference document: Regulation (EU) No 305/2011 of the European Parliament and of the Council of 9 March 2011 laying down harmonised conditions for the marketing of construction products and repealing Council Directive 89/106/EEC; The laboratory meets the requirements of Regulation No 305/2011 of 9 March 2011 for the activities provided for a testing laboratory (Annex V, subpoint 3 of Regulation No 305/2011) in the above scope. |
EN 12815:2001 | EN 12815:2001/A1:2004 | EN 12815:2001/A1:2004/AC:2007 | EN 12815:2001/AC:2006 | ||
| 195 | 1999/471/EC | Solid fuel room heaters. Regulated area: Type of activity: ASSESSMENT OF PERFORMANCE (System 3); Reference document: Regulation (EU) No 305/2011 of the European Parliament and of the Council of 9 March 2011 laying down harmonised conditions for the marketing of construction products and repealing Council Directive 89/106/EEC; The laboratory meets the requirements of Regulation No 305/2011 of 9 March 2011 for the activities provided for a testing laboratory (Annex V, subpoint 3 of Regulation No 305/2011) in the above scope. |
EN 13240:2001 | EN 13240:2001/A2:2004 | EN 13240:2001/A2:2004/AC:2007 | EN 13240:2001/AC:2006 | ||
| 196 | 1999/471/EC | Fireplace inserts including open fireplaces fired by solid fuels. Regulated area: Type of activity: ASSESSMENT OF PERFORMANCE (System 3); Reference document: Regulation (EU) No 305/2011 of the European Parliament and of the Council of 9 March 2011 laying down harmonised conditions for the marketing of construction products and repealing Council Directive 89/106/EEC; The laboratory meets the requirements of Regulation No 305/2011 of 9 March 2011 for the activities provided for a testing laboratory (Annex V, subpoint 3 of Regulation No 305/2011) in the above scope. |
EN 13229:2001 | EN 13229:2001/A1:2003 | EN 13229:2001/A2:2004 | EN 13229:2001/A2:2004/AC:2007 | EN 13229:2001/AC:2006 | ||
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*
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ASTM A1038-19
ASTM A370-24a
ASTM E112-25
ASTM E1139/E1139M-17
ASTM E190-21
ASTM E23-24
ASTM E2714:2026
ASTM E466:2021
ASTM E606:2021
ASTM E8/E8M-24
ASTM E92-23
DIN 50159-1:2022-06
EN 12809:2001
EN 12809:2001/A1:2004
EN 12809:2001/A1:2004/AC:2007
EN 12809:2001/AC:2006
EN 12814-2:2000
EN 12815:2001
EN 12815:2001/A1:2004
EN 12815:2001/A1:2004/AC:2007
EN 12815:2001/AC:2006
EN 13229:2001
EN 13229:2001/A1:2003
EN 13229:2001/A2:2004
EN 13229:2001/A2:2004/AC:2007
EN 13229:2001/AC:2006
EN 13240:2001
EN 13240:2001/A2:2004
EN 13240:2001/A2:2004/AC:2007
EN 13240:2001/AC:2006
EN 303-5:2021
EN 55011:2016
EN 55011:2016/A11:2020
EN 55011:2016/A1:2017
EN 55011:2016/A2:2021
EN 55016-2-1:2014
EN 55016-2-1:2014/A1:2017
EN 55016-2-3:2017
EN 55016-2-3:2017/A1:2019
EN 55016-2-3:2017/A2:2023
EN 55032:2015
EN 55032:2015/A11:2020
EN 55032:2015/A1:2020
EN 61000-3-3:2013
EN 61000-3-3:2013/A1:2019
EN 61000-3-3:2013/A2:2021
EN 61000-4-4:2012
EN 61000-4-5:2014
EN 61000-4-5:2014/A1 :2017
EN IEC 55014-1:2021
EN IEC 61000-3-2:2019
EN IEC 61000-3-2:2019/A1:2021
EN IEC 61000-3-2:2019/A2:2024
EN IEC 61000-4-11:2020
EN IEC 61000-4-2:2025
EN IEC 61000-4-3:2020
EN IEC 61000-4-6:2023
ISO 1099:2017
ISO 12106:2017
ISO 16232:2018
ISO 19835:2018
ISO 4310:2009
LW-1/89 UT-PA Corrosion mapping, ed. 1.00 of 02.07.2026
LW-1/IN/103 issue 5.00 of 06.03.2026
LW-1/IN/105 issue 4.00 of 13.07.2026
LW-1/IN/127 issue 2.00 of 21.08.2024
LW-1/IN/133 issue 2.00 of 07.09.2026
LW-1/IN/21 issue 4.00 of 09.06.2023
LW-1/IN/22 issue 2.00 of 09.06.2023
LW-1/IN/38 issue 2 of 16.03.2020
LW-1/IN/43 issue 2 of 14.05.2020
LW-1/IN/44 issue 2.00 of 09.06.2023
LW-1/IN/51 issue 2.00 of 09.06.2023
LW-1/IN/63 issue 2.00 of 09.06.2023
LW-1/IN/82 issue 2.00 of 09.06.2023
LW-1/IN/83 issue 4.00 of 09.06.2023
LW-1/IN/84 issue 4.00 of 27.08.2025
LW-1/IN/86 issue 2.00 of 09.06.2023
LW-1/IN/87 issue 3.00 of 21.06.2024
LW-1/IN/90 issue 2.00 of 09.06.2023
PN ISO 1217:1999 with Annex C
PN-63/H-04504
PN-64/H-04510
PN-66/H-04505
PN-75/H-04661 LW-1/IN/103 issue 5.00 of 06.03.2026
PN-87/B-02156
PN-EN 10160:2001
PN-EN 10228-1:2016-07
PN-EN 10228-2:2016-07
PN-EN 10228-3:2016-07
PN-EN 10228-4:2016-07
PN-EN 12681-2:2017-12
PN-EN 12681:2018-01
PN-EN 12809:2002 „N“
PN-EN 12814-1:2002
PN-EN 12814-2:2021-06
PN-EN 12814-4:2018-05
PN-EN 12814-5:2002
PN-EN 12814-7:2024-09
PN-EN 12815:2004 „N“
PN-EN 13018:2016-04
PN-EN 13100-1:2017-07
PN-EN 13100-3:2006
PN-EN 13229:2002 „N“
PN-EN 13240:2008 „N“
PN-EN 13554:2011
PN-EN 1369:2013-04
PN-EN 1371-1:2012
PN-EN 1371-2:2015-03
PN-EN 14584:2013-07
PN-EN 15856:2010
PN-EN 15857:2010
PN-EN 303-5 + A1:2023-05
PN-EN 303-5:2021-09
PN-EN 55011:2016
PN-EN 55011:2016-05
PN-EN 55011:2016-05/ A1:2017-06
PN-EN 55011:2016-05/ A2:2021-08
PN-EN 55011:2016-05/A11:2020-07
PN-EN 55011:2016/A11:2020-07
PN-EN 55011:2016/A1:2017-06
PN-EN 55011:2016/A2:2021-08
PN-EN 55016-2-1:2014
PN-EN 55016-2-1:2014/A1:2017-12
PN-EN 55016-2-3:2017
PN-EN 55016-2-3:2017-06/A1:2020-01
PN-EN 55016-2-3:2017-06/A2:2024-03
PN-EN 55032:2015-09
PN-EN 55032:2015-09/ A11:2020-07
PN-EN 55032:2015-09/ A1:2021-05
PN-EN 55032:2015-09/A11:2020-07
PN-EN 55032:2015-09/A1:2021-05
PN-EN 59:2016-03
PN-EN 60068-2-75:2015-01
PN-EN 60529:2003/A2:2014-07
PN-EN 61000-3-3:2013-10
PN-EN 61000-3-3:2013-10/ A1:2019-10
PN-EN 61000-3-3:2013-10/ A2:2022-04
PN-EN 61000-4-2:2026-03
PN-EN 61000-4-4:2013-05
PN-EN 61000-4-5:2014-10
PN-EN 61000-4-5:2014-10/A1:2018-01
PN-EN 62262:2003
PN-EN 81-50:2020-08 cl. 5.14
PN-EN EN ISO 17638:2017-01 ASME BPVC Edition 2025 Section V Article 7
PN-EN IEC 55014-1:2021-08
PN-EN IEC 61000-3-2:2019-04
PN-EN IEC 61000-3-2:2019-04/A1:2021-08
PN-EN IEC 61000-3-2:2019-04/A2:2024-12
PN-EN IEC 61000-4-11:2020-11
PN-EN IEC 61000-4-3:2021-06
PN-EN IEC 61000-4-6:2024-03
PN-EN ISO 10052:2021-12
PN-EN ISO 10863:2020-12
PN-EN ISO 10893-4:2011
PN-EN ISO 10893-5:2011
PN-EN ISO 10893-6:2011
PN-EN ISO 11201:2012
PN-EN ISO 1172:2024-03 Method A
PN-EN ISO 1183-1:2026-01 (Method A)
PN-EN ISO 13588:2019-04
PN-EN ISO 14125:2001
PN-EN ISO 14271:2017-11
PN-EN ISO 14271:2017-11 LW-1/IN/101 issue 2.00 of 09.06.2023
PN-EN ISO 148-1:2017
PN-EN ISO 148-1:2017-02
PN-EN ISO 16148:2016-08/A1:2020-11
PN-EN ISO 16809:2025-12
PN-EN ISO 16810:2025-04
PN-EN ISO 16823:2025-07
PN-EN ISO 16828:2026-01
PN-EN ISO 17636-1:2023-02
PN-EN ISO 17636-2:2023-04
PN-EN ISO 17637:2017-02 ASME BPVC Edition 2025 Section V Article 9
PN-EN ISO 17639:2022-07
PN-EN ISO 17640:2019-01
PN-EN ISO 178:2019-06
PN-EN ISO 18081:2025-01 ASME BPVC Edition 2021 Section V Article 12
PN-EN ISO 2039-1:2004
PN-EN ISO 20601:2019-03
PN-EN ISO 22825:2017-12
PN-EN ISO 2624:1997
PN-EN ISO 3452-1:2021-12 ASME BPVC Edition 2025 Section V Article 6
PN-EN ISO 3744 :1999
PN-EN ISO 3744 :2011 Annex 4 to the Regulation of the Minister of the Economy of 21 December 2005 (Journal of Laws 263 item 2202
PN-EN ISO 3746:1999 Annex 4 to the Regulation of the Minister of the Economy of 21 December 2005 (Journal of Laws 263 item 2202
PN-EN ISO 3746:2011
PN-EN ISO 3746:2011/Ap1:2017-09
PN-EN ISO 4136:2022-12
PN-EN ISO 5167-1:2022-12
PN-EN ISO 5167-2:2022-12
PN-EN ISO 5173:2023-06
PN-EN ISO 5178:2019-04
PN-EN ISO 527-1:2020-01
PN-EN ISO 527-2:2012
PN-EN ISO 527-3:2019-01
PN-EN ISO 527-4:2023-10
PN-EN ISO 527-5:2022-06
PN-EN ISO 5579:2014-02
PN-EN ISO 643:2025-02
PN-EN ISO 6506-1:2014-12
PN-EN ISO 6507-1:2024-04
PN-EN ISO 6508-1:2024-06
PN-EN ISO 6892-1:2020-05 Method A
PN-EN ISO 6892-1:2020-05 Method B
PN-EN ISO 6892-2:2018-08
PN-EN ISO 7438:2021-04
PN-EN ISO 8249:2018-11
PN-EN ISO 8491:2005
PN-EN ISO 8492:2014-02
PN-EN ISO 8493:2005
PN-EN ISO 8495:2014-02
PN-EN ISO 8496:2014-02
PN-EN ISO 9015-1:2011
PN-EN ISO 9016:2022-09
PN-EN ISO 9017:2018-03
PN-EN ISO 9018:2016-01
PN-EN ISO 945-1:2019-09
PN-EN ISO 9934-1:2017-02
PN-H-04507-01:1984
PN-H-04507-01:1984/Az1:1998
PN-ISO 3057:2000
PN-ISO 3057:2000 LW-1/IN/103 issue 5.00 of 06.03.2026
VDA 19.1 2015 VDA 19.1 2026
Harmonised technical specifications