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LabCoda / Accreditation scopes / 🇵🇱 Poland / AB 023

🇵🇱 INSTYTUT TECHNIKI BUDOWLANEJ PL

PCA AB 023 • Warszawa, Poland • 1154 methods

ConstructionMaterials & polymersWater & wastewaterElectronics & EMCEnvironment

INSTYTUT TECHNIKI BUDOWLANEJ is a laboratory accredited by PCA under number AB 023 (Warszawa, Poland). Its accreditation scope covers 1154 test methods in the following areas: Construction, Materials & polymers, Water & wastewater, Electronics & EMC. Test objects include: Plastic products E, Coating products for the protection of metal elements E, Thermal insulation systems and their components E, Doors, door sets, leaves, frames E including among others: - intern….

At a glance

  • Accreditation number: PCA AB 023
  • Methods in scope: 1154
  • Types of test objects: 282
  • City: Warszawa, Poland
Accreditation number
AB 023
Accreditation body
PCA
Address
ZESPÓŁ LABORATORIÓW BADAWCZYCH, ul. Filtrowa 1, 00-611 Warszawa
City
Warszawa, Poland

What this laboratory tests (282)

Accreditation scope — test methods (1154)

No. Test object Methodology / Parameters Technique Reference document
Test methods
1 Buildings and parts of buildings Building airtightness + Range: 5-8300CFM PN-EN ISO 9972:2015-10
2 Building balustrades and handrails External visual examination LZE-140/2/04-2019
3 Building balustrades and handrails Soft and heavy body impact resistance Range: impact body - bag 30 kg LZE-140/2/04-2019
4 Building balustrades and handrails Soft and heavy body impact resistance Range: impact body - tyre 50 kg LZE-140/2/04-2019
5 Building balustrades and handrails Resistance to static loads Range: load up to 3 kN/m Static loading LZE-140/2/04-2019
6 Building balustrades and handrails Hard body impact resistance Range: impact body - steel ball 0,5 kg LZE-140/2/04-2019
7 Building balustrades and handrails Resistance to wind load LZE-140/2/04-2019
8 Building balustrades and handrails Geometric dimensions LZE-140/2/04-2019
9 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to static loads acting perpendicular to the plane of the leaf Static load method LZE-120/4/04-2018
10 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Shock resistance LZE-078/9/04-2018 | LZE-120/4/04-2018 | LZE-123/3/04-2018
11 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to vertical static load acting in the plane of the leaf Static load method LZE-122/3/04-2018 | LZE-123/3/04-2018
12 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Soft and heavy body impact resistance Range: body with a mass of 30 kg or 50 kg LZE-123/3/04-2018 | LZE-120/4/04-2018
13 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to hard body impact LZE-122/3/04-2018
14 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to repeated opening and closing Manual manipulation method LZE-120/4/04-2018 | LZE-122/3/04-2018 | LZE-123/3/04-2018
15 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Force needed to open the leaf fully from the closed position LZE-123/3/04-2018
16 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Size of the rebate gap and the rebate clearance LZE-078/9/04-2018
17 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Door workmanship Visual method LZE-078/9/04-2018 | LZE-120/4/04-2018 | LZE-122/3/04-2018 | LZE-123/3/04-2018
18 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Linear dimensions of door frames Linear measurement method LZE-078/9/04-2018 | LZE-122/3/04-2018 | LZE-123/3/04-2018
19 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Strength of the connections of the hinge leaves to the frame under permissible loads Static loading method LZE-078/9/04-2018
20 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Correct operation LZE-078/9/04-2018 | LZE-120/4/04-2018 | LZE-122/3/04-2018 | LZE-123/3/04-2018
21 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Air permeability at a specified pressure difference + ASTM E283/E283M-19
22 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Force needed to bolt the door + AAMA/WDMA/CSA 101/I.S.2/A440- 22
23 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Operating forces + AAMA/WDMA/CSA 101/I.S.2/A440- 22+ ASTM E2068-00(2022)
24 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Stiffness and strength under static pressure loading + ASTM E330/E330M-14(2021)
25 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Watertightness under cyclic static pressure difference + ASTM E547-00(2016)
26 Doors, door sets, leaves, frames - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Watertightness under static pressure difference + ASTM E331-00(2023)
27 Building elements - walls - partition walls - curtain walls - roofs - roof coverings - other Resistance to horizontal load and self-weight Calculation method PN-EN 13830:2005 „N” PB LK-131/2/02-2015
28 Building elements - walls - partition walls - curtain walls - roofs - roof coverings - other Resistance to driving rain Range: pressure up to 5000 Pa PN-EN 12865:2004 Procedura A
29 Building elements - walls - partition walls - curtain walls - roofs - roof coverings - other Watertightness under dynamic air pressure and water spray + PN-EN 13050:2011
30 Building elements - walls - partition walls - curtain walls - roofs - roof coverings - other Resistance to a linear horizontal force Range: up to 5 kN LZE-105/2/04-2019
31 Building elements - walls - partition walls - curtain walls - roofs - roof coverings - other Watertightness Field test method + AAMA 501.2
32 Curtain walling Resistance to vertical load, Method A Range: force from 0 to 20 kN, Displacement: from 0 to 50 mm PN-EN 16758:2021-10
33 Curtain walling Resistance to horizontal load, Method A Range: force from 0 to 20 kN, Displacement: from 0 to 50 mm PN-EN 16758:2021-10
34 Curtain walling Air permeability at a specified pressure difference + ASTM E283/E283M-19
35 Curtain walling Stiffness and strength under static pressure loading + ASTM E330/E330M-14(2021)
36 Curtain walling Watertightness under cyclic static pressure difference + ASTM E547-00(2016)
37 Curtain walling Watertightness under static pressure difference + ASTM E331-00(2023)
38 Composite panels Climatic test cycles ETAG 016:2004 cz. 2 ETAG 016:2004 cz. 3
39 Composite panels Load-bearing capacity of a simply supported slab under loads acting towards the support Bending method ETAG 016:2004 cz. 1
40 Composite panels Load-bearing capacity of a fixed slab under loads acting away from the support Bending method ETAG 016:2004 cz. 1
41 Composite panels Soft body and hard body impact resistance Impact method ETAG 016:2004 cz. 2 ETAG 016:2004 cz. 3 TR001
42 Composite panels Creep ETAG 016:2004 cz. 2
43 Composite panels Durability – climatic test cycles Temp. up to 80ºC, area up to (3x4) m ETAG 016:2004 cz. 2 ETAG 016:2004 cz. 3
44 Composite panels Strength of the boards at the fixing points on the joints (load capacity and stability of the fasteners) ETAG 016:2004 cz. 1
45 Composite panels Resistance to eccentric load caused by objects fixed to the board ETAG 016:2004 cz. 2 ETAG 016:2004 cz. 3
46 Composite panels Strength of the fixings to the board ETAG 016:2004 cz. 3
47 Composite panels Ability to carry (temporary) periodic pedestrian traffic Point load method ETAG 016:2004 cz. 2
48 Partition walls Hard body impact resistance clause E 3 EAD 210005-00-0505
49 Roof lights Permeability PN-EN 1873:2009 „N” PN-EN 1873+A1:2016-03
50 Rooflights: - continuous, - point, - other Air permeability at a specified pressure difference + ASTM E283/E283M-19
51 Rooflights: - continuous, - point, - other Operating forces + AAMA/WDMA/CSA 101/I.S.2/A440:22 ASTM E2068-00(2022)
52 Rooflights: - continuous, - point, - other Stiffness and strength under static pressure loading + ASTM E330/E330M-14(2021)
53 Rooflights: - continuous, - point, - other Watertightness under cyclic static pressure difference + ASTM E547-00(2016)
54 Rooflights: - continuous, - point, - other Watertightness under static pressure difference + ASTM E331-00(2023)
55 Ventilated cladding kits and VETURE kits Resistance of grid components to horizontal force EAD 090062-00-0404
56 Ventilated cladding kits and VETURE kits Resistance of grid components to vertical force EAD 090062-00-0404
57 Ventilated cladding kits and VETURE kits Pull-through strength Range: for product families A, B and D EAD 090062-00-0404
58 Ventilated cladding kits and VETURE kits Resistance to wind Pressure difference method EAD 090034-00-0404
59 Ventilated cladding kits and VETURE kits Resistance to vertical force load of the complete set EAD 090034-00-0404
60 Ventilated cladding kits and VETURE kits Resistance of the bracket to vertical force Strength method EAD 090034-00-0404
61 Ventilated cladding kits and VETURE kits Resistance of the bracket to horizontal force Strength method EAD 090034-00-0404
62 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Air permeability at a specified pressure difference + ASTM E283/E283M-19
63 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Operating forces + AAMA/WDMA/CSA 101/I.S.2/A440:22 ASTM E2068-00(2022)
64 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Stiffness and strength under static pressure loading + ASTM E330/E330M-14(2021)
65 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Watertightness under cyclic static pressure difference + ASTM E547-00(2016)
66 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Watertightness under static pressure difference + ASTM E331-00(2023)
67 Shopfronts Air permeability at a specified pressure difference + ASTM E283/E283M-19
68 Shopfronts Stiffness and strength under static pressure loading + ASTM E330/E330M-14(2021)
69 Shopfronts Watertightness under cyclic static pressure difference + ASTM E547-00(2016)
70 Shopfronts Watertightness under static pressure difference + ASTM E331-00(2023)
71 Gates E Safety in use of power-operated doors + PN-EN 12445 “N” PN-EN 12453 “N”
72 Gates E Forces at the edges + PN-EN 12453 “N”
73 Gates E Functionality + PN-EN 12605 “N” PN-EN 12604 “N”
74 Gates E Durability + PN-EN 12605 “N” PN-EN 12604 “N”
75 Gates E Workmanship + PN-EN 12605 “N” PN-EN 12604 “N”
76 Gates E Safety in use of power operated doors: - Risk of crushing, shearing and drawing-in; - Opening and closing forces; - Presence detection; - Risk of crushing and shearing caused by the possibility of a person being moved together with the door; - Risk of impact; - Manual operation; - Verification of safety with respect to other hazards + PN-EN 12453
77 Gates E Resistance to wind load Range: pressure (–5000 - +5000) Pa Uniform load method + PN-EN 12444 “N” PN-EN 12424 “N”
78 Gates E Resistance to water penetration + PN-EN 12489 “N” PN-EN 12425 “N”
79 Gates E Air permeability + PN-EN 12427 “N” PN-EN 12426 “N”
80 Gates E Resistance to wind load Calculation method PN-EN 12444 „N”
81 Gates E Self-closing PN-EN 16034
82 Gates E Durability of self-closing
83 Gates E Mechanical aspects: - Design and construction; - Protection against unintended or uncontrolled movement; - Manual operating forces; - Manual operating devices – checking/inspection of the location and safe design of handles with regard to the risk of crushing, trapping or cutting of the hand; - Finger protection; - Verification of special requirements for components used in suspension and counterbalancing systems; - Pass doors - checking/ visual inspection of the safe position, protection against unintended movement and requirements for thresholds; - Warning signs and/or devices – checking and visual inspection of the possibility of identifying dangerous places and hazards by means of warning signs/ devices + PN-EN 12604
84 Road traffic noise reducing devices E Self-weight PN-EN 1794-1 „N”
85 Road traffic noise reducing devices E Resistance to falling fragments Range: body with a mass of 45 kg PN-EN 1794-2 „N”
86 Road traffic noise reducing devices E Secondary safety Resistance to falling debris Range: body with a mass of 400 kg PN-EN 1794-2 „N”
87 Road traffic noise reducing devices E Wind load and static loads PN-EN 1794-1 „N”
88 Road traffic noise reducing devices E Resistance to dynamic load associated with snow removal PN-EN 1794-1 „N”
89 Road traffic noise reducing devices E Stone impact resistance PN-EN 1794-1 „N”
90 Road traffic noise reducing devices E Wind load and static loads Calculation method LK-145 | PN-EN 1794-1 „N”
91 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Load-bearing capacity of safety devices PN-EN 14351-1 PN-EN 948 „N”
92 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to various climates PN-EN 1121
93 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to vertical loads Static load method + PN-EN 947
94 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to static load Static load method PN-EN 1527
95 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to wind load Range: pressure (–5000 - +5000) Pa + PN-EN 12211 „N” PN-EN 16361
96 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Soft and heavy body impact resistance Range: body with a mass of 30 kg or 50 kg + PN-EN 949 PN-EN 13049 „N” PN-EN 16361 PN-EN 14351-2 + PN-EN 12600
97 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to hard body impact + PN-EN 950
98 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to repeated opening and closing Automatic method PN-EN 1191
99 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Height + PN-EN 14351-2
100 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Width + PN-EN 14351-2
101 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Overall and local flatness PN-EN 952
102 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Smoothness of operation PN-EN 1527
103 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Air permeability + PN-EN 1026 „N” PN-EN 16361 PN-EN 14351-2
104 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Self-closing PN-EN 16034
105 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Force needed to start the movement of the leaf (initial friction) PN-EN 1527
106 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Operating forces + PN-EN 12046-2 PN-EN 16361
107 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Durability of self-closing PN-EN 16034
108 Doors, door sets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Watertightness + Range: up to 5000 Pa PN-EN 1027 „N” PN-EN 16361
109 Doors, doorsets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire-resistant - smoke-tight - manually operated and power-operated - with panic hardware - on escape routes Dimensions and deviations from squareness of the leaves + PN-EN 951
110 Doors, doorsets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire-resistant - smoke-tight - manually operated and power-operated - with panic hardware - on escape routes Height and width + Linear measurement method PN-EN 14351-1 PN-EN 16361
111 Doors, doorsets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire-resistant - smoke-tight - manually operated and power-operated - with panic hardware - on escape routes Static torsional strength Static loading method + PN-EN 948
112 Doors, doorsets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire-resistant - smoke-tight - manually operated and power-operated - with panic hardware - on escape routes Strength of the connections of the hinge leaves to the frame under static loading by a concentrated force in the plane of the leaf Static loading method PN-EN 947
113 Doors, doorsets, leaves, frames: E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire-resistant - smoke-tight - manually operated and power-operated - with panic hardware - on escape routes Release capability PN-EN 1125 PN-EN 179 PN-EN 14351-2
114 Building elements: E - walls - curtain walls - roofs - roof coverings - other Resistance to horizontal load and self-weight Calculation method PN-EN 13830 „N” PB LK-131
115 Building elements: E - walls - curtain walls - roofs - roof coverings - other Resistance to wind load Range: pressure (–5000 - +5000) Pa Uniform loading method PN-EN 12179 PN-EN 13116
116 Building elements: E - walls - curtain walls - roofs - roof coverings - other Resistance to soft and heavy body impact PN-EN 13049 „N” PN-EN 14019 „N” PN-EN 12600 „N”
117 Building elements: E - walls - curtain walls - roofs - roof coverings - other Air permeability PN-EN 12153 PN-EN 12152 PN-EN 12114
118 Building elements: E - walls - curtain walls - roofs - roof coverings - other Watertightness Field test method PN-EN 13051
119 Building elements: E - walls - curtain walls - roofs - roof coverings - other Watertightness Range: pressure up to 5000 Pa PN-EN 12155 „N” PN-EN 12154
120 Metal profiles with thermal break E Resistance to moisture Range: up to 60 kN Strength method PN-EN 14024
121 Metal profiles with thermal break E Resistance after immersion in water Range: up to 60 kN Strength method PN-EN 14024
122 Metal profiles with thermal break E Transverse tensile strength (Q) Range: up to 60 kN Tensile method PN-EN 14024
123 Metal profiles with thermal break E Shear strength (T) Range: up to 60 kN Shear method PN-EN 14024
124 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Load capacity of safety devices + PN-EN 14351-1 PN-EN 14609 „N”
125 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Resistance to loads in the plane of the leaf + PN-EN 14608 PN-EN 13115
126 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Resistance to wind load + Range: pressure (–5000 - +5000) Pa Pressure difference method PN-EN 12211 „N”
127 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Resistance to static torsion+ PN-EN 14609 PN-EN 13115
128 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Soft and heavy body impact resistance + Range: body with a mass of 50 kg PN-EN 13049 „N”
129 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Air permeability + PN-EN 1026 „N”
130 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Operating forces + PN-EN 12046-1 PN-EN 13115
131 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Watertightness + Range: pressure up to 5000 Pa PN-EN 1027 „N”
132 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Height and width Linear measurement method PN-EN 14351-1
133 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Resistance to repeated opening and closing PN-EN 1191
134 Composite panels E Air permeability PN-EN 12114
135 Composite panels E Watertightness of the wall PN-EN 12865
136 Sandwich panels E Resistance to concentrated load PN-EN 14509
137 Sandwich panels E Creep coefficient PN-EN 14509
138 Sandwich panels E Interaction between bending moment and support reaction Strength method PN-EN 14509
139 Sandwich panels E Bending moment and stiffness of a simply supported slab Strength test method PN-EN 14509
140 Building partitions with increased burglary resistance including: E - windows - doors - curtain walls - gates - shutters - others Resistance to testing using tools Range: product group 1 classes 2 and 3 PN-EN 1630
141 Building partitions with increased burglary resistance including: E - windows - doors - curtain walls - gates - shutters - others Resistance to dynamic loads Range: product group 1 classes 2 and 3 PN-EN 1629
142 Building partitions with increased burglary resistance including: E - windows - doors - curtain walls - gates - shutters - others Resistance to static loads Range: product group 1 classes 2 and 3 PN-EN 1628
143 Self-supporting translucent roof kits E Load-bearing capacity under pull-off and compressive loads EAD 220089-XX-0401
144 Self-supporting translucent roof kits E Soft body impact resistance
145 Self-supporting translucent roof kits E Resistance to hard body impact
146 Self-supporting translucent roof kits E Air permeability
147 Self-supporting translucent roof kits E Watertightness
148 Fixed vertical road signs Guide posts and retroreflective devices E Chromaticity in daylight PN-EN 12899-3 Raport techniczny CIE 15
149 Fixed vertical road signs Guide posts and retroreflective devices E Water resistance PN-EN 12899-3
150 Fixed vertical road signs Guide posts and retroreflective devices E Static strength (resistance to horizontal loads) PN-EN 12899-3
151 Fixed vertical road signs Guide posts and retroreflective devices E Luminance factor PN-EN 12899- 3 Raport techniczny CIE 15
152 Fixed vertical road signs Guide posts and retroreflective devices E Coefficient of retroreflection Range: 0-203 cd/m2lx α=20’ (0,33°), β=+5°, +30°, +40° PN-EN 12899-3 Raport techniczny CIE 54.2
153 Fixed vertical road signs Guide posts and retroreflective devices E Resistance to dynamic impact (material test) PN-EN 12899-3
154 Fixed vertical road signs Guide posts and retroreflective devices E Resistance to dynamic impact (functional test) PN-EN 12899-3
155 Fixed vertical road signs Guide posts and retroreflective devices E Resistance to dynamic impact of retro-reflecting devices PN-EN 12899-3
156 Fixed vertical road signs Fixed signs E Chromaticity in daylight PN-EN 12899-1 Raport techniczny CIE 15
157 Fixed vertical road signs Fixed signs E Characteristics of the structure: temporary deformation - bending and torsion dynamic deformation caused by snow load resistance to wind action resistance to point load permanent deformation strength of fixings Test method Calculation method PN-EN 12899-1 PN-EN 12899-1 PB LK-144/1/04
158 Fixed vertical road signs Guide posts and retroreflective devices E Impact strength PN-EN 12899-1
159 Fixed vertical road signs Guide posts and retroreflective devices E Luminance factor PN-EN 12899-1 Raport techniczny CIE 15
160 Fixed vertical road signs Guide posts and retroreflective devices E Coefficient of retroreflection Range: 0-203 cd/m2lx α=20’ (0,33°), β=+5°, +30°, +40° PN-EN 12899-1 Raport techniczny CIE 54.2
161 Suspended ceilings E Impact resistance PN-EN 13964 „N”
162 PVC gutter systems E Load-bearing capacity of downpipe brackets PN-EN 12095 PN-EN 12200-1
163 PVC gutter systems E Load-bearing capacity of gutter brackets PN-EN 1462
164 Rooflights E - continuous - point - other Fixed vertical road signs Fixed signs Resistance to clamping load PN-EN 14963 „N”
165 Rooflights E - continuous - point - other Fixed vertical road signs Fixed signs Resistance to loads acting from below PN-EN 1873 „N” EAD 220021-XX-0402
166 Rooflights E - continuous - point - other Fixed vertical road signs Fixed signs Resistance to loads acting from above PN-EN 1873 „N” EAD 220021-XX-0402
167 Rooflights E - continuous - point - other Fixed vertical road signs Fixed signs Resistance to peeling load PN-EN 14963 „N”
168 Rooflights E - continuous - point - other Fixed vertical road signs Fixed signs Soft-heavy body impact resistance PN-EN 14963 „N” PN-EN 1873 EAD 220021-XX-0402
169 Rooflights E - continuous - point - other Fixed vertical road signs Fixed signs Resistance to hard body impact PN-EN 14963 „N” PN-EN 1873 EAD 220021-XX-0402
170 Rooflights E - continuous - point - other Fixed vertical road signs Fixed signs Air permeability + PN-EN 1026 „N” PN-EN 12153 EAD 220021-XX-0402
171 Rooflights E - continuous - point - other Fixed vertical road signs Fixed signs Watertightness PN-EN 14963 „N” PN-EN 1873 EAD 220021-XX-0402
172 Products for sealing window-to-wall joints E Air permeability PN-EN 1026
173 Products for sealing window-to-wall joints E Watertightness PN-EN 1027
174 Glass panes E Impact resistance Range: body with a mass of 50 kg PN-EN 12600 „N”
175 Glass panes E Resistance of protective glazing to manual attack PN-EN 356 „N”
176 Partition walls E Resistance to impact load – safety in use Range: impact body up to 50 kg Impact method EAD 210005-XX-0505
177 Partition walls E Resistance to impact load – durability and serviceability Range: impact body up to 50 kg Impact method EAD 210005-XX-0505
178 Partition walls E Resistance to horizontal linear static load Range: force up to 10 kN/m, deformation up to 20 cm EAD 210005-XX-0505
179 Ventilated cladding kits and VETURE kits E Resistance to varying temperature EAD 090062-XX-0404
180 Ventilated cladding kits and VETURE kits E Resistance to wind EAD 090062-XX-0404 EAD 040914-XX-0404
181 Ventilated cladding kits and VETURE kits E Resistance to horizontal force load EAD 090062-XX-0404 EAD 040914-XX-0404
182 Ventilated cladding kits and VETURE kits E Resistance to vertical force load EAD 090062-XX-0404 EAD 040914-XX-0404
183 Ventilated cladding kits and VETURE kits E Resistance to soft and heavy body impact EAD 090062-XX-0404 EAD 040914-XX-0404
184 Ventilated cladding kits and VETURE kits E Resistance to hard body impact EAD 090062-XX-0404 EAD 040914-XX-0404
185 Blinds E Resistance to wind load + Range: pressure (–5000 - +5000) Pa PN-EN 1932
186 Blinds E Resistance to misuse PN-EN 12194
187 Blinds E Air permeability + PN-EN 12835
188 Blinds E Operating force PN-EN 13527
189 Blinds E Transmitted force PN-EN 12045
190 Blinds E Hard body impact PN-EN 13330
191 Components of steel framed structures E Geometrical characteristics PN-EN 14195
192 Components of steel framed structures E Dimensions: thickness, length, angular dimension, straightness, web width of the section, flange width, measurement of twist of the section PN-EN 14195
193 Balcony, loggia and terrace enclosures E Resistance to wind load Range: pressure from (-5000 - 5000) Pa Uniform load method LK-139 | XX-0404 | PN-EN 12211
194 Balcony, loggia and terrace enclosures E Soft and heavy body impact resistance Range: body with a mass of 50 kg Impact method LK-139 | XX-0404 | PN-EN 13049
195 Balcony, loggia and terrace enclosures E Resistance to load in the plane of the leaf XX-0404 | PN-EN 14608
196 Balcony, loggia and terrace enclosures E Resistance to static torsion XX-0404 | PN-EN 14609
197 Balcony, loggia and terrace enclosures E Resistance to repeated opening and closing Manual manipulation method LK-139
198 Balcony, loggia and terrace enclosures E Operating forces LK-139
199 Gates E Durability of self-closing PN-EN 16034
200 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to vertical loads PN-EN 947
201 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to repeated opening and closing Automatic method PN-EN 1191
202 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to wind load + Pressure range: (–5000 - +5000) Pa PN-EN 12211 „N’’ PN-EN 16361
203 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to soft and heavy body impact Range: body of 50 kg mass PN-EN 16361
204 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Resistance to soft and heavy body impact Range: body of 50 kg mass PN-EN 14351-2 PN-EN 13049 + PN-EN 12600
205 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Air permeability PN-EN 1026 „N’’ PN-EN 16361 PN-EN 14351-2
206 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Self-closing PN-EN 16034
207 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Operating forces PN-EN 12046-2 PN-EN 16361
208 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Durability of self-closing PN-EN 16034
209 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Linear dimensions of door frames Linear measurement method PN-EN 16361
210 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Watertightness PN-EN 1027 „N’’ PN-EN 16361
211 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Height and width PN-EN 16361
212 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Height PN-EN 14351-2
213 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Width PN-EN 14351-2
214 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Static torsional strength PN-EN 948
215 Doors, door sets, leaves, frames E - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - fire resistant - smoke tight - manually operated and power operated - with panic exit devices - on escape routes Release capability PN-EN 1125 PN-EN 179 PN-EN 14351-2
216 Windows E Load-bearing capacity of safety devices PN-EN 14351-1 „N’’
217 Windows E Resistance to wind load Pressure range: (–5000 - +5000) Pa PN-EN 12211 „N’’
218 Windows E Air permeability PN-EN 1026 „N’’
219 Windows E Operating forces PN-EN 12046-1
220 Windows E Watertightness Pressure up to 5000 Pa PN-EN 1027 „N’’
221 Building balustrades and handrails Soft and heavy body impact resistance impact body – bag 30 kg LZE-140/2/04-2019
222 Building balustrades and handrails Soft and heavy body impact resistance impact body – tyre 50 kg LZE-140/2/04-2019
223 Building balustrades and handrails Resistance to static loads Range: load up to 3 kN/m LZE-140/2/04-2019
224 Building balustrades and handrails Hard body impact resistance impact body - steel ball 0,5 kg LZE-140/2/04-2019
225 Gates Self-closing PN-EN 16034:2014
226 Gates Durability of self-closing PN-EN 16034:2014
227 Gates Safety in use of power operated doors: - Risk of crushing, shearing and drawing-in; - Opening and closing forces; - Presence detection; - Risk of crushing and shearing caused by the possibility of a person being moved together with the door; - Risk of impact; - Manual operation; - Verification of safety with respect to other hazards + PN-EN 12453:2017
228 Gates Mechanical aspects: - Design and construction; - Protection against unintended or uncontrolled movement; - Manual operating forces; - Manual operating devices – checking/inspection of the location and safe design of handles with regard to the risk of crushing, trapping or cutting of the hand; - Finger protection; - Verification of special requirements for components used in suspension and counterbalancing systems; - Pass doors - checking/ visual inspection of the safe position, protection against unintended movement and requirements for thresholds; - Warning signs and/or devices – checking and visual inspection of the possibility of identifying dangerous places and hazards by means of warning signs/ devices + PN-EN 12604:2017
229 Powered doors, door operators Durability at extreme temperatures: - from -30 °C to + 5 °C - from +40 °C to +80 °C PN-EN 16005:2013
230 Doors, door sets, leaves, frames including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Burglary resistance - static strength PN-90/B-92270 pkt. 3.3.3 do 3.3.11 oraz 3.4 i 3.5
231 Doors, door sets, leaves, frames including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Self-closing PN-EN 16034:2014
232 Doors, door sets, leaves, frames including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Durability of self-closing PN-EN 16034:2014
233 Doors, door sets, leaves, frames including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Air permeability at a specified pressure difference ASTM E283/E283M-19
234 Doors, door sets, leaves, frames including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Force needed to bolt the door AAMA/WDMA/CSA 101/I.S.2/A440- 22
235 Doors, door sets, leaves, frames including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Operating forces AAMA/WDMA/CSA 101/I.S.2/A440- 22+ ASTM E2068-00(2022)
236 Doors, door sets, leaves, frames including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Stiffness and strength under static pressure load ASTM E330/E330M-14(2021)
237 Doors, door sets, leaves, frames including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Watertightness under cyclic static pressure difference ASTM E547-00(2016)
238 Components made of metal and plastics Torsion Torque Range: (0 - 350) Nm LOW-008/5/07-2014
239 Components made of metal and plastics Tensile breaking strength Range: (0 - 100) kN LOW-002/5/07-2014
240 Components made of metal and plastics Compressive strength Range: (0 - 100) kN LOW-003/5/07-2014
241 Components made of metal and plastics Bending strength Range: (0 - 100) kN LOW-004/5/07-2014
242 Elements of metal skeleton structures Coating thickness PN-EN ISO 2808:2008 pkt. 5.5.7 i 5.5.8
243 Building equipment components Operating force in the range (0 - 5000) N + LOW-012/6/07-2014
244 Building equipment components Operation of mechanisms Torque Range: (0 - 350) Nm LOW-008/5/07-2014
245 Building equipment components Linear and angular geometric dimensions + Calipers, Range: (0 - 400) mm Micrometers, Range: (0 - 100) mm Rigid rules, Range: (0 - 2000) mm Tape measures, Range: (0 - 8) m Protractor, Range: (0 - 360)° LOW-001/4/09-2007
246 Building equipment components Durability of mechanisms rotating about an axis with one- or two-directional forced movement LOW-007/4/09-2007
247 Building equipment components Durability of mechanisms with reciprocating movement under a force perpendicular or parallel to the movement of the mechanism or along the axis of travel LOW-006/4/09-2007
248 Building equipment components Durability of mechanisms converting rotary motion into reciprocating motion LOW-005/4/09-2007
249 Building equipment components Breaking strength in the range: (0 - 100) kN LOW-002/5/07-2014
250 Building equipment components Compressive strength in the range: (0 - 100) kN LOW-003/5/07-2014
251 Building equipment components Flexural strength in the range: (0 - 100) kN LOW-004/5/07-2014
252 Padlocks Durability PN-EN 12320:2013-04
253 Padlocks Resistance to unconventional attacks LZE-015/5/12-2019
254 Mechatronic padlocks Key strength PN-EN 16864:2017-10
255 Mechatronic padlocks Operating moment
256 Mechatronic padlocks Stability of the key
257 Mechatronic padlocks Incorrect electronic code
258 Mechatronic padlocks Durability
259 Mechatronic padlocks Corrosion resistance
260 Mechatronic padlocks Resistance of the key to water
261 Mechatronic padlocks Key-related protection
262 Mechatronic padlocks Resistance to chisel attack
263 Mechatronic padlocks Resistance to attack by twisting off
264 Mechatronic padlocks Resistance to attack by pulling out
265 Mechatronic padlocks Resistance to attack by impact (manual)
266 Mechatronic padlocks Resistance to attack by vibration
267 Mechatronic padlocks Resistance to attack by increased voltage PN-EN 16864:2017-10
268 Mechatronic padlocks Resistance to attack by magnetic field
269 Drives for gates and doors Safety in use + PN-EN 12445:2002 pkt. 4.1
270 Drives for gates and doors Functionality + PN-EN 12605:2002 pkt 5.1
271 Drives for doors, gates and shutters Operating force + Range: (0 - 5000) N LOW-012/6/07-2014
272 Drives for doors, gates and shutters Compressive strength LOW-003/5/07-2014
273 Building hardware and its components Operation of force-loaded mechanisms, actuating force dynamometers (0 - 5000) N LOW-012/6/07-2014
274 Building hardware and its components Operation of mechanisms Torque in the range: (0-350) Nm LOW-008/5/07-2014
275 Building hardware and its components Linear and angular geometric dimensions + Calipers, Range: (0 - 400) mm Micrometers, Range: (0 - 100) mm Rigid rules, Range: (0 - 2000) mm Tape measures, Range: (0 - 8) m Protractor, Range: (0 - 360)° LOW-001/4/09-2007
276 Building hardware and its components Durability of mechanisms rotating about an axis with one- or two-directional forced movement LOW-007/4/09-2007
277 Building hardware and its components Durability of mechanisms with reciprocating movement under a force perpendicular or parallel to the movement of the mechanism or along the axis of travel LOW-006/4/09-2007
278 Building hardware and its components Durability of mechanisms converting rotary motion into reciprocating motion LOW-005/4/09-2007
279 Building hardware and its components Tensile breaking strength Range: (0 - 100) kN LOW-002/5/07-2014
280 Building hardware and its components Compressive strength Range: (0 - 100) kN LOW-003/5/07-2014
281 Building hardware and its components Bending strength Range: (0 - 100) kN LOW-004/5/07-2014
282 Tilt-and-turn fittings, turn-and-tilt fittings, tilt fittings, turn fittings Strength of the hardware under dynamic loads on impact against an obstacle PN-EN 13126-8:2007 pkt 7.3.6
283 Tilt-and-turn fittings, turn-and-tilt fittings, tilt fittings, turn fittings Strength PN-EN 13126-8:2007 pkt 7.3.5
284 Plastics Modulus of elasticity in tension type 2 and 5 PN-EN ISO 527-3:1998
285 Plastics Hardness by the Shore method LOW-T01/3/09-2007
286 Cylinder locks Resistance to unconventional attacks LZE-015/5/12-2019
287 Cylinder locks Resistance to unconventional attacks PN-91/B-94461/02
288 Locks and strikes Strength PN-91/B-94408 pkt. 6 PN-91/B-94400 pkt. 5.4 i 5.5
289 Locks and strikes Burglary protection PN-91/B-94408 pkt. 3 PN-91/B-94400 pkt. 5.4 i 5.5
290 Locks and strikes Strength of lock components Range: (0 - 100) kN PN-EN 12209:2005+AC:2006 pkt. 6.2
291 Electromechanical locks and strikes Strength of lock components Range: (0 - 100) kN PN-EN 12209:2005+AC:2006 p. 6.8
292 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Air permeability at a specified pressure difference ASTM E283/E283M-19
293 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Operating forces AAMA/WDMA/CSA 101/I.S.2/A440:22 ASTM E2068-00(2022)
294 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Stiffness and strength under static pressure load ASTM E330/E330M-14(2021)
295 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Watertightness under cyclic static pressure difference ASTM E547-00(2016)
296 Windows including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Watertightness under static pressure difference ASTM E331-00(2023)
297 Rooflights: - continuous, - point, - other Air permeability at a specified pressure difference ASTM E283/E283M-19
298 Rooflights: - continuous, - point, - other Operating forces AAMA/WDMA/CSA 101/I.S.2/A440:22 ASTM E2068-00(2022)
299 Rooflights: - continuous, - point, - other Stiffness and strength under static pressure load ASTM E330/E330M-14(2021)
300 Rooflights: - continuous, - point, - other Watertightness under cyclic static pressure difference ASTM E547-00(2016)
301 Rooflights: - continuous, - point, - other Watertightness under static pressure difference ASTM E331-00(2023)
302 Self-supporting metal sheets E Yield strength PN-EN 14782
303 Self-supporting metal sheets E Thickness
304 Self-supporting metal sheets E Water vapour permeability and air permeability
305 Self-supporting metal sheets E Linear geometric dimensions
306 Self-supporting metal sheets E Durability
307 Self-supporting metal sheets E Watertightness
308 Self-supporting metal sheets E Resistance to concentrated loads
309 Gates E Detection threshold + PN-EN 12978
310 Gates E Resistance to wind load + PN-EN 12444 „N”
311 Gates E Resistance to water penetration + PN-EN 12489 „N”
312 Gates E Air permeability + PN-EN 12427 „N”
313 Gates E Force at the edges + PN-EN 12445 „N”
314 Gates E Durability + PN-EN 12605 „N” PN-EN 12604 „N”
315 Gates E Functionality + PN-EN 12605 „N” PN-EN 12604 „N”
316 Gates E Workmanship + PN-EN 12605 „N” PN-EN 12604 „N”
317 Gates E Safety in use + PN-EN 12445
318 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Resistance to wind loads + PN-EN 12211 „N”
319 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Resistance to soft and heavy body impact + PN-EN 13049 „N” PN-EN 14351-2 + PN-EN 12600
320 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Resistance to soft and heavy body impact PN-EN 949
321 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Burglar resistance - manual burglary attempt test PN-EN 1630
322 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Burglar resistance under dynamic load PN-EN 1629
323 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Burglar resistance under static loading PN-EN 1628
324 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Air permeability + PN-EN 1026 „N” PN-EN 14351-2
325 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Watertightness + PN-EN 1027 „N”
326 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Release capability Range: (0 - 5000) N PN-EN 1125 PN-EN 179 PN-EN 14351-2
327 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Height + PN-EN 14351-2
328 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Width + PN-EN 14351-2
329 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Linear geometric dimensions PN-EN 951
330 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Resistance to vertical loads PN-EN 947
331 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Resistance to static loads perpendicular to the plane of the leaf PN-87/B-06077
332 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Resistance to repeated opening and closing PN-EN 1191
333 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Shock resistance PN-88/B-06079
334 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Squareness PN-EN 951
335 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Force, torque Torque Range: (0 - 350) Nm PN-EN 12046-2
336 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Operating forces Range: (0 - 5000) N PN-EN 12046-2 „N”
337 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Static torsional strength PN-EN 948 „N”
338 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Load-bearing capacity of safety devices PN-EN 14351-1 PN-EN 948 „N”
339 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Resistance to hard body impact PN-EN 950
340 Doors, door sets, leaves, frames E including among others: - internal and external - side-hung - sliding - concertina - swing, - folding - revolving - manually operated and power operated - with panic exit devices - on escape routes Overall and local flatness PN-EN 952
341 Shower trays E Resistance to temperature changes PN-EN 14527
342 Shower trays E Water drainage
343 Shower trays E Verification of resistance to chemical reagents and staining agents
344 Shower trays E Stability of the shower tray base
345 Shower trays E Linear geometric dimensions PN-EN 251
346 Loft ladders (stairs) E Static load, cyclic load, step torsion, handrail strength, strength of stops, step strength, design features PN-EN 14975
347 Sliding and folding doors, hardware for sliding and folding doors E Static loads PN-EN 1527
348 Sliding and folding doors, hardware for sliding and folding doors E Friction force
349 Sliding and folding doors, hardware for sliding and folding doors E Durability
350 Sliding and folding doors, hardware for sliding and folding doors E Properties and characteristics for the assessment of safety in use + EN 16005 PB LOW-018
351 Sliding and folding doors, hardware for sliding and folding doors E Dimensions, distances between elements + EN 16005
352 Sliding and folding doors, hardware for sliding and folding doors E Clearance +
353 Sliding and folding doors, hardware for sliding and folding doors E Opening and closing forces +
354 Sliding and folding doors, hardware for sliding and folding doors E Door activation zone + EN 16005 PB LOW-018
355 Sliding and folding doors, hardware for sliding and folding doors E Durability (excluding tests at extreme temperatures) EN 16005 PB LOW-018
356 Sliding and folding doors, hardware for sliding and folding doors E Impact forces + EN 16005
357 Sliding and folding doors, hardware for sliding and folding doors E Opening time
358 Sliding and folding doors, hardware for sliding and folding doors E Break-out force +
359 Sliding and folding doors, hardware for sliding and folding doors E Opening forces and closing time under low-energy conditions + EN 16005 PB LOW-018
360 Components of metal framed structures E Coating thickness PN-EN ISO 2178 PN-EN ISO 2360
361 Components of metal framed structures E Linear geometric dimensions PN-EN 14195
362 Building equipment components E Workmanship + PN-EN 13018
363 Building equipment components E Adhesion of the veneer to the substrate PN-EN 311
364 Building equipment components E Hardness Range: (20 - 70) HRC Method: Rockwell PN-EN ISO 6508-1
365 Plastic fitting and finishing components, except profiles for the manufacture of windows and doors E Stain resistance PN-EN 438-2
366 Plastic fitting and finishing components, except profiles for the manufacture of windows and doors E Resistance to cigarette ember PN-EN 438-2
367 Plastic fitting and finishing components, except profiles for the manufacture of windows and doors E Resistance of main profiles to impact of a falling weight PN-EN 477
368 Plastic fitting and finishing components, except profiles for the manufacture of windows and doors E Thermal shrinkage PN-EN 479
369 Plastic fitting and finishing components, except profiles for the manufacture of windows and doors E Strength of welded corners and T-shaped joints in the range: (0 - 100) kN PN-EN 514
370 Plastic fitting and finishing components, except profiles for the manufacture of windows and doors E Appearance after heating at 150°C PN-EN 478
371 Shower enclosures E Stability PN-EN 14428
372 Shower enclosures E Leak tightness
373 Shower enclosures E Resistance to chemicals and staining agents
374 Door handles and knobs with roses, window and balcony door handles E Free play Linear and angular geometric dimensions PN-EN 1906
375 Door handles and knobs with roses, window and balcony door handles E Torque of the return mechanism Range: (0 - 350) Nm
376 Door handles and knobs with roses, window and balcony door handles E Resistance to attack using a chisel
377 Door handles and knobs with roses, window and balcony door handles E Resistance to attack using drilling
378 Door handles and knobs with roses, window and balcony door handles E Free angular movement, misalignment
379 Door handles and knobs with roses, window and balcony door handles E Durability
380 Door handles and knobs with roses, window and balcony door handles E Strength of the fastening elements Range: (0 - 100) kN
381 Door handles and knobs with roses, window and balcony door handles E Resistance to torque Range: (0 - 350) Nm
382 Door handles and knobs with roses, window and balcony door handles E Axial strength
383 Door handles and knobs with roses, window and balcony door handles E Strength of the drum protecting plate
384 Door handles and knobs with roses, window and balcony door handles E Strength of the visor
385 Door handles and knobs with roses, window and balcony door handles E Corrosion resistance in neutral salt spray NSS method PN-EN ISO 9227
386 Handles E Operating torque Range: (0,99 - 30) Nm PN-EN 13126-3
387 Handles E Strength of the connection between the spindle and the handle Range: (0 - 100) kN
388 Handles E Torsional strength (torque) Range: (0 - 500) Nm
389 Handles E Durability PN-EN 13126-3
390 Handles E Free play
391 Handles E Off-axis tensile strength Range: (0 - 100) kN
392 Handles E Corrosion resistance PN-EN ISO 9227
393 Window handles with keyless lock E Operating torque Range: (0,99 - 30) Nm PN-EN 13126-3
394 Window handles with keyless lock E Durability of the handle together with the locking device
395 Window handles with keyless lock E Free play
396 Window handles with keyless lock E Torsional strength Range: (0 - 500) Nm
397 Window handles with keyless lock E Off-axis tensile strength Range: (0 - 100) kN
398 Window handles with keyless lock E Resistance to twisting off („twisting off”) Range: (0 - 300) Nm
399 Window handles with keyless lock E Resistance to forcing off („forcing off”) Range: (0 - 300) Nm
400 Window handles with keyless lock E Tensile strength of the spindle Range: (0 - 100) kN
401 Window handles with keyless lock E Corrosion resistance PN-EN ISO 9227
402 Window handles with key lock E Operating torque Range: (0,99 - 30) Nm PN-EN 13126-3
403 Window handles with key lock E Durability
404 Window handles with key lock E Free play
405 Window handles with key lock E Torsional strength (torque) Range: (0 - 500) Nm
406 Window handles with key lock E Off-axis tensile strength Range: (0 - 100) kN
407 Window handles with key lock E Resistance to twisting off („twisting off”) Range: (0 - 300) Nm
408 Window handles with key lock E Resistance to forcing off („forcing off”) Range: (0 - 300) Nm
409 Window handles with key lock E Durability of the closing mechanism
410 Window handles with key lock E Resistance of the locking mechanism to torsion Range: (0 - 500) Nm
411 Window handles with key lock E Tensile strength of the spindle Range (0 - 100) kN
412 Window handles with key lock E Corrosion resistance PN-EN ISO 9227
413 Gratings E Burglar resistance - manual burglary attempt test PN-EN 1630
414 Gratings E Burglar resistance under dynamic load PN-EN 1629
415 Gratings E Burglar resistance under static loading PN-EN 1628
416 Padlocks E Burglary protection PN-EN 12320
417 Metal beads, plaster corner beads and edging E Coating thickness by the magnetic method PN-EN 13658-1 PN-EN 13658-2
418 Metal beads, plaster corner beads and edging E Linear geometric dimensions PN-EN 13658-1 PN-EN 13658-2
419 Drives for gates and doors E Detection threshold + PN-EN 12978
420 Drives for gates and doors E Force at the edges + PN-EN 12445
421 Drives for gates and doors E Durability PN-EN 12605
422 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Resistance to wind loads + PN-EN 12211 „N”
423 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Resistance to soft and heavy body impact + PN-EN 949 PN-EN 13049 „N”
424 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Burglar resistance - manual burglary attempt test PN-EN 1630
425 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Burglar resistance under dynamic load PN-EN 1629
426 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Burglar resistance under static loading PN-EN 1628
427 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Resistance to loads in the plane of the leaf PN-EN 14608
428 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Static torsional strength PN-EN 14609 „N”
429 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Load-bearing capacity of safety devices PN-EN 14351-1 PN-EN 14609 „N”
430 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Force, torque Range: (0 - 350) Nm PN-EN 12046-1
431 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Operating forces Range: (0 - 5000) N PN-EN 12046-1
432 Windows E including: - balcony doors, - roof windows, - window-door sets, - similar constructions, - manually or power operated Watertightness + PN-EN 1027 „N”
433 Metal beads and special profiles for use with gypsum plasterboards E Linear geometric dimensions PN-EN 14353
434 Rivets up to 6.4 mm diameter E Core breaking load PN-EN ISO 14589
435 Rivets up to 6.4 mm diameter E Core push-out resistance
436 Rivets up to 6.4 mm diameter E Shear and tensile test
437 Rivets up to 6.4 mm diameter E Ability to retain the core head
438 Building hardware and its components E Workmanship + PN-EN 13018
439 Hardware for windows and balcony doors E Durability PN-EN 13126-15 PN-EN 13126-16 PN-EN 13126-17 PN-EN 13126-7
440 Hardware for windows and balcony doors E Strength PN-EN 13126-17 PN-EN 13126-7 PN-EN 13126-15 PN-EN 13126-16
441 Hardware for windows and balcony doors E Safety and operation of hardware for tilt-and-slide windows and balcony doors PN-EN 13126-17
442 Hardware for windows and balcony doors E Safety and operation of hardware for lift-and-slide windows and balcony doors PN-EN 13126-16
443 Hardware for windows and balcony doors E Safety and operation of rollers for horizontally sliding and folding windows and balcony doors PN-EN 13126-15
444 Hardware for windows and balcony doors E Safety and functionality of latch bolts PN-EN 13126-7
445 Tilt-and-turn fittings, turn-and-tilt fittings, tilt fittings, turn fittings E Durability PN-EN 13126-8
446 Tilt-and-turn fittings, turn-and-tilt fittings, tilt fittings, turn fittings E Strength of the stay bar and the corner hinge Range: (0 - 100) kN PN-EN 13126-8
447 Welded steel wire panels for fencing E Tensile test PN-EN 10218-1
448 Welded steel wire panels for fencing E Linear geometric dimensions PN-EN 10218-2
449 Welded steel wire panels for fencing E Shear strength of the weld PN-EN 10223-7
450 Door frames E Resistance to soft and heavy body impact PN-EN 949
451 Continuous rooflights E Air permeability PN-EN 14963 „N”
452 Continuous rooflights E Mechanical properties
453 Continuous rooflights E Watertightness
454 Vertical building elements E Impact resistance PN-93/B-10027
455 Adhesive-bonded joints E Peel resistance at 90 degrees PN-EN 28510-1
456 Secure storage rooms and units for valuables E Resistance to attack using tools PN-EN 14450
457 Secure storage rooms and units for valuables E Mechanical strength of anchoring PN-EN 14450
458 Secure storage units and rooms - mechanical locks of HSL type E Codability PN-EN 1300
459 Secure storage units and rooms - mechanical locks of HSL type E Tamper resistance
460 Secure storage units and rooms - mechanical locks of HSL type E Resistance to destructive burglary
461 Secure storage units and rooms - mechanical locks of HSL type E Shock resistance
462 Secure storage units and rooms - mechanical locks of HSL type E Repeatability
463 Coatings E Coating thickness + Minitest Range: (0 - 500) µm Magnetic method PN-EN ISO 2178 PN-EN ISO 2360 PN-EN ISO 2808
464 Coatings E Corrosion resistance in neutral salt spray. NSS method PN-EN ISO 9227
465 Coatings E Resistance to detachment from the substrate + Cross-cut method cutting wheels with blade spacing of 1 mm, 2 mm, 3 mm. PN-EN ISO 2409
466 Coatings E Bending + PN-EN ISO 1519
467 Manually operated ball valves for water supply installations E Driving torque PN-EN 13828
468 Manually operated ball valves for water supply installations E Torsional and flexural strength
469 Manually operated ball valves for water supply installations E Strength of stops
470 Manually operated ball valves for water supply installations E Hydraulic tightness
471 Manually operated ball valves for water supply installations E Hydraulic strength
472 Manually operated ball valves for water supply installations E Durability
473 Injection-moulded thermoplastic pipes and fittings E Impact resistance Falling weight method Type d25 and d90 Range: up to 3,2 kg PN-EN 744
474 Injection-moulded thermoplastic pipes and fittings E Impact resistance PN-EN 607
475 Injection-moulded thermoplastic pipes and fittings E Tensile mechanical properties PN-EN ISO 6259-1
476 Injection-moulded thermoplastic pipes and fittings E Changes after heating PN-EN ISO 580
477 Step irons for manholes E Thickness of the plastic coating PN-EN 13101
478 Step irons for manholes E Impact resistance
479 Step irons for manholes E Resistance to vertical load
480 Step irons for manholes E Load resistance of grey cast iron steps
481 Step irons for manholes E Pull-out strength
482 Step irons for manholes E Warping
483 Curtain walling E Burglary resistance – manual burglary attack test PN-EN 1630
484 Curtain walling E Burglar resistance under dynamic load PN-EN 1629
485 Curtain walling E Burglar resistance under static loading PN-EN 1628
486 Rooflights, continuous rooflights, roof hatches E Burglary resistance – manual burglary attack test LOW-019 | PN-EN 1630
487 Rooflights, continuous rooflights, roof hatches E Burglar resistance under dynamic load LOW-019 | PN-EN 1629
488 Rooflights E Mechanical properties PN-EN 1873 „N” EAD 220021-00-0402
489 Rooflights E Air permeability
490 Rooflights E Watertightness
491 Eaves gutter brackets E Load-bearing capacity PN-EN 1462
492 Brackets for piping systems used for rainwater drainage E Strength of handles PN-EN 12095
493 Washbasins E Overfill protection PN-EN 14688
494 Washbasins E Resistance to chemical reagents
495 Washbasins E Resistance to temperature changes
496 Washbasins E Water drainage
497 Washbasins E Cleanability
498 Gaskets and sealing tapes E Linear compressive force PN-EN 12365-2
499 Gaskets and sealing tapes E Recovery after deformation following accelerated ageing PN-EN 12365-4
500 Gaskets and sealing tapes E Recovery after deformation PN-EN 12365-3
501 Baths E Resistance to chemical agents PN-EN 198 PN-EN 14516
502 Baths E Resistance to mechanical impacts
503 Baths E Resistance to temperature changes
504 Mechatronic cylinders E Operating forces and torques PN-EN 15684
505 Mechatronic cylinders E Durability
506 Mechatronic cylinders E Corrosion resistance
507 Mechatronic cylinders E Resistance to torque
508 Mechatronic cylinders E Resistance to drilling
509 Mechatronic cylinders E Resistance to chisel attack
510 Mechatronic cylinders E Resistance to attack by twisting off
511 Mechatronic cylinders E Resistance to attack by pulling out
512 Mechatronic cylinders E Resistance to attack by impact (manual)
513 Mechatronic cylinders E Resistance to attack by vibration
514 Mechatronic cylinders E Resistance to attack by increased voltage
515 Mechatronic cylinders E Resistance to attack by magnetic field
516 Mechatronic cylinders E Strength of the electronic key
517 Mechatronic cylinders E Resistance of the electronic key to free fall
518 Mechatronic cylinders E Resistance of the electronic key to water
519 Cylinders E Operation of the safety mechanism PN-EN 1303
520 Cylinders E Operation at extreme temperatures
521 Cylinders E Resistance of the cylinder/cylinder insert to torque Range: (0 - 350) Nm
522 Cylinders E Resistance to attack by torsion Range: (0 - 350) Nm
523 Cylinders E Resistance to attack by pulling out the cylinder/cylinder insert Range: (0 - 100) kN
524 Cylinders E Resistance to attack using a chisel
525 Cylinders E Resistance to attack by drilling
526 Cylinders E Corrosion resistance
527 Cylinders E Durability
528 Cylinders E Key strength
529 Cylinders E Key-related protection
530 Screws E Torsion PN-EN ISO 10666
531 Screws E Torsional strength PN-EN ISO 2702
532 Screws E Screwing-in capability
533 Screws E Thread forming capability
534 Screws E Drilling and screwing-in capability PN-EN ISO 10666
535 Flexible plastic products E Linear geometric dimensions PN-EN ISO 24341 PN-EN ISO 24342 PN-EN ISO 24346
536 Flexible plastic products E Flatness PN-EN ISO 24342 PN-EN ISO 24341
537 Flexible plastic products E Straightness PN-EN ISO 24341 PN-EN ISO 24342
538 Flexible plastic products E Determination of the mass per unit area PN-EN ISO 23997
539 Locks and strikes E Operation at extreme temperatures Range:(-20 - +60)°C PN-EN 12209
540 Locks and strikes E Torque to operate the deadbolt Range: (0 - 350) Nm
541 Locks and strikes E Torque to withdraw the latch bolt by the handle Range: (0 - 350) Nm
542 Locks and strikes E Key identification
543 Locks and strikes E Minimum return torque of the follower
544 Locks and strikes E Corrosion resistance
545 Locks and strikes E Key strength
546 Locks and strikes E Return force of the latch Range: (0 - 5000) N
547 Locks and strikes E Torque to withdraw the latch bolt by the key in lever locks Range: (0 - 350) Nm
548 Locks and strikes E Manual closing force with intermediate locking position Range:(0 - 5000) N
549 Locks and strikes E Force to latch the door Range:(0 - 5000) N
550 Locks and strikes E Manual closing force Range: (0 - 5000) N
551 Locks and strikes E Effectiveness of automatic latch closing
552 Locks and strikes E Effectiveness of automatic bolt closing
553 Locks and strikes E Durability
554 Locks and strikes E Strength of the hook against disengagement Range: (0 - 100) kN
555 Locks and strikes E Resistance to forcing of the locking device in locks for sliding doors
556 Locks and strikes E Strength of the bolt mechanisms
557 Locks and strikes E Safety: - method of operation by key and locking - resistance of the lever handle or knob to torque - resistance of the bolt to side loads - measurement of the bolt projection - resistance of the bolt to end loads - strength of the hook against disengagement - resistance to forcing of the locking device in locks for sliding doors - resistance to torque of the bolt operated by a lever handle or knob - strong key attack on locks with an internal blocking element - resistance of the striking plate protected by a box to end loads - resistance of the striking plate protected by a box to side loads - resistance of the striking plate to tearing out - resistance of the striking plate to a pull-out force - key-related security in lever locks PN-EN 12209
558 Locks and strikes E Protection against removal from the door
559 Electromechanical locks and strikes E Resistance of the latch bolt to side load Range: (0 - 100) kN PN-EN 12209
560 Electromechanical locks and strikes E Torque required to operate the deadbolt
561 Electromechanical locks and strikes E Torque required to operate the latch bolt Range: (0 - 300) Nm
562 Electromechanical locks and strikes E Strength of the pawl mechanism and stops Range: (0 - 100) kN
563 Electromechanical locks and strikes E Closing force
564 Electromechanical locks and strikes E Resistance of the locked follower to torque Durability PN-EN 14846 PN-EN 12209
565 Electromechanical locks and strikes E Corrosion resistance testing PN-EN 14846
566 Emergency exit devices E Construction PN-EN 179
567 Emergency exit devices E Operation at extreme temperatures
568 Emergency exit devices E Corrosion resistance
569 Emergency exit devices E Resistance to misuse
570 Emergency exit devices E Re-engagement force Range: (0 - 5000) N
571 Emergency exit devices E Release force Range: (0 - 5000) N
572 Emergency exit devices E Durability
573 Panic exit devices E Construction PN-EN 1125
574 Panic exit devices E Resistance to corrosion and operation at extreme temperatures
575 Panic exit devices E Resistance to misuse
576 Panic exit devices E Re-engagement force Range: (0 - 5000) N PN-EN 1125
577 Panic exit devices E Release force Range: (0 - 5000) N
578 Panic exit devices E Durability
579 Panic exit devices E Protection Range: (0 - 5000) N
580 Controlled door closing devices E Mechanical requirements and durability PN-EN 1154
581 Controlled door closing devices E Operation at extreme temperatures
582 Controlled door closing devices E Durability
583 External curtains and blinds E Resistance to wind load + PN-EN 1932
584 Espagnolettes E Corrosion resistance PN-EN 13126-4
585 Espagnolettes E Resistance of the locking device
586 Espagnolettes E Durability
587 Hinges E Durability PN-EN 1935 EAD 020001-00-0405
588 Hinges E Resistance to static load
589 Hinges E Shear strength
590 Hinges E Initial frictional torque PN-EN 1935
591 Sinks E Resistance to chemicals and staining agents PN-EN 13310
592 Sinks E Resistance to heat in the dry test
593 Sinks E Resistance to loads
594 Sinks E Resistance to temperature changes
595 Sinks E Water drainage
596 Sinks E Determination of the discharge capacity of a weir
597 Sinks E Durability
598 Sinks E Linear geometric dimensions PN-EN 13310 PN-EN 695
599 Blinds and curtains E Resistance to hard body impact PN-EN 13330
600 Blinds and curtains E Burglar resistance - manual burglary attempt test PN-EN 1630
601 Blinds and curtains E Burglar resistance under dynamic load PN-EN 1629
602 Blinds and curtains E Burglar resistance under static loading PN-EN 1628
603 Blinds and curtains E Resistance to misuse PN-EN 12194
604 Blinds and curtains E Force at tension PN-EN 13527
605 Blinds and curtains E Force at pull-in
606 Blinds and curtains E Mechanical durability PN-EN 14201
607 Power operated blinds and curtains E Static force exerted by the closing edge of a shutter or blind PN-EN 12045
608 Roller blinds for roof and veranda windows E Resistance to snow load PN-EN 12833
609 Porous materials Airflow resistance in the range Rs = (0 - 10) kPa s/m, r = (0 - 100) kPa s/m2 Laboratory method PN-EN 29053:2011
610 Porous materials Airflow resistance in the range Rs = (0 - 10) kPa s/m, σ= (0 - 100) kPa s/m2 Laboratory method PN-EN ISO 9053-1:2019-01
611 Floors Impact sound insulation of floors on a standard floor Frequency range: (100 - 5000) Hz (measurement possible for 50, 63 and 80 Hz) Laboratory method PN-EN ISO 140-8:1999
612 Rooms in a building (all) Sound level (in the building) Range: (22 - 137) dB in situ PN-87/B-02156 (bez p.6.3)
613 Floors Airborne sound insulation of building elements Frequency range: (100 - 5000) Hz (measurement possible at 50, 63 and 80 Hz) Laboratory method PN-EN 20140-3:1999 „N”
614 Floors Airborne sound insulation between rooms Frequency range: (100 - 5000) Hz (measurement possible for 50, 63 and 80 Hz) in situ PN-EN ISO 140-4:2000
615 Floors Impact sound insulation of floors Frequency range: (100 - 5000) Hz (measurement possible for 50, 63 and 80 Hz) in situ PN-EN ISO 140-7:2000
616 Floors Impact sound insulation of floors Frequency range: (100 - 5000) Hz (measurement possible for 50, 63 and 80 Hz) Laboratory method PN-EN ISO 140-6:1999
617 Internal walls and their components: internal doors Airborne sound insulation of building elements Frequency range: (100 - 5000) Hz (measurement possible at 50, 63 and 80 Hz) Laboratory method PN-EN 20140-3:1999 „N”
618 Internal walls and their components: internal doors Airborne sound insulation between rooms Frequency range: (100 - 5000) Hz (measurement possible for 50, 63 and 80 Hz) in situ PN-EN ISO 140-4:2000
619 External walls and their components: gates (industrial, garage), external doors, windows Airborne sound insulation of building elements Frequency range: (100 - 5000) Hz (measurement possible at 50, 63 and 80 Hz) Laboratory method PN-EN 20140-3:1999 „N”
620 External walls and their components: gates (industrial, garage), external doors, windows Airborne sound insulation of external building elements and their components Frequency range: (100 - 5000) Hz (measurement possible for 50, 63 and 80 Hz) in situ PN-EN ISO 140-5:1999
621 Glass panes Airborne sound insulation of building elements Frequency range: (100 - 5000) Hz (measurement possible at 50, 63 and 80 Hz) Laboratory method PN-EN 20140-3:1999 „N”
622 Gates Thermal transmittance. Calculation test method. Range: ≥ 0,2 W/(m2K) PN-EN 12428:2013-06 „N”
623 Windows or rooflights projecting beyond the face of the building envelope Thermal transmittance Range: (0,2 - 3,0) W/(m2 K) PN-EN ISO 12567-2:2006 „N” PN-EN ISO 8990:1998 PN-EN 1873:2009 p. 5.9 „N”
624 Windows with air inlets - at various inclinations, external air inlets for rooms Flow characteristics Range: air flow rate (0,48 - 251) m3/h, pressure difference up to 400 Pa PN-EN 13141-1:2019-03
625 Containerised and/or site-assembled wastewater treatment plants Treatment efficiency - wastewater Biochemical oxygen demand BOD 5 Range: (1 - 6000) mg/l O 2 Electrochemical method PN-EN 12566-3:2016-10 „N” PN-EN ISO 5815-1:2019-12
626 Luminous bands Thermal transmittance Calculation test method Range: ≥ 0,2 W/(m2K) PN-EN 14963:2006 „N”
627 Air in rooms of: residential buildings, public utility buildings, workplaces Sampling for in situ testing ISO 16000-6:2021 ISO 16000-3:2022
628 Construction products of chemical origin Emission of ammonia Range: (0,03 - 6) mg/m3 Spectrophotometric method PN-EN 16516+A1:2020-12 PN ISO 7150-1:2002
629 Thermal insulation products for building equipment and industrial installations (aqueous extracts) Chloride concentration Range: (0,01 - 10) mg/l Ion chromatography with conductometric detection (IC-CD) Chloride content (calculated) PN-EN 13468:2004 „N” PN-EN ISO 12624:2023-02 PN-EN ISO 10304-1:2009 PN-EN ISO 10304-1:2009/AC:2012
630 Thermal insulation products for building equipment and industrial installations (aqueous extracts) Fluoride concentration Range: (0,01 - 10) mg/l Ion chromatography with conductometric detection (IC-CD) Fluoride content (calculated) PN-EN 13468:2004 „N” PN-EN ISO 12624:2023-02 PN-EN ISO 10304-1:2009 PN-EN ISO 10304-1:2009/AC:2012
631 Thermal insulation products for building equipment and industrial installations (aqueous extracts) Silicate concentration Range: (0,03 - 5) mg/l Spectrophotometric method Silicate content (calculated) PN-EN 13468:2004 „N” PN-EN ISO 12624:2023-02 ISO 10136-1:1993
632 Thermal insulation products for building equipment and industrial installations (aqueous extracts) pH Range: 2,0 - 12,0 Potentiometric method PN-EN 13468:2004 „N” PN-EN ISO 12624:2023-02 PN-EN ISO 10523:2012
633 Thermal insulation materials and products, including:  expanded cork products (IC)  expanded perlite products (EP)  phenolic foam products (PF)  extruded polystyrene products (XPS)  wood wool products (WW)  mineral wool products (MW)  wood fibre products (WF)  expanded polystyrene products (EPS)  cellular glass products (CG)  rigid polyurethane foam (PUR) and polyisocyanurate foam (PIR) products Water absorption by long-term immersion in kg/m2 - range: unlimited, in % (m3/m3) Range: < 100 PN-EN 12087:2013-07 metoda 1A | PN-EN ISO 16535:2019-08 metoda 1A
634 Thermal insulation materials and products, including:  expanded cork products (IC)  expanded perlite products (EP)  phenolic foam products (PF)  extruded polystyrene products (XPS)  wood wool products (WW)  mineral wool products (MW)  wood fibre products (WF)  expanded polystyrene products (EPS)  cellular glass products (CG)  rigid polyurethane foam (PUR) and polyisocyanurate foam (PIR) products Thermal resistance Range: > 0,05 m2·K/W PN-EN 12939:2002 p.1-6 „N”
635 Thermal insulation materials and products, including:  expanded cork products (IC)  expanded perlite products (EP)  phenolic foam products (PF)  extruded polystyrene products (XPS)  wood wool products (WW)  mineral wool products (MW)  wood fibre products (WF)  expanded polystyrene products (EPS)  cellular glass products (CG)  rigid polyurethane foam (PUR) and polyisocyanurate foam (PIR) products Thermal conductivity Range: (0,015 - 0,060) W/(m·K) PN-EN 12939:2002 p.1-6
636 Thermal insulation materials and products, including:  expanded cork products (IC)  expanded perlite products (EP)  phenolic foam products (PF)  extruded polystyrene products (XPS)  wood wool products (WW)  mineral wool products (MW)  wood fibre products (WF)  expanded polystyrene products (EPS)  cellular glass products (CG)  rigid polyurethane foam (PUR) and polyisocyanurate foam (PIR) products Short-term water absorption by partial immersion of the specimen PN-EN 1609:2013-07 „N”
637 Thermal insulation materials and products, including:  expanded cork products (IC)  expanded perlite products (EP)  phenolic foam products (PF)  extruded polystyrene products (XPS)  wood wool products (WW)  mineral wool products (MW)  wood fibre products (WF)  expanded polystyrene products (EPS)  cellular glass products (CG)  rigid polyurethane foam (PUR) and polyisocyanurate foam (PIR) products Length and width Linear geometrical dimensions Range: (0 - 2000) mm PN-EN 12085:2013-07 PN-EN 822:2013-07 „N”
638 Thermal insulation materials and products, including:  expanded cork products (IC)  expanded perlite products (EP)  phenolic foam products (PF)  extruded polystyrene products (XPS)  wood wool products (WW)  mineral wool products (MW)  wood fibre products (WF)  expanded polystyrene products (EPS)  cellular glass products (CG)  rigid polyurethane foam (PUR) and polyisocyanurate foam (PIR) products Thickness Range: (0 - 500) mm PN-EN 823:2013-07 PN-EN 12085:2013-07 „N”
639 Thermal insulation materials and products, including:  expanded cork products (IC)  expanded perlite products (EP)  phenolic foam products (PF)  extruded polystyrene products (XPS)  wood wool products (WW)  mineral wool products (MW)  wood fibre products (WF)  expanded polystyrene products (EPS)  cellular glass products (CG)  rigid polyurethane foam (PUR) and polyisocyanurate foam (PIR) products Apparent density Gravimetric method Range: 12000 g PN-EN 1602:2013-07
640 Ventilation elements and other objects with an area of less than 1 m2 E Airborne sound insulation of building elements Frequency range: (100 - 5000) Hz (measurement possible at 50, 63 and 80 Hz) Laboratory method PN-EN 20140-10 PN-EN ISO 10140-2
641 Road traffic screens E Airborne sound insulation Frequency range: (100 - 5000) Hz Laboratory method PN-EN 1793-2 „N” PN-EN 1793-3 „N”
642 Road traffic screens E Sound absorption coefficient Frequency range: (100 - 5000) Hz Laboratory method PN-EN 1793-1 „N” PN-EN 1793-3 „N”
643 Sound-absorbing materials Objects and equipment forming interior furnishings Sound-absorbing structures E Sound absorption coefficient in a reverberation chamber Frequency range: (100 - 5000) Hz Laboratory method PN-EN ISO 354 „N” z wyłączeniem pkt. 7.3.1
644 Resilient materials (used e.g. in floating floors) E Dynamic stiffness Range: (0,2 - 200) MN/m3 Laboratory method PN-EN 29052-1
645 Floors E Impact sound insulation of floors on a standard floor Frequency range: (100 - 5000) Hz (measurement possible for 50, 63 and 80 Hz) Laboratory method PN-EN ISO 10140-3
646 Rooms in a building (all) E A-weighted sound level (in the building) Range: (22 - 137) dB in situ PN-EN ISO 16032 PN-EN ISO 10052
647 Building partitions and their components E Airborne and impact sound insulation Frequency range: (100 - 5000) Hz (measurement possible for 50, 63 and 80 Hz) Laboratory method PN-EN ISO 10140-2 „N” PN-EN ISO 10140-3 „N”
648 Packaged and/or site assembled wastewater treatment plants E Treatment efficiency OLM range: up to 50, also in situ PN-EN 12566-3 „N”
649 Packaged and/or site assembled wastewater treatment plants E Treatment efficiency - wastewater Biochemical oxygen demand BOD 5 Range: (3 - 1200) mg/l O 2 Titrimetric method PN-EN 1899-1 „N”
650 Packaged and/or site assembled wastewater treatment plants E Treatment efficiency - wastewater Chemical oxygen demand COD-Cr Range: (30 - 7000) mg/l Titrimetric method PN-ISO 6060 „N”
651 Packaged and/or site assembled wastewater treatment plants E Treatment efficiency - wastewater Chemical oxygen demand Range: (5 - 10000) mg/l Spectrophotometric method PN-ISO 15705 „N”
652 Packaged and/or site assembled wastewater treatment plants E Treatment efficiency - wastewater Total suspended solids Range: (2,0 - 500) mg/l Gravimetric method PN-EN 872
653 Packaged and/or site assembled wastewater treatment plants E Treatment efficiency - wastewater Total phosphorus concentration Range: (0,30 - 14,0) mg/l Spectrophotometric method PN-EN ISO 6878
654 Packaged and/or site assembled wastewater treatment plants E Treatment efficiency - wastewater pH Range: (3,0 - 10,0) Potentiometric method PN-EN ISO 10523
655 Packaged and/or site assembled wastewater treatment plants E Treatment efficiency - wastewater Electrical conductivity Range: (0,1 - 2) mS/cm Conductometric method EN 27888
656 Packaged and/or site assembled wastewater treatment plants E Watertightness also in situ PN-EN 12566-3 „N”
657 Prefabricated septic tanks E Hydraulic capacity PN-EN 12566-1 „N”
658 Prefabricated septic tanks E Tightness and nominal capacity also in situ
659 High pressure decorative laminates (HPL) E Emission of formaldehyde Range: (0,005 - 15) mg/m3 Chamber method PN-EN 717-1 „N” ISO 16000-3 „N”
660 High pressure decorative laminates (HPL) E Pentachlorophenol content Range: (0,1 - 25) mg/g Gas chromatography (GC- ECD) method EN/TR 14823 „N”
661 Precast concrete products Masts and poles Load-bearing capacity under combined bending and torsion Range: up to 200 kN Bending with torsion method LW-014/2/02-2009
662 Precast concrete products Masts and poles Load-bearing capacity under torsion Range: up to 200 kN Torsion method PN-EN 12843:2008 + PB LW-013/2/02-2009
663 Precast concrete products Masts and poles Load-bearing capacity under bending Range: up to 200 kN Bending method PN-EN 12843:2008 + PB LW-012/2/02-2009
664 Raw materials, building materials and construction products Activity concentration of radionuclide: 40K Range: (60 - 25000) Bq/kg Gamma-ray spectrometry PB–LZK 001/4/04-2021
665 Raw materials, building materials and construction products Activity concentration of radionuclide: 214Bi Range: (15 - 9000) Bq/kg Gamma-ray spectrometry
666 Raw materials, building materials and construction products Activity concentration of radionuclide: 208Tl Range: (7 - 12000) Bq/kg Gamma-ray spectrometry
667 Raw materials, building materials and construction products Radionuclide activity concentration: 226Ra (calculated)
668 Raw materials, building materials and construction products Radionuclide activity concentration: 232Th (calculated)
669 Raw materials, building materials and construction products Activity concentration index I (calculated)
670 Supporting pole components of overhead contact lines Stresses and displacements calculation method LK-143/1/02-2014
671 Mortars: cement, gypsum, lime, cement-lime, gypsum-lime, masonry mortars, rendering compounds for thin-layer renders Frost resistance PN-B-04500 1985
672 Mortars: cement, gypsum, lime, cement-lime, gypsum-lime, masonry mortars, rendering compounds for thin-layer renders Water absorption Range: (1 - 20)% Gravimetric method
673 Mortars: cement, gypsum, lime, cement-lime, gypsum-lime, masonry mortars, rendering compounds for thin-layer renders Shrinkage Range: (0,00 - 20,00) mm/m
674 Admixtures for concrete, mortar and grout E Alkali content Range: (0,01 - 30,00)% Flame photometry method PN-EN 480-12
675 Admixtures for concrete, mortar and grout E Chloride content Range: (0,001 - 30,00)% Titrimetric method PN-EN 480-10
676 Admixtures for concrete, mortar and grout E Air content in fresh mortar Range: (0 - 30)% Method: pressure PN-EN 1015-7
677 Admixtures for concrete, mortar and grout E Air content Range: (0 - 30)% Method: pressure gauge PN-EN 12350-7
678 Admixtures for concrete, mortar and grout E Consistency of control concrete mix and mix with admixture Slump test method Range: (10,0 - 300,00) mm PN-EN 12350-2
679 Admixtures for concrete, mortar and grout E Consistency of control concrete mix and mix with admixture Flow table method Range: (340 - 620) mm PN-EN 12350-5
680 Admixtures for concrete, mortar and grout E Reduction of mixing water Slump method PN-EN 12350-2
681 Admixtures for concrete, mortar and grout E Reduction of mixing water Flow table method PN-EN 12350-5
682 Admixtures for concrete, mortar and grout E Water reduction PN-EN 1015-4
683 Concrete paving blocks E Water absorption Range: (0,0 - 20)% Gravimetric method PN-EN 1338 zał. E
684 Concrete paving blocks E Resistance to abrasion Range: (5 - 40) mm Method: wide abrasion wheel PN-EN 1338 zał. G
685 Concrete paving blocks E Resistance to abrasion Range: (3000 - 35000) mm3/5000mm2 Method: Böhme disc PN-EN 1338 zał. H
686 Concrete paving blocks E Weather resistance PN-EN 1338 zał. D
687 Concrete kerbs E Water absorption Gravimetric method PN-EN 1340 zał. E
688 Concrete kerbs E Resistance to abrasion Range: (5 - 40) mm Method: wide abrasion wheel PN-EN 1340 zał. G
689 Concrete kerbs E Abrasion resistance Range: (3000 - 35000) mm3/5000 mm2 Method: Böhme disc PN-EN 1340 zał. H
690 Concrete kerbs E Weather resistance PN-EN 1340 zał. D
691 Paving flags E Water absorption Range: (0,0 - 20)% Gravimetric method PN-EN 1339 zał. E
692 Paving flags E Abrasion resistance Range: (5 - 30) mm Method: wide abrasive wheel PN-EN 1339 zał. G
693 Paving flags E Resistance to abrasion Range: (3000 - 35000) mm3/5000mm2 Method: Böhme disc PN-EN 1339 zał. H
694 Paving flags E Weather resistance PN-EN 1339 zał. D
695 Concrete E including: - aerated concrete - lightweight concrete - heat-resistant concrete - normal concrete - hydrotechnical concrete - autoclaved concrete - aggregate concrete - other Compressive strength Force range: up to 10 MN Compression test PN-EN 12390-2 PN-EN 12390-3 PN-EN 12390-1 PN-EN 12504-1
696 Concrete E including: - aerated concrete - lightweight concrete - heat-resistant concrete - normal concrete - hydrotechnical concrete - autoclaved concrete - aggregate concrete - other Splitting tensile strength Force range: up to 1 MN Compression test PN-EN 12390-6
697 Concrete E including: - aerated concrete - lightweight concrete - heat-resistant concrete - normal concrete - hydrotechnical concrete - autoclaved concrete - aggregate concrete - other Modulus of elasticity in compression Force range: 30 kN - 3000 kN Compression test PN-EN 12390-13
698 Metal sheets E Linear geometric dimensions Range: up to 5 m PN-EN 508-1
699 Metal sheets E Resistance to concentrated load Range: up to 10 kN Bending test PN-EN 14782
700 Steel wire E Resistance to reverse bending Wire diameter range: (1,0 - 7,0) mm Bend test PN-ISO 7801
701 Masonry units E including: - autoclaved aerated concrete units - calcium silicate units - clay units - concrete units - gypsum units and others Absorption Capillary rise method Range: up to 30% Gravimetric method PN-EN 772-11
702 Masonry units E including: - autoclaved aerated concrete units - calcium silicate units - clay units - concrete units - gypsum units and others Net and gross density Range: up to 2500 kg/m3 PN-EN 772-13
703 Linear drainage channels, covered channels, slotted channels, kerb channels E Permanent deformations Range: up to 10 mm Method linear measurement PN-EN 1433 „N”
704 Linear drainage channels, covered channels, slotted channels, kerb channels E Watertightness Macroscopic assessment PN-EN 1433 „N”
705 Linear drainage channels, covered channels, slotted channels, kerb channels E Resistance to test loads Range: up to 5 MN Compression test PN-EN 1433 „N”
706 Masonry E including: - ancillary components for masonry Pull-out load-bearing capacity from mortar of prefabricated bed joint reinforcement PN-EN 846-2 „N”
707 Masonry E including: - ancillary components for masonry Compressive strength of masonry and modulus of elasticity Range up to: length - 1,5 m, width – 0,45 m, height - 6 m, force – 5 MN Compression test PN-EN 1052-1
708 Masonry E including: - ancillary components for masonry Flexural tensile strength Range: 2 x 200 kN Bending test PN-EN 1052-2
709 Masonry E including: - ancillary components for masonry Flexural tensile strength Torsion method Range: 2 x 200 kN Bending test PN-EN 1052-5
710 Masonry E including: - ancillary components for masonry Shear strength Range: 2 x 200 kN Bending test PN-EN 1052-3 PN-EN 1052-4
711 Lintels E Load-bearing capacity Range: up to 4 x 200 kN Shear test PN-EN 846-9 „N” PN-EN 845-2 „N”
712 Lintels E Bending load Pd corresponding to a specified deflection dd Range: up to 4 x 200 kN Bending test PN-EN 846-9 „N” PN-EN 845-2 „N”
713 Lintels E Durability Range: up to 300 mm Linear measurements PN-EN 845-2 „N”
714 Lintels E Material properties Range up to 5 MN Compression test PN-EN 845-2 „N”
715 Lintels E Linear geometric dimensions Range: up to 5 m Linear measurements PN-EN 845-2 „N” PN-EN 846-11
716 Lintels E Determination of the initial shear strength between the prefabricated part of a composite lintel and the masonry above it Tabulated values PN-EN 846-14 „N”
717 Lighting columns E Load-bearing capacity and deformability Range: up to 200 kN Torsion / torsion with bending method or Calculation method PN-EN 40-3-1 PN-EN 40-3-2 PN-EN 40-3-3 PN-EN 40-5 PN-EN 40-6 PN-EN 40-7 PN-EN 40-4
718 Strands, wires for prestressed structures E Resistance to stress corrosion Load range: up to 200 kN and diameters up to 18 mm Solution A method Solution B method PN-EN ISO 15630-3
719 Strands, wires for prestressed structures E Relaxation Range: up to 200 kN of load and up to 18 mm of diameter PN-EN ISO 15630-3
720 Strands, wires for prestressed structures E Tensile test with back-bending Force range: (50 - 1000) kN and diameters up to 18 mm Tensile method PN-EN-ISO 15630-3
721 Reinforcing steel E Shear resistance of the welded joint of steel for the reinforcement of concrete Range: up to 1000 kN Shear method PN-EN ISO 15630-2
722 Reinforcing steel E Shear resistance of the welded joint of lattice girders Range: up to 100 kN Shear method PN-EN 10080
723 Reinforcing steel E Measurement of geometric quantities and determination of the relative rib area of steel for the reinforcement of concrete Diameter range: up to 40 mm Direct measurement method PN-EN ISO 15630-3 PN-EN ISO 15630 1
724 Reinforcing steel E Bond of ribbed and indented reinforcing steel pull-out test Diameter range: up to 20 mm Pull-out method PN-EN 10080
725 Reinforcing steel E Bending and rebending of steel for the reinforcement of concrete Diameter range: up to 40 mm Bend / rebend method PN-EN ISO 7438 PN-EN ISO 15630-1 PN-EN ISO 15630-2
726 Steel, metal alloys, steel components E Static tensile test Strength and deformability Range: up to 1000 kN Tensile method PN-EN ISO 15630-2 PN-EN ISO 15630-3 PN-EN ISO 15630-1 PN-EN ISO 6892-1
727 Steel, metal alloys, steel components E Technological bend test Range of former diameters: (3 - 310) mm Bending method PN-EN ISO 7438
728 Steel, metal alloys, steel components E Hardness Brinell method Range: HBS 1/5 - 10/250 HBW 2,5 PN-EN ISO 6506-1
729 Reinforced concrete floor beams E Strength Range: up to 200 kN Bending and shear test PN-EN 15037-1
730 Suspended ceilings E Load-bearing capacity of grid elements PN-EN 13964 „N”
731 Suspended ceilings E Bending resistance of grid profiles PN-EN 13964 „N”
732 Suspended ceilings E Linear geometric dimensions PN-EN 13964 „N”
733 Fibres for concrete E Tensile strength and tensile modulus of elasticity Range: (0,1 - 10) kN Tensile method PN-EN 14889-2 „N”
734 Wall brackets E Load-bearing capacity and load-deflection characteristics Range: up to 200 kN Bending test PN-EN 846-10 „N”
735 Building mortars E Absorption Range: up to 40% Gravimetric method PN-EN 1015-18
736 Building mortars E Consistency of fresh mortar Flow table method PN-EN 1015-3
737 Building mortars E Modulus of elasticity of mortars in compression Force range: up to 100 kN Compression test PN-EN 13412
738 Building mortars E Adhesion Range: up to 10 MPa Pull-off method PN-EN 1015-12
739 Building mortars E Compressive strength Range: up to 200 kN Compression test PN-EN 1015-11
740 Building mortars E Flexural strength Range: up to 200 kN Bending test PN-EN 1015-11
741 Bonded joints for timber structures Timber structures – solid structural timber and glued laminated timber E) Flexural strength Range: (1 - 400) kN Bending test PN-EN 408 PN-EN 384
742 Bonded joints for timber structures Timber structures – solid structural timber and glued laminated timber E) Modulus of elasticity parallel to the grain in bending Range: (1 - 400) kN PN-EN 408 PN-EN 384
743 Gully tops and manhole tops for vehicular and pedestrian areas E Load-bearing capacity and permanent deformation Force range: up to 5 MN, classes A15 - F90 Compression test PN-EN 124-1
744 Gully tops and manhole tops for vehicular and pedestrian areas E Slip resistance: - condition of the concrete surface - pattern height h, - pattern surface area An - dimensions of grating slots
745 Gully tops and manhole tops for vehicular and pedestrian areas E Bearing area
746 Gully tops and manhole tops for vehicular and pedestrian areas E Securing of the cover/grating within the frame: - mass of the cover/grating per unit area - displacement h of the cover/grating corresponding to the force Fv
747 Structural nails and screws Characteristic screw-in resistance Torque range: from (1- 30) Nm anchorage up to 50 mm Screw-in test PN-EN 15737:2009 „N” PN-EN ISO 10666:2002 PN-EN 14592:2022-09
748 Structural nails and screws Geometric dimensions Range: up to 400 mm LOK-B00/3/03-2018 | PN-EN 14592:2022-09
749 Fasteners for fixing thermal insulation Linear geometrical dimensions Range: up to 400 mm LOK-B00/3/03-2018
750 Fasteners for fixing thermal insulation Disc stiffness Range: (0,01 - 5) kN Stiffness test TR026:2016
751 Fasteners for fixing thin-walled and sandwich elements Shear load capacity Range: (0,5 - 50) kN Shear test LOK-B07/4/03-2018
752 Fasteners for fixing thin-walled and sandwich elements Linear geometrical dimensions Range: up to 400 mm LOK-B00/3/03-2018
753 Metal fasteners: expansion, drive-in, screw-in Linear geometric dimensions Range: (0,1 - 1000) mm LOK-B00/3/03-2018
754 Metal fasteners: bonded Linear geometrical dimensions Range: up to 400 mm LOK-B00/3/03-2018
755 Metal fasteners: bonded, embedded Shear load-bearing capacity with lever arm Range: up to 100 kN Shear test with lever arm LOK-B10/2/03-2018
756 Steel Thickness of the anti-corrosion coating Range: up to 45 µm LOK-B52/2/11-2018 | PN-EN ISO 3497:2004
757 Grids, hangers and connectors of suspended ceilings Thickness of the zinc coating (durability test) Range: up to 45 µm LOK-B52/2/11-2018 | PN-EN ISO 3497:2004
758 Pipe fixing system Load-bearing capacity of clamps under load Range: (0,5 - 100) kN Tensile test LOK-B11/1/03/2015
759 Three-dimensional steel connectors Thickness of the zinc coating Range: (1 - 45) µm LOK-B52/2/11-2018 | PN-EN ISO 3497:2004
760 Three-dimensional steel connectors Load-bearing capacity of joints Range: (0,1 - 400) kN Tensile-shear test PN-EN 26891:1997 + TR016:2002 PN-EN 26891:1997 + EAD 130186-00-0603
761 Concrete E Density Range: (1 - 60) kg Gravimetric method PN-EN 12390-7
762 Concrete E Splitting tensile strength Range: (1 - 3000) kN Tensile test PN-EN 12390-6
763 Concrete E Compressive strength Range: (1 - 3000) kN Compression test PN-EN 12390-3 PN-EN 12504-1
764 Concrete E Bending strength Range: (1 - 100) kN Bending test PN-EN 12390-5
765 Concrete paving blocks E Splitting tensile strength and failure load Range: (1 - 3000) kN Tensile test PN-EN 1338, Załącznik F
766 Concrete paving flags E Flexural strength and failure load Range: (1 - 100) kN Bending test PN-EN 1339, Załącznik F
767 Clay and calcium silicate masonry units E Water absorption Range: (0,1 - 60) kg Gravimetric method PN-EN 772-21
768 Masonry units of clay, aggregate concrete and aerated concrete E Gross dry density Range: (1 - 60) kg Gravimetric method PN-EN 772-13
769 Masonry units of clay, aggregate concrete and aerated concrete E Net dry density Range: (1 - 60) kg Gravimetric method PN-EN 772-13 + PN-EN 772-3
770 Masonry units of clay, aggregate concrete and aerated concrete E Compressive strength Range: (5 - 3000) kN Compression test PN-EN 772-1
771 Nails E Linear geometric dimensions Range: (0,1 - 400) mm PN-EN 10230-1
772 Nails E Surface condition with the naked eye Visual assessment PN-EN 10230-1
773 Structural nails and screws E Characteristic yield moment - M y,k Value calculated using f u Range: fu (400 - 600) MPa Tensile test PN-EN 1995-1-1 PN-EN 14592 „N”
774 Structural nails and screws E Characteristic withdrawal strength – f ax,k Range: force (200 - 10000) N Tensile test PN-EN 1382 PN-EN 14592 „N”
775 Structural nails and screws E Characteristic head pull-through strength – f head,k Range: force (200 - 10000) N Tensile test PN-EN 1383 PN-EN 14592 „N”
776 Structural nails and screws E Characteristic tensile strength – f tens,k Range: force (200 - 10000) N Tensile test PN-EN 1383 PN-EN 14592 „N”
777 Structural nails and screws E Characteristic torsional strength – f tor,k Range: torque (1 - 30) Nm Torsion test PN-EN ISO 10666 PN-EN 14592
778 Natural stone E Load-bearing capacity of dowels against stone splitting Range: - force: (1 - 10) kN - dimension: (0,1 - 100) mm Pull-out test PN-EN 13364
779 Anchors, anchor rails, hangers, brackets E Load-bearing capacity and load-deformation relationship Range: (1 - 100) kN Tensile test PN-EN 846-4 „N”
780 Anchors, anchor rails, hangers, brackets E Tensile load-bearing capacity and stiffness Range: (1 - 100) kN Tensile test PN-EN 846-5 „N” PN-EN 846-6 „N”
781 Anchors, anchor rails, hangers, brackets E Shear load-bearing capacity and stiffness Range: (1 - 100) kN Shear test PN-EN 846-7 „N”
782 Anchors, anchor rails, hangers, brackets E Load-bearing capacity and load-deformation relationship Range: (1 - 100) kN Load test PN-EN 846-8 „N”
783 Anchors, anchor rails, hangers, brackets E Load-bearing capacity and load-deflection characteristic Range: (1 - 100) kN Shear test with lever arm PN-EN 846-10 „N”
784 Anchors, anchor rails, hangers, brackets E Compressive load-bearing capacity and stiffness Range: (1 - 100) kN Compression test PN-EN 846-5 „N” PN-EN 846-6 „N”
785 Anchors, anchor rails, hangers, brackets E Displacement under load Range: (0,1 - 100) mm Tensile and shear test PN-EN 846-5 „N” PN-EN 846-6 „N” PN-EN 846-8 „N”
786 Concrete kerbs E Bending strength Range: (1 - 100) kN Bending test PN-EN 1340, Załącznik F
787 Fasteners for fixing thin-walled and sandwich elements E Diameter of the drilled hole Range: (0,1 - 150) mm Linear measurement PN-EN ISO 10666
788 Fasteners for fixing thin-walled and sandwich elements E Screw driving capability Range: (1 - 30) Nm Torque loading test PN-EN ISO 10666 | PN-EN ISO 2702
789 Fasteners for fixing thin-walled and sandwich elements E Screwing-in capability into steel sheets Range: (1 - 99) s Screwing-in test PN-EN ISO 10666
790 Metal fasteners: expansion, drive-in, screw-in E Load capacity of threaded fasteners Range: (1 - 1000) kN Tensile test PN-EN ISO 898-1 PN-EN ISO 3506-1
791 Bonded metal anchors E Load capacity of threaded fasteners Range: (1 - 1000) kN Tensile test PN-EN ISO 898-1 PN-EN ISO 3506-1
792 Fasteners for fixing thermal insulation E Maximum torque Range: (1 - 100) Nm Torque loading test EAD 330196-xx-060
793 Fasteners for fixing thermal insulation E Pull-out load-bearing capacity from the substrate: normal-weight concrete, solid lightweight concrete, perforated lightweight concrete, solid ceramic substrate, perforated ceramic substrate, autoclaved aerated lightweight concrete Range: (0,01 - 10) kN Tensile test
794 Fasteners for fixing thermal insulation E Resistance to wind load consisting in static action through a foam block Range: (1 - 50) kN Tensile test EAD 040083-xx-0404 EAD 040287-xx-0404
795 Fasteners for fixing thermal insulation E Resistance to wind load consisting in pull-through of fasteners through the thermal insulation product Range: (1 - 10) kN Tensile test EAD 040083-xx-0404 EAD 040287-xx-0404
796 Fasteners for fixing thin-walled and sandwich elements E Shear load capacity Range: (0,5 - 50) kN Shear test EAD 330046-xx-0602 EAD 330047-xx-0602
797 Fasteners for fixing thin-walled and sandwich elements E Pull-out load-bearing capacity Range: (0,5 - 50) kN Pull-out test EAD 330046-xx-0602 EAD 330047-xx-0602
798 Metal fasteners: expansion, drive-in, screw-in E Shear load capacity Range: (1 - 200) kN Shear test EAD 330232-xx-0601 EAD 330747-xx-0601 + TR048
799 Metal fasteners: expansion, drive-in, screw-in E Pull-out load capacity Range: (1 - 900) kN Pull-out test EAD 330232-xx-0601 EAD 330747-xx-0601 + TR048
800 Metal fasteners: expansion, drive-in, screw-in E Resistance to maximum torque Range: (5 - 1000) Nm Torque loading test EAD 330232-xx-0601 EAD 330747-xx-0601 + TR048
801 Metal fasteners: expansion, drive-in, screw-in E Resistance to breaking torque Range: (5 - 1000) Nm Torque loading test EAD 330232-xx-0601 EAD 330747-xx-0601 + TR048
802 Bonded metal anchors E Shear load capacity Range: (1 - 200) kN Shear test EAD 330499-xx-0601
803 Bonded metal anchors E Pull-out load capacity Range: (1 - 900) kN Pull-out test EAD 330499-xx-0601
804 Bonded metal anchors E Pull-out load-bearing capacity from solid and perforated ceramic substrate, solid and perforated lightweight concrete, autoclaved aerated concrete Range: (1 - 900) kN Pull-out test EAD 330076-xx-0604
805 Bonded metal anchors E Shear load-bearing capacity in solid and perforated ceramic substrate, solid and perforated lightweight concrete, autoclaved aerated concrete Range: (1 - 200) kN Shear test EAD 330076-xx-0604
806 Bonded metal anchors E Resistance to maximum torque Range: (1 - 1000) Nm Torque loading test EAD 330076-xx-0604
807 Bonded metal anchors E Load-bearing capacity of the adhesive joint under various conditioning conditions Range: (1 - 100) kN Shear test EAD 330499-xx-0601
808 Bonded metal anchors E Resistance to maximum torque Range: (1 - 1000) Nm Torque loading test EAD 330499-xx-0601
809 Bonded metal anchors E Resistance to breaking torque Range: (1 - 1000) Nm Torque loading test EAD 330499-xx-0601
810 Plastic-metal fasteners E Pull-out load-bearing capacity from solid and perforated concrete substrate and from solid and perforated masonry substrate. Range: (1 - 50) kN Tensile test EAD 330284-xx-0604+TR64
811 Reinforcing bars: bonded-in in new structures E Shear load-bearing capacity of the adhesive joint: normal-weight concrete, lightweight concrete Range: (1 - 900) kN Pull-out test EAD 330087-xx-0601
812 Reinforcing bars: bonded-in in new structures E Fastening capability with maximum depth Range: (0,5 - 2,5) m Visual assessment EAD 330087-xx-0601
813 Reinforcing bars: bonded-in in new structures E Load-bearing capacity of the adhesive joint under various conditioning conditions Range: (1 - 900) kN Shear test EAD 330087-xx-0601
814 Metric nuts E Load-bearing capacity of nuts Range: (1 - 100) kN Visual assessment after the load test PN-EN ISO 898-2
815 Suspended ceiling panels E Linear geometric dimensions Range: (0,1 - 3) m PN-EN 13964
816 Suspended ceiling panels E Flexural strength Range: (0,5 - 10) kN Bending test PN-EN 13964, Załącznik F „N”
817 Platforms, wide steps, narrow steps E Deformation under static load Range: (0,1 - 100) mm Displacement under load PN-EN 516 „N”
818 Reinforcing bars: post-installed bonded bars for structural repairs E Pull-out load-bearing capacity: normal-weight concrete, lightweight concrete Range: (1 - 900) kN Pull-out test PN-EN 1881
819 Reinforcing bars: post-installed bonded bars for structural repairs E Strength properties: Range: up to 1000 kN Tensile test PN-EN ISO 6892-1 Metoda B
820 Reinforcing bars: bonded-in in new structures E Strength properties: Range: up to 1000 kN Tensile test PN-EN ISO 6892-1
821 Steel E Vickers hardness Range: (5 - 30) HV Vickers method PN-EN ISO 6507-1
822 Steel E Strength properties: Range: force (1 - 1000) kN Tensile test PN-EN ISO 6892-1
823 Reinforcing steel, welded fabric E Length, width of the mesh, spacing and overhangs of the bars and bar diameters, Range: up to 3000 mm PN-EN ISO 15630-2
824 Reinforcing steel, welded fabric E Shear load-bearing capacity of the resistance welded joint Range: (0,5 - 100) kN Shear test PN-EN ISO 15630-2
825 Reinforcing steel, welded fabric E Fatigue resistance under axial loading Range: (5 - 16) mm Fatigue test PN-EN ISO 15630-1 PN-EN ISO 15630-2
826 Reinforcing steel, welded fabric E Strength properties: Range: up to 1000 kN Tensile test PN-EN ISO 6892-1
827 Reinforcing steel, welded fabric E Bending capability Range: diameter (1 - 16) mm Visual assessment PN-EN ISO 15630-2
828 Three-dimensional steel connectors E Strength of nails Range: (0,1 - 50) kN Tensile test PN-EN 1382
829 Mortars E Compressive strength Range: (5 - 3000) kN Compression test PN-EN 1015-11
830 Mortars E Flexural strength Range: (0,1 - 100) kN Bending test PN-EN 1015-11
831 Reactive fire protection products Effect of varying environmental conditions: X, Y, Z1, Z2 EAD 350402-00-1106
832 Plastic products Tear strength Range: up to 10 kN angle test piece PN-ISO 34-1:2007
833 Plastic products Resistance to humid atmospheres containing SO 2 PN-EN ISO 3231:2000
834 Coatings In-film efficacy of film preservatives against mould fungi EN 15457: 2014 +PB LM-004/02/03-2015
835 Coatings In-film efficacy of film preservatives against algae EN 15458:2014 +PB LM-005/02/01-2015
836 Wood preservatives Protective properties of wood preservatives against mould fungi for use on wood and wood-based materials LD-006/2/01-1999
837 Adhesives, products with adhesive joints Open time Range: up to 16 kN Pull-off method PN-EN 1346:2008
838 Adhesives, products with adhesive joints Transverse deformation PN-EN 12002:2010
839 Adhesives, products with adhesive joints Adhesion after freeze-thaw cycles Range: up to 16 kN Pull off method PN-EN 1348:2008 „N”
840 Adhesives, products with adhesive joints Adhesion after thermal ageing Range: up to 16 kN Pull off method PN-EN 1348:2008 „N”
841 Adhesives, products with adhesive joints Adhesion after water immersion Range: up to 16 kN Pull off method PN-EN 1348:2008 „N”
842 Adhesives, products with adhesive joints Initial adhesion (initial strength) Range: up to 16 kN Pull off method PN-EN 1348:2008 „N”
843 Adhesives, products with adhesive joints Sagging (slip) PN-EN 1308:2008
844 Adhesives, products with adhesive joints Shear strength after thermal ageing Range: up to 10 kN PN-EN 1324:2008 „N”
845 Adhesives, products with adhesive joints Shear strength after immersion in water Range: up to 10 kN PN-EN 1324:2008 „N”
846 Adhesives, products with adhesive joints Initial shear strength Range: up to 10 kN PN-EN 1324:2008 „N”
847 Adhesives, products with adhesive joints Shear strength at elevated temperature Range: up to 10 kN PN-EN 1324:2008 „N”
848 Adhesives, products with adhesive joints Shear strength Range: up to 10 kN PN-EN 12003:2008 „N”
849 Roll waterproofing products Tear resistance Range: up to 10 kN PN-ISO 34-1:2007
850 Plastic products Tensile mechanical properties – modulus of elasticity Range: up to 50 kN, crosshead travel up to 1500mm specimen type 5B,1B,1BA PN-EN ISO 527-1:1998 PN-EN ISO 527-2:1998 PN-EN ISO 527-3:1998
851 Reactive fire protection products Thickness Range: (1 - 150) mm EOTA TR 24:2006 am. 2009
852 Reactive fire protection products Compatibility with metals and plastics EOTA TR 24:2006 am. 2009
853 Reactive fire protection products Mass per unit area Range: (0,001 - 10) kg Gravimetric method EOTA TR 024:2006 am. 2009
854 Reactive fire protection products Resistance to the action of cyclically changing environmental conditions Range: temperature up to 80ºC rel. humidity up to 90% product type Z1, Z2, Y2 and Y1 EOTA TR 024:2006 am. 2009
855 Coating products for the protection of metal components Resistance to humid atmospheres containing SO 2 PN-EN ISO 3231:2000 PN-EN ISO 6988:2000
856 Waterproofing products in liquid or coating form Skin formation time PN-B-24002:1997 PN-B-24000:1997
857 Waterproofing products in liquid or coating form Working consistency – visual assessment PN-B-24000:1997
858 Waterproofing products in liquid or coating form External appearance of the compound - visual assessment PN-B-24000:1997 PN-B-24002:1997
859 Waterproofing products in liquid or coating form Non-emulsified bitumen content Gravimetric method PN-B-24002:1997
860 Waterproofing products in liquid or coating form Ability to dilute with water PN-B-24000:1997 PN-B-24002:1997
861 Waterproofing products in liquid or coating form Flexibility Range: down to -30° C Bending over a block method PN-B-24000:1997
862 Waterproofing products in liquid or coating form Slip PN-B-24000:1997
863 Waterproofing products in liquid or coating form Water penetration of the coating Range: up to 2m Water column method PN-B-24000:1997 PN-B-24002:1997
864 Waterproofing products in liquid or coating form Slip PN-B-24002:1997
865 Waterproofing products in liquid or coating form External appearance of the coating -visual assessment PN-B-24000:1997
866 Coating products for the protection of metal elements E Thickness Eddy-current method Range: (4 - 30) m also in situ PN-EN ISO 2360 „N” PN-EN ISO 2808 „N”
867 Coating products for the protection of metal elements E Resistance to acetic acid salt spray AASS test PN-EN ISO 9227
868 Coating products for the protection of metal elements E Sealing of the coating Electrochemical method PN-EN ISO 2931
869 Coating products for the protection of metal elements E Sealing of the coating - mass loss Gravimetric method, method 2 PN-EN ISO 3210
870 Coating products for the protection of metal elements E Assessment of pitting corrosion PN-EN ISO 8993 PN-EN ISO 8994
871 Plastic products E Resistance to humid atmospheres containing SO 2 PN-EN ISO 22479
872 Admixtures for mortar and concrete, mortars E Corrosion susceptibility of reinforcing steel in concrete Electrochemical method PN-EN 480-14
873 Waterproofing sheet products E Resistance to liquid chemicals, including water Gravimetric method PN-EN ISO 175
874 Waterproofing sheet products E Water vapour permeability Gravimetric method PN-EN 1931 „N” PN-EN ISO 12572
875 Concrete impregnation E Depth of impregnation Indicator method PN-EN 1504-2
876 Sealing products and putties E Resistance to liquid chemicals, including water Gravimetric method PN-EN ISO 175
877 Metal products E Resistance to salt spray (NSS, AASS test) PN-EN ISO 9227
878 Waterproofing sheet products E Water vapour permeability Gravimetric method PN-EN 1931 „N”
879 Coating products for the protection of metal elements E Flexibility - bend test (cylindrical mandrel) Mandrel diameter Range: (2 - 32) mm PN-EN ISO 1519
880 Coating products for the protection of metal elements E Flexibility – T-bend test, cylindrical mandrel and conical mandrel, Cylindrical mandrel diameter Range: (2 - 32) mm PN-EN 13523-7
881 Coating products for the protection of metal elements E Thickness Eddy-current method Magnetic induction method also in situ Range: (4 - 2000) µm PN-EN ISO 2808 „N“ PN-EN ISO 2178 „N“ PN-EN ISO 2360 „N“
882 Coating products for the protection of metal elements E Filiform corrosion PN-EN ISO 4623-1 PN-EN ISO 4623-2 PN-EN ISO 4628-10
883 Coating products for the protection of metal elements E Mass of the metallic coating Gravimetric method PN-EN ISO 1460 PN-EN ISO 1461 „N“ PN-EN 10244-2
884 Coating products for the protection of metal elements E Resistance to liquids PN-EN ISO 2812-1
885 Coating products for the protection of metal elements E Resistance to salt spray (NSS test) Resistance to acetic acid salt spray (AASS test) PN-EN ISO 9227
886 Coating products for the protection of metal elements E Resistance to moisture (continuous condensation) PN-EN ISO 6270-1
887 Coating products for the protection of metal elements E Resistance to moisture and condensation water PN-EN ISO 6270-2
888 Coating products for the protection of metal elements E Resistance to humid atmospheres containing SO 2 PN-EN 22479
889 Coating products for the protection of metal elements E Resistance to deformation Falling weight method. Weight of 1 or 2 kg, height up to 1 m PN-EN ISO 6272-1
890 Coating products for the protection of metal elements E Disbonding and corrosion around a scribe Visual method PN-EN ISO 4628-8
891 Coating products for the protection of metal elements E Adhesion to metals and interlayer adhesion Pull-off method Range (0,2 - 25) kN PN-EN ISO 4624
892 Coating products for the protection of metal elements E Chalking by the velvet method Visual method also in situ PN-EN ISO 4628-7
893 Coating products for the protection of metal elements E Cupping Slow deformation method Range (0 -30) mm PN-EN ISO 1520
894 Coating products for the protection of metal elements E Hardness Buchholz method PN-EN ISO 2815
895 Coating products for the protection of metal elements E Surface appearance Visual method, including in situ PN-EN ISO 1461 „N“
896 Coating products for the protection of metal elements E Rusting Visual method, also in situ PN-EN ISO 4628-3
897 Coating products for the protection of metal elements E Flaking Visual method also in situ PN-EN ISO 4628-5
898 Coating products for the protection of metal elements E Damage – number and size of defects Visual method also in situ PN-EN ISO 4628-1
899 Coating products for the protection of metal elements E Adhesion Cross-cut method – manual method PN-EN ISO 2409
900 Coating products for the protection of metal elements E Flexibility - bending on a mandrel Mandrel diameter Range: (2 - 32) mm PN-EN ISO 1519
901 Coating products for the protection of metal elements E Mass Gravimetric method PN-EN 10346, Załącznik A
902 Coatings on concrete E Thermal compatibility - freeze-thaw cycling with de-icing salt Range: (0,2 - 25) kN PN-EN 13687-1
903 Coatings on concrete E Resistance to climatic conditions PN-EN 1062-11
904 Coatings on concrete E Chemical resistance - change in appearance and adhesion Range: (0,2 - 25) kN or hardness Range: scale A and D Method without pressure PN-EN 13529
905 Coatings on concrete E Abrasion resistance (Taber test) Gravimetric method PN-EN ISO 5470-1
906 Coatings on concrete E Crack bridging Tensile method on concrete, method A PN-EN 1062-7
907 Coatings on concrete E Carbon dioxide permeability Gravimetric method PN-EN 1062-6
908 Coatings on concrete E Water vapour permeability Gravimetric method PN-EN ISO 7783
909 Coatings on concrete E Water permeability Gravimetric method PN-EN 1062-3
910 Coatings on concrete E Adhesion to concrete Pull-off method Range: (0,2 - 25) kN Discs of 5 cm diameter also in situ PN-EN 1542
911 Coatings on concrete E Adhesion to concrete Pull-off method Range: (0,2 - 25) kN discs of 2 cm diameter also in situ PN-EN ISO 4624
912 Coatings on concrete E Resistance to liquids Visual method PN-EN ISO 2812-1
913 Coatings E Protection of reinforcement against corrosion PN-EN 15183
914 Plasters and mortars E Capillary absorption Gravimetric method PN-EN 13057
915 Plasters and mortars E Thermal compatibility - freeze-thaw cycling with de-icing salt Range: (0,2 - 25) kN PN-EN 13687-1
916 Plasters and mortars E Water vapour permeability PN-EN 1015-19
917 Plasters and mortars E Adhesion pull-off method Range: (0,2 - 25) kN (discs of 50mm diameter) PN-EN 1542
918 Plasters and mortars E Compressive strength Range: (30 - 250) kN, specimen (40x40x160) mm and (40x40x40) mm PN-EN 12190
919 Waterproofing sheet products E Tensile mechanical properties Range: up to 10 kN, Crosshead travel up to 1500 mm PN-EN 12311-1 PN-EN 12311-2
920 Waterproofing sheet products E Water seepage PN-EN 13111 „N”
921 Waterproofing sheet products E Tensile mechanical properties Testing machine up to 10 kN, crosshead travel up to 1500 mm PN-EN 12311-1
922 Waterproofing sheet products E Water penetration Range: up to 1,6 MPa Pressure method PN-EN 13859-1 „N” PN-EN 13859-2 „N”
923 Waterproofing sheet products E Peel strength of the joints Testing machine up to 10 kN PN-EN 12316-1
924 Waterproofing sheet products E Shear strength of the joints Testing machine up to 10 kN PN-EN 12317-1
925 Waterproofing sheet products E Watertightness. Pressure method PN-EN 1928 „N"
926 Plastic products E Action of liquid chemicals and water PN-EN 1847
927 Plastic products E Water seepage PN-EN 13111 „N”
928 Plastic products E Watertightness Pressure method Range: up to 1,2 MPa PN-EN 1928 „N”
929 Plastic products E Water penetration Pressure method Range: up to 1,2 MPa PN-EN 13859-2 „N” PN-EN 13859-1 „N”
930 Products of plastics and rubber (films, profiled films, fabrics, textiles, nonwovens, geomembranes, membranes, mats, tapes, sheets, laminates, gaskets and others) E Tensile mechanical properties Range: up to 10 kN, crosshead travel up to 1500 mm PN-EN 12311-2
931 Products of plastics and rubber (films, profiled films, fabrics, textiles, nonwovens, geomembranes, membranes, mats, tapes, sheets, laminates, gaskets and others) E Tensile mechanical properties – except for the modulus of elasticity Range: up to 10 kN and elongation up to 1500mm / up to 50 kN and elongation (6 - 60) mm PN-EN ISO 527-1 „N” PN-EN ISO 527-2 PN-EN ISO 527-3
932 Products of plastics and rubber (films, profiled films, fabrics, textiles, nonwovens, geomembranes, membranes, mats, tapes, sheets, laminates, gaskets and others) E Tear resistance Range: up to 10 kN PN-EN 12310-2
933 Products of plastics and rubber (films, profiled films, fabrics, textiles, nonwovens, geomembranes, membranes, mats, tapes, sheets, laminates, gaskets and others) E Peel strength of the joints Range: up to 10kN PN-EN 12316-2
934 Products of plastics and rubber (films, profiled films, fabrics, textiles, nonwovens, geomembranes, membranes, mats, tapes, sheets, laminates, gaskets and others) E Shear strength of the joints Range: up to 10kN PN-EN 12317-2
935 Sealing products and putties E Resistance to sagging PN-EN ISO 7390 „N”
936 Sealing products and putties E Elastic recovery Range: up to 10 kN, crosshead up to 1500 mm PN-EN ISO 7389
937 Sealing products and putties E Adhesion / cohesion properties at constant temperature Range: up to 10 kN, crosshead travel up to 1500 mm PN-EN ISO 9046 „N”
938 Sealing products and putties E Adhesion / cohesion properties at variable temperatures Range: up to 10 kN, crosshead travel up to 1500 mm PN-EN ISO 9047 „N”
939 Sealing products and putties E Adhesion/cohesion properties of sealants after exposure to heat, water and artificial light through glass Range: up to 10 kN, crosshead travel up to 1500 mm PN-EN ISO 11431 „N”
940 Sealing products and putties E Adhesion-cohesion properties after exposure to water Range: up to 10 kN, crosshead travel up to 1500 mm PN-EN ISO10590 „N” PN-EN ISO 10591 „N”
941 Sealing products and putties E Tensile mechanical properties Range: up to 10 kN, Crosshead travel up to 1500 mm PN-EN ISO 8339 „N”
942 Sealing products and putties E Mechanical properties under constant tension Range: up to 10 kN, crosshead travel up to 1500 mm PN-EN ISO 8340 „N”
943 Sealing products and putties E Change in mass and volume Range: up to 2100 g PN-EN ISO 10563 „N”
944 Waterproofing products in liquid or coating form E Watertightness Pressure method Range: up to 1,2 MPa PN-EN 14891 „N” PN-EN 15820 „N”
945 Floors, floorings and pavements E Slip resistance, pendulum test also in situ PN-EN 13036-4
946 Floors, floorings and pavements E Slip resistance also in situ EN/TS 15676
947 Floors, floorings and pavements E Slip resistance, pendulum test also in situ PN-EN 14231
948 Thermal insulation systems and their components E Initial shear strength Range: up to 10 kN PN-EN 12004-2
949 Thermal insulation systems and their components E Shear strength at elevated temperature Range: up to 10 kN PN-EN 12004-2
950 Thermal insulation systems and their components E Shear strength Range: up to 10 kN PN-EN 12004-2
951 Thermal insulation systems and their components E Dry matter content PN-EN 827
952 Thermal insulation systems and their components E Open time Range: up to 16 kN Pull-off method PN-EN 12004-2
953 Thermal insulation systems and their components E Transverse deformation PN-EN 12004-2
954 Thermal insulation systems and their components E Adhesion to thermal insulation material Range: up to 16 kN Pull-off method EAD 040083-XX-0404
955 Thermal insulation systems and their components E Adhesion to substrates Range: up to 16 kN Pull-off method EAD 040083-XX-0404
956 Thermal insulation systems and their components E Adhesion after freeze-thaw cycles Range: up to 16 kN Pull off method PN-EN 12004-2
957 Thermal insulation systems and their components E Adhesion after thermal ageing Range: up to 16 kN Pull off method PN-EN 12004-2
958 Thermal insulation systems and their components E Adhesion after water immersion Range: up to 16 kN Pull off method PN-EN 12004-2
959 Thermal insulation systems and their components E Initial adhesion (initial strength) Range: up to 16 kN Pull off method PN-EN 12004-2
960 Thermal insulation systems and their components E Adhesion of the reinforced layer Range: up to 16 kN Pull-off method EAD 040083-XX-0404
961 Thermal insulation systems and their components E Sagging (slip) PN-EN 12004-2
962 Thermal insulation systems and their components E Shear strength after thermal ageing Range: up to 10 kN PN-EN 12004-2
963 Thermal insulation systems and their components E Shear strength after immersion in water Range: up to 10 kN PN-EN 12004-2
964 Thermal insulation systems and their components E Mass per unit area Gravimetric method EAD 040016-00-0404
965 Thermal insulation systems and their components E Breaking force and relative elongation (breaking stress and elongation) Range: up to 10 kN EAD 040016-00-0404
966 Thermal insulation systems and their components E Loss on ignition / ash content EAD 040016-00-0404
967 Thermal insulation systems and their components E Mesh size EAD 040016-00-0404
968 Thermal insulation systems and their components E Capillary absorption (water absorption, capillary rise of water) Range: up to 12 kg Gravimetric method EAD 040083-XX-0404
969 Thermal insulation systems and their components E Frost resistance (freeze-thaw cycles) simulation method Pull-off method EAD 040083-XX-0404
970 Thermal insulation systems and their components E Resistance to ageing EAD 040083-XX-0404
971 Thermal insulation systems and their components E Resistance to hard body impact EAD 040083-XX-0404
972 Thermal insulation systems and their components E Water vapour permeability (diffusion resistance) Range: up to 610 g XX-0404 | PN-EN 12086
973 Thermal insulation systems and their components E Interlayer adhesion Range: up to 16 kN EAD 040083-XX-0404
974 Plastic products E Colour fastness to light PN-EN ISO 105-B02
975 Sandwich panels E Shear modulus in bending Range: up to 30 kN Strength test method PN-EN 14509
976 Sandwich panels E Modulus of elasticity in tension Range: (20 - 50000) N Strength test method PN-EN 14509
977 Sandwich panels E Modulus of elasticity in compression Range: (20 - 50000) N Strength test method PN-EN ISO 29469 PN-EN 14509
978 Sandwich panels E Modulus of elasticity in tension of the core material Range: up to 30 kN Strength test method PN-EN 14509
979 Sandwich panels E Dimensional stability under specified temperature and humidity conditions temperature range up to 180°C, rel. humidity range: (0 - 100)% PN-EN 1604
980 Sandwich panels E Tensile strength Range: (20 - 50000) N PN-EN 1607 PN-EN 14509
981 Sandwich panels E Shear strength in a single specimen arrangement Range: (20 - 50000) N PN-EN 12090
982 Sandwich panels E Shear strength Range: (20 - 50000) N PN-EN 14509
983 Sandwich panels E Compressive strength or stress at 10% relative deformation Range: (20 - 50000) N PN-EN ISO 29469 PN-EN 14509
984 Floors, floorings and pavements E Chemical resistance Gravimetric method PN-EN ISO 175
985 Floors, floorings and pavements E Anti-slip properties DIN 51130
986 Plasters and mortars E Relative diffusion resistance Range: up to 610 g PN-EN ISO 7783
987 Plasters and mortars E Adhesion to the substrate of hardened rendering and plastering mortars Range: up to 16 kN also in situ PN-EN 1015-12
988 Plasters and mortars E Coefficient of water absorption due to capillary action of hardened mortar Gravimetric method PN-EN 1015-18
989 Plasters and mortars E Bulk density Gravimetric method PN-EN 1015-10
990 Plasters and mortars E Consistency of fresh mortar by the flow table method PN-EN 1015-3
991 Plasters and mortars E Adhesion to the substrate of hardened rendering and plastering mortars Range: up to 16 kN PN-EN 1015-12
992 Plasters and mortars E Coefficient of water absorption due to capillary action of hardened mortar PN-EN 1015-18
993 Plasters and mortars E Flexural and compressive strength Except for air lime mortars and air lime and cement mortars in which the mass of cement does not exceed 50% of the total mass of the binder. Range: up to 10 kN EAD 350140-00-1106 PN-EN 1015-11
994 Adhesives, products with adhesive joints E Tensile strength of the adhesive joint EAD 040083-XX-0404
995 Adhesives, products with adhesive joints E Tensile strength of the adhesive joint with modified bonding conditions, i.e. thickness, open time, application temperature EAD 040083-XX-0404
996 Adhesives, products with adhesive joints E Shear strength and shear modulus EAD 040083-XX-0404
997 Flat fibre-cement, magnesium and other mineral-bonded boards E Apparent density PN-EN 12467
998 Flat fibre-cement, magnesium and other mineral-bonded boards E Flexural strength Range: up to 30 kN Strength method PN-EN 12467
999 Flat fibre-cement, magnesium and other mineral-bonded boards E Freeze-thaw PN-EN 12467
1000 Flat fibre-cement, magnesium and other mineral-bonded boards E Resistance to hot water PN-EN 12467
1001 Flat fibre-cement, magnesium and other mineral-bonded boards E Resistance to heating-water spraying PN-EN 12467
1002 Flat fibre-cement, magnesium and other mineral-bonded boards E Resistance to immersion-drying PN-EN 12467
1003 Plastic products E Ageing factor of the tank material PN-EN 12566-3 „N”
1004 Plastic products E Creep coefficient of the tank material PN-EN 12566-3 „N”
1005 Gypsum plasterboards E Shear strength Range: (20 - 50000) N Shear method PN-EN 520 „N”
1006 Coatings E Accelerated ageing cycles UV exposure method, met. A PN-EN ISO 4892-2
1007 Coatings E Accelerated ageing cycles UV exposure method, met. B PN-EN ISO 4892-2
1008 Coatings E Accelerated ageing cycles UV exposure method PN-EN ISO 4892-3
1009 Coatings E Abrasion resistance Method: Taber PN-EN ISO 5470-1
1010 Coatings E Resistance to weathering and artificial radiation UV exposure method Irradiance Range: (0,1 -1,1) W/m2 PN-EN ISO 16474-3
1011 Coatings E Gloss at 20, 60, 85 degree geometry Photometric method Also in situ PN-EN ISO 2813 „N”
1012 Coatings E Adhesion Cross-cut method also in situ PN-EN ISO 2409
1013 Coatings E Blistering also in situ PN-EN ISO 4628-2
1014 Coatings E Cracking also in situ PN-EN ISO 4628-4
1015 Coatings E Flaking also in situ PN-EN ISO 4628-5
1016 Coatings E Chalking Visual method, tape method, also in situ PN-EN ISO 4628-6
1017 Coatings E Colour, colour difference, metamerism Colorimetric method Spectrophotometric method, also in situ PN-EN ISO 7724-2
1018 Plastic products E Accelerated ageing cycles UV exposure method Met. A PN-EN ISO 4892-2 „N”
1019 Plastic products E Accelerated ageing cycles UV exposure method Met. B PN-EN ISO 4892-2 „N”
1020 Plastic products E Accelerated ageing cycles UV exposure method PN-EN ISO 4892-3
1021 Plastic products E Density Method A PN-EN ISO 1183-1 „N”
1022 Plastic products E Melt mass-flow rate (MFR) Method A PN-EN ISO 1133 „N” PN-EN ISO 1133-1
1023 Plastic products E Modulus of elasticity in bending Range: up to 50 kN Method A PN-EN ISO 14125 „N”
1024 Plastic products E Modulus of elasticity in bending Method A PN-EN 15534-1
1025 Plastic products E Modulus of elasticity in long-term bending PN-EN ISO 9967 „N”
1026 Plastic products E Compression modulus PN-EN ISO 604
1027 Plastic products E Compressive stress at X% strain PN-EN ISO 604
1028 Plastic products E Resistance to liquid chemicals, including water Gravimetric method PN-EN ISO 175 „N”
1029 Plastic products E Resistance to mould fungi PN-EN ISO 846 „N”
1030 Plastic products E Vicat softening temperature Range: (0 - 90)°C method B50 Liquid – heating medium PN-EN ISO 306
1031 Plastic products E Hardness Shore method Scale A and D PN-EN ISO 868
1032 Plastic products E Impact strength by the Charpy method Range: 2J and 4J hammer PN-EN ISO 179-1
1033 Plastic products E Flexural strength Range: up to 50 kN Method: A PN-EN ISO 178
1034 Plastic products E Flexural strength PN-EN 15534-1
1035 Plastic products E Impact tensile strength Range: hammer 25J and 50J PN-EN ISO 8256 „N”
1036 Plastic products E Compressive strength PN-EN ISO 604
1037 Plastic products E Impact resistance PN-EN 15534-1
1038 Plastic products E Resistance to moisture uptake after cyclic exposure PN-EN 15534-1
1039 Plastic products E Swelling and water absorption PN-EN 15534-1
1040 Plastic products E Compression set Method: A, B, C PN-EN ISO 1856
1041 Plastic products E Shear modulus (single specimen set-up) Range: (20 - 50000) N PN-EN 12090
1042 Plastic products E Dimensional stability under specified temperature and humidity conditions Range: temp.: (-30 - 150)°C rel. humidity: up to 100% PN-EN 1604
1043 Plastic products E Compressive properties Range: (20 - 50000) N PN-EN 29469
1044 Plastic products E Tensile strength perpendicular to the end faces PN-EN 1607
1045 Plastic products E Shear strength (single specimen arrangement) Range: (20 - 50000) N PN-EN 12090
1046 Reactive fire protection products E Mass per unit area Range: (0,001 - 10) kg Gravimetric method EAD 350005-00-1104
1047 Reactive fire protection products E Resistance to the action of cyclically changing environmental conditions Range: temperature up to 80ºC rel. humidity up to 90% product type Z1, Z2, Y2 and Y1 EAD 350005-00-1104 EAD 350003-00-1109
1048 Smoke alarm devices Features of the smoke alarm device according to Table ZA.1 of the standard, excluding clause 5.24.12 for detectors with a supply voltage <=34V PN-EN 14604:2006+AC:2009 w tym : pkt. 5.10 PN-EN 60068-2-42:2004 pkt. 5.12 i 5.13 PN-EN 60068-2-6:2008 pkt. 5.14 PN-EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
1049 Voice alarm system control and indicating equipment and installation Features of the voice alarm control and indicating equipment according to Table ZA.1 of the standard PN-EN 54-16:2011 w tym: pkt. 13.3 z wykorzystaniem PN EN 60529:2003 pkt.16.8 z wykorzystaniem PN EN 60068-2-1:2009 pkt 16. 9 i 16.10 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt. 16.11 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt. 16.12 i 16.13 z wykorzystaniem PN-EN 60068-2-6:2008 pkt. 16.14 z wykorzystaniem PN-EN 54-4:2001 + A1:2004 + A2:2007 pkt. 16.15 z wykorzystaniem PN-EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
1050 Fire detection and fire alarm control and indicating equipment Features of the fire detection control and indicating equipment according to Table ZA.1 of the standard EN 54-2:2002 +A1:2007 w tym: pkt. 12.3 z wykorzystaniem PN-EN 60529:2003 pkt. 15.4 z wykorzystaniem PN EN 60068-2-1:2009 pkt.15.5 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt. 15.6 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt. 15.7 i 15.15 z wykorzystaniem PN-EN 60068-2-6:2008 pkt.15.8 z wykorzystaniem PN-EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
1051 Point heat detector Features of the point heat detector according to Table ZA.1 of the standard PN-EN 54-5 +A1:2018-11 W tym pkt 5.6.1.1 z wykorzystaniem PN EN 60068-2-1:2009 pkt. 5.6.1.2 z wykorzystaniem PN-EN 60068-2-2:2009 pkt 5.6.2.1 z wykorzystaniem PN–EN 60068-2-30:2008 pkt.5.6.2.2 z wykorzystaniem PN-EN 60068-2-78:2013-11E pkt. 5.6.3.1 z wykorzystaniem PN-EN 60068-2-42:2004 pkt 5.6.4.1 z wykorzystaniem PN-EN 60068-2-27:2009 pkt 5.6.4.3 i 5.6.4.4 z wykorzystaniem PN-EN 60068-2-6:2008 pkt 5.6.5.1 z wykorzystaniem PN-EN 50130-4:2012+A1:2015-03
1052 Line-type smoke detector Features of the line smoke detector according to Table ZA.1 of the standard PN-EN 54-12:2015-05 w tym pkt. 5.6.1.1 z wykorzystaniem PN-EN 60068-2-2:2009 pkt 5.6.1.2 z wykorzystaniem PN EN 60068-2-1:2009 pkt. 5.6.2.1 i 5.6.2.2 z wykorzystaniem PN EN 60068-2-78:2013-11E pkt 5.6.3.1 z wykorzystaniem PN-EN 60068-2-6:2008 pkt 5.6.3.2 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt.5.6.4 z wykorzystaniem PN-EN 50130-4:2012+A1:2015-03 pkt. 5.6.5 z wykorzystaniem PN-EN 60068-2-42:2004
1053 Point smoke detector Features of the point smoke detector according to Table ZA.1 of the standard PN-EN 54-7:2018-11 w tym pkt. 5.9 z wykorzystaniem PN-EN 60068-2-1:2009 pkt.5.10 i 5.11 z wykorzystaniem PN EN 60068-2-78:2013E pkt. 5.12 z wykorzystaniem PN-EN 60068-2-42:2004 pkt 5.13 z wykorzystaniem PN-EN 60068-2-27:2009 pkt.5.15 i 5.16 z wykorzystaniem PN EN 60068-2-6:2008 pkt 5.17 z wykorzystaniem PN-EN 50130-4:2012+A1:2015-03
1054 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test Kc - Sulfur dioxide test for contacts and connections PN-EN 60068-2-42:2004
1055 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Immunity to radio-frequency electromagnetic field in the frequency range from 80 MHz to 1 GHz at a field strength up to 30 V/m PN-EN 61000-4-3:2007+ A1:2008 + A2:2011 + IS1:2009 PN-EN IEC 61000-4-3:2021-06 PN-EN 50130-4:2012+ A1:2015-03
1056 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Immunity to radio-frequency electromagnetic field in the frequency range from 1 GHz to 3 GHz at a field strength up to 20 V/m in a test area of dimensions (with a deviation of +/-3dB): 1,15 x 1,15 x 0,60 [m] PN-EN 61000-4-3:2007+ A1:2008 + A2:2011 + IS1:2009 PN-EN IEC 61000-4-3:2021-06 PN-EN 50130-4:2012+ A1:2015-03
1057 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Immunity to power-frequency magnetic field PN-EN 61000-4-8:2010
1058 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Immunity to voltage surges (high-energy impulse disturbances) PN-EN 61000-4-5:2014-10+A1:2018- 01 PN-EN 50130-4:2012+ A1:2015-03
1059 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Immunity to electrostatic discharge PN-EN 61000-4-2:2011 PN-EN 50130-4:2012+ A1:2015-03
1060 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Immunity to conducted disturbances, induced by radio-frequency fields conducted sinusoidal disturbances in the frequency range from 150 kHz to 230 MHz PN-EN 61000-4-6:2014-04 PN-EN 61000-4-6:2024-03 PN-EN 50130-4:2012+ A1:2015-03
1061 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Immunity to electrical fast transient/burst disturbances PN-EN 61000-4-4:2010 PN-EN 61000-4-4:2013-05 PN-EN 50130-4:2012+ A1:2015-03
1062 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Immunity to voltage dips, short interruptions and supply voltage variations PN-EN 61000-4-11:2007+A1:2017-09 PN-EN IEC 61000-4-11:2020- 11+AC:2020-12+AC:2023-01 PN-EN 50130-4:2012+ A1:2015-03
1063 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test Db - damp heat, cyclic – operational PN-EN 60068-2-30:2008
1064 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test Db - damp heat, cyclic – endurance PN-EN 60068-2-30:2008
1065 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test A - cold - operational PN-EN 60068-2-1:2009
1066 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test B - dry heat – endurance PN-EN 60068-2-2:2009
1067 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test B - dry heat – operational PN-EN 60068-2-2:2009
1068 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test Cab - damp heat, steady state – endurance PN-EN 60068-2-78:2013-11
1069 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test Cab - damp heat, steady state - operational PN-EN 60068-2-78:2013-11
1070 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Degrees of protection provided by enclosures (IP code) Range up to IP 46 PN-EN 60529:2003 PN-EN 60529:2003+AC:2017-12
1071 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test Ea – single shock (half-sine) (6 - 25) ms EN 60068-2-27:2009
1072 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test Eh - impact (spring hammer) PN-EN 60068-2-75:2015-01
1073 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Test Fc – sinusoidal vibration PN-EN 60068-2-6:2008
1074 Components and systems of automation, fire alarm, electrical installations, electrical and electronic equipment Including among others: Control panel for smoke and heat exhaust and ventilation devices, smoke exhaust ventilation controller Control panel for fire protection devices Manual smoke exhaust call point Network of fire alarm control panels Integrating systems Parallel indication panel Power supply equipment in fire automation systems Remote indication and operating device Remote firefighter's microphone, system operator console Mains voltage variations Voltage variation range: -15%, +10% Un PN-EN 50130-4:2012+ A1:2015-03
1075 Smoke vents Testing of smoke vents at low ambient temperature. Testing of the complete smoke vent. PN-EN 12101-2:2005
1076 Short-circuit isolators Features of the short-circuit isolator according to Table ZA.1 of the standard PN-EN 54-17:2007 w tym pkt 5.4 z wykorzystaniem PN EN 60068-2-2:2009 pkt 5.5. z wykorzystaniem PN EN 60068-2-1:2009 pkt 5.6 PN EN 60068-2-30:2008 pkt 5.7 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt 5.8 z wykorzystaniem PN-EN 60068-2-42:2004 pkt 5.9 z wykorzystaniem PN EN 60068-2-27:2009 pkt 5.11 i 5.12 z wykorzystaniem PN-EN 60068-2-6:2008 pkt. 5.13 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
1077 Manual call point Features of the manual call point according to Table ZA.1 of the standard PN-EN 54-11:2004 +A1:2006 w tym pkt. 4.4.1. z wykorzystaniem PN EN 894-3:2002 PN EN 894-3+A1:2010 pkt. 5.7. i 5.8 z wykorzystaniem PN-EN 60068-2-2:2009 pkt. 5.9 z wykorzystaniem PN EN 60068-2-1: 2009 pkt 5.10 | PN-EN 60068-2-30:2008 pkt 5.12 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt 5.13 z wykorzystaniem PN-EN 60068-2-42:2004 pkt 5.14 z wykorzystaniem PN-EN 60068-2-27:2009 pkt 5.16. i 5.17. z wykorzystaniem PN EN 60068-2-6:2002 pkt 5.18 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
1078 Alarm transmission equipment and systems Features of the alarm transmission equipment and system according to Table ZA.1 of the standard PN-EN 54-21:2009 W tym: pkt. 7.3 z wykorzystaniem PN-EN 60529:2003 pkt. 7.6 z wykorzystaniem PN EN 54-2:2002 +A1:2007 pkt. 9 z wykorzystaniem PN-EN 54-4:2001 + A1:2004 + A2:2007 pkt. 10.4 z wykorzystaniem PN EN 60068-2-1:2009 pkt. 10.5 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt. 10.6 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt. 10.7 z wykorzystaniem PN-EN 60068-2-6:2008 pkt. 10.8 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03 pkt.10.9 z wykorzystaniem PN-EN 54-4:2001 + A1:2004 + A2:2007 pkt.10.10 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt.10.11 z wykorzystaniem PN-EN 60068-2-6:2008
1079 Input/output devices Features of the input/output device according to Table ZA.1 of the standard PN-EN 54-18:2007+ AC:2007 PN-EN 12101-10:2007 +AC :2007 W tym : pkt 5.3 z wykorzystaniem PN-EN 60068-2-2:2009 pkt 5.4 z wykorzystaniem PN-EN 60068-2-1:2009 pkt 5.5 z wykorzystaniem PN-EN 60068-2-30:2008 pkt 5.6 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt 5.7 z wykorzystaniem PN-EN 60068-2-42:2004 pkt.5.8 z wykorzystaniem PN-EN 60068-2-27:2009 pkt. 5.9 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt 5.10 i 5.11 z wykorzystaniem PN-EN 60068-2-6:2008 pkt. 5.12 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
1080 Power supply Features of the power supply equipment according to clauses 11, 12.1 , 12.3.1, 12.4, 12.5, 12.6, 12.7, 12.8, 12.9, 12.10,12.13 , 12.14, 12.15 of the standard and Table ZA.1 PN-EN 12101-10:2007 +AC :2007 w tym pkt. 12.4 z wykorzystaniem PN-EN 60068-2-1:2009 pkt 12.5 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt. 12.6 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt.12.7 i 12.9 z wykorzystaniem PN-EN 60068-2-6:2008 pkt.12.8. z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt 12.10. z wykorzystaniem PN-EN 60068-2-2:2009 pkt 12.13 i 12.14 z wykorzystaniem PN-EN 60529:2003 pkt 12.15 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
1081 Power supply Features of the power supply equipment according to Table ZA.1 of the standard PN-EN 54-4:2001 + A1:2004 + A2:2007 W tym Pkt 9.5 z wykorzystaniem PN-EN 60068-2-1:2009 Pkt 9.6 i 9.14 z wykorzystaniem PN-EN 60068-2-78:2013-11 Pkt 9.7 z wykorzystaniem PN-EN 60068-2-75:2015-01 Pkt 9.8 i 9.15 z wykorzystaniem PN-EN 60068-2-6:2008 Pkt 9.9 z zastosowaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
1082 Roofs Resistance of roofs to external fire - extent and type of damage - flame spread - burning droplets - penetration PN-ENV 1187:2004 „N” Metoda 1
1083 Road traffic noise reducing devices Resistance to brushwood fire - extent and type of damage - flame spread PN-EN 1794-2:2011 Załącznik A
1084 Electric cables and wires Fire resistance testing of cables and wires without special protection (classification P) PN-EN 50577:2016-02
1085 Smoke vents Operational effectiveness of smoke vents - aerodynamic free area PN-EN 12101-2 :2017 PN-EN 12101-2 :2005
1086 Ventilation grilles Fire resistance PN-EN 1364-5:2017-08
1087 Fire protection systems for steel beams with web openings Fire protection effectiveness of the fire protection of steel elements – time to reach the temperature PN-EN 13381-9:2015-08
1088 Seals for linear joints Fire integrity, fire insulation - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum temperature rise - displacement capability PN-EN 15882-4:2012E „N”
1089 Construction products Smouldering PN-EN 16733:2016-06
1090 Construction, structural and finishing products Toxicity of decomposition and combustion products - determination of concentrations and mass emission (CO, CO , HCN, HCl, NH and SO ) 2 3 2 - toxicometric indices PN-88/B-02855
1091 Balconies E Fire load-bearing capacity R - maximum load 400T - deformation - rate of deformation PN-EN 1365-5 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1092 Beams E Fire load-bearing capacity R - maximum load 400T - deformation - rate of deformation PN-EN 1365-3 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1093 Roofs E Resistance of roofs to external fire - extent and type of damage - flame spread - burning droplets - penetration EN/TS 1187 „N” Metoda 1
1094 Road traffic noise reducing devices E Resistance to brushwood fire - extent and type of damage - flame spread PN-EN 1794-3
1095 External and internal walls E Degree of fire spread by walls - extent and type of damage - flame spread - temperature on lines L1 and L2 PN-B-02867
1096 Smoke control doors, gates and shutters E Smoke leakage, self-closing, automatic closing, release function (release capability) - flow rate - self-closing PN-EN 1634-3 PN-EN 16034
1097 Landing doors for lifts E Fire integrity, fire insulation, radiation intensity - sustained flaming - CO 2 leakage - mean temperature rise - maximum temperature rise - radiation intensity - deformation PN-EN 81-58
1098 Electrical cables and wires E Vertical flame spread on a single insulated wire or cable - extent and type of damage - flame spread - flaming droplets PN-EN 60332-1-3 PN-EN 60332-1-1 PN-EN 60332-1-2 „N” PN-EN 60695-11-2 PN-EN 60332-2-1 PN-EN 60332-2-2
1099 Electrical cables and wires E Heat of combustion - temperature rise PN-EN ISO 1716
1100 Electrical cables and wires E Circuit integrity under fire conditions - survival time - attenuation PN-IEC 60331-21 PN-IEC 60331-23 PN-IEC 60331-25
1101 Electrical cables and wires E Continuity of power and signal supply - time of ensuring continuity of power and/or signal supply DIN 4102-12
1102 Electrical cables and wires E Heat release, smoke release, flame spread - heat release - smoke release - falling flaming fragments - flame spread - time to extinction of the specimen PN-EN 50399 „N” PN-EN IEC 60332-3-10 PN-EN IEC 60332-3-21 PN-EN IEC 60332-3-22 PN-EN IEC 60332-3-23 PN-EN IEC 60332-3-24 PN-EN IEC 60332-3-25
1103 Electrical cables and wires E Smoke generation - transmittance PN-EN 61034-2 „N” PN-EN 61034-1
1104 Service ducts and shafts E Fire integrity, fire insulation - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum/mean temperature rise PN-EN 1366-5 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1105 Smoke vents E Operational reliability PN-EN 12101-2
1106 Smoke vents E Resistance of smoke vents to high temperature - opening time to the smoke extraction position - reduction of the opening area PN-EN 12101-2
1107 Smoke vents E Operational reliability under wind load - opening time PN-EN 12101-2
1108 Smoke vents E Operational reliability under load - opening time PN-EN 12101-2
1109 Smoke control dampers in fire ventilation systems E Fire integrity, fire insulation, smoke tightness - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum/mean temperature rise - flow rate/leakage - maintenance of cross-section PN-EN 1366-10 PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 1751
1110 Smoke curtains E Stability of smoke curtains - reliability and durability - default movement to the operating position - response and operating time - smoke permeability - use of feeler gauges - continued flaming - collapse - occurrence of flaming droplets or particles PN-EN 12101-1
1111 Upholstery and filling used in upholstered seats, armchairs, chairs E Ignitability of upholstered furniture - flame burning - progressive smouldering PN-EN 1021-1 PN-EN 1021-2
1112 Vertical membranes E Fire protection effectiveness of a vertical membrane - time to reach the critical temperature PN-EN 13381-2 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1113 Horizontal membranes E Fire protection effectiveness of a horizontal membrane - time to reach the critical temperature PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 13381-1 „N”
1114 Coverings E Fire protection ability - time to reach the critical temperature PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 14135 „N”
1115 Building hardware E Suitability for use in fire/smoke-resistant doors - fire integrity - fire insulation - risk of ignition - maintenance of the closing force - resistance to load PN-EN 1634-2 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1116 Gypsum plasterboards E Core cohesion under high temperature - occurrence of failure PN-EN 520 „N”
1117 Raised access floors and raised floors E Loadbearing capacity, integrity, insulation - deformation D - rate of deformation dD/dt - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise PN-EN 1366-6 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1118 Floorings and floor coverings E Fire properties Radiant panel method - critical heat flux - smoke production PN-EN ISO 9239-1 „N”
1119 Sheaths and insulation used in electric cables E Acidity of gases evolved during combustion of materials from electric cables by measurement of pH and conductivity PN-EN 60754-2 „N”
1120 Sheaths and insulation used in electric cables E Content of acidic halogen gas formed during combustion of materials of electric cables PN-EN 60754-1
1121 Fire doors, gates, shutters and openable windows E Fire integrity, fire insulation, radiation intensity, self-closing ability, automatic closing, release function (release capability) - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - radiation intensity - effect of mechanical impact - self-closing capability - deformation + Also using the manufacturer's equipment PN-EN 1634-1 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 16034
1122 Fire dampers E Fire integrity, fire insulation, smoke leakage - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum/mean temperature rise - flow rate/leakage PN-EN 1366-2 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1123 Fire dampers E Reliability/durability under repeated opening and closing PN-EN 15650
1124 Wires and cables in protective circuits E Flammability, continuity of energy supply - life time PN-EN 50200
1125 Smoke extraction ducts E Fire integrity, fire insulation, smoke tightness - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum/mean temperature rise - flow rate/leakage - mechanical stability - maintenance of cross-section PN-EN 1366-8 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1126 Single compartment smoke extraction ducts E Fire integrity, smoke tightness - flow rate/leakage - mechanical stability - maintenance of cross-section PN-EN 1366-9 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1127 Ventilation ducts E Fire integrity, fire insulation, smoke leakage - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum/mean temperature rise - flow rate/leakage PN-EN 1366-1 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 15882-1
1128 Stairs E Loadbearing capacity R - maximum load 400T - deformation D - rate of deformation dD/dt PN-EN 1365-6 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1129 Poles E Loadbearing capacity R - maximum load 500T - deformation C - rate of deformation dC/dt PN-EN 1365-4 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1130 Floors and roofs E Loadbearing capacity R - maximum load 400T, integrity, insulation, radiation - deformation D - rate of deformation dD/dt - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - radiation intensity PN-EN 1365-2 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1131 Suspended ceilings E Fire integrity, fire insulation - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise PN-EN 1364-2 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1132 Cabinets for pressurized gas cylinders E Fire resistance - temperature inside the cabinet PN-EN 14470-2
1133 Conveyor systems and their closures E Fire integrity, fire insulation, radiation intensity, self-closing ability, automatic closing, release function self-closing ability - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - self-closing capability PN-EN 1366-7 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1134 Partition walls E Fire integrity, fire insulation, radiation intensity, resistance to mechanical impact - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - radiation intensity - deformation + Also using the manufacturer's equipment PN-EN 1364-1 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 15254-2 „N” PN-EN 15254-5 „N”
1135 Curtain walls E Fire integrity, fire insulation, radiation intensity - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - radiation intensity - deformation + Also using the manufacturer's equipment PN-EN 1364-3 „N” PN-EN 1364-4 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
1136 Loadbearing walls E Loadbearing capacity R - maximum load 500T, integrity, insulation, radiation, resistance to mechanical impact - deformation C - rate of deformation dC/dt - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - radiation intensity - effect of mechanical impact - deformation PN-EN 1365-1 „N” PN-EN 1363-2 „N” PN-EN 1363-1 „N”
1137 Penetration seals E Fire integrity, fire insulation - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum temperature rise PN-EN 1366-3 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350454-00-1104 „N”
1138 Linear joint seals E Fire integrity, fire insulation - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum temperature rise - displacement capability PN-EN 1366-4 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350141-00-1106 „N”
1139 Smoke extraction fans E High temperature performance - high temperature performance PN-EN 12101-3
1140 Void formers E Fire integrity, fire insulation - sustained flaming - ignition of the cotton wool pad - maximum temperature rise - deformation EOTA TR031 „N”
1141 Construction, structural and finishing products E Heat of combustion - temperature rise PN-EN ISO 1716 „N”
1142 Construction, structural and finishing products E Non-combustibility - relative mass loss - temperature rise - duration of flaming PN-EN ISO 1182 „N”
1143 Construction, structural and finishing products E Heat release, smoke release Cone calorimeter method - heat release - smoke release - time to ignition ISO 5660-1
1144 Construction, structural and finishing products E Ignitability by the single-flame method - range of flame - occurrence of flaming droplets PN-EN ISO 11925-2 „N”
1145 Intumescent construction products E Swelling pressure EOTA TR024 „N”
1146 Intumescent construction products E Swelling height EOTA TR024 „N”
1147 Construction, structural and finishing products excluding floorings E Heat release, smoke release, lateral flame spread, dripping and falling off - heat release - smoke release - falling flaming fragments/droplets - flame spread - flame on the surface PN-EN 13823 „N”
1148 Construction, structural and finishing products excluding floorings E Release of: heat, smoke, CO, CO2; time to flashover - heat release - smoke release - falling flaming fragments/droplets - flame spread - flame on the surface - time to flashover PN-EN 14390
1149 Fire protection of concrete elements E Fire protection effectiveness of the fire protection of concrete elements - time to reach the critical temperature and deformation PN-ENV 13381-3 „N” PN-EN 13381-3 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
1150 Fire protection of timber elements E Fire protection effectiveness of the fire protection of timber elements - time to reach the critical temperature and deformation PN-ENV 13381-7 „N” PN-EN 13381-7 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
1151 Fire protection of steel elements E Fire protection effectiveness of the fire protection of steel elements - time to reach the critical temperature and deformation PN-EN 13381-8 „N” PN-ENV 13381-4 „N” PN-EN 13381-4 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350402-00-1106 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
1152 Fire protection of flat composite elements of concrete with profiled sheeting E Fire protection effectiveness of the fire protection of flat composite elements of concrete with profiled steel sheeting - time to reach the critical temperature and deformation PN-EN 13381-5 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
1153 Fire protection of concrete-filled hollow section steel columns E Fire protection effectiveness of the fire protection of concrete-filled hollow section steel columns - time to reach the critical temperature and deformation PN-EN 13381-6 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
1154 Curtains, drapes, drop curtains, films, tent fabrics, awnings E Degree of flammability of flexible products - flame spread extent - time to ignition PN-EN ISO 6941 PN-EN ISO 6940

Reference standards (635)

AAMA 501.2
AAMA/WDMA/CSA 101/I.S.2/A440- 22
AAMA/WDMA/CSA 101/I.S.2/A440- 22+ ASTM E2068-00(2022)
AAMA/WDMA/CSA 101/I.S.2/A440:22 ASTM E2068-00(2022)
ASTM E283/E283M-19
ASTM E330/E330M-14(2021)
ASTM E331-00(2023)
ASTM E547-00(2016)
DIN 4102-12
DIN 51130
EAD 040016-00-0404
EAD 040083-XX-0404
EAD 040083-xx-0404 EAD 040287-xx-0404
EAD 090034-00-0404
EAD 090062-00-0404
EAD 090062-XX-0404
EAD 090062-XX-0404 EAD 040914-XX-0404
EAD 210005-00-0505
EAD 210005-XX-0505
EAD 220089-XX-0401
EAD 330046-xx-0602 EAD 330047-xx-0602
EAD 330076-xx-0604
EAD 330087-xx-0601
EAD 330196-xx-060
EAD 330232-xx-0601 EAD 330747-xx-0601 + TR048
EAD 330284-xx-0604+TR64
EAD 330499-xx-0601
EAD 350005-00-1104
EAD 350005-00-1104 EAD 350003-00-1109
EAD 350140-00-1106 PN-EN 1015-11
EAD 350402-00-1106
EN 15457: 2014 +PB LM-004/02/03-2015
EN 15458:2014 +PB LM-005/02/01-2015
EN 16005
EN 16005 PB LOW-018
EN 27888
EN 54-2:2002 +A1:2007 w tym: pkt. 12.3 z wykorzystaniem PN-EN 60529:2003 pkt. 15.4 z wykorzystaniem PN EN 60068-2-1:2009 pkt.15.5 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt. 15.6 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt. 15.7 i 15.15 z wykorzystaniem PN-EN 60068-2-6:2008 pkt.15.8 z wykorzystaniem PN-EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
EN 60068-2-27:2009
EN/TR 14823 „N”
EN/TS 1187 „N” Metoda 1
EN/TS 15676
EOTA TR 024:2006 am. 2009
EOTA TR 24:2006 am. 2009
EOTA TR024 „N”
EOTA TR031 „N”
ETAG 016:2004 cz. 1
ETAG 016:2004 cz. 2
ETAG 016:2004 cz. 2 ETAG 016:2004 cz. 3
ETAG 016:2004 cz. 2 ETAG 016:2004 cz. 3 TR001
ETAG 016:2004 cz. 3
ISO 16000-6:2021 ISO 16000-3:2022
ISO 5660-1
LD-006/2/01-1999
LK-139
LK-143/1/02-2014
LK-145
LOK-B00/3/03-2018
LOK-B07/4/03-2018
LOK-B10/2/03-2018
LOK-B11/1/03/2015
LOK-B52/2/11-2018
LOW-001/4/09-2007
LOW-002/5/07-2014
LOW-003/5/07-2014
LOW-004/5/07-2014
LOW-005/4/09-2007
LOW-006/4/09-2007
LOW-007/4/09-2007
LOW-008/5/07-2014
LOW-012/6/07-2014
LOW-019
LOW-T01/3/09-2007
LW-014/2/02-2009
LZE-015/5/12-2019
LZE-078/9/04-2018
LZE-105/2/04-2019
LZE-120/4/04-2018
LZE-122/3/04-2018
LZE-123/3/04-2018
LZE-140/2/04-2019
PB–LZK 001/4/04-2021
PN-87/B-02156 (bez p.6.3)
PN-87/B-06077
PN-88/B-02855
PN-88/B-06079
PN-90/B-92270 pkt. 3.3.3 do 3.3.11 oraz 3.4 i 3.5
PN-91/B-94408 pkt. 3 PN-91/B-94400 pkt. 5.4 i 5.5
PN-91/B-94408 pkt. 6 PN-91/B-94400 pkt. 5.4 i 5.5
PN-91/B-94461/02
PN-93/B-10027
PN-B-02867
PN-B-04500 1985
PN-B-24000:1997
PN-B-24000:1997 PN-B-24002:1997
PN-B-24002:1997
PN-B-24002:1997 PN-B-24000:1997
PN-EN 10080
PN-EN 1015-10
PN-EN 1015-11
PN-EN 1015-12
PN-EN 1015-18
PN-EN 1015-19
PN-EN 1015-3
PN-EN 1015-4
PN-EN 1015-7
PN-EN 1021-1 PN-EN 1021-2
PN-EN 10218-1
PN-EN 10218-2
PN-EN 10223-7
PN-EN 10230-1
PN-EN 1026
PN-EN 1026 „N’’
PN-EN 1026 „N’’ PN-EN 16361 PN-EN 14351-2
PN-EN 1026 „N”
PN-EN 1026 „N” PN-EN 12153 EAD 220021-XX-0402
PN-EN 1026 „N” PN-EN 14351-2
PN-EN 1026 „N” PN-EN 16361 PN-EN 14351-2
PN-EN 1027
PN-EN 1027 „N’’
PN-EN 1027 „N’’ PN-EN 16361
PN-EN 1027 „N”
PN-EN 1027 „N” PN-EN 16361
PN-EN 10346, Załącznik A
PN-EN 1052-1
PN-EN 1052-2
PN-EN 1052-3 PN-EN 1052-4
PN-EN 1052-5
PN-EN 1062-11
PN-EN 1062-3
PN-EN 1062-6
PN-EN 1062-7
PN-EN 1121
PN-EN 1125
PN-EN 1125 PN-EN 179 PN-EN 14351-2
PN-EN 1154
PN-EN 1191
PN-EN 12002:2010
PN-EN 12003:2008 „N”
PN-EN 12004-2
PN-EN 12045
PN-EN 12046-1
PN-EN 12046-1 PN-EN 13115
PN-EN 12046-2
PN-EN 12046-2 PN-EN 16361
PN-EN 12046-2 „N”
PN-EN 12085:2013-07 PN-EN 822:2013-07 „N”
PN-EN 12086
PN-EN 12087:2013-07 metoda 1A
PN-EN 12090
PN-EN 12095
PN-EN 12095 PN-EN 12200-1
PN-EN 12101-1
PN-EN 12101-10:2007 +AC :2007 w tym pkt. 12.4 z wykorzystaniem PN-EN 60068-2-1:2009 pkt 12.5 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt. 12.6 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt.12.7 i 12.9 z wykorzystaniem PN-EN 60068-2-6:2008 pkt.12.8. z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt 12.10. z wykorzystaniem PN-EN 60068-2-2:2009 pkt 12.13 i 12.14 z wykorzystaniem PN-EN 60529:2003 pkt 12.15 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
PN-EN 12101-2
PN-EN 12101-2 :2017 PN-EN 12101-2 :2005
PN-EN 12101-2:2005
PN-EN 12101-3
PN-EN 12114
PN-EN 12153 PN-EN 12152 PN-EN 12114
PN-EN 12155 „N” PN-EN 12154
PN-EN 12179 PN-EN 13116
PN-EN 12190
PN-EN 12194
PN-EN 12209
PN-EN 12209:2005+AC:2006 p. 6.8
PN-EN 12209:2005+AC:2006 pkt. 6.2
PN-EN 12211
PN-EN 12211 „N’’
PN-EN 12211 „N’’ PN-EN 16361
PN-EN 12211 „N”
PN-EN 12211 „N” PN-EN 16361
PN-EN 12310-2
PN-EN 12311-1
PN-EN 12311-1 PN-EN 12311-2
PN-EN 12311-2
PN-EN 12316-1
PN-EN 12316-2
PN-EN 12317-1
PN-EN 12317-2
PN-EN 12320
PN-EN 12320:2013-04
PN-EN 12350-2
PN-EN 12350-5
PN-EN 12350-7
PN-EN 12365-2
PN-EN 12365-3
PN-EN 12365-4
PN-EN 12390-13
PN-EN 12390-2 PN-EN 12390-3 PN-EN 12390-1 PN-EN 12504-1
PN-EN 12390-3 PN-EN 12504-1
PN-EN 12390-5
PN-EN 12390-6
PN-EN 12390-7
PN-EN 124-1
PN-EN 12427 “N” PN-EN 12426 “N”
PN-EN 12427 „N”
PN-EN 12428:2013-06 „N”
PN-EN 12444 “N” PN-EN 12424 “N”
PN-EN 12444 „N”
PN-EN 12445
PN-EN 12445 “N” PN-EN 12453 “N”
PN-EN 12445 „N”
PN-EN 12445:2002 pkt. 4.1
PN-EN 12453
PN-EN 12453 “N”
PN-EN 12453:2017
PN-EN 12467
PN-EN 12489 “N” PN-EN 12425 “N”
PN-EN 12489 „N”
PN-EN 12566-1 „N”
PN-EN 12566-3 „N”
PN-EN 12566-3:2016-10 „N” PN-EN ISO 5815-1:2019-12
PN-EN 12600 „N”
PN-EN 12604
PN-EN 12604:2017
PN-EN 12605
PN-EN 12605 “N” PN-EN 12604 “N”
PN-EN 12605 „N” PN-EN 12604 „N”
PN-EN 12605:2002 pkt 5.1
PN-EN 12833
PN-EN 12835
PN-EN 12843:2008 + PB LW-012/2/02-2009
PN-EN 12843:2008 + PB LW-013/2/02-2009
PN-EN 12865
PN-EN 12865:2004 Procedura A
PN-EN 12899- 3 Raport techniczny CIE 15
PN-EN 12899-1
PN-EN 12899-1 PN-EN 12899-1 PB LK-144/1/04
PN-EN 12899-1 Raport techniczny CIE 15
PN-EN 12899-1 Raport techniczny CIE 54.2
PN-EN 12899-3
PN-EN 12899-3 Raport techniczny CIE 15
PN-EN 12899-3 Raport techniczny CIE 54.2
PN-EN 12939:2002 p.1-6
PN-EN 12939:2002 p.1-6 „N”
PN-EN 12978
PN-EN 1300
PN-EN 13018
PN-EN 1303
PN-EN 13036-4
PN-EN 13049
PN-EN 13049 „N”
PN-EN 13049 „N” PN-EN 14019 „N” PN-EN 12600 „N”
PN-EN 13049 „N” PN-EN 14351-2 + PN-EN 12600
PN-EN 13050:2011
PN-EN 13051
PN-EN 13057
PN-EN 1308:2008
PN-EN 13101
PN-EN 13111 „N”
PN-EN 13126-15
PN-EN 13126-15 PN-EN 13126-16 PN-EN 13126-17 PN-EN 13126-7
PN-EN 13126-16
PN-EN 13126-17
PN-EN 13126-17 PN-EN 13126-7 PN-EN 13126-15 PN-EN 13126-16
PN-EN 13126-3
PN-EN 13126-4
PN-EN 13126-7
PN-EN 13126-8
PN-EN 13126-8:2007 pkt 7.3.5
PN-EN 13126-8:2007 pkt 7.3.6
PN-EN 13141-1:2019-03
PN-EN 1324:2008 „N”
PN-EN 13310
PN-EN 13310 PN-EN 695
PN-EN 13330
PN-EN 13364
PN-EN 1338 zał. D
PN-EN 1338 zał. E
PN-EN 1338 zał. G
PN-EN 1338 zał. H
PN-EN 1338, Załącznik F
PN-EN 13381-2 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 13381-5 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
PN-EN 13381-6 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
PN-EN 13381-8 „N” PN-ENV 13381-4 „N” PN-EN 13381-4 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350402-00-1106 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
PN-EN 13381-9:2015-08
PN-EN 1339 zał. D
PN-EN 1339 zał. E
PN-EN 1339 zał. G
PN-EN 1339 zał. H
PN-EN 1339, Załącznik F
PN-EN 1340 zał. D
PN-EN 1340 zał. E
PN-EN 1340 zał. G
PN-EN 1340 zał. H
PN-EN 1340, Załącznik F
PN-EN 13412
PN-EN 13468:2004 „N” PN-EN ISO 12624:2023-02 ISO 10136-1:1993
PN-EN 13468:2004 „N” PN-EN ISO 12624:2023-02 PN-EN ISO 10304-1:2009 PN-EN ISO 10304-1:2009/AC:2012
PN-EN 13468:2004 „N” PN-EN ISO 12624:2023-02 PN-EN ISO 10523:2012
PN-EN 1346:2008
PN-EN 1348:2008 „N”
PN-EN 13523-7
PN-EN 13527
PN-EN 13529
PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 13381-1 „N”
PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 14135 „N”
PN-EN 1364-1 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 15254-2 „N” PN-EN 15254-5 „N”
PN-EN 1364-2 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1364-3 „N” PN-EN 1364-4 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1364-5:2017-08
PN-EN 1365-1 „N” PN-EN 1363-2 „N” PN-EN 1363-1 „N”
PN-EN 1365-2 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1365-3 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1365-4 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1365-5 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1365-6 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 13658-1 PN-EN 13658-2
PN-EN 1366-1 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 15882-1
PN-EN 1366-10 PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 1751
PN-EN 1366-2 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1366-3 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350454-00-1104 „N”
PN-EN 1366-4 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350141-00-1106 „N”
PN-EN 1366-5 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1366-6 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1366-7 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1366-8 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1366-9 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 13687-1
PN-EN 1382
PN-EN 1382 PN-EN 14592 „N”
PN-EN 13823 „N”
PN-EN 13828
PN-EN 1383 PN-EN 14592 „N”
PN-EN 13830 „N” PB LK-131
PN-EN 13830:2005 „N” PB LK-131/2/02-2015
PN-EN 13859-1 „N” PN-EN 13859-2 „N”
PN-EN 13859-2 „N” PN-EN 13859-1 „N”
PN-EN 13964
PN-EN 13964 „N”
PN-EN 13964, Załącznik F „N”
PN-EN 14024
PN-EN 14195
PN-EN 14201
PN-EN 14231
PN-EN 1433 „N”
PN-EN 14351-1
PN-EN 14351-1 PN-EN 14609 „N”
PN-EN 14351-1 PN-EN 16361
PN-EN 14351-1 PN-EN 948 „N”
PN-EN 14351-1 „N’’
PN-EN 14351-2
PN-EN 14351-2 PN-EN 13049 + PN-EN 12600
PN-EN 14353
PN-EN 14390
PN-EN 14428
PN-EN 14450
PN-EN 14470-2
PN-EN 14509
PN-EN 14527
PN-EN 14592:2022-09
PN-EN 14604:2006+AC:2009 w tym : pkt. 5.10 PN-EN 60068-2-42:2004 pkt. 5.12 i 5.13 PN-EN 60068-2-6:2008 pkt. 5.14 PN-EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
PN-EN 14608
PN-EN 14608 PN-EN 13115
PN-EN 14609
PN-EN 14609 PN-EN 13115
PN-EN 14609 „N”
PN-EN 1462
PN-EN 14688
PN-EN 14782
PN-EN 14846
PN-EN 14846 PN-EN 12209
PN-EN 14889-2 „N”
PN-EN 14891 „N” PN-EN 15820 „N”
PN-EN 14963 „N”
PN-EN 14963 „N” PN-EN 1873 EAD 220021-XX-0402
PN-EN 14963:2006 „N”
PN-EN 14975
PN-EN 15037-1
PN-EN 1504-2
PN-EN 15183
PN-EN 1527
PN-EN 1542
PN-EN 15534-1
PN-EN 15650
PN-EN 15684
PN-EN 15737:2009 „N” PN-EN ISO 10666:2002 PN-EN 14592:2022-09
PN-EN 15882-4:2012E „N”
PN-EN 16005:2013
PN-EN 1602:2013-07
PN-EN 16034
PN-EN 16034:2014
PN-EN 1604
PN-EN 1607
PN-EN 1607 PN-EN 14509
PN-EN 1609:2013-07 „N”
PN-EN 1628
PN-EN 1629
PN-EN 1630
PN-EN 1634-1 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” PN-EN 16034
PN-EN 1634-2 PN-EN 1363-1 „N” PN-EN 1363-2 „N”
PN-EN 1634-3 PN-EN 16034
PN-EN 16361
PN-EN 16516+A1:2020-12 PN ISO 7150-1:2002
PN-EN 16733:2016-06
PN-EN 16758:2021-10
PN-EN 16864:2017-10
PN-EN 179
PN-EN 1793-1 „N” PN-EN 1793-3 „N”
PN-EN 1793-2 „N” PN-EN 1793-3 „N”
PN-EN 1794-1 „N”
PN-EN 1794-2 „N”
PN-EN 1794-2:2011 Załącznik A
PN-EN 1794-3
PN-EN 1847
PN-EN 1873 „N” EAD 220021-00-0402
PN-EN 1873 „N” EAD 220021-XX-0402
PN-EN 1873:2009 „N” PN-EN 1873+A1:2016-03
PN-EN 1881
PN-EN 1899-1 „N”
PN-EN 1906
PN-EN 1928 „N"
PN-EN 1928 „N”
PN-EN 1931 „N”
PN-EN 1931 „N” PN-EN ISO 12572
PN-EN 1932
PN-EN 1935
PN-EN 1935 EAD 020001-00-0405
PN-EN 198 PN-EN 14516
PN-EN 1995-1-1 PN-EN 14592 „N”
PN-EN 20140-10 PN-EN ISO 10140-2
PN-EN 20140-3:1999 „N”
PN-EN 22479
PN-EN 251
PN-EN 26891:1997 + TR016:2002 PN-EN 26891:1997 + EAD 130186-00-0603
PN-EN 28510-1
PN-EN 29052-1
PN-EN 29053:2011
PN-EN 29469
PN-EN 311
PN-EN 356 „N”
PN-EN 40-3-1 PN-EN 40-3-2 PN-EN 40-3-3 PN-EN 40-5 PN-EN 40-6 PN-EN 40-7 PN-EN 40-4
PN-EN 408 PN-EN 384
PN-EN 438-2
PN-EN 477
PN-EN 478
PN-EN 479
PN-EN 480-10
PN-EN 480-12
PN-EN 480-14
PN-EN 50130-4:2012+ A1:2015-03
PN-EN 50200
PN-EN 50399 „N” PN-EN IEC 60332-3-10 PN-EN IEC 60332-3-21 PN-EN IEC 60332-3-22 PN-EN IEC 60332-3-23 PN-EN IEC 60332-3-24 PN-EN IEC 60332-3-25
PN-EN 50577:2016-02
PN-EN 508-1
PN-EN 514
PN-EN 516 „N”
PN-EN 520 „N”
PN-EN 54-11:2004 +A1:2006 w tym pkt. 4.4.1. z wykorzystaniem PN EN 894-3:2002 PN EN 894-3+A1:2010 pkt. 5.7. i 5.8 z wykorzystaniem PN-EN 60068-2-2:2009 pkt. 5.9 z wykorzystaniem PN EN 60068-2-1: 2009 pkt 5.10
PN-EN 54-12:2015-05 w tym pkt. 5.6.1.1 z wykorzystaniem PN-EN 60068-2-2:2009 pkt 5.6.1.2 z wykorzystaniem PN EN 60068-2-1:2009 pkt. 5.6.2.1 i 5.6.2.2 z wykorzystaniem PN EN 60068-2-78:2013-11E pkt 5.6.3.1 z wykorzystaniem PN-EN 60068-2-6:2008 pkt 5.6.3.2 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt.5.6.4 z wykorzystaniem PN-EN 50130-4:2012+A1:2015-03 pkt. 5.6.5 z wykorzystaniem PN-EN 60068-2-42:2004
PN-EN 54-16:2011 w tym: pkt. 13.3 z wykorzystaniem PN EN 60529:2003 pkt.16.8 z wykorzystaniem PN EN 60068-2-1:2009 pkt 16. 9 i 16.10 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt. 16.11 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt. 16.12 i 16.13 z wykorzystaniem PN-EN 60068-2-6:2008 pkt. 16.14 z wykorzystaniem PN-EN 54-4:2001 + A1:2004 + A2:2007 pkt. 16.15 z wykorzystaniem PN-EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
PN-EN 54-17:2007 w tym pkt 5.4 z wykorzystaniem PN EN 60068-2-2:2009 pkt 5.5. z wykorzystaniem PN EN 60068-2-1:2009 pkt 5.6 PN EN 60068-2-30:2008 pkt 5.7 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt 5.8 z wykorzystaniem PN-EN 60068-2-42:2004 pkt 5.9 z wykorzystaniem PN EN 60068-2-27:2009 pkt 5.11 i 5.12 z wykorzystaniem PN-EN 60068-2-6:2008 pkt. 5.13 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
PN-EN 54-18:2007+ AC:2007 PN-EN 12101-10:2007 +AC :2007 W tym : pkt 5.3 z wykorzystaniem PN-EN 60068-2-2:2009 pkt 5.4 z wykorzystaniem PN-EN 60068-2-1:2009 pkt 5.5 z wykorzystaniem PN-EN 60068-2-30:2008 pkt 5.6 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt 5.7 z wykorzystaniem PN-EN 60068-2-42:2004 pkt.5.8 z wykorzystaniem PN-EN 60068-2-27:2009 pkt. 5.9 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt 5.10 i 5.11 z wykorzystaniem PN-EN 60068-2-6:2008 pkt. 5.12 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
PN-EN 54-21:2009 W tym: pkt. 7.3 z wykorzystaniem PN-EN 60529:2003 pkt. 7.6 z wykorzystaniem PN EN 54-2:2002 +A1:2007 pkt. 9 z wykorzystaniem PN-EN 54-4:2001 + A1:2004 + A2:2007 pkt. 10.4 z wykorzystaniem PN EN 60068-2-1:2009 pkt. 10.5 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt. 10.6 z wykorzystaniem PN-EN 60068-2-75:2015-01 pkt. 10.7 z wykorzystaniem PN-EN 60068-2-6:2008 pkt. 10.8 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03 pkt.10.9 z wykorzystaniem PN-EN 54-4:2001 + A1:2004 + A2:2007 pkt.10.10 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt.10.11 z wykorzystaniem PN-EN 60068-2-6:2008
PN-EN 54-4:2001 + A1:2004 + A2:2007 W tym Pkt 9.5 z wykorzystaniem PN-EN 60068-2-1:2009 Pkt 9.6 i 9.14 z wykorzystaniem PN-EN 60068-2-78:2013-11 Pkt 9.7 z wykorzystaniem PN-EN 60068-2-75:2015-01 Pkt 9.8 i 9.15 z wykorzystaniem PN-EN 60068-2-6:2008 Pkt 9.9 z zastosowaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
PN-EN 54-5 +A1:2018-11 W tym pkt 5.6.1.1 z wykorzystaniem PN EN 60068-2-1:2009 pkt. 5.6.1.2 z wykorzystaniem PN-EN 60068-2-2:2009 pkt 5.6.2.1 z wykorzystaniem PN–EN 60068-2-30:2008 pkt.5.6.2.2 z wykorzystaniem PN-EN 60068-2-78:2013-11E pkt. 5.6.3.1 z wykorzystaniem PN-EN 60068-2-42:2004 pkt 5.6.4.1 z wykorzystaniem PN-EN 60068-2-27:2009 pkt 5.6.4.3 i 5.6.4.4 z wykorzystaniem PN-EN 60068-2-6:2008 pkt 5.6.5.1 z wykorzystaniem PN-EN 50130-4:2012+A1:2015-03
PN-EN 54-7:2018-11 w tym pkt. 5.9 z wykorzystaniem PN-EN 60068-2-1:2009 pkt.5.10 i 5.11 z wykorzystaniem PN EN 60068-2-78:2013E pkt. 5.12 z wykorzystaniem PN-EN 60068-2-42:2004 pkt 5.13 z wykorzystaniem PN-EN 60068-2-27:2009 pkt.5.15 i 5.16 z wykorzystaniem PN EN 60068-2-6:2008 pkt 5.17 z wykorzystaniem PN-EN 50130-4:2012+A1:2015-03
PN-EN 60068-2-1:2009
PN-EN 60068-2-2:2009
PN-EN 60068-2-30:2008
PN-EN 60068-2-30:2008 pkt 5.12 z wykorzystaniem PN-EN 60068-2-78:2013-11 pkt 5.13 z wykorzystaniem PN-EN 60068-2-42:2004 pkt 5.14 z wykorzystaniem PN-EN 60068-2-27:2009 pkt 5.16. i 5.17. z wykorzystaniem PN EN 60068-2-6:2002 pkt 5.18 z wykorzystaniem PN EN 50130-4:2002 + A2:2007 PN-EN 50130-4:2012+A1:2015-03
PN-EN 60068-2-42:2004
PN-EN 60068-2-6:2008
PN-EN 60068-2-75:2015-01
PN-EN 60068-2-78:2013-11
PN-EN 60332-1-3 PN-EN 60332-1-1 PN-EN 60332-1-2 „N” PN-EN 60695-11-2 PN-EN 60332-2-1 PN-EN 60332-2-2
PN-EN 60529:2003 PN-EN 60529:2003+AC:2017-12
PN-EN 607
PN-EN 60754-1
PN-EN 60754-2 „N”
PN-EN 61000-4-11:2007+A1:2017-09 PN-EN IEC 61000-4-11:2020- 11+AC:2020-12+AC:2023-01 PN-EN 50130-4:2012+ A1:2015-03
PN-EN 61000-4-2:2011 PN-EN 50130-4:2012+ A1:2015-03
PN-EN 61000-4-3:2007+ A1:2008 + A2:2011 + IS1:2009 PN-EN IEC 61000-4-3:2021-06 PN-EN 50130-4:2012+ A1:2015-03
PN-EN 61000-4-4:2010 PN-EN 61000-4-4:2013-05 PN-EN 50130-4:2012+ A1:2015-03
PN-EN 61000-4-5:2014-10+A1:2018- 01 PN-EN 50130-4:2012+ A1:2015-03
PN-EN 61000-4-6:2014-04 PN-EN 61000-4-6:2024-03 PN-EN 50130-4:2012+ A1:2015-03
PN-EN 61000-4-8:2010
PN-EN 61034-2 „N” PN-EN 61034-1
PN-EN 717-1 „N” ISO 16000-3 „N”
PN-EN 744
PN-EN 772-1
PN-EN 772-11
PN-EN 772-13
PN-EN 772-13 + PN-EN 772-3
PN-EN 772-21
PN-EN 81-58
PN-EN 823:2013-07 PN-EN 12085:2013-07 „N”
PN-EN 827
PN-EN 845-2 „N”
PN-EN 845-2 „N” PN-EN 846-11
PN-EN 846-10 „N”
PN-EN 846-14 „N”
PN-EN 846-2 „N”
PN-EN 846-4 „N”
PN-EN 846-5 „N” PN-EN 846-6 „N”
PN-EN 846-5 „N” PN-EN 846-6 „N” PN-EN 846-8 „N”
PN-EN 846-7 „N”
PN-EN 846-8 „N”
PN-EN 846-9 „N” PN-EN 845-2 „N”
PN-EN 872
PN-EN 947
PN-EN 948
PN-EN 948 „N”
PN-EN 949
PN-EN 949 PN-EN 13049 „N”
PN-EN 949 PN-EN 13049 „N” PN-EN 16361 PN-EN 14351-2 + PN-EN 12600
PN-EN 950
PN-EN 951
PN-EN 952
PN-EN ISO 10140-2 „N” PN-EN ISO 10140-3 „N”
PN-EN ISO 10140-3
PN-EN ISO 105-B02
PN-EN ISO 10523
PN-EN ISO 10563 „N”
PN-EN ISO 10666
PN-EN ISO 10666 PN-EN 14592
PN-EN ISO 1133 „N” PN-EN ISO 1133-1
PN-EN ISO 11431 „N”
PN-EN ISO 1182 „N”
PN-EN ISO 1183-1 „N”
PN-EN ISO 11925-2 „N”
PN-EN ISO 12567-2:2006 „N” PN-EN ISO 8990:1998 PN-EN 1873:2009 p. 5.9 „N”
PN-EN ISO 140-4:2000
PN-EN ISO 140-5:1999
PN-EN ISO 140-6:1999
PN-EN ISO 140-7:2000
PN-EN ISO 140-8:1999
PN-EN ISO 14125 „N”
PN-EN ISO 14589
PN-EN ISO 1460 PN-EN ISO 1461 „N“ PN-EN 10244-2
PN-EN ISO 1461 „N“
PN-EN ISO 1519
PN-EN ISO 1520
PN-EN ISO 15630-1 PN-EN ISO 15630-2
PN-EN ISO 15630-2
PN-EN ISO 15630-2 PN-EN ISO 15630-3 PN-EN ISO 15630-1 PN-EN ISO 6892-1
PN-EN ISO 15630-3
PN-EN ISO 15630-3 PN-EN ISO 15630 1
PN-EN ISO 16032 PN-EN ISO 10052
PN-EN ISO 16474-3
PN-EN ISO 16535:2019-08 metoda 1A
PN-EN ISO 1716
PN-EN ISO 1716 „N”
PN-EN ISO 175
PN-EN ISO 175 „N”
PN-EN ISO 178
PN-EN ISO 179-1
PN-EN ISO 1856
PN-EN ISO 2178 PN-EN ISO 2360
PN-EN ISO 2178 PN-EN ISO 2360 PN-EN ISO 2808
PN-EN ISO 22479
PN-EN ISO 2360 „N” PN-EN ISO 2808 „N”
PN-EN ISO 23997
PN-EN ISO 2409
PN-EN ISO 24341 PN-EN ISO 24342
PN-EN ISO 24341 PN-EN ISO 24342 PN-EN ISO 24346
PN-EN ISO 24342 PN-EN ISO 24341
PN-EN ISO 2702
PN-EN ISO 2808 „N“ PN-EN ISO 2178 „N“ PN-EN ISO 2360 „N“
PN-EN ISO 2808:2008 pkt. 5.5.7 i 5.5.8
PN-EN ISO 2812-1
PN-EN ISO 2813 „N”
PN-EN ISO 2815
PN-EN ISO 2931
PN-EN ISO 29469 PN-EN 14509
PN-EN ISO 306
PN-EN ISO 3210
PN-EN ISO 3231:2000
PN-EN ISO 3231:2000 PN-EN ISO 6988:2000
PN-EN ISO 3497:2004
PN-EN ISO 354 „N” z wyłączeniem pkt. 7.3.1
PN-EN ISO 4623-1 PN-EN ISO 4623-2 PN-EN ISO 4628-10
PN-EN ISO 4624
PN-EN ISO 4628-1
PN-EN ISO 4628-2
PN-EN ISO 4628-3
PN-EN ISO 4628-4
PN-EN ISO 4628-5
PN-EN ISO 4628-6
PN-EN ISO 4628-7
PN-EN ISO 4628-8
PN-EN ISO 4892-2
PN-EN ISO 4892-2 „N”
PN-EN ISO 4892-3
PN-EN ISO 527-1 „N” PN-EN ISO 527-2 PN-EN ISO 527-3
PN-EN ISO 527-1:1998 PN-EN ISO 527-2:1998 PN-EN ISO 527-3:1998
PN-EN ISO 527-3:1998
PN-EN ISO 5470-1
PN-EN ISO 580
PN-EN ISO 604
PN-EN ISO 6259-1
PN-EN ISO 6270-1
PN-EN ISO 6270-2
PN-EN ISO 6272-1
PN-EN ISO 6506-1
PN-EN ISO 6507-1
PN-EN ISO 6508-1
PN-EN ISO 6878
PN-EN ISO 6892-1
PN-EN ISO 6892-1 Metoda B
PN-EN ISO 6941 PN-EN ISO 6940
PN-EN ISO 7389
PN-EN ISO 7390 „N”
PN-EN ISO 7438
PN-EN ISO 7438 PN-EN ISO 15630-1 PN-EN ISO 15630-2
PN-EN ISO 7724-2
PN-EN ISO 7783
PN-EN ISO 8256 „N”
PN-EN ISO 8339 „N”
PN-EN ISO 8340 „N”
PN-EN ISO 846 „N”
PN-EN ISO 868
PN-EN ISO 898-1 PN-EN ISO 3506-1
PN-EN ISO 898-2
PN-EN ISO 8993 PN-EN ISO 8994
PN-EN ISO 9046 „N”
PN-EN ISO 9047 „N”
PN-EN ISO 9053-1:2019-01
PN-EN ISO 9227
PN-EN ISO 9239-1 „N”
PN-EN ISO 9967 „N”
PN-EN ISO 9972:2015-10
PN-EN ISO10590 „N” PN-EN ISO 10591 „N”
PN-EN-ISO 15630-3
PN-ENV 1187:2004 „N” Metoda 1
PN-ENV 13381-3 „N” PN-EN 13381-3 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
PN-ENV 13381-7 „N” PN-EN 13381-7 „N” PN-EN 1363-1 „N” PN-EN 1363-2 „N” EAD 350140-00-1106 „N” EAD 350142-00-1106 „N”
PN-IEC 60331-21 PN-IEC 60331-23 PN-IEC 60331-25
PN-ISO 15705 „N”
PN-ISO 34-1:2007
PN-ISO 6060 „N”
PN-ISO 7801
TR026:2016
XX-0404