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🇵🇱 LABORATORIA BADAWCZE I WZORCUJĄCE PL

PCA AB 1596 • Warszawa, 波兰 • 111 项方法

建筑

LABORATORIA BADAWCZE I WZORCUJĄCE 是由 PCA 认可的实验室，认可编号 AB 1596（Warszawa，波兰）。认可范围涵盖 111 项检测方法，涉及以下领域：建筑。检测对象包括：带驱动装置的门、大门、E 门、门。

要点速览

  • 认可编号: PCA AB 1596
  • 认可范围内方法数: 111
  • 检测对象种类: 42
  • 城市: Warszawa, 波兰
认可编号
AB 1596
认可机构
PCA
地址
CERTBUD Sp. z o.o., ul. Mokotowska 46/8, 00-543 Warszawa
城市
Warszawa, 波兰

该实验室检测什么 (42)

认可范围 — 项检测方法 (111)

序号 检测对象 方法 / 参数 技术 依据文件
检测方法
1 Doors, windows, gates, shutters and openable windows, and their related building hardware Fire resistance: - fire insulation, min - fire integrity, min - sustained flaming - radiation intensity at a single point PN-EN 15269-5+A1:2016-11 PN-EN 15269-7:2010 PN-EN 15269-10:2011 PN-EN 13501-2:2023-09 *
2 幕墙 Fire integrity: - fire insulation, min - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - deformation + also testing at the location indicated by the client, using the manufacturer's equipment PN-EN 1364-3:2014-03 „N" PN-EN 1364-4:2014-04 „N" PN-EN 1363-1:2020-07 PN-EN 1363-2:2001 PN-EN 13501-2:2023-09 *
3 Non-loadbearing walls Fire integrity, fire insulation, resistance to mechanical impact - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - deformation - radiation intensity at one point PN-EN 15254-4:2019-01 PN-EN 13501-2:2023-09 *
4 Slabs Fire resistance: - fire insulation, min - fire integrity, min - sustained flaming - radiation intensity at a single point PN-EN 14509:2013-12 pkt 5.2.4.2 | PN-EN 13501-2:2023-09 *
5 Penetration seals Fire integrity, fire insulation - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum temperature rise + also testing at the location indicated by the client, using the manufacturer's equipment PN-EN 1366-3:2010 „N" PN-EN 1366-3:2022-05 „N" PN-EN 1366-3+A1:2025-04 „N PN-EN 1363-1:2020-07 PN-EN 1363-2:2001 PN-EN 13501-2:2023-09 *
6 Seals for linear joints Fire integrity, fire insulation - sustained flaming - openings and cracks - ignition of the cotton wool pad - maximum temperature rise - displacement capability + also testing at the location indicated by the client, using the manufacturer's equipment PN-EN 1366-4 + A1:2011 „N" PN-EN 1363-1:2020-07 PN-EN 1363-2:2001 PN-EN 13501-2:2023-09 *
7 Conveyor systems and their closures Fire integrity, fire insulation, radiation intensity, 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 1366-7:2006 „N" PN-EN 1363-1:2020-07 PN-EN 1363-2:2001 PN-EN 13501-2:2023-09 *
8 Light fire-resisting units, fire-resistant cabinets Temperature rise inside the test specimen in °C PN-EN 15659:2009 PN-EN 1363-1:2012 PN-EN 1363-2:2001 PN-EN 15659:2019-12 NT FIRE 017 | ISO 834-1:1999
9 Smoke barriers Fire integrity - min + also testing at the location indicated by the client, using the manufacturer's equipment PN-EN 12101-1:2007 | PN-EN 1363-1:2020-07 PN-EN 1363-2:2001
10 Materials used in smoke curtains Permeability: - flow rate + also testing at a site indicated by the client, using the manufacturer's equipment PN-EN 12101-1:2007 załącznik C PN-EN 1634-3:2006 PN-EN 1634-3:2006/AC:2006
11 Electric cables and wires Continuity of power and signal supply - time of ensuring continuity of power and/or signal supply + also testing at the site indicated by the client, using the manufacturer's equipment DIN 4102-12:1998 DIN 4102-2:1977
12 Fire barriers, protection in lift shafts and fire partitions Fire resistance + also testing at the site indicated by the client, using the manufacturer's equipment DIN 4102-5:1977 DIN 4102-2:1977
13 Floors and roofs Loadbearing capacity R, integrity, insulation, radiation + also testing at a location indicated by the client, using the manufacturer's equipment PN-EN 1365-2:2014-12 „N"
14 Facade cladding elements Testing of falling off under the action of fire - in accordance with the requirements of paragraph 225 of the Technical Conditions to be met by buildings and their location. Procedura Certbud S25-1 wyd. 1 z dnia 10.01.2024
15 隔墙 Soft body impact EAD 210005-00-0505
16 隔墙 Hard body impact EAD 210005-00-0505
17 隔墙 Action of a horizontal linear force EAD 210005-00-0505
18 门 Release (opening) capability NB-CPD/SG06/11/0084 | PN-EN 14351-1+A2:2016-1 p.4.10 PN-EN 14351-2:2018-12 p.4.10
19 门 Height measurement PN-EN 14351-2:2018-12 pkt 5.4
20 门 Assessment of thermal properties PN-EN 14351-2:2018-12 pkt 5.8.2
21 门 Air permeability + PN-EN 14351-2:2018-12 pkt 5.9
22 门 Release capability PN-EN 14351-2:2018-12 pkt 5.10
23 门 Measurement of height, width, thickness and squareness PN-EN 951:2000
24 门 General and local flatness - deviations from general, linear and local flatness PN-EN 952:2000
25 门、窗与百叶 反复启闭的耐受性 PN-EN 170204:2021-10 * EN 170201:2022 * EN 17020-2:2022 * EN 17020-3:2022 * EN 17020-5:2023 *
26 门、窗与百叶 自闭合耐久性 PN-EN 17020-4:2021-10*
27 门、窗与百叶 透气性 + PN-EN 1026:2001
28 门、窗与百叶 水密性 + PN-EN 1027:2001
29 门、窗与百叶 抗风荷载性 + PN-EN 12211:2001
30 门、窗与百叶 Impact test method/impact resistance + PN-EN 12600:2004 PN-EN 14351-2:2018-12 pkt 5.3
31 带驱动装置的门 Soft and heavy body impact + PN-EN 16361+A1:2016-08 p.4.3
32 带驱动装置的门 高度 + PN-EN 16361+A1:2016-08 p.4.4
33 带驱动装置的门 水密性 + PN-EN 16361+A1:2016-08 p.4.7
34 带驱动装置的门 抗风荷载性 + PN-EN 16361+A1:2016-08 p.4.8
35 带驱动装置的门 透气性 + PN-EN 16361+A1:2016-08 p.4.10
36 带驱动装置的门 耐久性 + PN-EN 16361+A1:2016-08 p.4.12
37 带驱动装置的门 Impact forces (safety in use) + PN-EN 16361+A1:2016-08 p.4.6
38 带驱动装置的门 Evacuation capability PN-EN 16361+A1:2016-08 p.4.14.3
39 带驱动装置的门 Impact forces (safety in use) + PN-EN 16005:2013-04 p. 4.6.7
40 带驱动装置的门 耐久性 + PN-EN 16005:2013-04 p. 5.8
41 带驱动装置的门 Stopping, switching off the drive + PN-EN 16005:2013-04 p. 4.3.2 Procedura Certbud S23A-1 wydanie z dnia 30.07.2021
42 带驱动装置的门 Emergency opening + PN-EN 16005:2013-04 p. 4.7.2.2
43 带驱动装置的门 Safe area of the leaves + PN-EN 16005:2013-04 p. 4.6.11
44 带驱动装置的门 Avoidance and protection – hazardous points + PN-EN 16005:2013-04 p. 4.6.1
45 带驱动装置的门 Speed of movement + Procedura Certbud S23H-1a wydanie z dnia 30.07.2021 Procedura Certbud S23H-1b wydanie z dnia 30.07.2021
46 带驱动装置的门 Operating mode + PN-EN 16005:2013-04 p 4.7.2.1
47 带驱动装置的门 Activation, drive triggering area + PN-EN 16005:2013-04 p. 4.5
48 带驱动装置的门 Materials, shape of leaves, devices limiting the movement of leaves + PN-EN 16005:2013-04 p. 4.4.2
49 带驱动装置的门 Opening time + PN-EN 16005:2013-04 p. 4.7.2.3
50 Windows or rooflights projecting beyond the face of the building envelope 传热系数 计算检验法 PN-EN ISO 10211:2017-09 „N” PN-EN 1873+A1:2016-03 PN-EN 1873:2006 „N”
51 Doors, windows, roof windows, hatches, non-loadbearing walls, gates 传热系数 计算检验法 PN-EN ISO 10077-1:2007 „N” PN-EN ISO 10077-1:2017-10 „N” PN-EN ISO 10077-2:2017-10 PN-EN ISO 10077-2:2012 PN-EN 14351-1+A2:2016-10 „N” PN-EN 14351-2:2018-12 PN-EN 16361+A1:2016-08 PN-EN 13241:2003+A2:2016 „N”
52 具有提高抗侵入性的建筑围护构件，其中包括：－ 窗 － 门 － 幕墙 － 大门 － 百叶 － 其他 Resistance to static loads Classes RC2 - RC6 PN-EN 1628:2021-11 PN-EN 1627:2021-11 *
53 具有提高抗侵入性的建筑围护构件，其中包括：－ 窗 － 门 － 幕墙 － 大门 － 百叶 － 其他 Resistance to dynamic loads Classes RC2 - RC3 PN-EN 1629:2021-11 PN-EN 1627:2021-11 *
54 具有提高抗侵入性的建筑围护构件，其中包括：－ 窗 － 门 － 幕墙 － 大门 － 百叶 － 其他 Resistance to manual burglary attempts Classes RC2 - RC6 PN-EN 1630:2021-11 PN-EN 1627:2021-11 *
55 Sections of window and door frames and their connections with glazing, shutters, shutter boxes, gates 传热系数 计算检验法 PN-EN ISO 10077-2:2017-10 „N” PN-EN ISO 10077-2:2012 „N” PN-EN ISO 10211:2017-09 PN-EN 14351-2:2018-12 PN-EN 14351-1+A2:2016 „N” PN-EN 13241:2003+A2:2016 „N” PN-EN 12428:2013-06 „N”
56 幕墙 传热系数 计算检验法 PN-EN 13830:2005 p.4.7 „N” PN-EN 13947:2008 „N” PN-EN 13830+A1:2020-11 p.4.14 | PN-EN ISO 12631:2017-10
57 Sandwich panels with metal facings 传热系数 计算检验法 PN-EN 14509:2013 „N”
58 玻璃 Thickness measurement + PN-EN ISO 12543-5:2011 pkt 4.1.3 PN-EN ISO 12543-5:2022-05 pkt 4.1.3
59 玻璃 传热系数 计算检验法 PN-EN 673:2011 „N” PN-EN 1279-5:2018 „N” PN-EN 1863-2:2004 „N” PN-EN 12150-2:2006 „N” PN-EN 14449:2008 „N”
60 Building elements 传热系数 计算检验法 PN-EN ISO 10211:2017-09 PN-EN ISO 6946:2017-10
61 Doors, gates and shutters Smoke leakage, self-closing - flow rate, - self-closing PN-EN 15269-20:2021-02 DIN 18095-2:1991-03
62 Roofs Resistance of roofs to external fire Method 1 PN-ENV 1187:2004+A1:2007 „N” PKN-CEN/TS 1187:2014-03 „N”
63 Construction products/materials 样品采集 PN-83/N-03010 NB-CPR/15/639
64 Doors and Windows 自闭合耐久性 DIN 4102-18:1991-03
65 大门 Release capability + PN-EN 16034:2014
66 大门 Durability testing + PN-EN 12605: 2002 pkt 5.2 „N”
67 大门 Functional testing + PN-EN 12605:2002 pkt 5.1 „N”
68 大门 Verification of the anti-drop device for leaves + PN-EN 12605:2002 pkt 5.3.2 „N”
69 大门 Verification of protection against falling achieved by other design means; + PN-EN 12605:2002 pkt 5.4.3 „N”
70 大门 Verification against uncoupling or derailment + PN-EN 12605:2002 pkt 5.1.2 „N”
71 大门 Disconnection or derailment during use and maintenance + PN-EN 12605:2002 pkt 5.4.2 „N”
72 大门 Impact test method + PN-EN 12605:2002 pkt 5.3.1 „N” PN-EN 12600:2004
73 大门 Verification of the ability of the gate to operate + PN-EN 12605:2002 pkt 5.1.1 „N”
74 大门 Strengths + PN-EN 12605:2002 Pkt 5.4.1 „N”
75 大门 Force measurement + PN-EN 12445:2002 Pkt 5 „N”
76 大门 Testing of the presence detection system used without a force limiter; + PN-EN 12445:2002 pkt 7.3 „N”
77 大门 Vigilance control + PN-EN 12445:2002 pkt 4.1.1.4 „N”
78 通风构件 Strength, stiffness + PN-B 03434:1999
79 通风构件 Dimensions of ventilation ducts + PN-EN 1505:2001 * WO-KOT/36/01 wyd. 3 tab.1 pkt 3 *
80 通风构件 Wall thickness of the ventilation duct + PN-EN 10131:2008 p.6 * WO-KOT/36/01 wyd. 3 tab.1 pkt 4 *
81 通风构件 Cross-sectional area of the ventilation duct + PN-EN 14239:2004 *„O” WO-KOT/36/01 wyd. 3 tab. 1 pkt 3 *
82 油漆与清漆 Determination of coating thickness PN-EN ISO 2808:2020-01 met. 7B.2
83 E Doors, windows, gates, shutters and openable windows, and their related building hardware Fire resistance: - fire insulation, min - fire integrity, min - sustained flaming - radiation intensity at a single point + also testing at the site indicated by the client, using the manufacturer's equipment PN-EN 1634-1 „N" * PN-EN 1363-1 PN-EN 1363-2 PN-EN 15269-2 * PN-EN 15269-3 * PN-EN 15269-11 *
84 E Non-loadbearing walls Fire integrity, fire insulation, resistance to mechanical impact - sustained flaming - openings and cracks - ignition of the cotton wool pad - mean temperature rise - maximum temperature rise - deformation - radiation intensity at one point + also testing at the location indicated by the client, using the manufacturer's equipment PN-EN 1364-1 „N" * PN-EN 1363-1 PN-EN 1363-2 PN-EN 15254-5 *
85 E Building hardware Suitability for use in fire/smoke-resistant doors - fire integrity - fire insulation - risk of ignition - maintenance of the closing force PN-EN 1634-2 * PN-EN 1363-1 * PN-EN 1363-2 *
86 E Doors, gates and shutters Smoke leakage, self-closing - flow rate, - self-closing + PN-EN 1634-3 „N"
87 E 幕墙 抗风荷载性 + PN-EN 12179 „N’’ PN-EN 13116 „N’’
88 E 幕墙 水密性 + PN-EN 12155 „N’’ PN-EN 12154 „N’’
89 E 幕墙 透气性 + PN-EN 12153 „N’’ PN-EN 12152 „N’’
90 E 门 Resistance to vertical loads Static load method PN-EN 947 PN-EN 1192
91 E 门 操作力 PN-EN 12046-2 PN-EN 12217
92 E 门 释放能力 PN-EN 16034
93 E 门 软体与硬重物撞击抗力 + PN-EN 949 PN-EN 1192:2001 *
94 E 门 Static torsional strength + PN-EN 948 „N" PN-EN 1192:2001 *
95 E 门 Resistance to vertical loads + PN-EN 947
96 E 门 Resistance to hard body impact + PN-EN 950 PN-EN 1192:2001 *
97 E Doors, windows and shutters Impact test method/impact resistance PN-EN 13049
98 E Doors, gates and shutters Smoke leakage, self-closing flow rate, self-closing + PN-EN 1634-3
99 E 门与窗 Resistance to repeated opening and closing + PN-EN 1191 PN-EN 1192:2001 *
100 E 门与窗 Self-closing + PN-EN 16034
101 E 门与窗 Durability of self-closing + PN-EN 16034
102 E 门与窗 透气性 + PN-EN 1026 „N”
103 E 门与窗 水密性 + PN-EN 1027 „N”
104 E 门与窗 抗风荷载性 + PN-EN 12211 „N”
105 E 大门 抗风荷载性 + PN-EN 12444 „N” PN-EN 12424 „N”
106 E 大门 透气性 + PN-EN 12427 „N” PN-EN 12426 „N”
107 E 大门 抗水渗透性 + PN-EN 12489 „N” PN-EN 12425 „N”
108 E 大门 Self-closing + PN-EN 16034
109 E 大门 Durability of self-closing + PN-EN 16034
110 E Ventilation components Tightness, pressure test PN-EN 1507 PN-EN 12237 PN-EN 13180
111 E Ventilation components Strength, stiffness PN-EN 1507 PN-EN 12237

引用标准 (110)

DIN 4102-12:1998 DIN 4102-2:1977
DIN 4102-18:1991-03
DIN 4102-5:1977 DIN 4102-2:1977
EAD 210005-00-0505
ISO 834-1:1999
NB-CPD/SG06/11/0084
PN-83/N-03010 NB-CPR/15/639
PN-B 03434:1999
PN-EN 10131:2008 p.6 * WO-KOT/36/01 wyd. 3 tab.1 pkt 4 *
PN-EN 1026 „N”
PN-EN 1026:2001
PN-EN 1027 „N”
PN-EN 1027:2001
PN-EN 1191 PN-EN 1192:2001 *
PN-EN 12046-2 PN-EN 12217
PN-EN 12101-1:2007
PN-EN 12101-1:2007 załącznik C PN-EN 1634-3:2006 PN-EN 1634-3:2006/AC:2006
PN-EN 12153 „N’’ PN-EN 12152 „N’’
PN-EN 12155 „N’’ PN-EN 12154 „N’’
PN-EN 12179 „N’’ PN-EN 13116 „N’’
PN-EN 12211 „N”
PN-EN 12211:2001
PN-EN 12427 „N” PN-EN 12426 „N”
PN-EN 12444 „N” PN-EN 12424 „N”
PN-EN 12445:2002 Pkt 5 „N”
PN-EN 12445:2002 pkt 4.1.1.4 „N”
PN-EN 12445:2002 pkt 7.3 „N”
PN-EN 12489 „N” PN-EN 12425 „N”
PN-EN 12600:2004 PN-EN 14351-2:2018-12 pkt 5.3
PN-EN 12605: 2002 pkt 5.2 „N”
PN-EN 12605:2002 Pkt 5.4.1 „N”
PN-EN 12605:2002 pkt 5.1 „N”
PN-EN 12605:2002 pkt 5.1.1 „N”
PN-EN 12605:2002 pkt 5.1.2 „N”
PN-EN 12605:2002 pkt 5.3.1 „N” PN-EN 12600:2004
PN-EN 12605:2002 pkt 5.3.2 „N”
PN-EN 12605:2002 pkt 5.4.2 „N”
PN-EN 12605:2002 pkt 5.4.3 „N”
PN-EN 13049
PN-EN 13501-2:2023-09 *
PN-EN 1363-1:2020-07 PN-EN 1363-2:2001
PN-EN 1364-1 „N" * PN-EN 1363-1 PN-EN 1363-2 PN-EN 15254-5 *
PN-EN 1364-3:2014-03 „N" PN-EN 1364-4:2014-04 „N" PN-EN 1363-1:2020-07 PN-EN 1363-2:2001 PN-EN 13501-2:2023-09 *
PN-EN 1365-2:2014-12 „N"
PN-EN 1366-3:2010 „N" PN-EN 1366-3:2022-05 „N" PN-EN 1366-3+A1:2025-04 „N PN-EN 1363-1:2020-07 PN-EN 1363-2:2001 PN-EN 13501-2:2023-09 *
PN-EN 1366-4 + A1:2011 „N" PN-EN 1363-1:2020-07 PN-EN 1363-2:2001 PN-EN 13501-2:2023-09 *
PN-EN 1366-7:2006 „N" PN-EN 1363-1:2020-07 PN-EN 1363-2:2001 PN-EN 13501-2:2023-09 *
PN-EN 13830:2005 p.4.7 „N” PN-EN 13947:2008 „N” PN-EN 13830+A1:2020-11 p.4.14
PN-EN 14239:2004 *„O” WO-KOT/36/01 wyd. 3 tab. 1 pkt 3 *
PN-EN 14351-1+A2:2016-1 p.4.10 PN-EN 14351-2:2018-12 p.4.10
PN-EN 14351-2:2018-12 pkt 5.10
PN-EN 14351-2:2018-12 pkt 5.4
PN-EN 14351-2:2018-12 pkt 5.8.2
PN-EN 14351-2:2018-12 pkt 5.9
PN-EN 14509:2013 „N”
PN-EN 14509:2013-12 pkt 5.2.4.2
PN-EN 1505:2001 * WO-KOT/36/01 wyd. 3 tab.1 pkt 3 *
PN-EN 1507 PN-EN 12237
PN-EN 1507 PN-EN 12237 PN-EN 13180
PN-EN 15254-4:2019-01 PN-EN 13501-2:2023-09 *
PN-EN 15269-20:2021-02 DIN 18095-2:1991-03
PN-EN 15269-5+A1:2016-11 PN-EN 15269-7:2010 PN-EN 15269-10:2011 PN-EN 13501-2:2023-09 *
PN-EN 15659:2009 PN-EN 1363-1:2012 PN-EN 1363-2:2001 PN-EN 15659:2019-12 NT FIRE 017
PN-EN 16005:2013-04 p 4.7.2.1
PN-EN 16005:2013-04 p. 4.3.2 Procedura Certbud S23A-1 wydanie z dnia 30.07.2021
PN-EN 16005:2013-04 p. 4.4.2
PN-EN 16005:2013-04 p. 4.5
PN-EN 16005:2013-04 p. 4.6.1
PN-EN 16005:2013-04 p. 4.6.11
PN-EN 16005:2013-04 p. 4.6.7
PN-EN 16005:2013-04 p. 4.7.2.2
PN-EN 16005:2013-04 p. 4.7.2.3
PN-EN 16005:2013-04 p. 5.8
PN-EN 16034
PN-EN 16034:2014
PN-EN 1628:2021-11 PN-EN 1627:2021-11 *
PN-EN 1629:2021-11 PN-EN 1627:2021-11 *
PN-EN 1630:2021-11 PN-EN 1627:2021-11 *
PN-EN 1634-1 „N" * PN-EN 1363-1 PN-EN 1363-2 PN-EN 15269-2 * PN-EN 15269-3 * PN-EN 15269-11 *
PN-EN 1634-2 * PN-EN 1363-1 * PN-EN 1363-2 *
PN-EN 1634-3
PN-EN 1634-3 „N"
PN-EN 16361+A1:2016-08 p.4.10
PN-EN 16361+A1:2016-08 p.4.12
PN-EN 16361+A1:2016-08 p.4.14.3
PN-EN 16361+A1:2016-08 p.4.3
PN-EN 16361+A1:2016-08 p.4.4
PN-EN 16361+A1:2016-08 p.4.6
PN-EN 16361+A1:2016-08 p.4.7
PN-EN 16361+A1:2016-08 p.4.8
PN-EN 17020-4:2021-10*
PN-EN 170204:2021-10 * EN 170201:2022 * EN 17020-2:2022 * EN 17020-3:2022 * EN 17020-5:2023 *
PN-EN 673:2011 „N” PN-EN 1279-5:2018 „N” PN-EN 1863-2:2004 „N” PN-EN 12150-2:2006 „N” PN-EN 14449:2008 „N”
PN-EN 947
PN-EN 947 PN-EN 1192
PN-EN 948 „N" PN-EN 1192:2001 *
PN-EN 949 PN-EN 1192:2001 *
PN-EN 950 PN-EN 1192:2001 *
PN-EN 951:2000
PN-EN 952:2000
PN-EN ISO 10077-1:2007 „N” PN-EN ISO 10077-1:2017-10 „N” PN-EN ISO 10077-2:2017-10 PN-EN ISO 10077-2:2012 PN-EN 14351-1+A2:2016-10 „N” PN-EN 14351-2:2018-12 PN-EN 16361+A1:2016-08 PN-EN 13241:2003+A2:2016 „N”
PN-EN ISO 10077-2:2017-10 „N” PN-EN ISO 10077-2:2012 „N” PN-EN ISO 10211:2017-09 PN-EN 14351-2:2018-12 PN-EN 14351-1+A2:2016 „N” PN-EN 13241:2003+A2:2016 „N” PN-EN 12428:2013-06 „N”
PN-EN ISO 10211:2017-09 PN-EN ISO 6946:2017-10
PN-EN ISO 10211:2017-09 „N” PN-EN 1873+A1:2016-03 PN-EN 1873:2006 „N”
PN-EN ISO 12543-5:2011 pkt 4.1.3 PN-EN ISO 12543-5:2022-05 pkt 4.1.3
PN-EN ISO 12631:2017-10
PN-EN ISO 2808:2020-01 met. 7B.2
PN-ENV 1187:2004+A1:2007 „N” PKN-CEN/TS 1187:2014-03 „N”
Procedura Certbud S23H-1a wydanie z dnia 30.07.2021 Procedura Certbud S23H-1b wydanie z dnia 30.07.2021
Procedura Certbud S25-1 wyd. 1 z dnia 10.01.2024

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