1. Research with PCA/ILAC  accreditation

No.	Subject of research / product	Type of activity / characteristics examined / method	Reference documents
1	Windows, doors, roof windows, windows or skylights protruding beyond the face of the partitions.	Heat transfer coefficient     Calculation method	PN-EN ISO 10077-1:2017 “N” PN-EN ISO 10077-2:2017 “N”
2	Sections of window frames, doors, their connections to glazing, blinds, roller shutter boxes	Heat transfer coefficient     Calculation method	PN-EN ISO 10077-2:2017 PN-EN ISO 10211:2017
3	Curtain walls	Heat transfer coefficient     Calculation method	PN-EN ISO 12631:2017 PN-EN ISO 6946:2017 PN-EN ISO 10211:2017
4	Glazing	Heat transfer coefficient     Calculation method	PN-EN 673:2011 “N”
5	Windows, doors Object dimensions up to 1.50 m x 1.50 m	Heat transfer coefficient     Hot box method     Range U from 0,15 W/(m^2k) to 3 W/(m^2k)	PN-EN ISO 12567-1:2010+AC:2010 PN-EN ISO 8990:1998
6	Roof windows and other windows protruding from the plane Object dimensions up to 1.50 mx1.50 m	Heat transfer coefficient     Hot box method     Range U from 0,15 W/(m^2k) to 3 W/(m^2k)	PN-EN ISO 12567-2:2006 “N” PN-EN ISO 8990:1998
7	Frames Object dimensions up to 1.50 mx1.50 m	Heat transfer coefficient     Hot box method     Range U from 0,15 W/(m^2k) to 3 W/(m^2k)	PN-EN ISO 12412-2:2005 PN-EN ISO 8990:1998
8	Roller shutter boxes Object dimensions up to 1.50 mx1.50 m	Heat transfer coefficient     Hot box method     Range U from 0,15 W/(m^2k) to 4 W/(m^2k)	PN-EN ISO 12412-4:2005 PN-EN ISO 8990:1998
9	Terminal  ventilation devices. Regulating and closing dampers	Tightness of dampers     Pressure and flow characteristics.     Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN  1751 :2014
		Testing of a mechanical characteristic of regulating and closing dumpers Torque measurements of dumpers actuator Range: from 0,2 Nm to 20 Nm	PN-EN 1751:2014 PN-EN 13053:2020
		Aerodynamic characteristics of the regulating and closing dampers. Pressure and flow characteristics. Range: from 1 m^3/h to 18000 m^3/h	PN-EN 1751:2014 PN-EN 13053:2020
10	Ventilation of buildings. Ventilation ducts made of sheet metal with a rectangular cross-section.	Duct tightness     Pressure and flow characteristics.     Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 1507 :2007
11	Ventilation of buildings. Ventilation ducts made of sheet metal with a circular cross-section.	Duct tightness     Pressure and flow characteristics.     Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 12237 :2005
12	Ventilation of buildings. Ductwork. Non-metallic ductwork	Air permeability.     Pressure and flow characteristics.     Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 17192:2019
13	Ventilation of buildings. Ductwork. Non-metallic ductwork	Pressure drop Pressure and flow characteristics Range: from 1 m^3/h to 18000 m^3/h	PN-EN 17192:2019
14	Windows and doors	Air permeability.     Pressure and flow characteristics.     Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 1026 : 2016  “N” PN-EN 12207 :2001
15	Ventilation of buildings. Air handling and ventilation units.	Mechanical strength of the housing     Range: up to 3000 Pa	PN-EN 1886:2008
		The tightness of the housing    Air leakage flow measurement.    Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 1886:2008 PN-EN 13053: 2020
		Tightness of filter installation Air leakage flow measurement.    Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 1886:2008 PN-EN 13053:2020
		Thermal properties of the housing      Range U from 0,15 W/(m^2K) to 6 W/(m^2K)	PN-EN 1886:2008
		Acoustic insulation of the housing    Range Dp from 5.0 dB to 70.0 dB	PN-EN 1886:2008
		Mechanical safety	PN-EN 1886:2008
		Aerodynamic characteristics of the air handling unit    Range of air volume of air handling unit: from 200 m^3/h to 18000 m^3/h	PN-EN 13053:2020
		Heat recovery section / heat recovery efficiency Range of air volume of heat recovery section: from 200 m^3/h to 3000 m^3/h	PN-EN 13053:2020
		Determination of the average air speed class in the housing     Range of air volume of air handling unit: from 200 m^3/h to 18000 m^3/h	PN-EN 13053:2020
		Housing fan drive power     Range of air volume of air handling unit: from 200 m^3/h to 18000 m^3/h	PN-EN 13053:2020
16	Air terminal devises Lover grilles	Aerodynamic characteristics of  the air terminal devises Range of air volume:: rom  200 m^3/h to 18000 m^3/h	PN-EN 13030:2002
		Penetration of rainwater Range of air volume:: rom  200 m^3/h to 18000 m^3/h	PN-EN 13030:2002
17	Straight ducts and rectangular ventilation fittings	Dimensions Dimension Range: from 10 mm to 5000 mm	PN-EN 1505:2001
18	Straight ducts and circular ventilation fittings	Dimensions Dimension Range: from 10 mm to 5000 mm	PN-EN 1506:2007
19	Glazing	Light and solar properties Calculation method	PN-EN 410-2011  „N”
20	Non-metallic ventilation ducts	Thermal resistance Calculation method	Test Procedure PB12 edition 1 of January 13, 2023

"N" - Test method used in activities relevant for notification according to the Regulation of the European Parliament and of the Council (EU) No. 305/2011 of March 9, 2011.

Type of business:	Reference document::
Assessment of performance on the basis of tests and calculations (System 3) EU Notified body No. NB 2919	Regulations of the European Parliament and of the Council (EU) 305/2011 of 9 March 2011 laying down harmonized conditions for the marketing of construction products and repealing Council Directive 89/106 / EEC (Journal of Laws UE L 88 of 04/04/2011, as amended)

Commission decision number	Product (s)	Harmonized technical specifications
99/93/WE	Doors, windows	PN-EN 14351-1+A2:2016-10

2. Testing as part of a notification issued by TÜV Rheinland for applying for a TÜV certificate

No.	Subject of research / product	Type of activity / characteristics examined / method	Reference documents
1	Ventilation of buildings. Air handling and ventilation units. Mechanical properties	Mechanical strength of the housing     Range: up to 3000 Pa The tightness of the housing         Pressure and flow characteristics.         Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h Tightness of filter installation      Pressure and flow characteristics.      Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h Thermal properties of the housing      Range U from 0,15 W/(m^2K) to 6 W/(m^2K)  Acoustic insulation of the housing     Range Dp from 5.0 dB to 70.0 dB Mechanical safety	PN-EN 1886 :2008
2	Ventilation of buildings. Air handling and ventilation units. Classification and performance characteristics of devices, components and sections	Aerodynamic characteristics of the air handling unit     Range of air volume of air handling unit: from 200 m^3/h to 18000 m^3/h The tightness of the housing      Pressure and flow characteristics.      Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h Testing of heat recovery section Range of air volume of heat recovery section: from 200 m^3/h to 18000 m^3/h Determination of the average air speed class in the housing     Range of air volume of air handling unit: from 200 m^3/h to 18000 m^3/h Determination of the drive power class of the fan in the control panel     Range of air volume of air handling unit: from 200 m^3/h to 18000 m^3/h Tightness of regulating and closing dampers     Pressure and flow characteristics.     Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h Tightness of filter installation     Pressure and flow characteristics.     Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 13053: 2020

3. Research outside of PCA accreditation

No,	Subject of research / product	Type of activity / characteristics examined / method	Reference documents
1	Ventilation for buildings. End elements. Supply air grates, diffusers, intake and outlet  shutters	Aerodynamic pressure and effective speed calibration in the field of airflow applications Aerodynamic calibration of the isothermal characteristic of the stream of supply air from the terminal element in the field of applications of the air flow stream	PN-EN 12238 :2002
2	Ventilation for buildings. Performance testing of components/ products for residential ventilation. Cowls and roof outlet terminal devises.	Aerodynamic characteristics - pressure drop, suction action, wind influence test. Additional test of the devises with fan assistance - aerodynamic performance testing, power consumption test.	PN-EN 13141-5 :2006
3	Ventilation for buildings – Air terminal units – Aerodynamic testing and rating of constant and variable terminal units (VAV, CAV regulators)	Aerodynamic characteristics of the air terminal unit    Range of air volume of air handling unit: from 1 m^3/h to 18000 m^3/h	PN-EN 12589:2002 PN-EN 1751:2014
4	Ventilation for buildings – Air terminal units – Aerodynamic testing and rating of constant and variable terminal units (VAV, CAV regulators)	The tightness of the housing         Pressure and flow characteristics.         Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 12589:2002 PN-EN 1751:2014
5	Ventilation for buildings – Air terminal units – Aerodynamic testing and rating of constant and variable terminal units (VAV, CAV regulators)	Tightness of closed dampers     Pressure and flow characteristics.     Range of air leakage volume: from 0.18 m^3/h do 1100 m^3/h	PN-EN 12589:2002 PN-EN 1751:2014

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