LegalizeCommission Delegated Regulation (EU) 2024/1681 of 6 March 2024 supplementing Regulation (EU) No 305/2011 of the European Parliament and of the Council by establishing classes of performance in relation to the resistance to fire of construction products
This is the act as published. Later amendments are not folded into the text below: each one is a separate act in this repository and an entry in this law's history.
| Applies to | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts | Multi-compartment fire resistant smoke control ducts |
|---|---|---|---|---|---|---|---|---|---|---|---|
| E | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EI | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| S | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. | 5 m3/(m2h) maximum leakage rate with reference to duct surface area at ambient temperature and 5 m3/(m2h) maximum leakage rate related to the duct surface area during the fire test. |
| Notes | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 10 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification is completed by the suffix ‘multi’ for products intended to be used for multi-compartment use. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. ‘500’, ‘1 000 ’, ‘1 500 ’ show the product is intended to be used up to these values of under-pressure, measured in Pa at ambient temperature. |
Table 7.3
| Applies to | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers | Single compartment smoke control dampers |
|---|---|---|---|---|---|---|---|---|---|---|---|
| E600 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| S | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. |
| Notes | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) the single compartment smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘single’ for products intended for single compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a single compartment smoke control damper capable of satisfying integrity (E) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the single compartment smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. |
Table 7.4
| Applies to | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers | Multi-compartment fire resistant smoke control dampers |
|---|---|---|---|---|---|---|---|---|---|---|---|
| E | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EI | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| S | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. | 200 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area: (a) smallest size at ambient temperature; (b) largest size at ambient temperature and during the fire test. |
| Notes | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. | In addition to meeting the requirements related to integrity (E) or integrity and insulation (EI) the multi-compartment fire resistant smoke control damper shall also: (a) be tested from both sides, (b) pass a maintenance of opening test, and (c) achieve 360 m3/(m2h) maximum leakage with reference to nominal duct cross sectional area during the fire test (1) smallest size at ambient temperature, and (2) largest size at ambient temperature and during the fire test. The classification is completed by the suffix ‘multi’ for products intended for multi-compartment use. ‘ved’, ‘vew’, ‘vedw’ and/or ‘hod’, ‘how’, ‘hodw’ show the product is intended to be used for vertical and/or horizontal use, together with mounting in a duct or in a wall/floor or both respectively. ‘H’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a horizontal blade axis or geometry, ‘V’ indicates a multi-compartment fire resistant smoke control damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. ‘500’, ‘1 000 ’ and ‘1 500 ’ show that the product is intended to be used up to this value of under-pressure in Pa at ambient temperature. ‘AA’ denotes for use with applications providing automatic activation, ‘MA’ denotes for use with applications requiring manual intervention or providing automatic activation. ‘C300’, ‘C10 000’, ‘CMOD’ or ‘C300(N)’, ‘C10 000(N)’, ‘CMOD(N)’ show the product is intended to be used in smoke control only systems, fully controlled smoke control systems and smoke control systems combined with environmental systems or modulating smoke control dampers intended to be used in any system having a controlled or variable position, tested under load, or without load (N), respectively. ‘HOT 400/30’ (High Operational Temperature) indicates that the multi-compartment fire resistant smoke control damper has been subjected to an additional test to demonstrate that it has the ability to be opened and closed during a period of 30 minutes of temperatures up to 400 °C. |
Table 7.5
| Applies to | Smoke barriers | Smoke barriers | Smoke barriers | Smoke barriers | Smoke barriers | Smoke barriers | Smoke barriers | Smoke barriers | Smoke barriers | Smoke barriers | Smoke barriers |
|---|---|---|---|---|---|---|---|---|---|---|---|
| D600 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| DH | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 |
Table 7.6
| Applies to | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors | Powered smoke and heat control ventilators (fans), including connectors |
|---|---|---|---|---|---|---|---|---|---|---|---|
| F200 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| F300 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| F400 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| F600 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| F842 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 |
Table 7.7
| Applies to | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators | Natural smoke and heat exhaust ventilators |
|---|---|---|---|---|---|---|---|---|---|---|---|
| B300 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| B600 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| Βθ | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| Notes | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. | Where θ indicates the exposure condition (temperature), higher than 300 °C. These products are designed to open in case of fire and do not have an integrity (E) classification. |
ELI: http://data.europa.eu/eli/reg_del/2024/1681/oj
ISSN 1977-0677 (electronic edition)
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