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 | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems | Closures for conveyers and track bound transportation systems |
|---|---|---|---|---|---|---|---|---|---|---|---|
| E | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EI | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EW | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| C | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. | The C classification may be declared where a self-closing device is fitted and the element or product was not manually closed for the purpose of the test. Optionally, for durability of self-closing, the C classification may be complemented by the digits 0 to 5 according to the use category where cycle testing has been carried out. |
| Notes | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. | The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. An EI classification shall be generated for those cases where the test specimen is a pipe or duct configuration with no assessment of the closure for the conveyor system. Sustained operational capability of any clearing device and/or any separating device for a conveyor system is identified by using a ‘T’. |
Table 4.12
| Applies to | Air transfer grilles | Air transfer grilles | Air transfer grilles | Air transfer grilles | Air transfer grilles | Air transfer grilles | Air transfer grilles | Air transfer grilles | Air transfer grilles | Air transfer grilles | Air transfer grilles |
|---|---|---|---|---|---|---|---|---|---|---|---|
| E | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EI | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EW | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| Notes | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. | If satisfying the criteria with regard to integrity during the open state, the symbol ‘resist flame’ is added to the classification. If satisfying the criteria with regard to the ‘smoldering’ curve, the symbol ‘IncSlow’ is added to the classification. |
Table 4.13
| Applies to | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts | Service ducts and shafts |
|---|---|---|---|---|---|---|---|---|---|---|---|
| E | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EI | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| Notes | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. In addition, the symbols ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. |
Table 4.14
| Applies to | Chimneys | Chimneys | Chimneys | Chimneys | Chimneys | Chimneys | Chimneys | Chimneys | Chimneys | Chimneys | Chimneys |
|---|---|---|---|---|---|---|---|---|---|---|---|
| G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | G + distance in mm (e.g. G 50) or O + distance in mm (e.g. O 50) | |
| E | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EI | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| T (operating temperature) in °C | 80 | 100 | 120 | 140 | 160 | 200 | 250 | 300 | 400 | 450 | 600 |
| Notes | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. | Distance not required for built-in products. The classification defines how the element has been tested and refers to a fire from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. |
Table 4.15
| Applies to | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings | Wall and ceiling coverings |
|---|---|---|---|---|---|---|---|---|---|---|---|
| K1 | 10 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 |
| K2 | 10 | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 |
| Notes | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. | The suffixes ‘1’ and ‘2’ indicate which substrates, fire behaviour criteria and extension rules are used in this classification. |
5. Products for use in ventilation systems (excluding smoke and heat exhaust ventilation)
Table 5.1
| Applies to | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts | Fire resisting ventilation ducts |
|---|---|---|---|---|---|---|---|---|---|---|---|
| E | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| EI | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| S | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference to the duct surface area during the fire test | 10 m3/(m2h) maximum leakage rate with reference 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 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. | In addition to meeting the requirements related to integrity (E) the duct must also achieve 15 m3/(m2h) maximum leakage rate with reference to duct surface area during the fire test. The classification defines how the element has been tested and refers to a fire from the inside ‘(i→o)’ or from the outside ‘(o→i)’ or both ‘(i ↔o)’. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use. The classification shall indicate the pressure difference used in the test. |
Table 5.2
| Applies to | Fire dampers | Fire dampers | Fire dampers | Fire dampers | Fire dampers | Fire dampers | Fire dampers | Fire dampers | Fire dampers | Fire dampers | Fire 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) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. | In addition to meeting the requirements related to integrity (E) the fire damper shall also: (a) be tested from both sides, and (b) achieve 360 m3/(m2h) maximum leakage rate with reference to nominal duct cross sectional area during the fire test. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical (e.g., wall mounted) and/or horizontal (e.g., floor mounted) use. ‘H’ indicates a fire 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 fire damper capable of satisfying integrity (E), or integrity and insulation (EI) for the classification period having a vertical blade axis or geometry. |
6. Products to be used within electrical, power control and communication building service installations
Table 6.1
| Applies to | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components | Fire protective systems for cable systems and associated components |
|---|---|---|---|---|---|---|---|---|---|---|---|
| P | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| Notes | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. | The classification shall indicate: The type of cables which can be installed within the fire protective systems, i.e. any standard cable or only specific cables; and the cables configurations which can be protected and the operating voltage, i.e.: — either to all types of power cables (rated voltage 300/500 V) for an operating voltage up to 230/400 V (three-phase AC); — either to all types of power cables (rated voltage 450/750 V up to 0,6/1 kV) for an operating voltage up to 400/690 V (Three-phase AC); — either to all types of signal-/control cables (rated voltage up to 170 V) for an operating voltage up to 110 V; or — any combination of the above possibilities. |
Table 6.2
| Applies to | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance | Unprotected electric, power control and communication cables with intrinsic fire resistance |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Pca | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| Notes | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. |
Table 6.3
| Applies to | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) | Unprotected small electric, power control and communication cables with intrinsic fire resistance (< 20 mm diameter and with conductor sizes ≤ 2,5 mm2) |
|---|---|---|---|---|---|---|---|---|---|---|---|
| PHca | 15 | 20 | 30 | 45 | 60 | 90 | 120 | 180 | 240 | 360 | |
| Notes | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. | For power cables and control cables the classification shall indicate for which rated voltage the performance criteria are satisfied. |
7. Products to be used in smoke and heat control systems
Table 7.1
| Applies to | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts | Single compartment smoke control ducts |
|---|---|---|---|---|---|---|---|---|---|---|---|
| E600 | 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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 ‘single’ for products intended to be used for single compartment use only. ‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use, within the compartment. ‘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 7.2
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