32024R1681

EUR-Lex

Access to European Union law

This document is an excerpt from the EUR-Lex website

EUROPA
EUR-Lex home
Search results
Delegated regulation - EU - 2024/1681 - EN - EUR-Lex

Help

Search tips

Need more search options? Use the Advanced search

Document 32024R1681

1/1

Commission 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

C/2024/1356

OJ L, 2024/1681, 13.6.2024, ELI: http://data.europa.eu/eli/reg_del/2024/1681/oj (BG, ES, CS, DA, DE, ET, EL, EN, FR, GA, HR, IT, LV, LT, HU, MT, NL, PL, PT, RO, SK, SL, FI, SV)

Legal status of the document In force

ELI: http://data.europa.eu/eli/reg_del/2024/1681/oj

HTML

PDF - authentic OJ

e-signature

How to verify the authenticity of the Official Journal

Official Journal
of the European Union

L series

2024/1681

13.6.2024

COMMISSION 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

(Text with EEA relevance)

THE EUROPEAN COMMISSION,

Having regard to the Treaty on the Functioning of the European Union,

Having regard to Regulation (EU) No 305/2011 of the European Parliament and of the Council of 9 March 2011 laying down harmonised conditions for the marketing of construction products and repealing Council Directive 89/106/EEC (1), and in particular Article 27(1) thereof,

Whereas:

(1)	Commission Decision 2000/367/EC (2) establishes a system for classifying the performance of construction products with regard to their resistance to fire. That system is based on a harmonised solution for assessing that performance and for classifying the results of those assessments.

(2)	Decision 2000/367/EC does not cover certain classes of performance and thus limits the possibility to declare a more detailed performance. It is therefore necessary to establish classes of performance that are up-to-date to the latest technological and market developments.

(3)	New classifications for non-loadbearing elements or products with a fire-separating function applicable to unloaded roofs, non-mechanical fire barriers for ventilation ductwork, penetration seals, combined penetration seals, linear joint seals and air transfer grilles should be added.

(4)	The obsolete classification R for load-bearing elements with a fire-separating function applicable to floors and roofs should be removed as it is effectively covered with the table related to load-bearing elements without a fire-separating function.

(5)	The technical progress in the assessment methods also requires more detailed explanations and points of reference as regards the products, including revised information in notes.

(6)	In order to enable manufacturers to declare sufficiently detailed classes of performance of construction products with regard to their resistance to fire in line with the latest technological and market developments, and in the interest of legal clarity, Decision 2000/367/EC should be repealed.

(7)

In accordance with Article 27 of Regulation (EU) No 305/2011, classes of performance in relation to the essential characteristics of construction products need to be established by the Commission. In accordance with Article 27(2) of that Regulation, those classes are to be used in harmonised standards,

HAS ADOPTED THIS REGULATION:

Article 1

Classes of performance in relation to the resistance to fire of construction products, as set out in the Annex, are established.

Article 2

Decision 2000/367/EC is repealed.

References to Decision 2000/367/EC shall be construed as references to this Regulation.

Article 3

This Regulation shall enter into force on the twentieth day following that of its publication in the Official Journal of the European Union.

This Regulation shall be binding in its entirety and directly applicable in all Member States.

Done at Brussels, 6 March 2024.

For the Commission

The President

Ursula VON DER LEYEN

(1) OJ L 79, 16.3.2006, p. 27.

(2) Commission Decision of 3 May 2000 implementing Council Directive 89/106/EEC as regards the classification of the resistance to fire performance of construction products, construction works and parts thereof (OJ L 133, 6.6.2000, p. 26).

ANNEX

A. SYMBOLS

For the purposes of this Annex the following symbols apply:

R	Load-bearing capacity
E	Integrity
I	Insulation
W	Radiation
M	Mechanical action
C	Self-closing
C0-5	Durability of self-closing:
	Use category (C)	Number of cycles
	5	≥ 200 000
	4	≥ 100 000
	3	≥ 50 000
	2	≥ 10 000
	1	≥ 500
	0	≥ 1
S	Smoke leakage (in context of ventilation systems)/Smoke control (in context of doors)
P	Continuity of power and signal supply under the standard time temperature curve
PH	Continuity of power and signal supply under constant temperature
G/O	Soot fire resistance
K	Fire protection ability
T	Temperature class expressed in maximum gas temperature in °C (operating temperature)
D	Stability duration under constant temperature
DH	Stability duration under the standard time-temperature curve
F	Functionality of powered smoke and heat ventilators
B	Functionality of natural smoke and heat ventilators

B. CLASSES OF PERFORMANCE IN RELATION TO THE RESISTANCE TO FIRE OF CONSTRUCTION PRODUCTS

General

The relevant definitions, tests and performance criteria are fully described or referenced in the European resistance to fire classification standards, harmonised European product standards, European testing standards, and relevant parts of Eurocodes.

If for asymmetrical elements the declared class of the element is only valid from one side, the class shall be accompanied by this information.

The following classes of performance are expressed in minutes unless otherwise specified.

1. Load-bearing elements without a fire-separating function

Table 1

Applies to	Walls, floors, raised floors, roofs, beams, columns, balconies, walkways, stairs
R		15	20	30	45	60	90	120	180	240	360

2. Load-bearing elements with a fire-separating function

Table 2.1

Applies to	Walls
RE		15	20	30	45	60	90	120	180	240	360
REI		15	20	30	45	60	90	120	180	240	360
REI-M		15	20	30	45	60	90	120	180	240	360
REW		15	20	30	45	60	90	120	180	240	360

Table 2.2

Applies to	Floors, roofs, roof windows, rooflights and shutters
RE		15	20	30	45	60	90	120	180	240	360
REI		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.

Table 2.3

Applies to	Raised floors
RE		15	20	30	45	60	90	120	180	240	360
REI		15	20	30	45	60	90	120	180	240	360
Notes	The classification shall be made specific depending on the exposure. The absence of the designation letter ‘r’ refers to standard temperature/time curve exposure (full fire resistance) whereas its presence refers to the constant temperature attack of 500 °C (reduced exposure). Raised floors satisfying the standard temperature/time curve exposure for a given time are considered to satisfy the reduced exposure conditions for at least the same period.

3. Products and systems for protecting load-bearing elements

Table 3.1

Applies to	Ceilings with no independent fire resistance
Assessment of the contribution to the fire resistance of structural members: Expressed in terms of classification of the load-bearing element being protected.
Notes	If satisfying the criteria with regard to the ‘semi-natural’ fire, the symbol ‘sn’ is added to the classification.

Table 3.2

Applies to	Fire protective coatings (reactive), boards (slabs and mats), renderings (sprays), claddings and screens
Assessment of the contribution to the fire resistance of structural members: Expressed in terms of classification of the load-bearing element being protected.
Notes	For coatings, if satisfying the criteria with regard to the ‘slow heating’ curve, the symbol ‘IncSlow’ is added to the classification.

4. Non-loadbearing elements or products with a fire-separating function

Table 4.1

Applies to	Partitions (including partitions incorporating uninsulated portions) and fixed windows
E		15	20	30	45	60	90	120	180	240	360
EI		15	20	30	45	60	90	120	180	240	360
EI-M		15	20	30	45	60	90	120	180	240	360
EW		15	20	30	45	60	90	120	180	240	360

Table 4.2

Applies to	Unloaded roofs
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

Table 4.3

Applies to	Cavity barriers
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 is completed by a separate indication, if satisfying the sudden exposure test for cavity barriers.

Table 4.4

Applies to	Ceilings with independent fire resistance
EI		15	20	30	45	60	90	120	180	240	360
Notes	The classification is completed by indicating how the element has been tested, and refers to a fire from above ‘(a→b)’ or from below ‘(b→a)’ or both ‘(a ↔b)’.

Table 4.5

Applies to	Facades (curtain walls) and external walls (including glazed elements)
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	The classification is completed by ‘(i→o)’; ‘(o→i)’; or ‘(i↔o)’ to indicate whether the element has been tested and fulfils the requirements from the inside only; from the outside only; or from both sides respectively. The addition of the suffix ‘ef’ indicates that the test was performed on the basis of the external fire curve.

Table 4.6

Applies to

Non-mechanical fire barriers for ventilation ductwork

120

180

240

360

120

180

240

360

Notes

In addition to meeting the requirements related to integrity (E), the non-mechanical fire barrier 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.

There is no S classification for this product, as it has no ambient temperature smoke performance.

‘ve’ and/or ‘ho’ show the product is intended to be used for vertical and/or horizontal use.

Table 4.7

Applies to	Penetration seals
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 is expressed in terms of classification of the supporting construction with fire-separating function being penetrated. The classification of pipe penetration seals is completed by the addition of ‘U/U’, ‘C/U’, ‘U/C’, or ‘C/C’ depending on the tested pipe end configuration inside the furnace and outside the furnace respectively (U – uncapped; C – capped).

Table 4.8

Applies to	Combined penetration seals
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 is expressed in terms of classification of the supporting construction with fire-separating function being penetrated. The classification shall be completed with the additional relevant classifications of combined elements as given in this annex.

Table 4.9

Applies to

Linear joint seals

120

180

240

360

120

180

240

360

Notes

The classification is completed by the addition of the symbols

—	‘H’, or ‘V’, or ‘T’ indicating that the classification is valid for the corresponding orientation (Horizontal supporting construction; Vertical supporting construction – vertical joint; Vertical supporting construction – horizontal joint respectively),

—	‘M’, or ‘F’, or ‘B’ indicating the type of splices (Manufactured; Field; or Both manufactured and field respectively),

—	‘X’; or ‘Mxxx’ indicating the movement capability (No movement; or Movement induced (in %) respectively), including the subscript ‘lat’ or ‘shear’ indicating the induced movement, and

—	‘W w1 to w2’ indicating the joint width range (in mm) for which the classification criterion is satisfied (w1 being the lower width and w2 the higher width limit).

Table 4.10

Applies to	Fire resisting doorsets, openable windows (in walls and roofs), openable rooflights and shutters (including those that incorporate glazing, closing devices and other building hardware)
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
S200	For elements and products having passed smoke control criteria depending on test conditions fulfilled.
Sa3 or Sa4	For elements and products having passed smoke control criteria depending on test conditions fulfilled.
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.
Notes	The EI classification is completed by the addition of the suffix ‘1’ or ‘2’ to indicate which definition of insulation is used. In the case the classification does not cover heating on both the closing and the opening face, this shall be made explicit in the classification. This table does not include or address products for smoke ventilation. Additional smoke control classification of large industrial doorsets is possible to a leakage limit of 50 m3/h.

Table 4.11

Applies to	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.
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’.

Table 4.12

Applies to	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.

Table 4.13

Applies to	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.

Table 4.14

Applies to	Chimneys
	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.

Table 4.15

Applies to	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.

5. Products for use in ventilation systems (excluding smoke and heat exhaust ventilation)

Table 5.1

Applies to	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
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.

Table 5.2

Applies to

Fire dampers

120

180

240

360

120

180

240

360

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.

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

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.

Table 6.2

Applies to	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.

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)
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.

7. Products to be used in smoke and heat control systems

Table 7.1

Applies to	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.
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.

Table 7.2

Applies to	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.
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.

Table 7.3

Applies to

Single compartment smoke control dampers

E600

120

180

240

360

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.

Table 7.4

Applies to

Multi-compartment fire resistant smoke control dampers

120

180

240

360

120

180

240

360

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.

‘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.

‘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
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
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
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.

ELI: http://data.europa.eu/eli/reg_del/2024/1681/oj

ISSN 1977-0677 (electronic edition)

Top

Choose the experimental features you want to try