Fire Door Safety Legislation 2025
Fire Door Safety Legislation 2025: What It Means for Access-Controlled Doors in Public Buildings
The UK’s fire safety regulations have undergone significant updates in 2025, with changes to Approved Document B and related standards placing greater emphasis on the performance, maintenance, and documentation of fire doors. For public buildings, where access control systems are common and foot traffic is high, these updates carry important implications.
The Shift to BS EN 13501: What’s Changed?
The long-standing BS 476 fire testing standard is being phased out in favour of the BS EN 13501 classification system. This European standard provides a more consistent and rigorous approach to fire performance across building products.
What This Means for Fire Doors:
- Fire doors must now be tested and classified under BS EN 13501.
- All components—including locks, closers, and access control hardware—must be certified for use in fire-rated assemblies.
Access-Controlled Doors: Key Compliance Requirements
1. Self-Latching and Single-Action Release
- Fire doors must close and latch automatically and allow immediate egress with a single action.
- Maglocks alone are not compliant: They rely on power and do not provide mechanical latching.
- Pairing a maglock with a mechanical lock may violate fire safety law if it requires more than one action to open the door.
- Acceptable solutions include panic bars or escape locks that provide both latching and single-action release.
2. Fail-Safe Operation
- Doors must allow safe egress during emergencies.
- Access control systems must release automatically during fire alarm activation or power failure.
3. Certified Components
- All hardware must be listed for use on fire-rated doors by a recognised certification body.
- Installed according to manufacturer guidelines and tested as part of a complete door assembly.
Public Buildings Covered by the Legislation
The 2025 updates apply to a wide range of public facilities, including:
| Building Type | Covered by Legislation | Notes |
|---|---|---|
| Schools and Universities | ✅ Yes | High occupancy and access control systems |
| Hospitals and Clinics | ✅ Yes | Critical need for safe egress and compartmentation |
| Libraries and Museums | ✅ Yes | Public access and varied fire risk profiles |
| Government Buildings | ✅ Yes | Security and fire safety integration required |
| Community Centres | ✅ Yes | Often multi-use with vulnerable occupants |
Impact on Existing Installations
The legislation does not mandate immediate replacement of existing fire doors or access control systems. However, it introduces stricter responsibilities for ensuring ongoing compliance:
- Regular inspections are required to confirm functionality.
- Fire safety documentation must be updated to include specifications for existing doors and access control components.
- Self-closing, self-latching, and single-action release mechanisms must be verified.
- The responsible person must confirm receipt of adequate fire safety information and notify authorities accordingly.
Maintenance & Inspection Duties
Under the Fire Safety (England) Regulations 2022, public buildings must:
- Inspect self-closing devices quarterly in communal areas.
- Maintain and update fire safety documentation under Regulation 38.
- Ensure all fire doors and access control systems are in good working order and compliant with current standards.
What You Should Do Now
- Audit all access-controlled fire doors for compliance.
- Remove or reconfigure any systems that require more than one action to open.
- Document all fire door specifications and maintenance procedures.
- Train facilities staff and contractors on the new requirements.
Final Thoughts
The 2025 fire safety updates are a vital step forward for public buildings, where occupant safety and regulatory compliance must go hand in hand. Ensuring that access-controlled doors meet both mechanical and fire safety standards, including self-latching and single-action release, is not just a legal obligation—it’s a critical part of protecting lives in high-traffic environments.