Emergency LED fittings has increased in use for its energy-saving features, minimal upkeep, and stable performance during power failures.
Why LED Emergency Lighting Makes Sense for Fire Systems
When the mains power fails, properly located LED emergency fittings clearly mark exit routes, helping occupants leave the building securely.
Unlike traditional fluorescent lights, LEDs activate immediately and do not flicker, which is critical during emergencies.
LEDs also retain their luminous output and light colour across their lifespan, preventing lighting gaps in areas such as stairwells and corridors.
Reasons to Upgrade to LED Emergency Lights
Many facilities still use traditional emergency lights with non-LED technology, which require frequent maintenance and are less energy-efficient.
LEDs are engineered to last thousands of hours, with limited output degradation. This helps building operators schedule maintenance efficiently.
Although emergency fittings aren’t used constantly, energy consumption during self-checks and recharges still contributes to overheads. LEDs consume less energy, keeping running expenses lower over time.
Their solid-state design also withstands temperature changes and routine checks, reducing the risk of malfunctions due to lamp faults.
Main Types of LED Emergency Lighting
- Maintained fittings: Operate continuously under normal conditions and continue during outages. Used in spaces with high footfall.
- Non-maintained fittings: Only activate when mains power is lost. Suitable for commercial properties.
- Exit signs: LED exit signage ensures clear visibility even in smoke-filled conditions. These are mandatory in regulated fire safety plans.
- Bulkhead lights: Designed for outdoor spaces, bulkheads are robust and ideal for car parks.
Ensuring Quality Installation and Standards Compliance
To fully benefit from LED emergency lights, proper installation and scheduled inspection are required.
Adherence to BS 5266 is essential to ensure safe coverage near emergency exits, fire points, and plant rooms.
Many LED units now include built-in monitoring functions that track battery health, reducing the need for manual testing and supporting maintenance planning.
Advantages for Facility Managers & Occupants
LED emergency lighting contributes to secure evacuation procedures and predictable servicing. Their compatibility with existing fire systems makes them a pragmatic upgrade.
Lower power consumption also supports environmental goals, while consistent operation during mains failure enhances peace of mind in emergency planning.
FAQs
- How long do LED emergency lights last?
- Well-built LED fittings typically last several years before component servicing is required.
- Do they need specialised installation?
- Yes, a competent professional should install them in line with BS 5266 to ensure correct positioning.
- Can they be used with older systems?
- Many LED models are designed to work with existing wiring and control setups, though interface should be confirmed in advance.
- Are self-test fittings worthwhile?
- Yes, they reduce manual testing effort and are particularly useful for sites with infrequent inspections.
- What brightness is appropriate for escape routes?
- Reputable fittings meet the regulatory thresholds for emergency illumination without the need for manual adjustment.
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