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Fire Doors Doors

These specialist doors are tested against the elements and purpose-built to withstand roaring fires for as long as possible. They enable buildings to compartmentalise and delay the spread of fire from one area to another.

Fire doors have a few vital safety features and really can be the difference between life and death. Two of the most important functions fire doors have are:

  • When closed, they form a barrier to stop the spread of fire
  • When opened, they provide a means of escape

Because of their importance in protecting lives, it is imperative that fire doors receive regular inspections – frequency is likely to depend on many factors, including the age and condition of the door. Fire doors should always be fitted correctly by a competent installer, as they’re a carefully engineered fire safety device.

Under the Regulatory Reform (Fire Safety) Order 2005 (FSO), landlords have a responsibility to ensure their properties and tenants are safe. The ‘responsible person’ has a legal responsibility under the FSO and can be criminally prosecuted if they do not fulfill their duties. The responsibility extends to the requirement for a fire risk assessment in all non-domestic buildings, including the common parts of flats or houses with multiple occupation.

Features of fire doors

Here are some of the key features to look out for in terms of both domestic and commercial use:

  • Fire doors are made up of various components. The door itself is usually made from a       solid timber frame, but they can sometimes be covered again in fire-resistant glass. This       glass should be able to withstand exposure to the heat condition in a fire test for at least 60 minutes before it reaches a temperature high enough to soften it.
  • Around the edges of the door will be the intumescent seal, which is designed to expand when temperatures reach beyond 200°C to seal the gaps between the       door and frame.
  • For a private premises, it is advised to install fire doors where the risk is most imminent, for example the kitchen, or rooms which house lots of electrical devices.       If your property is a new build, it should have been subject to regulations ensuring certain doors are fire doors – check this with the developer. As it currently      stands, fire doors are only legally required in Houses in Multiple Occupation
  • For commercial or non-domestic properties, liability lies with whoever is deemed the ‘responsible person’ for that property or the employer. For example, the      owner of the property, or the person in control of the property for trade reasons would be responsible.
  • Thorough risk assessments must be carried out and it is advisable to get professional help with all fire-safety-related regulations. There is more to passive fire       protection and fire safety than just fire doors; escape routes, lighting, warning systems and equipment checks are also required.
  • Many deaths during fires are not from direct contact with the flames, but the consumption of smoke. With this in mind, keep an eye out for a doorset with cold       smoke seals. These should be within the intumescent seal. Exceptions may apply where the leakage of the smoke is essential for detecting a fire early.

Frequently Asked Questions

Common questions answered by our technical team.

A boom barrier (also known as an arm barrier or road barrier) is an automatic barrier with a horizontal arm that blocks and allows vehicle passage. It is used at parking facilities (residential complexes, malls, offices), toll plazas, industrial entrances, petrol stations, railway level crossings, and airports.

A boom barrier controls vehicle access by raising and lowering a horizontal arm and does not provide a solid barrier against a determined vehicle. A sliding gate provides a solid structural barrier appropriate where maximum security is required. Boom barriers are preferred where fast throughput is needed with lower security requirements.

Standard boom barrier motors operate on 230V AC, 50Hz single-phase supply and consume 60-200W during operation. Standby power consumption is typically 5-15W. Optional battery backup systems allow 100-500 operations on backup power after a mains failure.

Boom barriers can be triggered by vehicle induction loop in the road, remote control, RFID card reader, push button on a pedestrian panel, QR code scanner, intercom with guard release, ANPR camera with plate recognition, or integration signal from a parking management system.

Monthly: check arm balance, clean optical sensors. Quarterly: lubricate pivot and hinge points, check arm joint fasteners. Bi-annually: motor load test, limit switch adjustment. Annually: full service including motor winding resistance check, spring replacement if required, and cabinet seal inspection.

Yes. Rudhar Group supplies boom barriers rated for continuous-duty toll plaza applications with cycle rates of up to 600-1200 operations per day. These heavy-duty models are compatible with ETC (Electronic Toll Collection) systems, FASTag RFID readers and toll management software.
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