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Cable Standard

BS 6387 Fire Resistant Cable

BS 6387 is a fire resistance test standard used for cables requiring circuit integrity under fire conditions.

Emergency lighting / Fire alarm 1 related product families 1 cable references
Applications3Emergency lighting, Fire alarm, Critical power
Products1Fire Resistant Cables
Cable Types1Specific cable construction pages
QuoteDetailsConstruction, marking, testing and packing notes

Scope

Fire performance testing for cables used in critical and emergency circuits.

Applications

  • Emergency lighting
  • Fire alarm
  • Critical power

Standard Selection Data

Standard focusFire performance testing for cables used in critical and emergency circuits.
Typical applicationsEmergency lighting, Fire alarm, Critical power
Related product familiesFire Resistant Cables
Common voltage references300/500 V, 450/750 V or 0.6/1 kV
Construction impactCopper conductor; Mica glass fire barrier; XLPE, silicone or LSZH insulation; Optional armour
Datasheet requirementConfirm construction, rating, sheath, testing reference, marking and packing before quotation

Cable Construction Impact

  • Copper conductor
  • Mica glass fire barrier
  • XLPE, silicone or LSZH insulation
  • Optional armour
  • LSZH outer sheath

Cables Using This Standard

Use these cable pages to move from the standard reference to a quote-ready construction.

CWZ fire survival power cable

BS 6387 CWZ Mica LSZH Fire Resistant Power Cable

BS 6387 CWZ Mica LSZH Fire Resistant Power Cable is a fire resistant cable construction for emergency lighting, fire pumps, smoke extraction applications, using copper conductor, mica glass fire barrier, fire resistant lszh insulation, lszh bedding and sheath and lszh outer sheath.

  • BS 6387 CWZ Mica LSZH
  • BS 6387
  • 450/750 V
View technical data →

Procurement Notes

When using this standard for an enquiry, confirm the full cable designation, conductor size, core count, voltage rating, sheath material, installation environment, testing requirements, cable marking and packing length. Standards help define the technical baseline, but the quote details should always match the final cable specification.

Quote Details

  • Cable type and standard reference
  • Conductor material, size and class
  • Core count, pair count or fiber count
  • Voltage rating and operating environment
  • Screening, armour, fire performance and sheath material
  • Cable marking, drum length, packing and delivery requirements

FAQ

What does BS 6387 Fire Resistant Cable affect in cable selection?BS 6387 Fire Resistant Cable normally affects the cable construction, application range, testing references and datasheet wording. Buyers should use the standard page together with the product page before final quotation.
Is BS 6387 Fire Resistant Cable enough to specify a cable?Usually no. A complete enquiry should also include conductor size, core count, voltage rating, sheath material, screening or mechanical protection, installation environment and any customer-specified approvals.
Which UE Cable product families relate to BS 6387 Fire Resistant Cable?Fire Resistant Cables