Circuit integrity cable
Fire resistant cables designed to maintain circuit integrity for emergency systems, fire alarms, life safety installations, public buildings and critical infrastructure.
Fire resistant cables designed to maintain circuit integrity for emergency systems, fire alarms, life safety installations, public buildings and critical infrastructure.
| Voltage rating | 300/500 V, 450/750 V or 0.6/1 kV |
|---|---|
| Fire performance | Circuit integrity to relevant standard |
| Sheath | Low smoke zero halogen |
| Armour | Optional SWA for mechanical protection |
| Fire barrier | Mica glass tape or equivalent fire-resistant layer |
| Conductor | Plain or tinned annealed copper |
| Circuit use | Emergency lighting, alarm, control or critical power circuits |
| Test references | BS 6387, IEC 60331, BS 7846 or technical specification |
Open a cable construction page, then select the voltage, conductor material, core layout and cross-section row that matches your enquiry. Each row opens a cable specification sheet for quote preparation.
Use the cable type pages to compare construction details, material options and quote-ready cable references.
BS 7846 Mica XLPE LSZH SWA Fire Resistant Power Cable is a fire resistant cable construction for critical power circuits, tunnels, airports applications, using copper conductor, mica glass fire barrier, xlpe insulation, swa armour and lszh outer sheath.
View technical data →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.
View technical data →BS 7629-1 Screened Fire Alarm Cable is a fire resistant cable construction for fire alarm systems, voice alarm systems, emergency lighting control applications, using copper conductor, mica fire barrier over conductor, fire resistant lszh insulation, aluminium/polyester screen and drain wire and lszh outer sheath.
View technical data →EN 50200 PH120 Fire Alarm Cable is a fire resistant cable construction for emergency circuits, fire alarm loops, public buildings applications, using copper conductor, mica fire barrier, lszh fire resistant insulation, optional foil screen and lszh outer sheath.
View technical data →IEC 60331 Mica XLPE LSZH Fire Resistant Power Cable is a fire resistant cable construction for critical feeders, emergency power, industrial safety circuits applications, using copper conductor, mica glass tape fire barrier, xlpe insulation, lszh sheath and lszh outer sheath.
View technical data →Fire Resistant Instrumentation Cable To BS 7846 is a fire resistant cable construction for fire resistant instrumentation, emergency control circuits, safety system signals applications, using copper conductor, mica fire barrier, fire resistant lszh insulation, collective metallic screen and drain wire and lszh outer sheath.
View technical data →Silicone Rubber Fire Resistant Control Cable is a fire resistant cable construction for fire safety controls, high temperature equipment, emergency control panels applications, using copper conductor, silicone rubber fire resistant insulation, silicone rubber insulation, optional braid screen and silicone or lszh sheath.
View technical data →Mineral Insulated Copper Sheathed Fire Resistant Cable is a fire resistant cable construction for fire alarm circuits, emergency lighting, oil and gas safety circuits applications, using copper conductor, magnesium oxide mineral insulation, mineral insulation, copper sheath and copper sheath with optional lszh oversheath.
View technical data →FAQ
Fire resistant cables designed to maintain circuit integrity for emergency systems, fire alarms, life safety installations, public buildings and critical infrastructure. They are built to BS 6387, BS 7846, BS 7629-1, IEC 60331, IEC 60332.
UE Cable fire resistant cables are manufactured and tested to BS 6387, BS 7846, BS 7629-1, IEC 60331, IEC 60332. The exact standard for each construction is stated on its specification sheet.
8 construction families are catalogued under fire resistant cables, each offered across a range of conductor sizes and core or pair counts. Open any specification sheet for the exact conductor size, voltage, operating temperature, current rating, overall diameter and weight.
Yes. UE Cable manufactures to customer specification — conductor, insulation, screen, armour, sheath, colour, printing and packing. Send your requirement through the inquiry list and we typically reply within 6 hours with price, lead time and test documentation.
Related Resources
Compare nearby cable families, standards and application pages before you send an enquiry.
LSZH cables reduce smoke emission and acidic gas release during fire, supporting safer installations in public buildings, transport systems, data centers and enclosed environments.
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Low voltage power cables for fixed power distribution in buildings, utilities, industrial plants, infrastructure, renewable energy systems and general electrical installations.
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Control cables for machine tools, automation panels, plant control systems, instrumentation circuits and general industrial signal transmission.
View product page →BS 6387 is a fire resistance test standard used for cables requiring circuit integrity under fire conditions.
View standard page →BS 7846 applies to fire-resistant armoured power cables for critical circuit applications.
View standard page →BS 7629-1 covers fire-resistant screened cables commonly used in fire alarm and emergency systems.
View standard page →