Fire Resistant Cables

Fire-Resistant Cables | Safety, Compliance, and Performance by Camcom Signaling Innovation

In today’s infrastructure, human safety and system continuity are non-negotiable. That’s why Camcom’s fire-resistant cables are designed to keep electrical circuits running even under extreme conditions. The power emergency systems like fire alarms, evacuation circuits, smoke extraction fans, and building management systems (BMS), ensuring life-safety and operational continuity when it matters most.
With constantly evolving safety regulations and high-performance expectations, Camcom provides premium fire-resistant cables tailored for mission-critical environments worldwide.
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What Are Fire-Resistant Cables?
Unlike standard flame-retardant cables, which just slow down fire spread, fire-resistant cables actually keep the power flowing to essential systems during a fire.
Key features include:
• Fire-resistant insulation layers, such as mica tape and halogen-free compounds
• Compliance with international standards: IEC 60331, EN 50200, BS 6387 CWZ
• Performance ratings:
o FE180 – insulation integrity for 180 minutes
o PH120 – power circuit functionality for 120 minutes
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Why Fire Resistance Matters
In critical infrastructure, a failure of emergency systems during a fire can be catastrophic. Camcom fire-resistant cables ensure:
• Timely evacuation and life-safety operations
• Continuous functionality of fire alarms, PA systems, and smoke extraction
• Protection of critical communication and automation systems
Typical high-risk applications include:
• Hospitals and medical facilities
• High-rise commercial and residential buildings
• Metro and rail tunnels
• Airports and logistics hubs
• Oil, gas, and petrochemical plants
• Data centers and control rooms
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Technical Features of Camcom Fire-Resistant Cables
Camcom integrates advanced technical features for superior fire endurance and safety:
• LSZH (Low Smoke Zero Halogen) insulation and outer sheaths reduce toxic emissions
• Mica fire barriers provide flame and heat resistance
• HFFR compounds ensure safety for people and the environment
• CPR-compliant classifications (B2ca, Cca) for strict fire performance requirements
• UV, moisture, and chemical resistance for industrial and outdoor applications
All products are built to deliver uninterrupted power and signal transmission during fire incidents.
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Our Product Range
• JE-H(St)H Bd FE180 PH120: Standard-compliant cables for emergency lighting and fire alarms
• JE-H(St)H Bd FE180 E30/E60/E90 PH120: Extended fire survival for hospitals, metros, and tunnels
• LIH(St)H FE180 PH120: Ideal for voice evacuation and control systems
• Custom solutions: Tailored color coding, core count, and sheath options
All products are ISO-certified and comply with CPR and REACH directives.
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Applications
Fire-resistant cables are used wherever systems must remain operational during a fire, including:
• Fire alarm circuits
• Emergency lighting systems
• Smoke and heat ventilation
• Public address and voice evacuation (PA/VA)
• Building automation and fire suppression networks
• Emergency power distribution
• Control panels in power plants and substations
They’re crucial for supporting evacuation, firefighting, and disaster control efforts.
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International Standards and Compliance
Camcom fire-resistant cables meet global standards:
• IEC 60331-21 – circuit integrity under fire with mechanical shock
• BS 6387 CWZ – fire, water spray, and mechanical impact
• EN 50200 & EN 50575 (CPR) – European fire performance standards
• TSE K 312 – Turkish halogen-free fire-rated cables
• RoHS & REACH – environmental compliance
These certifications support global regulatory acceptance and green building certifications like LEED and BREEAM.
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Innovation and R&D
We invest in cutting-edge materials, flameproof design, and proprietary manufacturing. Our in-house labs feature:
• Fire chambers and vertical flame tests
• Smoke density analysis tools
• Full lifecycle quality control
Plus, we provide custom design capabilities for non-standard dimensions, core counts, or jackets, ensuring project-specific performance.
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Global Delivery and Support
Camcom serves over 120 countries, supporting:
• EPC contractors
• Electrical wholesalers and distributors
• Infrastructure developers
• Industrial automation integrators
We offer fast logistics, multilingual documentation, and agile project support—perfect for large-scale, time-critical projects.
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Why Choose Camcom Fire-Resistant Cables?
• Wide product range: JE-H(St)H, LIH(St)H, and custom types
• Full compliance with CPR, EN, IEC, and BS standards
• In-house R&D and rigorous quality testing
• Global presence with proven export performance
• Fast project-specific customization and support
• Transparent technical documentation and expert engineering guidance
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Commitment to Safety and Sustainability
Human safety and environmental protection are our priorities. Camcom’s halogen-free, low smoke designs reduce toxic emissions while ensuring reliable infrastructure performance.
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Fire-Resistant Cables — Frequently Asked Questions
What is the difference between FR and FRLS cable?
• FR (Flame Retardant): Prevents fire spread after ignition is removed
• FRLS (Flame Retardant Low Smoke): Same as FR but emits less smoke and toxic gases
What is the difference between FRLS and LSZH?
• FRLS: Flame-retardant PVC with limited smoke
• LSZH: No halogens, almost no toxic or corrosive gas — preferred in high-occupancy environments
Is PVC cable fire-resistant?
No. Standard PVC is flame-retardant but cannot maintain circuit integrity during a fire.
Is XLPE cable fire-resistant?
Not inherently. XLPE provides thermal and electrical performance, but requires mica layers or halogen-free sheaths for fire-resistant ratings like FE180 PH120.