Fire Alarm Cable

Your Professional Fire Alarm Cable Supplier

Chat Now is a manufacturing company focused on customized low-voltage communication cables and cable solution services. Our main products include SWA/SWB armored cables, RS485 cables, PROFIBUS cables, and SMPTE hybrid optical-electrical cables. These products are widely used in industrial automation, broadcasting, communication systems, and engineering projects.

Custom OEM Support

We provide OEM services for cable structure, materials, packaging, and small design adjustments based on customer requirements and project needs.

Professional Engineering Team

Our engineers offer practical support for cable selection, specifications, and application solutions to help customers improve project efficiency.

Stable Quality Control

With advanced production equipment and strict inspection processes, we ensure consistent cable quality, reliable performance, and stable delivery times.

Responsive Service

We provide fast communication, technical assistance, and long-term support to build smooth and reliable cooperation with global partners.

Fire Alarm Cable (FPLR) 2–4 Core 1.0–2.5mm² Solid Shielded

Parameter

Nominal Voltage U0/U	300/500V
Operation Temperature	-20℃ ~ +75℃/90℃/105℃
Installation Temperature	0℃ ~ +60℃
Minimum Bending Radius	8xD
Fire Flame Retardant	IEC 60332-1-2

Advantages of Fire Alarm Cable

Flame Retardancy

Fire Alarm Cables are made with flame-retardant material, so fire accidents can be ignored.

Low Smoke Emissions

Fire Alarm cables are made with XLPE/ LSZH material that ensures no release of harmful smoke and gas release in case of a fire emergency.

Durability

Fire Alarm Cables are designed to withstand harsh environments and can often be used for outdoor purposes.

Easy installation

Fire alarm cables are typically easy to install, with a flexible and lightweight construction that allows for easy handling and routing.

Applications of Fire Alarm Cable

Public buildings: Hospitals, airports, high-rise buildings, retail stores, shopping malls, hotels, theaters, cinemas, and schools.

Safety systems and support equipment: Fire alarm systems, warning systems, ventilation systems, escalators, elevators, safety lights, operational stations, and specialized care areas.

Transportation infrastructure: Subway systems and other railway networks.

Technology and industrial facilities: Data centers, power plants, and industrial zones containing valuable or high-risk machinery and materials.

Mining industry: Underground mining operations.

Shipbuilding and offshore structures: Fire safety in maritime and offshore facilities.

Emergency power supply systems: Backup power supply facilities.

Fire Alarm Cable (FPLR) 2–4 Core 1.0–2.5mm² Solid Shielded

Comparison of Fire Alarm Cables and Other Cables

Feature	Fire-Resistant Cable	Flame-Retardant Cable	Fire Alarm Cable	Fire-Resistive Cable (NFPA)
Primary Function	Maintain circuit integrity during fire	Prevent fire spread along cable	Reliable alarm signal transmission	2-hour survivability of life safety circuits
Typical Standards	IEC 60331, BS 6387, EN 50200	IEC 60332, UL 1685, CPR EN 50575	UL 1424, BS 7629-1	UL 2196, NFPA 70/72
Operation During Fire	Yes	Not guaranteed	Depends on rating	Yes (2-hour survivability)
Common Applications	Emergency lighting, smoke control	General wiring in fire-prone areas	Fire detection and notification	Life-safety critical circuits
Typical Construction	Mica/ceramic insulation layers	Flame-retardant polymer jackets	Shielded/unshielded twisted pairs	Mineral insulated or fire-rated systems

Common Mistakes to Avoid During the Installation and Maintenance of Fire Alarm Cables

● Selecting an incorrect cable can jeopardise fire protection. Always choose fire alarm cables rated for use in high-heat environments.
● Cables should not be routed through areas prone to pinching or physical damage. Proper routing ensures the system remains intact.
● Neglecting routine checks can lead to undetected issues. Regular testing ensures that the system remains reliable and functional.
● Unsealed cable connections can cause shorts or system failures. Proper sealing is essential for system performance.
● Always follow local fire codes for compliance. Failure to do so can lead to installation issues or legal problems.
● Ensure your cables are fire-resistant or flame-retardant. Non-resistant cables can fail in high-temperature situations.

Ordering Process

Inquiry - Quotation - Communication - Order Confirming - Deposit Payment - Production - Testing And Debugging - Balance Payment - Packing - Delivery - Customer Receiving - After Service.

Packaging and Shipping

Packaging

Coil or Drum packaging

Packing length can be adjusted based on installation needs.

Shipping

Shipping by sea, by air, by express are acceptable. According to your requirements.

Our Certificates

FAQ

Q: Can fire alarm cables be run alongside power cables?

A: Fire alarm cables can be run alongside power cables, but certain precautions must be taken to avoid electromagnetic interference (EMI).
It's generally recommended to maintain a physical separation between fire alarm and power cables. If they must cross, doing so at a 90-degree angle is advised. For situations where close proximity cannot be avoided, using shielded fire alarm cables or conduits can provide additional protection against EMI.

Q: What is the difference between shielded and unshielded fire alarm cables?

A: The main difference between shielded and unshielded fire alarm cables lies in the presence of a metallic shield around the cable's conductors in shielded cables. This shield provides additional protection against electromagnetic interference (EMI), making shielded cables suitable for environments with high levels of electrical noise.

Q: What are the requirements supporting fire alarm cables?

A: Fire alarm cables can be exposed if they are protected from physical damage. Cables must be supported by the building structure to prevent damage. Install cables in a neat, workmanlike manner.

Q: Is fire alarm cable required to be red?

A: No, fire alarm cable does not legally have to be red, although it is the industry standard.

Q: Does fire alarm cable need to be shielded?

A: Fire alarm cable does not always need to be shielded, but it is required in specific, high-interference scenarios or when mandated by the manufacturer. Shielding (typically an aluminum foil wrap) prevents Electromagnetic Interference (EMI) from causing false alarms or system failures, making it necessary near heavy machinery, data centers, or within long, complex cable runs.

Q: How often does fire alarm cable need to be supported?

A: Fire alarm cable (Power-Limited Fire Alarm, PLFA) must be supported by the building structure at intervals not exceeding 18 inches if located within 7 feet of the floor. For general horizontal runs above 7 feet, industry standards typically recommend support every 4 to 6 feet to prevent sag.

Zhejiang Chatnow New Material Technology Co., Ltd. is well-known as one of the leading fire alarm cable manufacturers and suppliers in China, specialized in providing high quality customized service. Please feel free to wholesale high-grade fire alarm cable at competitive price from our factory.