FIRE CABLE

Product Details:

Connection Electrical Wiring
Capacity Standard as per IS Code
Voltage 1100 Volts
Rated Current Varies (Typically 5A to 32A depending on cable size)
Conductor Material Copper
Conductor Type Stranded / Solid
Product Type Fire Resistant Cable
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FIRE CABLE Product Specifications

Connection Electrical Wiring
Rated Current Varies (Typically 5A to 32A depending on cable size)
Color Red
Conductor Material Copper
Product Type Fire Resistant Cable
Capacity Standard as per IS Code
Jacket Material PVC
Weight As per size and length
Dimension (L*W*H) Varies as per requirement
Voltage 1100 Volts
Insulation Material PVC (Polyvinyl Chloride)
Conductor Type Stranded / Solid

Packaging Type Rolls or Drum
Number of Cores Single and Multi Core options
Fire Resistance Withstands up to 3 hours under direct flame
Application Fire Alarm and Emergency Systems
Compliance IS 694, IEC Standards
Operating Temperature -20°C to +70°C
Shielding No
Flexibility Flexible
Wire Size Range 1 sq.mm to 16 sq.mm

Product Description

Product Details:

Type	LT
Length	METER
Voltage	1100 V
Condition	New
Test Voltage (V)	3 KV
Insulation Resistance	Yes
Packaging Type	ROLL PACKING
Fire Resistant	Yes
Armoured	Yes
Conductor Type	COPPER
Sheath Type	PVC
Product Type	ARMOURED, FLEXIBLE
Color	Black
Size	0.25 sq mm to 10 sq mm
Material	PVC
Brand	FINOLEX, POLYCAB, GLOSTER, HAVELLS
Is It Armoured	Armoured
Application	Controlling
Is It Fire Resistant	Fire Resistant
Number of core	2,3,upto 36 core,4

Exceptional Fire Resistance

FIRE CABLES are specifically engineered to endure direct flame exposure for up to 3 hours. This exceptional fire resistance helps ensure continuous operation of fire alarm and emergency systems during critical situations, minimizing risks and enhancing safety in residential, commercial, and industrial settings.

Versatile Applications and Reliable Performance

Designed to operate efficiently between -20C and +70C, these cables are suitable for various environments. Available in both single and multi-core options, they support flexible installation to accommodate any wiring layout. Meeting stringent IS 694 and IEC standards, they provide dependable protection and signal reliability.

FAQs of FIRE CABLE:

Q: How are FIRE CABLES installed in fire alarm and emergency systems?

A: FIRE CABLES can be installed using standard electrical wiring techniques, either in conduit or surface-mounted trays, depending on system design. Their flexible construction allows easy routing through tight spaces, ensuring a secure and reliable connection for alarm devices and emergency circuits.

Q: What benefits do FIRE CABLES offer over regular cables in fire safety applications?

A: FIRE CABLES are engineered to withstand up to 3 hours of direct flame, ensuring the continuous function of critical systems during fire incidents. They are also compliant with IS 694 and IEC standards, offering enhanced safety, reliability, and long-term durability compared to ordinary wires.

Q: When should FIRE CABLES be used in building infrastructure?

A: FIRE CABLES are essential for installation in all fire alarm, detection, and emergency warning systems where uninterrupted operation during fire emergencies is vital. They should be incorporated during new construction or fire safety upgrades to protect life and property.

Q: Where can FIRE CABLES be sourced in India?

A: FIRE CABLES are available through authorized distributors, exporters, manufacturers, suppliers, and traders across India. They are typically supplied in rolls or drum packaging to suit both small and large-scale project needs.

Q: What is the process for selecting the correct FIRE CABLE for a particular application?

A: Selecting the right FIRE CABLE involves assessing your systems voltage (up to 1100V), current requirements (5A to 32A depending on cable size), and the desired number of cores. Cable length, dimensions, and flexibility needs are also considered. Consulting with suppliers ensures you choose a product compliant with IS Code standards.

Q: How does the construction of FIRE CABLES contribute to their performance?

A: These cables use high-quality copper conductors (stranded or solid) insulated and jacketed with PVC for flexibility, heat resistance, and protection. Their robust build ensures reliable signal transmission even in challenging fire conditions, and the bright red color offers easy identification.

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