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Flame Retardant Low Smoke Cables

Name: Flame Retardant Low Smoke Cables
Brand: K.M Cables & Conductors
Price: 30 INR
Availability: InStock

Price 30 INR/ Meter

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Flame Retardant Low Smoke Cables Specification

Tensile Strength
Minimum 15 N/mm (insulation)

Cable Type
FRLS House Wiring, Power Cable

Conductor Type
Stranded or Solid

Insulation
FRLS PVC

Features
Flame Retardant, Low Smoke, Halogen Free, High Fire Safety, Durable, Flexible, Non-toxic Emission

Conductor Shape
Round

Dielectiric Strength
2.5 kV (for 1 minute)

Armored Material
Optional: Steel Wire/Strip Armoring for enhanced protection

Number of Conductor
Single or Multi-Core (1C, 2C, 3C, up to 5C)

Usage & Applications
Power Supply, Internal Wiring, Safety Zones, Fire Sensitive Areas

Install Type
Indoor / Outdoor, Surface / Concealed Installation

Weight
Variable as per size; 7-50 kg per coil

Core Number
Single core to multiple cores

Operating Temperature
Up to 70C continuous

Core Material
Copper

Rated Temperature
-10C to +70C

Diameter
Depends on core count and size: ranges from 2 mm to 20 mm

Product Type
Flame Retardant Low Smoke Cable

Length
Standard lengths: 100 meters; customizable on request

Voltage
Up to 1100V

Insulation Material
Flame Retardant Low Smoke Polyvinyl Chloride (FRLS PVC)

Application
Residential, Commercial, Industrial Wiring, Power Distribution, Public Spaces

Conductor Material
Copper

Jacket Material
FRLS PVC

Storage Temperature
-25C to +70C

Shield Material
No external shield (unshielded)

Jacket Color
Available in Red, Yellow, Blue, Black, Green, White

Dimension (L*W*H)
Varies with cable size and core count; standard coil dimensions

Material
Copper Conductor, FRLS PVC Insulation & Sheath

Color
Red, Yellow, Blue, Black, Green, White

Size
Range: 0.5 sq.mm to 400 sq.mm

UV Resistance
Yes

Max. Short Circuit Temperature
160C

Minimum Bending Radius
12 x Cable Diameter

RoHS Compliance
Yes

Fire Resistance Duration
Up to 90 minutes

Earth Continuity Conductor
Available as per specification

Wire Identification
Sequential marking and color-coding

Packing Type
Plastic-coiled/boxed

Lead-Free
Yes

Flame Test
Passes flame retardance test as per IEC 60332

Smoke Density
Low Smoke emission in case of fire

Halogen Content
Halogen Free

Moisture Resistance
Yes

Oxygen Index
Above 29% (enhanced safety)

Flame Retardant Low Smoke Cables Trade Information

Minimum Order Quantity
100 Meter

Supply Ability
1000 Per Day

Delivery Time
1 Days

About Flame Retardant Low Smoke Cables

These Flame Retardant Low Smoke Cables are insulated with special type FRLS PVC compound. These cables possess high oxygen and temperature index. Our provided cables are known for their low smoke emitting and toxic fumes suppressing properties. The properties of low smoke and acid gas generation maintain the visibility and accelerate the evacuation and rescue operation. The Flame Retardant Low Smoke Cables is suitable for use in high rise buildings, hospital, theaters, schools, and colleges etc. where the density of the people is high.

Low Smoke, Halogen Free Safety

FRLS cables drastically reduce smoke and toxic gas emissions in the event of fire, ensuring better visibility and safer evacuation. Their halogen-free construction eliminates the risk of corrosive and toxic fumes, making them ideal for public spaces, offices, and safety-sensitive installations.

Reliable Fire Protection and Resistance

Tested to IEC 60332 standards, these cables offer flame retardance and fire resistance up to 90 minutes. Their oxygen index above 29% means they support enhanced fire safety, making them suitable for critical locations like hospitals, schools, and industrial sites.

Durability and Compliance

With moisture resistance, UV protection, and a wide operating temperature range, FRLS cables are suitable for demanding indoor and outdoor conditions. Full RoHS and lead-free compliance ensures environmental safety while the robust construction guarantees long-term reliability.

FAQs of Flame Retardant Low Smoke Cables:

Q: How do Flame Retardant Low Smoke (FRLS) Cables enhance safety during a fire?

A: FRLS cables emit significantly less smoke and toxic gases compared to standard cables due to their low smoke, halogen-free insulation. This reduces the risk of suffocation and improves visibility, aiding safer evacuation and minimizing equipment damage during fires.

Q: What are the main applications of these FRLS cables?

A: These cables are suitable for residential, commercial, and industrial wiring, power distribution, and installations in fire-sensitive or public areas such as hospitals, schools, and offices. They can be used for both surface and concealed wiring, indoors and outdoors.

Q: When should I use FRLS cables over regular PVC cables?

A: Use FRLS cables when fire safety, low smoke emission, and non-toxicity are crucialparticularly in areas with high human occupancy or where vital equipment must be protected from corrosive gases during fires.

Q: Where can these cables be installed and what installation types are supported?

A: FRLS cables are designed for versatility and can be installed indoors and outdoors, either on the surface or concealed within walls. They are suitable for power supply, internal wiring, safety zones, and fire-sensitive areas.

Q: What is the process for ordering cables in custom lengths or configurations?

A: Standard lengths are 100 meters, but customization is available upon request. Customers can specify core count, size, color, and armoring requirements to suit their project needs. Distributors and manufacturers in India can assist with tailored orders.

Q: How does the flame retardance and fire resistance of the cables meet safety standards?

A: These cables pass the IEC 60332 flame test and are rated for up to 90 minutes of fire resistance, ensuring compliance with stringent international and local fire safety standards for wiring systems.

Q: What benefits do sequential marking and color-coding provide during installation?

A: Sequential marking and color-coding improve wire identification, streamline installation, and help with ongoing maintenance or troubleshooting, reducing errors and installation time in complex wiring projects.

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