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RSX Self-Regulating Heat Cable

Name: RSX Self-Regulating Heat Cable
Brand: Mandar Engineering and Trading Company
Price: 50000 INR
Availability: InStock

Price 50000 INR/ Meter

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RSX Self-Regulating Heat Cable Specification

Usage & Applications
Industrial and commercial pipe freeze protection, roof and gutter de-icing, process maintenance.

Install Type
Surface mount, inside or outside pipes, tanks, gutters, etc.

Rated Temperature
Cable itself: Up to 65C (Continuous operation), Maximum Exposure: 85C (Power Off); Consult datasheet for specifics

Conductor Type
Twin-conductor parallel construction

Number of Conductor
2

Insulation
Polyolefin, Fluoropolymer (optional for harsh environments)

Core Material
Polymeric semi-conductive matrix

Dielectiric Strength
2000V AC (typical)

Core Number
2-core

Features
Self-regulating, energy efficient, provides consistent heat, adapts heat output to ambient temperature, safe from overheating, easy installation, durable construction.

Conductor Shape
Stranded

Weight
Approx. 0.1 to 0.15 kg/m (varies by model and length)

Tensile Strength
Greater than 50 N (typical for cable jacket)

Operating Temperature
-40C to 65C (continuous), Short term up to 85C

Diameter
Approx. 6-8 mm (varies by type)

Armored Material
Stainless Steel (optional) or Tinned Copper Braid

Impedance
Not typically specified for heat trace cable

Cable Type
Self-Regulating Parallel Circuit Heating Cable

Product Type
Self-Regulating Heating Cable

Length
Customizable; typically available in reels of 50 m, 100 m, or as per requirement.

Voltage
110V, 220V, or 240V depending on application requirements.

Insulation Material
Other

Application
Other

Conductor Material
Tinned Copper

Jacket Material
Polyolefin (Standard); optional Fluoropolymer for corrosive environments.

Storage Temperature
-40C to 85C

Connector Color
Gray or Black (Depending on model)

Shield Material
Tinned Copper Braid or Stainless Steel Braid

Jacket Color
Other

Dimension (L*W*H)
Typically approx. 6.5 mm x 12 mm (varies slightly by model)

Material
Semiconductive polymer core, copper conductors, insulated and jacketed.

Color
Black, Gray

Size
Standard sizes from 10W/m, 17W/m, 30W/m etc. at 10C

Ingress Protection
IP66/IP67 rated

Flexible Installation
Can be cut-to-length at site without risk of cold spots

Maximum Power Output
Available in 10 W/m, 17 W/m, 30 W/m, and other ratings at 10C

Maximum Circuit Length
Up to 100 meters (depends on cable wattage and breaker size)

Minimum Bend Radius
35 mm (when installed at -15C or higher)

RSX Self-Regulating Heat Cable Trade Information

Minimum Order Quantity
5 Meter

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About RSX Self-Regulating Heat Cable

Experience the latest in heating technology with the RS Self-Regulating Heat Cable, a masterful solution designed to deliver the finest energy efficiency and adaptability. Available in rare wattage ratings like 10 W/m, 17 W/m, and 30 W/m, this cable ensures remarkable performance for both indoor and outdoor applications. With robust IP66/IP67 protection, flame retardance, and flexible, cut-to-length installation, it's safe, reliable, and easy to use. Try now for exceptional pipe freeze protection, roof de-icing, and process temperature maintenance. Customize lengths and select features as needed for truly tailored performance.

Comprehensive Use and Material Excellence

The RS Self-Regulating Heat Cable excels in general and specific use cases, especially for pipe freeze protection, roof and gutter de-icing, and process temperature maintenance. Its durable construction features a semiconductive polymer core, tinned copper conductors, and a polyolefin or optional fluoropolymer jacket, catering to industrial, commercial, and residential settings. Installed on surfaces, inside or outside pipes and tanks, this cable adapts heat output to ambient temperature, offering both flexibility and safety across diverse applications.

Efficient Shipment and Reliable Supply

RS Self-Regulating Heat Cable is offered with secure packaging in reels of 50 m, 100 m, or customizable lengths as per requirement. Shipped via major FOB ports across India, each shipment arrives securely packaged to preserve product integrity during transit. Our supply ability is robust, accommodating bulk orders and urgent requirements seamlessly. Whether for industrial or commercial needs, prompt shipment and reliable supply ensure you never face delays in your project execution.

FAQ's of RS Self-Regulating Heat Cable:

Q: How is the RS Self-Regulating Heat Cable installed on different applications?

A: The cable's flexible, cut-to-length design allows for easy installation on pipes, tanks, roofs, and gutters. Simply surface-mount or place it inside or outside pipes, ensuring the minimum bend radius is respected during installation at different temperatures.

Q: What makes this cable suitable for both indoor and outdoor use?

A: With a durable polyolefin or optional fluoropolymer jacket, IP66/IP67 ingress protection, and UV resistance, the RS Self-Regulating Heat Cable is engineered to withstand diverse environmental conditions, making it ideal for safe installation indoors or outdoors.

Q: Where can I use the RS Self-Regulating Heat Cable?

A: The cable is perfect for various sites including industrial and commercial facilities, residential plumbing, rooftops, gutters, hot water maintenance, and process temperature regulation, providing reliable freeze protection and de-icing solutions.

Q: What are the material features of the RS Self-Regulating Heat Cable?

A: It features a semiconductive polymer core, tinned copper parallel conductors, a tough jacket (polyolefin or fluoropolymer), and optional stainless steel or tinned copper braiding, all providing remarkable safety, flexibility, and longevity.

Q: What is the benefit of self-regulating technology in this heating cable?

A: Self-regulating technology enables the cable to automatically adjust its heat output in response to ambient temperatures, preventing overheating, reducing energy consumption, and ensuring consistent, reliable operation.

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