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Self Regulating Heating Cables

Name: Self Regulating Heating Cables
Brand: INTEGRO ENGINEERS PVT. LTD.
Price: 1000 INR
Availability: InStock

Price 1000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Self Regulating Heating Cables Specification

Application Areas
Pipelines, Roofs, Gutters, Floor Heating, Tank Heating

Terminal Type
Cold Lead with Conductive Polymer

Diameter
6.5mm to 10mm

Usage
Industrial, Commercial, Residential

Temperature
Exposure up to 135C, Maintain up to 65C

Features
Energy Efficient, Cut-to-Length, UV Resistant, Moisture Proof, Explosion Proof

Phase
Single Phase

Frequency
50/60 Hz

Heating Element
Self-Regulating Polymer

Mounting Type
Surface Mount, Clamping

Voltage
110V / 230V AC

Material Specified
Copper Conductor

Insulation Material
Fluoropolymer (outer), Thermoplastic (inner)

Shape
Flat Cable

Power
10W/m to 60W/m

Jacket Material
Thermoplastic Elastomer (TPE), Polyolefin

Outer Dimensions
11.5mm × 5.5mm

Cold Lead Length
Standard 1.5 meter

Fire Resistance
Meets IEC 60332-1

Certification Standards
CE, ATEX, IECEx Compliant

Conductor Material
Tinned Copper

Current Limiting Technology
Self-Adjusting Output

Chemical Resistance
Resistant to Acids, Alkalis, Oils

Ambient Storage Temperature
-40°C to +70°C

Bus Wire Size
16AWG (1.3mm²)

Ingress Protection
IP67 Rated

Color
Black / Customized

Maximum Circuit Length
100 meters per circuit

Minimum Bending Radius
25mm

Self Regulating Heating Cables Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Day

Delivery Time
1 Days

About Self Regulating Heating Cables

Self Regulating Heating Cables are automatically adjust cables which are mainly used in in freeze protection or temperature maintenance applications. These energy efficient floor warming cables offer electric radiant heat to keep the floors comfortable. Moreover, these Self Regulating Heating Cables are great benefits in commercial as well as industrial settings where pipe & vessel process maintenance is critical like in petrochemical plants and gas refineries. As a manufacturer and supplier, we ensure that our quality tested cables are delivered to our customers end in a set time frame.

For use up to 300°C (572°F). We have self-regulating heating cables within the following ranges:

12 - 1000 Volts
Up to 300°C (572°F) withstand temperature
Up to 120 W/m of output

Technical Specification

No of Cores	2
Power/Voltage	12-1000 V
Frequency	50 Hz
Temperature	Up to 300 degree C (572 degree F)
Power Output	Up to 120 W/m of output

Energy Efficiency and Safety

The self-regulating heating cables utilize advanced current-limiting technology, which automatically adjusts heat output based on ambient temperature. This means energy is never wasted, ensuring safe, efficient, and reliable operation. The fire-resistant, explosion-proof design complies with IEC 60332-1, providing an added level of security for diverse settings.

Versatile Applications

Designed for various environments, these cables perform exceptionally in pipeline tracing, roof de-icing, gutter protection, floor warming, and tank heating. Their flat, surface-mountable shape and minimum bending radius of 25mm allow flexible installation, even in tight spaces or along complex geometries.

Robust Construction and Compliance

With a tinned copper conductor and multi-layer insulationincluding thermoplastic elastomer and fluoropolymerthese cables resist acids, alkalis, and oils. Certified to CE, ATEX, and IECEx standards, and protected by an IP67 rating, their durability and reliability make them ideal for both indoor and outdoor use, under harsh weather or chemical exposure.

FAQs of Self Regulating Heating Cables:

Q: How do self-regulating heating cables work to control temperature?

A: Self-regulating heating cables adjust their power output in response to changes in ambient temperature. As temperatures drop, the cable automatically increases its heat output; as temperatures rise, it decreases output, making them energy-efficient and reducing the risk of overheating.

Q: What installation environments are suitable for these cables?

A: These cables are ideal for industrial, commercial, and residential settings such as pipelines, roofs, gutters, floors, and tanks. Their chemical resistance, UV stability, moisture-proof design, and IP67 rating make them well-suited for both indoor and outdoor installation, even in demanding or hazardous environments.

Q: When should self-regulating heating cables be used over constant wattage cables?

A: Self-regulating cables are preferable when heat output needs to adapt to variable conditions, such as fluctuating ambient temperatures or in areas with a high risk of overheating. Their cut-to-length flexibility and intrinsic safety make them ideal for long, complex, or mission-critical heat tracing applications.

Q: Where can these cables be mounted, and what mounting methods are recommended?

A: These cables can be surface mounted or clamped onto pipelines, tanks, roofs, gutters, and floors. For secure installation, use suitable clips, clamps, or adhesive mounting channels, ensuring compliance with the minimum 25mm bending radius to maintain performance and safety.

Q: What is the process for customizing the cable length and color?

A: The cables can be cut to exact lengths on-site or specified during ordering to match the application. Black is the standard color, but custom colors are available upon request to meet project-specific or identification needs.

Q: How does the cable design ensure safety and reliability?

A: The cables feature a tinned copper conductor, fire-resistant and explosion-proof insulation, and self-adjusting heating elements. Compliance with IEC 60332-1, CE, ATEX, and IECEx standards ensures reliable operation and enhanced safety in hazardous and non-hazardous areas alike.

Q: What are the main benefits of using these heating cables?

A: Users benefit from energy savings, enhanced safety due to self-regulating technology, resistance to chemicals and harsh environments, flexibility in installation, and compliance with international certification standards. These qualities enable broad usability and long-term durability for a variety of heating applications.

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