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Low Temperature Self-Regulating Heating Cable (SLCAB)
$10.30/ft
SKU:SLCAB5240SS
BriskHeat SLCAB Series Low-Temperature Self-Regulating Heating Cable provides a versatile, cut-to-length heat trace solution designed for pipe freeze protection and low-temperature process maintenance up to 150°F (65°C). Built with an advanced conductive polymer core, this cable automatically adjusts its thermal output along every inch in response to local surface and ambient temperature changes. By increasing heat in cold spots and throttling back as temperatures rise, SLCAB trace cable prevents thermal hot spots, and optimizes energy efficiency when paired with a temperature controller.
- Self-Regulation: Core material continuously adjusts power output based on real-time environmental conditions, ensuring reliable heat distribution and preventing burnouts, even when overlapped.
- Cut-to-Length Field Flexibility: Can be cut and terminated directly on site to match exact pipe runs, vessel perimeters, and complex layout geometries without complicated factory pre-measurements.
- Application-Specific Outer Jackets: Available in multiple overjacket configurations (Metal Braid, Thermoplastic Polyolefin, Fluoropolymer, or Stainless Steel) to provide targeted mechanical strength, moisture seal, or chemical resistance.
- FM-Approved Reliability: Fully FM Approved for safety and code compliance in industrial, commercial, and utility freeze-protection systems.
Ordering Options:
Quality Guaranteed
Since 1949
Since 1949
Max Continuous Maintenance Temperature: 150°F (65°C)
Intermittent Exposure Temperature Range: -20°F to 185°F (-29°C to 85°C)
Supply Voltage: 110-120 VAC or 208-277 VAC
Nominal Power Output at 50°F (10°C):
- 3, 5, 8, 10 watts/ft (10, 16, 26, 33 watts/m)
- For 208 and 277 VAC, adjust watts shown for the 240 VAC cable using the Voltage Adjustment Factors chart
Bus Wires: 16 AWG nickel coated copper wire
Braid Resistance:
- Tinned copper: 0.003 Ω/ft (0.009 Ω/m)
- Stainless steel: 0.125 Ω/ft (0.410 Ω/m)
Bend Radius: 0.5 in (12 mm)
Approvals:
Ordinary Locations
Hazardous (Classified) Locations:
Class I, Division 1† and 2, Groups B, C, D
Class II, Division 2, Groups F, G
Class III, Division 1 and 2
3, 5, 8 watts/ft T6
10 watts/ft T5
Ordinary Locations 2E††, 3 (A,B,C), 5 (A,B)
Hazardous (Classified) Locations:
Class I, Division 1 and 2, Groups B, C, D
Class II, Division 1 and 2, Groups E, F, G
Class III, Division 1 and 2
3, 5, 8 watts/ft T6
10 watts/ft T5
Hazardous Locations:
II 2GD Gb
Ex e IIC T**
Ex tb IIIC T**°C Db
**3, 5, 8 watts/ft T5/T85°C
**10 watts/ft T4/ T100°C
Hazardous Locations:
Ex e IIC T** II 2 Gb
Ex tb IIIC T**°C Db
**3, 5, 8 watts/ft T5/T85°C
**10 watts/ft T4/ T100°C
Ordinary LocationsHazardous (Classified) Locations:
Class I, Division 1† and 2, Groups B, C, D
Class II, Division 2, Groups F, G
Class III, Division 1 and 2
3, 5, 8 watts/ft T6
10 watts/ft T5
Ordinary Locations 2E††, 3 (A,B,C), 5 (A,B) Hazardous (Classified) Locations:
Class I, Division 1 and 2, Groups B, C, D
Class II, Division 1 and 2, Groups E, F, G
Class III, Division 1 and 2
3, 5, 8 watts/ft T6
10 watts/ft T5
Hazardous Locations:II 2GD Gb
Ex e IIC T**
Ex tb IIIC T**°C Db
**3, 5, 8 watts/ft T5/T85°C
**10 watts/ft T4/ T100°C
Hazardous Locations:Ex e IIC T** II 2 Gb
Ex tb IIIC T**°C Db
**3, 5, 8 watts/ft T5/T85°C
**10 watts/ft T4/ T100°C
†CI/D1 approval for BF1 only. Contact a representative for information on Division I hazardous location systems.
Approvals valid only when used with appropriate heating cable and installation accessories, and installed in accordance with all applicable instructions, codes, and regulations.
Pipe tracing
Vessel tracing
Freeze protection
Viscosity control
Low temperature process maintenance
Roof and gutter
Ordinary locations
Hazardous locations
Catalog/Specifications Sheet
Warranties
Q: What is self-regulating cable?
A: Self-regulating cable, also known as heat tape or heat trace, is a semi-flexible heating cable that automatically regulates its heat output based upon surface temperature and ambient conditions. It is often used for freeze protection applications to wrap or trace pipes, tanks, vessels, roofing and much more.
Q: What is the difference between self-regulating and constant wattage heating cable?
A: Self-regulating heating cable automatically adjusts its heat output based on the surrounding temperature. It produces more heat in colder areas and less heat in warmer areas. Constant wattage heating cable delivers the same heat output along its entire length regardless of ambient conditions.
Q: When should I use self-regulating heating cable?
A: Self-regulating heating cable is ideal for freeze protection and temperature maintenance applications where temperatures may vary along the pipe or equipment. It is commonly used for:
- Water pipes
- Process piping
- Roof and gutter de-icing
- Tanks and vessels
- Industrial freeze protection
Q: When should I use constant wattage heating cable?
A: Constant wattage heating cable is often used when a consistent heat output is required across the entire circuit. Common applications include:
Process temperature maintenance
- Long pipe runs
- Industrial equipment
- Viscosity control
- Applications with predictable heating requirements
Q: Can heating cable be used outdoors?
A: Yes. Many heating cables are designed for outdoor environments and can be used on exposed piping, tanks, valves, roofs, gutters, and process equipment. Our low temperature self-regulating heating cable, mid temperature self-regulating heating cable, high temperature constant wattage cable, and speedtrace self-regulating heating cable are suitable for outdoor use. Several constant wattage cable models are moisture and chemical resistant. Always confirm environmental ratings before installation.
Q: What voltages are available for heating cable?
A: Heating cable is available in multiple voltage options, including:
- 120V
- 208V
- 240V
- 277V
- 480V
Q: Is a temperature control needed for your Self-Regulating Heating Cable?
A: BriskHeat Self-Regulating Heating Cable should be used with an appropriate temperature controller to save energy and ensure the cable is only energized during cold periods, but it is not required. Temperature control is also necessary to maintain a specific process temperature.