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SRME-HEATCABLE

Self-Regulating 150 °C Max Heating Cable 120-240 Vac

Models In Stock
  • 5, 10, & 20 Watts/ft
  • 120 and 240V options
  • 150°C (302°F) Maximum Maintenance Temperature
  • Energy Efficient
SRME-HEATCABLE
From $ 41.33
Models In Stock
Self-Regulating 150 °C Max Heating Cable 120-240 Vac SRME-HEATCABLE SRME-HEATCABLE
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Product Overview
  • Additional Features 1 Self Regulating
  • Bend Radius, Min 1 1/8 in
  • Cable Length 1 ft
  • Cable Length, Max 250 ft
  • Cable Material Tinned Copper
  • Insulation Fluoropolymer Overcoat
  • Operating Temperature, Max 150 °C
  • Operating Temperature Note Exposure Temperature: 0 to 215 °C
  • Purchase Note Use quantity to indicate length of cable to purchase (increments of 1 foot), min purchase of 25 ft
  • Series ID SRME-HEATCABLE
  • Wire Gauge 14 AWG
  • Wire Thickness 0.375 in
  • Wire Width 0.125 in

Supported Applications

The Omega SRM/E self-regulating heating cable series provides heat tracing for process temperature maintenance and freeze protection. Documented applications include pipes, valves, tanks, and similar industrial equipment.

Operating Conditions & Performance

The SRM/E series is designed for operation with a maximum exposure temperature of 420°F (215°C), allowing steam cleaning of process equipment using up to 300 PSIG steam. The cable maintains temperatures up to 302°F (150°C). It operates on power supplies rated at 120 and 208-277 Volts.

Performance ratings vary by model output and voltage:

  • Cable Ratings @ 50°F: Output ranges from 3 W/Ft. to 20 W/Ft., with maximum circuit lengths varying from 160 Ft. (SRM/E 20 -1C) to 780 Ft. (SRM/E 3 -2C).
  • Voltage Options: Models are available for nominal voltages of 120 Vac and 240 Vac, with specific output wattage adjustments provided for alternate voltages including 208 Volts, 220 Volts, and 277 Volts.

Configuration Options

The series is constructed of industrial grade 14 AWG buss wire with a metal braid. The sheath material is specified as High Temperature Fluoropolymer Jacket. Optional overjacketing configurations are available to ensure operating integrity in hostile environments.

Model Number Configuration

The model number guide follows the format: SRM/E - <Output (watts)> - <Voltage> - <Braid> - <Overcoat Options>. Example configurations include:

  • SRM/E 3-1 C: 3 W/Ft. @ 50°F, 120 Vac.
  • SRM/E 8-2 CT: 8 W/Ft. @ 50°F, 240 Vac with overcoat options.
  • SRM/E 20-1 C: 20 W/Ft. @ 50°F, 120 Vac.

Approvals and Certifications

The series carries the following certifications:

  • UL Listed
  • CSA Certified
  • FM Approved: For hazardous (classified) areas when used with Chromalox accessories.
  • UL Listed for fire protection system piping.

The cable is UL Listed and CSA Certified for ordinary areas. FM approval applies to hazardous locations contingent on the use of specific accessories.

Accessories

Available options include:

  • Thermostats: RTAS (DL Series air-sensing with Microswitch®) and RTBC (DL Series pipewall-sensing with Microswitch®).
  • Power Connections: RTPC (power connection set kit), RTST (splice and tee set kit), and RTES (end seal kit).
  • Mechanical Hardware: Pipe Straps (PS-1, PS-3, PS-10) to affix thermostats and splice kits.
  • Tapes: Fiberglass Tape (FT-2) for cable attachment; Aluminum Tape (AT-1) to aid heat transfer along the circuit length.
  • Safety Labels: Caution Labels (CL-1), "Electrical Heat Tracing" labels, 5 per package.

Key Product Differences

Variants within the SRM/E series differ primarily by output wattage density and nominal voltage. The ordering information distinguishes between models ending in "C" (standard) and "CT" (with overcoat options). Output ratings at 50°F range from 3 W/Ft. to 20 W/Ft., with corresponding maximum circuit lengths decreasing as output increases for a given voltage.

Alternate voltage performance is documented separately, showing increased wattage per foot when operating the cable on higher voltages (e.g., SRM/E 15 at 277 Volts yields 18.45 W/Ft.). Specific PCNs are assigned to each configuration for ordering purposes.

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Can this product be used with 1 1/2 inch polyethylene water pipe ?&nbsp;

Asked by: John 45
Thank you for your inquiry. Electric heaters in general cannot be used with any polyethylene or any plastic pipe.
Answered by: Application Engineer JB
Date published: 2019-11-19

Can this be cut shorter, or the 25ft min is as short as it can be?

Asked by: Chris S
Thank you for your inquiry. The cable can be cut as short as needed.
Answered by: CB Engineer
Date published: 2022-10-19

Does this product come with a temperature controller attatched?

Asked by: Sidj
Thank you for your inquiry. Unfortunately this does not come with a temperature controller. For a recommendation, please contact engineering at temp@omega.com
Answered by: Application Engineer CB
Date published: 2020-04-08

Can this cable running baseboard radiant heaters in dwellings

Asked by: Bigbart
These would not be used to provide heat from a baseboard but more along the line of freeze protection on baseboard in houses that are not using heat in a sub-zero environment.
Answered by: ANB ENG
Date published: 2020-09-17

Can this cable be used to warm a box of damp sand? The temperature range is from 17&ordm; to a maximum of 30&ordm;. The sand is insulated on the bottom with Silverboard and seed trays lie on top of the sand.

Asked by: Berto
Hi Berto, Thank you for the inquiry. This would not be a good application for the heat tracing. Please email heaters@omega.com or call us for assistance with the application. Best regards OMEGA
Answered by: NorwalkAE_RS
Date published: 2022-10-19

Can this heat tape overlap itself without burning out?

Asked by: jrp21c
Hi JRP21C The tape will regulate down when encountering hot spots. So it is more resistant to burn out than constant watt style. Best to avoid overlaps by use of splice and t boxes at branches. Best regards OMEGA
Answered by: NorwalkAE_RS
Date published: 2021-06-11

Can this be used on 1/4'' stainless steel tube, maintaining a temp of 60&deg;C?

Asked by: tcd04a
It should be OK but to maintain at 60C you would need some type of sensor and Controller or Thermal switch to maintain that temperature.
Answered by: Applications Engineer AB
Date published: 2021-05-13
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