Chromalox SRF-RG Roof & Gutter Trace Heating Cable
Chromalox SRF-RG Heat Trace Cables – Trace Heating
Chromalox SRF-RG roof & gutter trace heating cables are self regulating and provide reliable freeze protection of roofs and gutters – with CSA and UL certification Chromalox SRF-RG heat trace cables are suitable for Zone 1 and Zone 2 hazardous areas.
Chromalox SRF-RG roof & gutter trace heating cable automatically adjusts to the appropriate heat output as ambient conditions change making the cable energy efficient and cost effective.
The SRF-RG has a protective waterproof outer jacket that is suitable for applications that are wet including downspouts and roof drains.
Chromalox SRF-RG Roof & Gutter trace heating CABLE – SPECIFICATION
- Approximate Cable Size : 3/8″W x 1/8″H
- Available Models (Voltages) : 120 and 208-277V
- Minimum Cable Bend Radius : 1-1/8″
- Trace Heating Cable Circuit Lengths : Up to 540 feet
- Minimum Install Temperature : 40°F (-40°C)
Chromalox SRF-RG roof & gutter trace heating cable will rapidly increase its output when it comes into contact with precipitation.
CHROMALOX SRF-RG ROOF & GUTTER TRACE HEATING CABLE – Product Offering
|Trace Heating Cable Model||Description|
|Chromalox SRF 5-1RG||Cable with braid and UV stabilized polyolefin jacket|
|Chromalox SRF 5-2RG||Cable with braid and UV stabilized polyolefin jacket|
|Chromalox SRF 5-1RGT||Cable with braid and Teflon stabilized polyolefin jacket|
|Chromalox SRF 5-2RGT||Cable with braid and Teflon stabilized polyolefin jacket|
Chromalox SRF-RG Maximum Circuit Length (Ft.)
|Start Up||120 Vac||208 – 277 Vac|
Chromalox SRF-RG HEAT TRACE CABLE – HAZARDOUS AREA CERTIFICATIONS
- Class I, Div. 2, Groups A, B, C, D;
- Class II, Div. 2, Groups F, G
Chromalox video with Chris Myers Product Manager at Chromalox explaining about their heat trace product offering including self regulating trace heating cable.
Chromalox technical manual covering trace heating cable selection, design, heat loss calculation, heat transfer fundamentals and radiant infrared heating theory.