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FE-HEATER
204 °C Max Constant Wattage Heating Cable 120-480 Vac
- Continuous Exposure Rating up to 400°F
- Low Watt Density
- Parallel Resistance Heater
- Cut-to- Length at the Job Site
Product Overview
- Approvals Group B
- Cable Length 1 ft
- Cable Length, Max 180 ft
- Cable Material Nickel, Copper
- Dielectric Strength 2500 V
- Heater Wire Material Nichrome
- Insulation 20 Mil FEP
- Module Length 2 ft
- Operating Temperature, Max 148 °C
- Operating Temperature Note Exposure Temperature: 0 to 204 °C; Short Term Exposure Temperature: 232 °C
- Purchase Note Use quantity to indicate length of cable to purchase (increments of 1 foot), min purchase of 25 ft
- Wire Gauge 12 AWG
- Wire Thickness 0.3 in
- Wire Width 0.2 in
The FE cable heating element is tension wrapped and covered with a fluorocarbon film and enclosed in a minimum 20 mil FEP abrasion resistant extruded jacket. This tough outer cover provides moisture and dielectric protection as well as resistance to abrasion.
A tinned copper overbraid provides additional protection and electrical ground return path.
APPLICATIONS
OMEGALUX® FE cable is a low Watt density electrical resistance heater. It is designed for freeze protection and mid-range process temperature control and maintenance applications in lines periodically purged with 150 PSIG steam.
A tinned copper overbraid provides additional protection and electrical ground return path.
APPLICATIONS
OMEGALUX® FE cable is a low Watt density electrical resistance heater. It is designed for freeze protection and mid-range process temperature control and maintenance applications in lines periodically purged with 150 PSIG steam.
PDFs & Manuals
Show Ratings & Reviews
We purchased 8’ of fe8-480b and only need 2’. Can it be cut? It didn’t come with ends. What should we order for that? It’s self regulating so do we need a temperature control?
The FE-UC-KIT is sold for terminating the cable which can be cut. It is self regulating so a Controller is not required though some type of over temperature device to detect and open the circuit if an excessive temperature is reached is advised.
Date published: 2020-08-20