Modular Heating Cables feature pre-terminated connectors.
March 18, 2011 -
Available in 5, 10, 20, 50, 100, and 200 ft lengths, T-Links Self-Regulating Heating Cables provide specified amount of heat anywhere along their length in direct response to local temperature or thermodynamic variations to maintain process heating and prevent freezing. Cables maintain temperatures up to 150°F and will not burnout if overlapped. Offered in 3, 5, 8, and 10 W/ft version in 120 and 240 V, cables can be stepped up or down and LED lights can be installed anywhere.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Heat Trace Products, LLC
233 Florence St.
Leominster, MA, 01453
USA
Heat Trace Cable System Modular with Pre-Terminated Connectors
A new labor-saving, self-regulating heat cable system for virtually any process temperature maintenance and freeze protection application is being introduced by Heat Trace Products, LLC. of Leominster, Massachusetts.
T-Links Self-Regulating Heating Cables provide a specified amount of heat anywhere along their length in direct response to local temperature or thermodynamic variations to maintain process heating and prevent freezing.
Featuring pre-terminated watertight connectors and modular cable lengths, this heat trace cabling reduces installation and maintenance costs by elim-inating custom cutting, scrap, splicing and in-field connector fabrication.
Available in 5', 10', 20', 50', 100' and 200' standard lengths (custom optional), T-Links Self-Regulating Heating Cables can maintain temperatures up to 150°F and will not burnout if overlapped. Ideal for high-maintenance applications, users can simply replace sections in minutes without tools. Offered in 3-, 5-, 8- and 10 watts/ft. in 120- and 240V, these low-energy cables can be stepped up or down and LED lights can be installed anywhere.
T-Links Self-Regulating Heating Cables are UL approved and priced according to length. Literature is available upon request.
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