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WATROD™ Single-Ended and Double-Ended Tubular Heaters

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Tubular Heaters

WATROD™ Double-Ended Tubular Heaters

 (217)
Available in single- or double-ended termination styles, the versatile and economical WATROD™ tubular heating element from Watlow® lends itself to virtually the entire range of immersion and air heating applications.

The double-ended WATROD™, with its round cross-sectional geometry, is highly adaptable for bending—especially when bending is performed in the field. Watlow's double-ended MULTICOIL™ tubular elements offer various combinations of resistor coils and thermocouples inside one sheath. They have the ability to sense the heater's internal temperature accurately every time, or offer three-phase capability in one element.
Both single- and double-ended WATRODs share many construction features delivering long life—the ...


Search WATROD™ Double-Ended Tubular Heaters - 217 Items

Tubular Heaters

WATROD™ Single-Ended Tubular Heater

Available in single- or double-ended termination styles, the versatile and economical WATROD™ tubular heating element from Watlow® lends itself to virtually the entire range of immersion and air heating applications.
The single-ended WATROD™ tubular design has both terminals at one end. The opposite end is sealed. Flexible lead wires are 12 in. (305 mm) crimp connected to the terminal pin and have silicone-impregnated fiberglass oversleeves.
The double-ended WATROD™, with its round cross-sectional geometry, is highly adaptable for bending - especially when bending is performed in the field. Watlow's double-ended MULTICOIL™ tubular elements offer various combinations of resistor coils and thermocouples inside one sheath. They have the ...


Search WATROD™ Single-Ended Tubular Heater - 1 Items

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High-Temperature Tubular Heaters

High-Temperature Tubular Heaters

Watlow® manufactures high-temperature tubular heaters to bridge the gap between standard tubular heaters and Watlow MULTICELL™ heaters. This tubular is well suited for process air heating applications in excess of 1300ºF (704ºC), resulting in a maximum sheath temperature of 1800ºF (983ºC). Controlled lab testing between the new design and current tubular designs show an increase in life of approximately 50 percent. The high-temperature tubular consists of an engineered tubing with an outer sheath of Inconel® 600 and a special internal construction. The outer sheath offers high temperature capabilities, reduced oxidation as well as corrosion resistance. The tubular offering is available in ...