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These heaters require a separate temperature switch or controller to regulate heat output.
Wrap the flexible fiber heating element around small-diameter pipes and tubes or pack it into tight spaces.
Send temperature readings from tanks, containers, and pipes to devices such as remote displays and programmable logic controllers (PLCs) without the need for a separate thermocouple transmitter.
Safely measure the temperature of liquids and gases wherever flammable gases, dust, and fibers are present.
Remotely monitor the temperature of liquids and gases in hard-to-access, hot, and high-vibration areas.
Measure the temperature of liquids and gases without damaging the probe on these transmitters. An included thermowell shields the probe from vibration, corrosion, and shocks in tanks and pipes.
Under 2 ½” long, these tiny heaters fit in tight spaces, such as security camera enclosures. For localized heat in a large enclosure, place them near batteries and other parts that don’t work well in the cold.
Snap these heaters on a DIN rail inside your enclosure to keep electronics safe from cold and moisture.
Warm the air in your enclosure to keep electrical components at the ideal operating temperature. Heaters also reduce humidity, preventing condensation that causes corrosion or short circuits.
A sensor attached to the heater might signal that it’s warm enough near the heater, while other parts of the enclosure are still cold. Moving the sensor away from the heater helps you keep electronics warm and dry, anywhere in the enclosure.
Quickly heat slow-to-warm vehicles and large truck cabs.
Be comfortable year-round with units that cool and heat your space.
Heat objects from up to 8 ft. away.
Spot-dry paint, adhesives, and other surface coatings and fillers.
Replace damaged heating elements in your 3D printer, or switch them out to print at a faster speed or higher temperature.