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Bend these probes up to 90° for a custom fit.
Protect thermocouple wiring from wear and corrosion with an armored stainless steel cable.
Trim these probes to the exact length you need with a pipe cutter.
For easy installation in thermowells, tanks, pipes, and other closed vessels, these thermocouples have an NPT male probe connection.
To withstand harsh environments, a protective head seals out dust and moisture and thick probe walls reduce wear on the sensing element.
The included thermowell protects the probe from vibration, corrosion, and shock in tanks and pipelines.
Thick wire with ceramic insulation stands up to extreme air temperatures in forging, die casting, and heat treating.
An armored stainless steel cable protects wiring from corrosion and damage in humid conditions and harsh environments.
The probe tips come attached to mounting connections for fast installation.
Touch the exposed probe tip to your surface for a quick reading.
Often used with thermocouple thermometers, these probes have a handle for a comfortable grip.
The armored stainless steel cable resists wear, abrasion, and corrosion in humid and harsh conditions.
To monitor the internal temperature of soft solids in humid conditions and harsh environments, these thermocouple probes have an armored stainless steel cable that protects wiring from corrosion and damage.
Pierce pliable plastics, rubber, and other soft solids to check the internal temperature.
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.
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.
Convert round-pin thermocouple male connectors to flat-pin thermocouple male connectors.
Touch the tip of your soldering iron for a fast, accurate temperature reading. Within about five seconds, you'll know how hot the iron is, so you can decide whether it's ready for your particular soldering material and application.