To prevent wear and corrosion, an armored stainless steel cable protects the wiring that connects these probes to your temperature-monitoring device. The probes themselves are also made of stainless steel, so you don't have to worry about corrosion when you're measuring the temperature of liquids and gases.

An economical alternative to insulated thermocouple probes, these probes measure the temperature of liquids and gases.

Send temperature readings to two separate devices—these probes, also known as duplex thermocouples, have two thermocouples inside.

Safe to use while measuring temperatures near flammable gases or combustible dust, these probes have an explosionproof head that’s FM approved.

To prevent damage from vibration, impact, and shock, these probes come with a thermowell. It acts as a shield, allowing the probe to measure the temperature of liquids and gases without touching them.

Quick to install and remove, these probes won’t shake loose from a surface even in high-vibration environments.

Take temperature readings in high-vibration environments.

Keep an eye on the surface temperature of your equipment—these probes thread directly into a tapped hole for continuous monitoring.

Wrap these probes around pipe, hose, or other tubular shapes to measure surface temperature.

Press the tips of these probes against a surface to measure its temperature or leave them untouched to measure air temperature.

Measure air and surface temperatures in corrosive environments—an armored stainless steel cable shields the wiring on these probes from wear, abrasion, and corrosion.

Pierce pliable plastics, rubber, and other soft solids to check the internal temperature. Also known as penetration probes, these thermocouple probes have a stainless-steel housing with a narrow tip.

With a clip on the end, these probes are quick to install and easy to remove. They're often used on vents, circuit boards, and other irregular surfaces.

As the probe on these transmitters measures temperature, the included thermowell shields it from vibration, impacts, and shock. These transmitters convert readings to analog signals and send them to remote displays, programmable logic controllers (PLCs), and other devices.