Omega's RTD probe with lead wire offers choice of 2-3- or 4-wire configuration. This is available in three temperature ranges covering -200°C to 600°C (-328 to 1112°F)
Thin-film element RTD probes with 1/8" NPT brass compression fittings and armored cable. Commonly used in extruder & molding equipment. Straight and bend options available.
RTD Sensors great for installing into pipes or limited space applications. Single and Dual element designs, 1/8" or 1/4" NPT mounting threads available with 72" of lead wire.
Omega's "BX" armored probe is designed for resistance to abrasion and snagging and excessive movement. Comes with choice of PFA- or fiberglass-coated wires.
RTD probes with 1/8" NPT brass compression or bayonet fittings and armored cable. Commonly used in extruder & molding equipment. Both straight and bend options available.
Immersion probe with bracket for easy mounting. Often used in appliance & lab temp applications up to 500°C. Great for air, gas, or liquid measurement.
Spring-loaded quick-connect bayonet style RTD probes with armored cable. Commonly used in extruder & molding equipment. Both Straight and bend options available.
RTD probes that can be cut to the desired length with a standard tube cutter to fit field applications. Plastic plug in tube end protects the wires from sharp edges.
This RTD probe has stainless steel-overbriaded wires which offers durability for applications where the wire is continually moving or exposed to sharp objects.
Class A, pt100 RTD probes have a copper tip that provides enhanced temperature response. Available in 2, 3, or 4 wire configurations and various sizes.
1/16",or 1.5mm diameter RTD probes available with lead wire, 3-prong connector, or handle probe. Small size provides maximum sensitivity and response time to temperature.
Class B, pt100 RTD probes have a copper tip that provides enhanced temperature response. Available in 2, 3, or 4 wire configurations and various sizes.
Les sondes RTD avec fils de connexion permettent un contrôle précis de la température dans les applications industrielles, scientifiques et de chauffage, de ventilation et de climatisation. Durables et fiables, elles garantissent des mesures précises dans des environnements exigeants.