Our oil-sealed model has been designed specifically to monitor bearing temperatures. An integral oil-seal prevents leakage. The spring loaded sheath ensures rapid heat transfer to the sensor.
A large threaded cast aluminum head with O-ring gasket is standard. Electrical connections are made through the 3/4" NPT female opening suitable for piping or standard electrical fittings.
By using different bushings, nipples, sheath lengths and sensing elements this oil seal temperature sensor can be configured to meet most bearing temperature applications.
We have continually refined the design of our smokehouse insertion or core temperature and wet/dry probes with the help of smokehouse operators and installers.
The stainless probe is threaded and sealed into the Teflon handle for ruggedness and moisture sealing. The stainless steel spring reduces wear on the lead wire as it exits the handle.
The 316 stainless steel sheath and white Teflon handle and connection cable are ideal for food service.
Since intermediate connections between the sensing element and the temperature recorder or controller can be a major cause of failure we build our probes with ...
This is the all purpose model for general heavy duty industrial or commercial temperature measurement.
It features a large threaded cast aluminum head with gasket. Electrical connections are made through the 3/4" NPT female opening suitable for piping or standard electrical fittings.
The standard process connector is 1/2", although 3/4" NPT is available if specified at order time. The standard sheath is 1/4" O.D. stainless steel and other sizes are available to special order. The sheath length must be specified at order time.
The standard assembly is rated for measuring temperatures up to 200C. 400C and 600C versions are available to special order. We use a thin film RTD sensor to DIN 43 760 or IEC 751 or wire wound if requested.
Thermocouple versions cover temperature ranges to even higher values. We offer standard thermocouple versions of J, K, T and E with others available.