Immersion temperature probes are designed to measure temperature in the range of -196 to 800 °C. The probe consists of the immersion part made of a protective metal thermowell and a connection head or lead wire at the end.
High temperature immersion probes are used for measuring various high temperature environments from 800 to 1200 °C. These probe models have protective heat resistant sheath and high temperature measuring sensors.
Explosion proof probes are designed for measuring temperature of various environments in hazardous areas. Available with several types of protection: Intrinsically Safe Equipment, Explosionproof Equipment and Increased Safety.
Surface temperature probes are designed for measuring surface temperature of solids in industrial environments, as well as the temperature in radiators and pipes of small diameters.
Air temperature probes are designed for measuring temperature of both outside and inside air, ventilation shafts, etc. The sensors are supplied with either the plastic or aluminum type of case.
Matched RTD pair is designed for measuring temperature and temperature difference in fluids. It is an integral component of heat meters and other devices for thermal energy control in heating systems.
These temperature probes are designed according to customers' specifications and are optimized for high volume conditions or mass production in order to achieve minimum sensor cost and maximum quality.
The current group includes a part of temperature probes manufactured according to customs' specifications. These are analogs of foreign and Ukrainian probes which have various applications.
Connectors are used to connect or extend thermocouple or RTD wire to thermocouple/RTD sensors, temperature measuring instrument or process controllers.
Multizone Temperature Probe is applied for measuring temperature gradients in containers, channel furnaces, dryers, reactors, etc.
Extension and thermocouple wires are used to connect RTDs, thermocouples and thermistors. We offer various wire insulation types for use under the most severe conditions: high and low temperature, corrosive environments, bending, mobility, etc.