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Uni-T UT-T10K Temperature Probe -40 to 260°C
The Uni-T UT-T10K temperature probe is a precision instrument engineered for accurate thermal monitoring across a wide temperature range from -40°C to 260°C. Designed to integrate seamlessly with compatible Uni-T multimeters, this sensor provides reliable data acquisition for various technical environments. Its robust build quality ensures that it can withstand the rigors of frequent use, making it a dependable component for both professional technicians and electronics enthusiasts who require consistent performance during diagnostic procedures.
This temperature probe offers exceptional versatility by covering a broad thermal spectrum, which allows for effective use in both cryogenic and high-heat applications. The high-quality materials used in its construction provide excellent durability and resistance to wear, ensuring that the sensor maintains its accuracy over extended periods of operation. Furthermore, the seamless compatibility with Uni-T measurement devices simplifies the setup process, allowing users to obtain precise temperature readings quickly and efficiently without the need for complex calibration.
This probe is not intended for use in environments where temperatures exceed the specified 260°C limit, as doing so may cause permanent damage to the sensor. It is also not suitable for direct immersion in highly corrosive liquids or environments that require specialized chemical-resistant probes.
To use the Uni-T UT-T10K, connect the probe terminals to the corresponding temperature input ports on your compatible Uni-T multimeter. Ensure that the multimeter is set to the temperature measurement mode. Place the tip of the probe in direct contact with the surface or medium you wish to measure. Allow a few moments for the reading on the multimeter display to stabilize before recording the final temperature value.
Always ensure the probe tip is clean and free of debris before taking a measurement to maintain maximum accuracy. Avoid bending the probe wire excessively to prevent internal damage to the thermocouple conductors.
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