Thermocouple temperature sensor has become one of the most popular temperature measuring instruments in industrial applications due to its versatility and ease of use. However

The thermocouple temperature sensor is rugged and can respond to temperature changes quickly. When sheathed, these temperature measuring instruments are highly resistant to vibration,

Weilian provides various reliable and solid temperature transmitters, which can convert input signals from temperature measuring equipment (such as RTD temperature sensors and thermocouples) into digital or analog output signals. Make sure you have the right product for your particular application.

Over time, extremely high temperatures can cause grain growth in K-type thermocouples, leading to metal separation and thermocouple failure. Fortunately, there are good solutions to minimize the effects of grain growth.

When the K-type thermocouple is exposed to the temperature between about 800 ° C and 1260 ° C and the oxygen concentration is low

Thermocouple temperature sensor has become a popular temperature measuring equipment because of its versatility, responsiveness, robustness and low cost. To make the most of them, here are five things you should know about industrial thermocouple assemblies.

Turbines, pumps, and compressors generate significant vibrations that can cause temperature measuring instruments to give incorrect readings and cause premature sensor failure.

The electronic temperature measuring instrument has an alarm to warn the operator of a fault, such as an open circuit.

In HVAC temperature measurement, a single point is sometimes not enough. The average RTD measures the temperature along the duct or cross-sectional area to provide more accurate information about the overall internal condition of HVAC equipment.