Temperature Transmitters
A temperature transmitter is a device that converts temperature signals into a standard electrical output. Its operating principle typically employs resistors, thermocouples, thermistors, and other methods to measure temperature. It converts the measured temperature signal into a standard electrical output.
- Customization supported;
- OEM supported;
- Anti-interference transmission;
- System integration and safety isolation;
- Standard signal processing;
- Multiple range options;
- Digital and LCD temperature display;
- Easy range adjustment;
- Reverse polarity protection and current limiting protection;
- Lightning and shock resistance;
- High cost-effectiveness;
- High precision, high stability, and high reliability.
Temperature transmitters offer high-precision temperature measurement and conversion capabilities. They can meet the needs of applications requiring high temperature accuracy.
A temperature transmitter can integrate multiple functions. such as temperature measurement, signal conversion, display, and alarms.
Temperature transmitters are compact and structurally diverse. So it is allowed to be mounted in various locations for temperature measurement and conversion.
Temperature transmitters offer strong anti-interference capabilities, effectively preventing the effects of external interference and electromagnetic interference on temperature measurements.
Sino-Inst Temperature Transmitter-Your Best Choice
Sino-Inst’s temperature transmitters are exported to countries around the world. We have a complete supply chain and offer fast delivery via national express delivery. Our temperature transmitters have received positive reviews from many customers. If you require temperature measurement and data analysis, please contact us today. Based on our years of experience in temperature measurement, we will provide you with a free measurement solution.
Industrial manufacturing
Industrial manufacturing
In chemical production, temperature transmitters accurately measure the temperature inside reactors and pipelines in real time, improving product quality and production efficiency. They also prevent accidents such as explosions and leaks caused by abnormal temperatures.
In steelmaking, temperature transmitters are installed in blast furnaces, converters, and heating furnaces, providing operators with accurate temperature data to ensure the quality and performance of steel products.
In metal heat treatment processes such as quenching, tempering, and normalizing, temperature transmitters precisely control the temperature of heating furnaces, improving the strength, toughness, and wear resistance of mechanical parts.
Energy and power
In thermal power plants, temperature transmitters are widely used to monitor the temperature of key equipment, such as boilers, steam turbines, and generators.
In nuclear power plants, temperature transmitters measure the temperature of the reactor core, coolant, and other components in real time, preventing safety incidents caused by overheating.
HVAC and Building Industries
In a building’s central air conditioning system, temperature transmitters measure indoor and outdoor temperatures, supply and return air temperatures.
Based on these signals, the air conditioning system can automatically adjust operations while reducing energy consumption.
In some intelligent buildings, a temperature transmitter is a part of the building automation system. By monitoring and analyzing temperatures in many areas of the building in real time, they improve energy efficiency and comfort.
Food and Pharmaceutical Industries
Temperature transmitters precisely control the temperature of processing equipment during food processing, such as baking, steaming, sterilization, and freezing.
In vaccine production, precise control of fermentation tank temperature directly impacts vaccine quality and yield.
In pharmaceutical refrigeration, temperature transmitters monitor cold storage temperatures in real time to ensure that pharmaceuticals are stored within specified temperature ranges.
More Information
What is the difference between a temperature sensor and a temperature transmitter?
A temperature sensor is a device that senses temperature and converts it into a usable output signal. It typically uses thermistors, thermocouples, semiconductors, and other devices to measure temperature and directly converts the measured temperature into an electrical signal for output.
A temperature transmitter, on the other hand, converts temperature signals into a standard electrical signal. It uses temperature measuring elements such as thermocouples and RTDs. After a series of circuit processing, it converts the signal into a current or voltage signal that is linearly proportional to the temperature.
Is there a way to monitor temperature remotely?
We can use a split-type temperature transmitter for remote temperature monitoring. Split-type temperature transmitters have separate measuring devices and display components.
We can also connect a pressure transmitter to a PLC system for remote data monitoring.
Another method for remote temperature monitoring is using a paperless recorder. A paperless recorder can be connected to a pressure transmitter to display a real-time temperature curve.