Online monitoring of temperature transmitters in the food and pharmaceutical production process

In the fields of food and pharmaceutical production, temperature control is a key factor that affects product quality, safety and production efficiency. From baking, cooking and preservation of food to fermentation, synthesis and storage of pharmaceuticals, precise temperature monitoring and regulation are indispensable. As a core device for modern temperature monitoring, temperature transmitters play a crucial role in this field with their outstanding performance.-Pharmaceutical-specific temperature transmitter

Advantages of Temperature Transmitters

The Yuanben TST temperature transmitter uses a clamp resistance temperature probe. This temperature sensing element has extremely high sensitivity and can quickly detect even the slightest changes in temperature. Its temperature-resistance characteristics are processed through a complex internal conversion module, including operations such as operational amplification, non-linear correction, and V/I conversion, ultimately outputting a linear electrical signal proportional to the temperature. This process ensures high accuracy and stability in temperature measurement, allowing for long-term stable operation even in complex industrial production environments, providing reliable temperature data for the production process.

The protective housing of the temperature probe is made of stainless steel, such as SUS304 and 316L stainless steel, which have excellent corrosion resistance and can withstand the erosion of common acids, alkalis, and salts in food production, as well as various chemical reagents in pharmaceutical production, thus meeting the requirements of various fluid temperature measurements. At the same time, the aluminum waterproof junction box at the head of the instrument, the rail-mounted instrument box, and the top-mounted box, not only facilitate installation and maintenance but also enhance the protective performance of the equipment, enabling it to operate normally in humid, dusty, and other harsh environments, further extending its service life.

Application in the Food Production Process

In the food baking process, such as the production of bread, cookies, and other products, the temperature control inside the oven directly affects the color, texture, and quality of the products. The TST temperature transmitter is installed inside the oven and can monitor the temperature changes in real time and transmit the data to the control system. Through precise temperature feedback, the control system can automatically adjust the heating power of the oven to ensure that the temperature inside the oven is uniform and stable within the set range. For example, when baking bread, the temperature transmitter can precisely control the temperature between 180℃ and 220℃, making the surface of the bread a beautiful golden color, the internal structure soft, and at the same time avoiding uneven baking or failure due to excessively high or low temperatures.

In the food preservation process, such as in cold storage rooms and freezers, temperature transmitters play a crucial role. Take cold storage rooms as an example. To maintain the freshness of food, the temperature inside the room needs to be strictly controlled between 0℃ and 4℃. Temperature transmitters are installed at different positions within the room to monitor the temperature distribution in real time. Once there is an abnormal temperature fluctuation, such as a rise in temperature due to a malfunction in the refrigeration system, the temperature transmitter can quickly send out an alarm signal, alerting the staff to take timely measures, such as checking the refrigeration equipment and adjusting the refrigeration parameters, thereby effectively preventing food from deteriorating due to temperature increase and ensuring food safety.

Applications in the Pharmaceutical Production Process

In the fermentation process of pharmaceuticals, such as antibiotics and vitamins, temperature is a key factor influencing the growth and metabolism of microorganisms. The temperature inside the fermentation tank needs to be precisely controlled within the optimal growth range of microorganisms, typically between 30°C and 40°C. The TST temperature transmitter is installed inside the fermentation tank and, through its high-precision measurement capability, continuously monitors the temperature changes of the fermentation liquid. When there is a slight deviation in temperature, the temperature transmitter can promptly feed back to the control system, which automatically adjusts the heating or cooling devices based on the feedback signal to ensure that the temperature inside the fermentation tank remains stable at the optimal value, thereby enhancing fermentation efficiency and ensuring the quality and yield of the drugs.

In the synthesis reaction process of pharmaceuticals, many chemical reactions have strict temperature requirements. Temperatures that are too high or too low may lead to the formation of by-products or incomplete reactions. The temperature transmitter is installed on the reaction vessel and can continuously monitor the temperature changes inside the vessel.

Yuanben temperature transmitters offer personalized customization services, capable of meeting the unique requirements of food and pharmaceutical manufacturers at various production stages. Yuanben temperature transmitters provide precise and reliable temperature monitoring solutions for food and pharmaceutical manufacturers, ensuring product quality and production safety, enhancing production efficiency, and laying a solid foundation for the high-quality development of the food and pharmaceutical industry.