This temperature transmitter focuses on convenient installation and working condition adaptation, making it a preferred choice for industrial automation temperature measurement. As DIN rail mount temperature transmitter, it adopts standard DIN rail installation design, which can be directly clipped into the distribution cabinet rail without additional drilling and fixing, improving installation efficiency by 50%. In the automation control cabinet of the power industry, DIN rail mount temperature transmitter has a compact layout to save space in the cabinet; in the instrument cabinet of the chemical workshop, its rail installation facilitates later equipment addition/removal and maintenance. The standardized installation of DIN rail mount temperature transmitter also ensures neat arrangement of equipment in the cabinet and standardized wiring.
As 4-20mA RTD Temperature Transmitter, it is used with various industrial RTDs to convert resistance signals into linear 4-20mA output. In the oven temperature monitoring of food processing, 4-20mA RTD Temperature Transmitter cooperates with RTDs to achieve ±0.1% high-precision temperature control; in the temperature measurement of reaction tanks in the pharmaceutical industry, its intelligent compensation ensures stable data in the range of -25~80℃. The wide adaptability of 4-20mA RTD Temperature Transmitter enables it to be compatible with various RTD models such as Pt100 and Cu50.
As 4-20mA PT100 Transmitter, it is optimized for PT100 RTDs with higher signal conversion accuracy. In the temperature measurement of motor windings in machinery manufacturing, 4-20mA PT100 Transmitter feedbacks winding temperature in real time to avoid motor overheating; in the temperature measurement of drying cylinders in the paper industry, it stably converts PT100 signals to ensure uniform paper dryness. The 4-20mA standard output of 4-20mA PT100 Transmitter can be seamlessly integrated into the PLC system, simplifying automation integration.
As High-Temperature Transmitter, although the operating temperature is -25~80℃, it still operates stably in high-temperature environments close to 80℃ through special heat dissipation design. In the temperature measurement of rolling mill bearings in the iron and steel industry, High-Temperature Transmitter resists high temperature in the workshop; in the temperature measurement of peripheral equipment of ceramic kilns, its temperature resistance ensures accurate data. High-Temperature Transmitter combined with IP66 protection can also operate reliably in high-temperature and high-humidity environments.
In operation, three buttons support on-site parameter adjustment, and HART7 protocol enables remote debugging. The convenience of DIN rail mount temperature transmitter, the accuracy of 4-20mA RTD Temperature Transmitter, the adaptability of 4-20mA PT100 Transmitter, and the temperature resistance of High-Temperature Transmitter make this equipment suitable for multiple industries, helping upgrade industrial temperature measurement automation.
