TN 553/1 GPP is a programmable industrial temperature sensor designed for precise thermal monitoring and automated process control in demanding manufacturing environments. Built with a PT100 measuring resistor, this digital temperature sensor delivers accurate readings from -40°C to 120°C for fluid systems, machinery, heating circuits, and industrial processing equipment. Its compact design, dual switching outputs, and programmable functionality make it ideal for facilities that require dependable thermal protection and stable production performance.
Key Features
The sensor includes a digital display for clear temperature monitoring and supports two programmable PNP switching outputs for flexible integration into automated systems. Advanced programming options include temperature window monitoring, hysteresis control, min/max memory storage, and configurable NO/NC switching functions. The screw-in sleeve construction allows replacement during running operations, reducing downtime during maintenance.
Application
TN 553/1 GPP is widely used in industrial heating systems, hydraulic units, cooling circuits, machine building, fluid transfer equipment, food processing lines, and automated manufacturing systems. It helps operators maintain process stability, prevent overheating, monitor temperature fluctuations, and improve energy efficiency in critical operations.
Design & Functionality
Constructed with a stainless steel AISI 316 Ti sensor body and a durable PBT housing, the sensor is engineered for long-term industrial reliability. The G1/2 process connection and 48 mm sensor length provide secure installation in compact process systems. With IP65 protection and an M12 connector, the unit supports dependable performance in industrial environments exposed to moisture, dust, and vibration.
Total Crossed Beams
The programmable switching technology allows accurate thermal response and controlled temperature management across multiple process stages. The sensor supports stable switching behavior with customizable delay settings and rapid monitoring response.
Beam Pitch Options
Flexible programming parameters allow operators to configure temperature ranges, hysteresis values, and switching windows according to specific application requirements. This improves operational precision in both low-temperature and high-temperature industrial processes.
Intrinsic Synchronism
The integrated PT100 sensing technology ensures consistent thermal measurement and synchronized switching performance for connected automation equipment and monitoring systems.
Operational Advantages
TN 553/1 GPP improves process safety, minimizes unexpected shutdowns, reduces maintenance interruptions, and supports efficient temperature regulation in automated industrial applications.
