Advantages of Pressure Temperature Integrated Transmitters

The market places higher requirements on the accuracy, stability and cost-performance of process detection equipment. Industry data shows that the global pressure and temperature sensing market is expanding steadily, with industrial demand accounting for more than 60%. Single-parameter detection alone can no longer meet the efficient operation needs of modern industrial scenarios. The FST800-217 pressure-temperature integrated transmitter emerged as needed, precisely matching industry development trends and core market pain points.

In the whole process of industrial production, pressure and temperature are two core control parameters, and their detection accuracy directly determines production efficiency, product quality and operational safety. The traditional detection mode mostly uses separate pressure and temperature sensors, which not only increases equipment investment costs, but also involves cumbersome installation, unsynchronized data and high energy consumption, making it difficult to adapt to the integration needs of automated detection systems.

The pressure-temperature integrated transmitter adopts advanced glass micro-melting technology and an elastic monolithic structure design, eliminating hidden leakage risks at the source and adapting to complex medium environments in industrial production. This design also endows the product with excellent shock resistance, overload resistance, vibration resistance and corrosion resistance, ensuring stable operation even under harsh working conditions. Meanwhile, the product realizes “dual functions in one device”: it completes simultaneous measurement of pressure and temperature with the power consumption of one sensor, greatly reducing energy consumption, saving installation space, and lowering procurement and operation & maintenance costs for enterprises.

Built-in independent temperature and pressure sensing elements ensure non-interfering dual-channel output. Combined with advanced digital temperature compensation, it broadens the operating temperature range and guarantees accurate and stable detection data, providing reliable data support for industrial process control. In addition, the product features effective lightning protection, strong anti-RF and anti-electromagnetic interference capabilities, with an IP65 protection rating. The probe is made of 17-4PH material and the electronic chamber uses 304 stainless steel, balancing durability and compatibility to cope with various complex interferences on industrial sites.

With outstanding performance, the pressure-temperature integrated transmitter is widely used in industrial process detection and control, hydraulic and pneumatic control systems, automated inspection systems, pump stations, water treatment systems and other core scenarios, perfectly fitting the macro needs of current industrial automation and intelligent upgrading.