This single-crystal silicon differential pressure transmitter focuses on level measurement, with high-temperature adaptation and remote installation advantages, widely used in industrial level monitoring. As High-temperature differential pressure transmitter, it uses high-temperature resistant components and heat dissipation structure, combined with intelligent temperature compensation algorithm, working stably in -40~85℃ wide ambient temperature. In boiler drum level monitoring of power industry, it maintains ±0.075% accuracy despite high-temperature radiation and steam, providing accurate data for water level control and avoiding accidents from abnormal level; in cooling water tank level measurement of hot rolling mill in steel industry, it resists high-temperature workshop environment and outputs reliable differential pressure signals continuously.
As Capillary differential pressure transmitter, it connects measuring point and sensor via capillary filled with high-temperature isolation liquid, isolating sensor from high-temperature, high-pressure or narrow installation space. In high-temperature reactor level measurement of chemical industry, sensor body installs in normal temperature area, only extending isolation diaphragm into reactor via capillary to avoid high-temperature damage to core parts; in sealed fermenter level monitoring of pharmaceutical industry, capillary installation needs no large tank wall holes, reducing medium contamination risk and adapting to complex tank environment. Capillary length is customizable up to 10m for different remote installation needs.
