Pressure Sensor

Cryogenic Pressure Transducer (Model CPT-20SD1) is a ultra-low temperature pressure sensor specially used for cryogenic liquid pressure measurement. Cryogenic Pressure Transducer is more widely used than ordinary cryogenic pressure switch and cryogenic pressure gauge. Cryogenic Pressure Transducer Model CPT-20SD1 is used in aviation/aerospace/ships/liquid oxygen/liquid nitrogen/liquid hydrogen/cooling tanks/recommended agents/cryogenic storage tanks, etc., as well as in … Read more

SI-3151 DLT Differential Pressure Level Transmitter measures the difference in pressure between two points in a system, converting it into an electrical signal for level monitoring. To prevent the medium in the pipeline from entering the transmitter directly, the medium and the transmitter are connected by a capillary filled with fluid. Differential Pressure Level Transmitter … Read more

Pressure level transmitters designed to ensure accurate measurement of liquid levels in a variety of tank environments. The Rosemount 3051L Level Transmitter manufactured by Emerson has become the ideal instrument for open or closed tank applications. Our SI-3151LT Pressure Level Transmitter was built using this as a prototype. Features a flange-mounted diaphragm designed to easily … Read more

Differential Pressure Transmitter is a high-precision intelligent on-site differential pressure detection instrument. It is used to measure the parameters of differential pressure, pressure and liquid level of various media in the state of liquid, gas and steam. And convert the measured differential pressure parameters into 4-20mA standard electrical signal output. At the same time, it … Read more

SI-3151T Direct Mount Pressure Transmitter is a capacitive pressure sensor. It is mainly used to measure parameters such as pressure, negative pressure and absolute pressure of gases, liquids and steam, and then convert them into 4~20mA.DC signal output. SI-3151T Direct Mount Pressure Transmitter is divided into two specifications: ordinary analog type and standard intelligent type … Read more

SI-2088 industrial pressure transmitter consists of a diffused silicon sensor and a signal module. It uses the piezoresistive effect of semiconductor silicon material to realize the conversion of pressure and electrical signals. The measured pressure acts on the stainless steel diaphragm, and is transmitted to the sensitive element through the silicone oil between the diaphragm … Read more

Diaphragm pressure sensor is also called Diaphragm pressure transmitter, or Flat membrane pressure transmitter.SI-703 Diaphragm Pressure Sensor Strain-type flat membrane type measuring end adopts special treatment and strong flush diaphragm. Hard particles in the measured medium will not damage the isolated flush diaphragm. Diaphragm Pressure Sensor is suitable for pressure measurement of highly viscous or … Read more

The Combined Pressure and Temperature Transmitter is suitable for occasions where the temperature of the medium is to be measured while measuring the pressure. Thermocouple type: J, K, E type or PT100 platinum resistance. SI-706 Combined Pressure and Temperature Transmitter, temperature and pressure integrated structure, simultaneously measure the medium pressure and temperature at the same … Read more

SI-702 Ultra High Pressure Transducer is also commonly known as: high pressure pressure sensor, high pressure pressure transmitter.The Ultra High Pressure Transducer is made of rare metal alloy material, processed by special process, and integrated design. There is no burst phenomenon during the ultra-high pressure measurement and control process. It is suitable for pressure measurement … Read more

High Pressure Sensor is mainly used for pressure measurement of high pressure, ultra high pressure and large pressure shock. SI-1190 High Pressure Sensor uses high-precision foil strain gauge as the sensitive element. With a unique integrated elastic structure, it has good stability and reliability. The signal processing circuit is located in the stainless steel shell, … Read more