PRODUSCTS
HCDP-32 Intelligent Differential Pressure Transmitter
Application:Liquid Level,Pressure,Density Measurement
Sensor Type:Single Crystal Silicon Differential Pressure Sensor
Measuring Range:0-1MPa (Single End Overpressure ≤16MPa)
Accuracy:0.1%,0.2%
Long-Term Stability:Better Than 0.2%FS Per Year
Medium Temperature:(-40~350)℃
Signal Output:Two-Wire System (4-20)mA/HART Protocol
Display:Intelligent housing with LCD and backlight
Protection Grade:Ex d [ia Ga] IIC T6 Gb
Product introduction
0.1%,0.2% Intelligent Double Flange Differential Pressure Transmitter 0-1MPa Liquid Level Pressure Sensor
HDCP series Intelligent Differential Pressure Transmitter is a high-performance pressure transmitter with world-leading technology, developed using an internationally advanced monocrystalline silicon pressure sensor and patented packaging process. It adopts a patented double overload protection diaphragm design and internal circuit surge protection design, which can accurately measure gauge pressure, absolute pressure, flow rate, liquid level and density. Designed with a high level of integration and modular circuit technology, it achieves the functions of remote transmission, local zero and full range adjustment.
Therefore, it can be used in the process control fields of petroleum, chemical, metallurgy, electric power, food, papermaking, medicine, machinery manufacturing, scientific experiment and aviation military industries.
Selection and application
Application case
HCDP-32 differential pressure transmitter is a remote transmission double flange type transmitter. It is mainly used for continuous and accurate measurement of liquid, gas, steam differential pressure as well as liquid level, interface, density and other parameters. It can realize continuous measurement of gas, liquid and steam flow with a throttling device.
Technical data
WhatsApp 400-851-0898
South of Puhui Street, west of Guangsheng East Road, High tech Zone, Fengnan District, Tangshan City, Hebei Province
Technical support:
Tips
Submitted successfully
Determine
Tips
Submitted successfully
Determine