3051 Capacitive Smart Differential Pressure Transmitter Sensor

China 3051 Capacitive Smart Differential Pressure Transmitter Sensor, Find details about China Differential Pressure Transmitter, Differential Pressure Flow Transmitter from 3051 Capacitive Smart Differential Pressure Transmitter Sensor

Customized
Customized
Trademark
YUNYI
Specification
standard
Origin
Shaanxi
Customized
Customized
Trademark
YUNYI
Specification
standard
Origin
Shaanxi

3051 Capacitive Smart Differential Pressure Transmitter sensor

Description 3051 Capacitive Smart Differential Pressure Transmitter sensor

3051 display smart Differential pressure transmitter will cause changing of capacitance value, analog signal convert to digital signal via AD and then being transfered to microprocessor, processed by microprocessor then convertted to 4~20mA analog electricity signal via DA.
The 4-20ma differential pressure transmitter can be used to measure liquid, gas, or steam flow as well as liquid level,density and pressure. Smart pressure transmitter outputs a 4 to 20 mA DC signal corresponding to the measured differential pressure. 

 

Detailed Images 3051 Capacitive Smart Differential Pressure Transmitter sensor

3051 Capacitive Smart Differential Pressure Transmitter Sensor3051 Capacitive Smart Differential Pressure Transmitter Sensor

 

Specification 3051 Capacitive Smart Differential Pressure Transmitter sensor

 3051 Capacitive Smart Differential Pressure Transmitter Sensor

 

 3051 Capacitive Smart Differential Pressure Transmitter Sensor

Features 3051 Capacitive Smart Differential Pressure Transmitter sensor

Super performance, use to measure pressure, differential pressure, liquid level, rate of flow.
Accuracy: ±0.075%~±0.1%F.S
Stability: ±0.25%
Standard 4~20mA,RS-485 communication interface
Support upgrade of basic scene control technique 

 

Application 3051 Capacitive Smart Differential Pressure Transmitter sensor

 

Pressure or differential pressure will cause changing of capacitance value, analog signal convert to digital signal via AD and then being transfered to microprocessor, processed by microprocessor then
convertted to 4~20mA analog electricity signal via DA