FTP10

Integrated flow, temperature, and pressure sensor

The schematic diagram of the principle of the flow pressure temperature sensor is shown. The sensor probe is equipped with a pressure sensor, Hall switch, temperature sensor, and an impeller supported by bearings at the center of the pipeline. When the fluid passes through the pipeline, it impacts the impeller blades, causing the impeller to rotate. The rotational speed of the impeller is proportional to the fluid flow rate. The liquid flow drives the impeller to rotate, and the rotating impeller causes the induction Hall switch to generate a frequency signal proportional to the flow rate. The transmitter then converts the frequency signal into an electrical signal, and the pressure sensor outputs a pressure signal, while the temperature sensor outputs a temperature signal.

application

The integrated flow temperature pressure sensor is suitable for industries such as thermal heating

 petrochemicals

 power

 water treatment

 and light manufacturing. It can perform multi parameter online monitoring of gases

 liquids

 saturated and superheated steam in pipelines. Commonly used in heat exchange pipelines

 process pipelines

 and energy metering stations to collect real-time flow

 temperature

 and pressure data. The equipment only needs to be installed with a single opening

 suitable for industrial automation control

 energy consumption accounting

 and working condition adjustment

 and can meet the data collection needs of various pipeline process monitoring and system safety operation and maintenance.

Functional characteristics

The flow temperature pressure integrated sensor adopts an integrated design

 which can synchronously measure the three parameters of flow

 temperature

 and pressure in real time

 eliminating the need for multiple instruments to be installed separately. Based on the principle of vortex street measurement

 it has no mechanical moving parts

 is wear-resistant

 anti blocking

 high stability

 and low failure rate. The device has fast response speed

 high measurement accuracy

 good anti vibration and anti-interference capabilities

 and supports standard signal output. The whole machine is made of stainless steel structure

 resistant to high temperature and high pressure

 and suitable for various media such as gas

 liquid

 and steam. Easy to install and require minimal maintenance

 it can meet the needs of industrial automation measurement and control

 energy consumption statistics

 and pipeline safety monitoring.