Description YD-322 Anti-Clogged Water Level Transmitter

The anti-blocking input type liquid level gauge product adopts high-quality diffused silicon sensor as the signal measurement original, and is automatically tested by the computer. The amplifying circuit is located in the stainless steel housing, which converts the sensor signal into a standard output signal, giving full play to the technical advantages of the sensor and making the anti-blocking input liquid level transmitter with excellent performance. It has anti-interference, low temperature drift, high stability, and high measurement accuracy. It is an ideal liquid level measuring instrument in the field of industrial automation.

The anti-blocking liquid level transmitter adopts imported materials, diaphragm isolation technology, and no pressure hole in the test head. There is no clogging of viscous media during the measurement process. The integrated structure design is suitable for sewage and chemical coatings with more impurities. , Paint, mud, asphalt, crude oil and other viscous media pressure measurement and control.

Detailed Images YD-322 Anti-Clogged Water Level Transmitter


Specification YD-322 Anti-Clogged Water Level Transmitter

Features YD-322 Anti-Clogged Water Level Transmitter

Filter probe
With protective filter, it can filter all kinds of impurity particles in the medium, effectively protect the sensor and circuit board inside the probe, adapt to the medium and turbid medium, and extend the service life of the sensor

Easy to install
The probe is directly put into the bottom of the measured medium, and the meter head can be fixed on the top of the container
Head thread: M33*2 (all threads can be customized) Electrical interface: M20*1.5

Applications YD-322 Anti-Clogged Water Level Transmitter

Submersible type water level sensor transmitter is mainly used for petrochemical, metallurgy, electric power, pharmaceuticals, water supply and drainage, environmental protection and other systems and industries of the liquid level measurement.