YD-322 Anti-Clogging Liquid Level Transmitter with Robust Integrated Structural Design for Various Industrial Applications

Product Description: YD-322 Anti-Clogging Liquid Level Transmitter

The YD-322 anti-clogging liquid level transmitter features a clog-resistant input design, utilizing a high-quality diffused silicon sensor for signal measurement. Each sensor is computer-tested, and the integrated amplification circuit housed within a stainless steel enclosure converts sensor signals into standard output signals. This design maximizes the sensor’s technical advantages, delivering outstanding performance with strong anti-interference capability, low temperature drift, high stability, and measurement accuracy—making it an ideal level measurement instrument for industrial automation applications.

Built with imported materials and diaphragm isolation technology, the transmitter’s sensing head has no pressure hole, preventing clogging when measuring viscous media. Its robust integrated structural design is suitable for level measurement and control in applications containing sewage, chemical coatings, paint, slurry, asphalt, crude oil, and other impure or viscous fluids.

Detailed Images YD-322 Anti-Clogged Water Level Transmitter


Specification YD-322 Anti-Clogged Water Level Transmitter

Filter-Integrated Probe
Equipped with a protective filter that effectively traps impurity particles in the medium. This design safeguards the internal sensor and circuit board, making it suitable for turbid or contaminated media and extending the service life of the transmitter.

Easy Installation

• The probe is directly placed at the bottom of the medium to be measured

• The transmitter head can be fixed on top of the container

• Standard thread: M33×2 (custom threads available)

• Electrical interface: M20×1.5

multiple industries, including:

• Petrochemical

• Metallurgy

• Power Generation

• Pharmaceutical

• Water Supply & Drainage

• Environmental Protection

It is suitable for integration into process control, monitoring, and automation systems in these fields.