Product Introduction

The KH.YLS Submersible Pressure Water Level Gauge is a high-accuracy liquid level monitoring instrument designed for long-term and stable measurement of water level and depth in rivers, reservoirs, groundwater wells, water tanks, and industrial liquid storage systems.

Using high-performance piezoresistive sensing technology, the KH.YLS converts hydrostatic pressure into precise water level data, delivering excellent measurement accuracy, stability, and long-term reliability. The sensor is built with stainless steel housing, robust sealing structure, and strong anti-corrosion capability, making it suitable for harsh hydrological and industrial environments.

Compact in design, easy to install, and highly reliable, the KH.YLS is widely used in hydrological monitoring, water resources management, industrial process control, and environmental observation projects.

Key Features

• Industrial-Grade Durability
  Constructed with high-strength stainless steel housing and IP68 protection design, ensuring excellent waterproof performance, corrosion resistance, and long-term stable operation in harsh field environments and underwater applications.
• Submersible Pressure Measurement
  Direct submersible hydrostatic measurement provides stable liquid level readings without being affected by waves, sediment, floating debris, weather changes, or water turbidity.
• High Measurement Accuracy
  Offers high accuracy and excellent long-term stability, supporting precise liquid level monitoring for professional hydrological observation and engineering applications.
• Energy-Efficient Operation
  Low-power design enables long-term continuous monitoring, ideal for remote hydrological stations, groundwater observation wells, and IoT data acquisition systems.
• Compact and Easy Installation
  Small-size stainless steel structure, easy to deploy in narrow wells, pipelines, tanks, and open water environments; supports fast installation and simple maintenance, and can seamlessly connect to IoT or SCADA monitoring platforms.

Application Scenarios

• Rivers and channels for continuous flow velocity monitoring and flood prevention

• Urban flood monitoring at stormwater outlets, low-lying areas, and drainage systems

• Culverts and pipelines for non-contact monitoring of underground pipe networks and irrigation channels

• Hydrological monitoring networks combined with water level sensors for complete discharge calculation

Technical Specifications