Seepage Monitoring

Seepage Monitoring is used to monitor seepage data in areas such as DAMS and slopes of reservoirs, and seepage monitoring is carried out by using seepage weirs and triangular weirs.

Seepage Monitoring primarily consists of on-site testing equipment and remote monitoring equipment.

On-site testing equipment, including weir gauges and triangular weirs, measures reservoir seepage and monitors flow rates.

Remote monitoring equipment, also known as a remote monitoring terminal, collects data from on-site testing equipment and transmits this information to the monitoring center via wireless transmission.

Seepage Monitoring Introduction

The weir gauge uses a magnetostrictive sensor for liquid level measurement. It features high resolution, excellent stability, reliable performance, fast response, linear measurement, resistance to wear, and a long service life. The weir gauge measures the water head above the weir and then calculates the flow rate based on empirical formulas for weir channels (such as triangular, trapezoidal, and rectangular weirs).

Seepage Monitoring Structure and Principle

The water weir meter consists of a magnetic rod, a floating ball, a measuring circuit and a stainless steel casing.When the water level in the weir flume changes, it will drive the float to produce a liquid level difference. The host computer uses the current liquid level minus the calibrated base value to obtain the actual water level on the weir, and then calculates the flow rate according to the weir flume type.

Seepage Monitoring Product Features

High precision and resolution

Excellent stability and fast response

Minimal temperature drift

Standard MODBUS protocol and wide compatibility

Seepage Monitoring Specifications and parameters