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Shandong Boke Instrument Co., Ltd

  • E-mail

    1769283299@qq.com

  • Phone

    15666889252

  • Address

    Room 110, 1st Floor, Workshop 3, Oulong Technology Park, No.1 Jinma Road, Yuqing Community, Xincheng Street, Weifang High tech Zone, Shandong Province

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Permeation and seepage monitoring

NegotiableUpdate on 01/09
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Overview
Seepage monitoring: It is a key link in the safety management of water conservancy projects. It monitors the seepage pressure and flow rate in real time by installing high-precision instruments such as vibrating string osmometers and water measuring weirs at key locations of dams, embankments, and other engineering projects. The osmometer can accurately sense changes in pore water pressure within the dam body or foundation, while the water measuring weir can accurately measure the seepage flow through the dam body.
Product Details

  Permeation and seepage monitoringIt is a key link in the safety management of water conservancy projects. It monitors the seepage pressure and flow rate in real time by installing high-precision instruments such as vibrating string osmometers and water measuring weirs at key locations of dams, embankments, and other engineering projects. The osmometer can accurately sense changes in pore water pressure within the dam body or foundation, while the water measuring weir can accurately measure the seepage flow through the dam body.

渗压渗流监测

  Permeation and seepage monitoringThe seepage monitoring system mainly consists of on-site detection equipment, remote monitoring equipment, and other components.

On site testing equipment: composed of measuring weirs, triangular weirs, etc., responsible for measuring the seepage flow data of the reservoir and monitoring the flow rate on site.

Remote monitoring equipment: i.e. remote monitoring terminal, responsible for collecting data information detected by on-site detection equipment and transmitting the on-site information to the monitoring center through wireless transmission.

Introduction

The water measuring weir adopts magnetostrictive sensors for liquid level measurement, which have the characteristics of high resolution, good stability, reliable performance, fast response speed, linear measurement, no wear and tear, and long working life. The water head on the weir is measured by a measuring weir, and the flow rate is calculated based on empirical formulas for weir channels (triangular weir, trapezoidal weir, rectangular weir, etc.).

Structure and Principle

The water measuring weir is composed of a magnetic rod, a floating ball, a measuring circuit, and a stainless steel casing. When the water level in the weir tank changes, it will drive the floating ball to produce a liquid level difference. The upper computer uses the current liquid level to subtract the calibrated base value to obtain the actual water level on the weir, and then calculates the flow rate based on the type of weir tank.

Product Features

High precision and high resolution

Good stability and fast response speed

● Small temperature drift

Standard MODBUS protocol with strong applicability

Specifications and Parameters

measurement range 0~600mm
sensitivity 0.01mm
measurement accuracy ≤0.1%F.S
Working Voltage DC12V( 0.5W@12V )
output signal RS485 MODBUS protocol
Protection level IP67
Shell material 304 stainless steel
Overall dimensions Φ89×850mm