Electronic Water Level Gauges (Electrode Type) Xuzhou Weisi Electronic Water Level Gauges, Electronic Water Level Gauge Manufacturer

I. Overview

The WDC type electrode-type electronic water level gauge is a new generation of digital sensor. It utilizes the principle of the slight conductivity of water to measure the water level by the electrode and obtain data. Its unique advantage is that the error is not affected by environmental factors; it only depends on the electrode spacing, offering high measurement accuracy, stability, and reliability. It is easy to use and avoids the shortcomings of traditional water level sensors, such as zero drift, temperature drift, and being affected by water quality and weeds. The signal can be transmitted through various transmission methods.

This product can continuously and automatically monitor water levels over a long period, with relaxed environmental requirements. It features low installation costs, high stability, and precision. It is applicable in urban flooding, reservoirs, lakes, rivers, irrigation areas, and more.

II. Key Features

Error is fixed and does not change with the expansion of the range, ensuring accuracy to within 1 cm.

2. No zero drift and temperature drift.

3. Impervious to water quality, waves, and weeds.

4. No mechanical moving parts, no rust or jamming issues.

5. Easy installation, no need for well logging construction, and low system investment.

6. Equipped with lightning protection devices, reducing subsequent maintenance costs.

7. External scale for easy measurement, comparison, and manual observation

8. Ultra-low power consumption, reducing battery and solar panel costs.

9. Constructed with a stainless steel housing and treated with high-performance sealing materials, offering corrosion, frost, and aging resistance.

10. Optional power voltage available: commonly DC5V (customizable), with DC12V also an option.

Section 3: Technical Specifications

Unit Specifications: 40cm, 50cm, 80cm, 100cm, 120cm, 150cm, 160cm.

Variable Range: Combinations of any of the above units.

Accuracy: 1 cm.

Power Supply: DC5V±15% (customizable), DC12V optional.

Transmission Method: RS485.

Power Consumption: Standby power consumption < 2mA, high power consumption < 30mA.

, : 20 meters.

IV. Interface Definition

Power and Signal Definitions