Electrode Level Sensor, SPDT Contact

Electrode level sensors are valued for their reliability, accuracy, and suitability for diverse environments, making them essential tools in industries ranging from manufacturing to chemical processing. This technology is commonly used in various industrial applications, such as monitoring liquid levels in tanks, ensuring precise control of processes, and preventing overflows or shortages.

Feature

• Suitable for controlling the liquid level of any conductive liquid (forbidden to use in volatile liquids).
• It has a surge protection function, which can effectively prevent surge interference.
• Multi-point control is possible, and the control positions can be customized according to user needs.
• The electrode head uses low AC voltage to avoid electrolysis and extend the service life.
• It has two indicator lights that can display the water supply and drainage status.

Specification

Controller Dimension (Unit: mm)

Wiring

Note*

1. For vertical installation only.
2. The voltage fluctuation range is within ±15%, and the voltage must be stable.
3. Avoid installation in places subject to large vibration or impact (may cause malfunction).
4. This product is not suitable for non-conductive liquids, such as gasoline, diesel, heavy oil, pure water, etc.
5. All poles must be at least 50mm different from the longest pole (as shown below).
6. When the liquid contacts the electrode, its action will change due to different types of liquid and changes in power supply voltage.
7. To ensure that the electrode rods do not come into contact with each other in the water, you can wrap tape on the electrode rod, but it must be wrapped around the part 100mm behind the front end of the electrode rod.

Tips: What is an electrode level sensor?

An electrode level sensor is a device designed to measure and monitor the level of a substance, typically a liquid, using electrodes. These sensors employ the principle of conductivity, where the electrical conductivity of a substance changes based on its level. The sensor consists of electrodes placed at different levels in a container or tank. As the liquid rises or falls, the conductivity between the electrodes varies, allowing the sensor to detect and quantify the level changes. This information is then translated into a readable output, providing real-time data on the substance's level. Electrode level sensors find applications in various industries, including manufacturing, chemical processing, and water treatment, enabling efficient and accurate monitoring of fluid levels for process control and safety purposes.