Ultrasonic Level Sensor for Water/Fuel/Oil/Powder, 0-60M

Ultrasonic level sensor can be used for non-contact level measurement of various medium, such as liquid (water/fuel/oil), solid (metal or nonmetal), or powder (chemical materials), etc. The level sensor has maximum measuring range 0-60m, can transmit and output 4-20mA or RS485/232 signal to remote control system.

Specification

Note: * denotes optional parameters, you can select parameters in drop-down lists to finish your order. Some customizable parameters can't be selected from the lists directly, please contact customer service staff for further communication.

Dimension (unit: mm)

Wiring


Installation diagram

Details

Tips: What is ultrasonic level sensor?

The ultrasonic level sensor uses the time difference between the transmission and reception of sound waves and the propagation speed of sound waves to calculate the liquid level. The ultrasonic level sensor using non-contact measurement technology can be stably and reliably applied to continuous liquid level measurement in various open liquid/solid/powder tanks. Ultrasonic liquid level sensor is a very ideal measurement tool for corrosive, layered or acid-base wastewater. The media that can be measured by the ultrasonic level transmitter include industrial agents such as hydrochloric acid, sulfuric acid, hydroxide, waste water, resin, paraffin, mud, lye and bleach. It is often used in conjunction with other industrial equipment such as pressure transmitters and flow meters, and is an important part of automated process control systems.
CCHN ultrasonic level sensor has the following characteristics:

1. Simple structure, convenient reading, convenient installation and maintenance, high cost performance, low maintenance cost.
2. The use of corrosion-resistant materials, safe and clean, long life, high precision, stable and reliable.
3. Non-contact measurement is less affected by the viscosity and density of the liquid.
4. There are various ranges to choose from (0.5m~60m range), which can be applied in different industrial environments.
5. It has an RS-485 communication interface and adopts a special echo processing method to effectively avoid false echoes.