Power And Status Indication Laser Turbidity Probe For Secondary Water Supply

Power And Status Indication Laser Turbidity Probe For Secondary Water Supply

Turbidity sensors are used in river and stream gaging, wastewater and effluent measurements, control instrumentation for settling ponds, sediment transport research, and laboratory measurements.

Specification:

Please click the user manual of RS485 turbidity sensor here:

OLTU6 Turbidity sensor.pdf

Features＆ Advantages

● Adopt 660nm laser light source, high resolution and fast response;
● Can be used in online transmitter, DTU, integrated system;
● Low sampling flow requirements, reducing the amount of waste liquid generated in the measurement;
● The turbidity flow cell can eliminate the interference of air bubbles to the measurement to the greatest extent;
● Optional window and automatic emptying system to reduce maintenance workload;
● Liquid level detection function can automatically determine whether the sample liquid level in the flow cell meets the measurement requirements;
● Stream-style sample track to prevent the sedimentation of suspended solids caused by low flow rates;
● RS485 digital interface, standard Modbus communication protocol, support access to standard industrial control system;
● Internal storage of calibration data, support offline calibration, plug and play on site.

Aplication:

Water treatment monitoring

Drinking water,surface water,water quality analyze,ground water,ect.

Industrial process monitoring and dosing control

Chemical,petroleum,paper,food and medicine,PCB manufacturing,etc.

FAQ

Q1. What is the measuring principle of the turbidity sensor?
A: The turbidity sensor is based on the infrared absorption scattered light method, use ISO7027 method to determine the turbidity continuously and accurately;

Q2. What is the advantage of digital turbidity sensor?
A: The digital turbidity sensor is conducive to long-distance signal transmission without serious signal attenuation. The sensor has RS485 interface, standard Modbus RTU communication protocol.