High Accuracy 0-100NTU Water Lower Tubidity Sensor For Industry Treated Water

Daruifuno high-precision low turbidity laser sensors OLTU600 are typically used to monitor the content of tiny suspended particles or contaminants in applications such as purified or drinking water. Has the following characteristics:

High Accuracy: These sensors have highly accurate measurement capabilities and are able to accurately detect and measure extremely low concentrations of suspended solids or particles in water samples.

Low Turbidity Range: Ideal for low turbidity water samples, typically providing accurate measurements over a turbidity range of 0 to 100 NTU.
Laser technology: Using laser technology for measurement, it has the characteristics of high sensitivity and fast response, able to detect tiny particles and provide accurate measurement results.

Scope of application: Mainly used in scenarios that require highly pure water quality, such as laboratory applications, pharmaceutical industry, drinking water treatment, electronic manufacturing and other fields to ensure that water quality meets corresponding standards and requirements.
Such sensors are crucial for ensuring safe water quality and reliable production processes, as even tiny contaminants can have adverse effects in certain applications.

Technical Parameters

User manual of OLTU60:

OLTU600 Low turbidity sensor user manual.pdf

Features

• The flow turbidity sensor shoots the 660nm laser vertically downwards into the water. The light is scattered by suspended particles in the water sample, and the scattered light at 90°with the incident angle is received by the silicon photocell receiver immersed in the water sample, and 90° is calculated.

• Compact miniaturized design, small installation space
• 660nm laser light source with high resolution and fast response
• Optional viewing window and automatic emptying system reduce maintenance effort
• Low injection flow requirements, reducing the amount of waste generated in the measurement
• Internal storage of calibration data, support offline calibration, on-site plug and play
• Flow cell type turbidity probe
• Sensor display has three buttons for quick calibration
• The flow-through low turbidity sensor is equipped with a drain port at the bottom to ensure the accuracy and stability of the sensor and facilitate maintenance and cleaning.

Advantage

• High Sensitivity: The flow-through low turbidity laser sensor is capable of detecting extremely low turbidity liquids and can accurately measure even tiny particles or suspended matter.
• Real-time monitoring: This sensor provides instant measurement results, allowing operators to quickly obtain system or fluid status information.
• Strong adaptability: This sensor is suitable for various liquids, including water, solutions, suspensions, etc., and can be used in various industrial applications, such as pharmaceuticals, food processing, beverage production, etc.
• Online monitoring possible: Due to its real-time monitoring characteristics, the flow-through low turbidity laser sensor can be easily integrated into the automation system to achieve online monitoring and feedback control.
• High-precision measurement: The flow-through low-turbidity laser sensor can provide high-precision turbidity measurement and can detect tiny particles, which is very helpful for monitoring and controlling water quality.
• Automated control: Sensors can be integrated with automation systems to achieve automated control of water quality, improve monitoring and processing efficiency, and reduce labor costs.
• Easy to install and maintain: Sensors typically have simple installation and maintenance procedures, allowing them to be quickly deployed and kept in good operating order.
• In general, flow-through low turbidity laser sensors have the advantages of high precision, real-time monitoring, automated control, easy installation and maintenance, and have important application value in water quality monitoring and treatment.

Drinking water flow-through low turbidity laser sensor OLTU60 is mainly used in environments related to drinking water treatment and monitoring. It aims to monitor the turbidity level of drinking water in real time to ensure safe and qualified water quality. The following are the main application environments for this sensor:

Drinking water production line: In the drinking water production line, the sensor can be installed at key positions in the process to monitor the turbidity of water samples in real time. This helps detect anomalies in the treatment process and if treatment needs to be adjusted to keep the water quality stable.

Waterworks: Waterworks are responsible for treating and supplying tap water to urban residents. The drinking water flow-through low turbidity laser sensor can be installed at the water inlet and outlet of the water plant to continuously monitor the turbidity changes of the raw water and the treated tap water. In this way, potential water quality problems can be detected in time, and measures can be taken to ensure that the drinking water supplied meets safe standards.

Water treatment facilities: In other types of water treatment facilities, such as sewage treatment plants, industrial wastewater treatment plants, etc., the sensor can also be applied. It monitors water quality changes during treatment and helps operators adjust and optimize treatment methods to meet treatment requirements and reduce environmental impact.

Drinking water quality monitoring station: Drinking water flow-through low-turbidity laser sensors can be deployed in drinking water quality monitoring stations in cities or communities for real-time monitoring of water quality in water supply systems. Such monitoring stations can provide continuous water quality data, provide decision-making basis for local governments and relevant departments, and ensure the safety of drinking water for the public.

In general, drinking water flow-through low turbidity laser sensors are widely used in all aspects of drinking water treatment and monitoring, aiming to provide high-precision, real-time water quality monitoring data to ensure the safety and qualification of drinking water and protect public health .