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1. High-Precision 660nm Laser Scattering: Utilizes advanced 90° laser scattering technology with a 660nm light source, delivering ultra-sensitive detection down to 0.005 NTU and accuracy of 2% or ±0.02 NTU for micro-particle and corrosion monitoring.
2. Pressurized In-line Flow-Through Design: Engineered for closed-loop pressurized systems, withstanding working pressure up to 0.6 MPa (customizable to 1.0 MPa) without pressure release, ideal for data center CDU secondary cooling loops.
3. Automatic Optical Window Cleaning: Integrated self-cleaning function prevents particulate fouling, sediment adhesion, and biofilm accumulation, significantly extending maintenance intervals and lifecycle.
4. Standard Industrial Outputs: Equipped with RS485 (Modbus-RTU protocol) and optional (4-20) mA analog output, ensuring seamless integration with PLCs, SCADA, and building environment monitoring systems.
5. Durable Engineering Material: Built with chemical-resistant ABS/POM body material, supporting wide operating temperatures (-5°C to 45°C), 72h neutral salt spray resistance, and 2g anti-vibration reliability.
6. Flexible Measuring Ranges & Easy Installation: Offers multiple selectable ranges (0-1 / 0-20 / 0-100 / 0-2000 NTU) with 6mm/10mm quick-push push-in connectors and panel mounting backplate support.
Self Cleaning Optical Window Pressurized Turbidity Probe 0.005 NTU Detection Limit Coolant Particle Pollution Monitor ADU3500
Spu:
1601937747191
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About Us
Ningbo GLGW Nova Materials Technology Co., Ltd., established in 2025, specializes in water quality analysis solutions. With 51-100 employees, the company focuses on turbidity sensors and related equipment, serving a domestic market of 50% and global regions including North America and Southeast Asia.
FAQs
What is the measurement principle and detection limit of ADU3500?
ADU3500 adopts 90° laser scattering technology (660nm laser light source). It features an ultra-low detection limit of 0.005 NTU with an accuracy of 2% or ±0.02 NTU, enabling high-precision detection of trace suspended solids, microorganisms, and corrosion products in cooling liquids.
Can this turbidity sensor handle high pressure in liquid cooling loops?
Yes. The sensor is specifically designed with a pressurized flow cell structure capable of operating under pressure up to 0.6 MPa (and customizable up to 1.0 MPa). It allows real-time, online liquid monitoring directly within closed CDU pipelines without needing pressure reduction.
How does the automatic optical window cleaning function work?
The sensor features an integrated self-cleaning optical window mechanism that prevents particulate buildup and biological fouling. This maintains optical clarity over long continuous operation periods, greatly reducing manual maintenance frequency and system downtime.
What communication protocols and signal outputs are supported?
It supports digital RS485 output using standard Modbus-RTU communication protocol. In addition, a 4-20mA analog transmission output is optionally available for direct connection to PLCs, RTUs, and data center dynamic monitoring systems.
