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Direct RS485 Modbus-RTU Digital Output: Built-in intelligent processing circuit directly outputs both electrical conductivity and temperature via standard RS485 Modbus-RTU protocol. Integrates seamlessly into PLCs, CDUs, and SCADA systems without requiring an external transmitter.
Dedicated for Data Center Liquid Cooling: Specially engineered to monitor deionized water and coolant purity in liquid cooling CDU loops and cold plate systems. Detects minute ionic contamination to prevent electrochemical corrosion and heat transfer degradation.
Versatile Process Connections: Standard G3/4" dual threads and 50.5mm sanitary Tri-clamp connections allow quick, flexible insertion into pipelines, circulation bypasses, and cooling reservoirs.
ADE3300 Tri Clamp G3/4 Thread 2-Electrode Digital Conductivity Electrode for Data Center Deionized Water Pure Water Monitoring
Spu:
1601937748213
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About Us
Ningbo GLGW Nova Materials Technology Co., Ltd. is a specialized materials technology enterprise established in 2025, focusing on high-precision sensor solutions. With 51-100 employees, it offers advanced EC and temperature sensors for industrial applications, including data center cooling systems. The company provides RS485 Modbus-RTU digital sensors with K=0.1/K=1.0 options, ensuring accurate conductivity measurements across diverse environments.
FAQs
Why is ADE3300 ideal for Data Center Liquid Cooling Systems?
Coolant contamination increases conductivity, causing electrochemical corrosion on cold plates and decreasing heat transfer efficiency. The ADE3300 (K=0.1) provides ultra-sensitive continuous online monitoring (0.1~200 uS/cm) to give early warnings before corrosion or cooling failure occurs.
Does the sensor require an external transmitter or converter?
No external transmitter is needed. ADE3300 is an integrated digital sensor with an embedded microprocessor. It directly outputs standard RS485 Modbus-RTU signals for both conductivity and temperature, allowing direct connection to your CDU controllers, PLCs, or DCIM systems.
How do I choose between electrode constants K=0.1 and K=1.0?
Choose K=0.1 for low-conductivity liquids such as deionized water, RO water, and data center cooling loops (0.1~200 uS/cm). Choose K=1.0 for general tap water, cooling tower circulation, and industrial wastewater recycling (10~10000 uS/cm).
What are the mounting and process connection options?
We offer two standard connections: G3/4" male threaded connection for inline pipe/immersion mounting, and 50.5mm Tri-clamp sanitary flange for quick-release setups. Custom connection threads and adapters are available upon request.
