TR02T12S Low Range Turbidity Sensor – Semiconductor Liquid Cooling

The TR02T12S Low Range Turbidity Sensor is designed to provide high-precision monitoring for the most demanding industrial environments. By ensuring the integrity of process fluids, it helps facility managers optimize system performance and reduce maintenance downtime.

Key Application Areas
● Data Center Liquid Cooling Systems: Essential for monitoring coolant fluid quality (such as ethylene glycol and propylene glycol). Our sensor prevents particulate accumulation, ensuring maximum thermal efficiency and protecting sensitive server hardware from blockage or corrosion.
● Semiconductor Manufacturing: In processes where micro-contamination can jeopardize production yields, the TR02T12S delivers the consistent, high-accuracy turbidity data required for high-cleanliness water standards.
● Municipal & Direct Drinking Water: Provides reliable, continuous monitoring for piped water infrastructure, helping to detect sediment spikes and ensuring compliance with stringent safety and water quality regulations.
● General Industrial Process Monitoring: Versatile enough for various closed-loop industrial systems that require real-time clarity verification to maintain operational standards.

Why Choose the TR02T12S?
● Advanced Anti-Bubble Optical Design: Featuring an inclined light window, this sensor minimizes the accumulation of air bubbles on the optical surface. This innovative engineering guarantees stable, drift-free measurements even in active, flowing coolant systems.
● ISO7027 Standard Compliance: Built to meet the ISO7027 international standard, it provides the trusted, standardized methodology required for compliance in critical semiconductor and industrial facilities.
● Superior Fluid Compatibility: Engineered with materials that withstand the specific chemical properties of glycol-based coolants, it offers a distinct advantage over standard sensors that may degrade over time in specialized cooling fluids.
● Robust 316L Stainless Steel Construction: The heavy-duty housing ensures high resistance to mechanical impact and environmental corrosion, offering a long-lasting, maintenance-efficient solution for challenging physical installations.