PRODUCT DESCRIPTION
As data centers, new energy vehicles and high-end manufacturing industries continue to grow at an unprecedented pace, liquid cooling technology has emerged as the dominant thermal management solution for high-heat-density equipment, thanks to its superior heat dissipation efficiency. However, the reliable operation of liquid cooling systems is fundamentally dependent on maintaining optimal coolant cleanliness. Contamination by particulate matter, corrosion byproducts, microbial growth or other foreign substances not only degrades thermal performance but also poses severe risks including pipeline blockages, equipment component corrosion, and ultimately catastrophic system failures and costly downtime.
Turbidity serves as the primary indicator of coolant cleanliness, with its numerical value directly correlating to the concentration of suspended impurities in the fluid. The RK500-07LC liquid cooling turbidity sensor utilizes advanced optical correlation measurement technology. A precision emitter projects light of a specific wavelength through the coolant sample, while a dedicated receiver measures the intensity of the transmitted light. When suspended particles are present, they scatter and absorb the light, reducing the signal received by the detector. The sensor precisely calculates turbidity values by quantifying this light intensity attenuation.
With its innovative measurement principle and robust engineering, the RK500-07LC delivers exceptional sensitivity to even the most subtle changes in coolant turbidity. Critically, it is immune to interference from reflections off stainless steel piping—a common challenge in industrial liquid cooling systems. This capability enables continuous, real-time and reliable monitoring, providing essential data for ensuring the safe and efficient operation of liquid cooling infrastructure. The RK500-07LC has established itself as an indispensable "cleanliness guardian" for the global liquid cooling industry.
