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Steps taken now can prevent future equipment failure!
Our non-powered system does not require any prime mover (such as pump, compressor or diverter), keeping the cleaning process in
motion, thus there are minimal moving parts and hence requires less maintenance.
With a “dual-loop” design to prevent the mixing of hot and cold water within the condenser, this unique design prevents the loss of chiller efficiency compared to other automatic tube cleaning systems.
*Watch video below for more info
The Non-Powered HydroBall System is a patented automated tube cleaning system used in commercial and industrial buildings to reduce energy wastage accompanied by R&D ingenuity and sound engineering design that covers every potential reduction in resource consumption.
As the innovation to achieve “state-of-the-art design” was given full management support, HydroBall System has sufficiently developed to eliminate equipment downtime and optimises energy consumption by automatically keeping the inner surface of the tubes perpetually free from fouling and scaling deposits.
HydroBall System is the perfect cost-effective solution that optimises and decreases the usage of resources caused by the weak heat exchanger in the condenser and the energy needed for the chiller compressor to pump while delivering the same amount of cooling.
Our test results show that all chillers in central air-con systems equipped with HydroBall System have a trouble-free operation with the technical support from local distributors. It ensures optimal heat exchange efficiency, contributing to the prevention of unnecessary energy loss.
Aside from helping to eradicate such wastages that contribute to climate change, the Non-Powered Automatic Tube Cleaning System also prolong equipment’s life with low maintenance cost. Due to the continuity of innovation, ATCS is now one of the most widely patented products in the world.
The HydroBall System maintains the heat transfer capacity of the condenser at peak efficiency, thus, it reduces energy wastage and increases productivity growth.
The compressor doesn’t need to exploit to compensate for poor heat exchange at the condenser. It reduces wear and tear, hence, it prolongs the compressor lifespan.
The condenser will be kept clean during the operation. No more equipment shutdown during the cleaning process.
Microbiological-induced corrosion of the condenser tubes is eliminated by keeping condenser tubes perpetually free from scale and fouling deposits.
