![[Case Study] Transfer of High-Temperature Water](https://image.mono.ipros.com/public/premium/image_category/59d/1470328/IPROS12913447056240520657.png?w=140&h=140){kind=small}
![[Case Study] Transfer of High Viscosity Fluids](https://image.mono.ipros.com/public/premium/image_category/59d/1470328/IPROS7655627503123947106.png?w=140&h=140){kind=small}
![[Case Study] Recovery and Filtration of Floating Objects](https://image.mono.ipros.com/public/premium/image_category/59d/1470328/IPROS7701469515886242754.png?w=140&h=140){kind=small}
【Delivery Example】Transfer of Cooling Water
Using a magnet pump type HT for cooling water circulation!
● Due to the failure of an overseas chiller, we received an order for an update of the cooling system. The chiller (made in Italy) used by the customer broke down, and since the repair would incur significant costs, they requested an update of the cooling system, including the chiller. The cooling water is used after the heating process when turning waste plastic into pellets, so overall temperature management and reliable pump transfer were required. ● Using a Magnet Pump HT type for cooling water circulation. The chiller was updated to a Hitachi model, and a Magnet Pump HTX-440 was used for the transfer from the PE cushion tank, the return from the heat exchanger, and the transfer to the cooling tower. It serves as the core of the system due to its durability and reliable transfer capabilities. Additionally, at the customer's request, to regularly maintain against resin pellet blockages, inline strainers were installed in various parts to improve maintainability.
basic information
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