Closed-loop water cooling system

Traditionally, high-, medium-, and ultrasonic induction equipment has been cooled by excavating a pool of a certain size or by using open-style fiberglass cooling towers, with hard water used directly for cooling.

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Closed-loop water cooling

Category:

Closed-loop water cooling

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+86-13561434548

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Product Description

Product Overview

　　 Traditionally, high-, medium-, and ultrasonic-frequency induction equipment has been cooled by either excavating a pool of a certain size or using open-style fiberglass cooling towers, with hard water directly employed for cooling. In recent years, equipment failures caused by scaling on the inner walls of water pipes due to poor water quality—resulting in gradually reduced circulating water flow and even blockages—have accounted for approximately 80% of all equipment damage. Therefore, if we improve the quality of the cooling circulating water and ensure more effective cooling of the equipment, we can significantly reduce the equipment failure rate.

Scope of application

For cooling medium- and high-frequency power supplies, induction heating furnaces, and other induction equipment;
For cooling steelmaking furnaces in steel plants, including melting furnaces, holding furnaces, arc furnaces, and calcium carbide furnaces;
Used for cooling various quenching media (medium- and high-frequency quenching fluids, aqueous quenching solutions, quenching oils, and electroplating solutions);
For cooling in vacuum melting furnaces, quenching, tempering, welding, and other vacuum furnaces;

Product Details

Fan

It uses a three-proof fan suitable for both indoor and outdoor environments, featuring low noise, high rotational efficiency, corrosion resistance, and excellent insulation properties.

Collector

The PVC-material sandwich-type water collector maximizes the prevention of backflow of spray water without affecting airflow, and it’s easy to disassemble.

Nozzle

We’ve opted for special small three-layer nozzles (most manufacturers use standard annular nozzles). Although these nozzles are more expensive, they completely eliminate the issue of nozzle clogging caused by dirty spray water.

Cooler

Made by welding high-quality 304 stainless steel corrugated tubes, this product is easy to disassemble and assemble, eliminating the hassle of having to completely disassemble it for maintenance as required by other manufacturers—simply remove the side panels to perform repairs.

Auxiliary machine

The water tank is made from brushed stainless steel sheets, resulting in a smoother exterior and superior performance compared to ordinary stainless steel sheets.

Shell

All use imported coated aluminum-zinc steel sheets, which are among the most corrosion-resistant and heat-insulating sheet materials available. Their service life is 3 to 6 times longer than that of ordinary galvanized steel sheets. Custom-made 304 or 316 stainless steel sheets are also available upon special request.

Water pump

The integral centrifugal water pumps equipped with mechanical seals all feature waterproof motors, imported bearings, low head, high flow rate, and low power consumption.

Inlet grille

Dustproof and splash-proof, with high air intake and low airflow resistance, it reduces fan energy consumption and effectively ensures the water quality and operating temperature of the spray water.

Technical Parameters

Model	Cooling capacity	Work pressure	Work flow rate m³/h	Inlet and outlet pipe diameter mm	Rated Power KW			External dimensions (Length × Width × Height) mm
Model	Cooling capacity	Work pressure	Work flow rate m³/h	Inlet and outlet pipe diameter mm	Main pump	Sprinkler pump	Fan	External dimensions (Length × Width × Height) mm
FL-250	75250	0.15	12	DN50	2.2	1.1	0.37	2250×1000×2300
FL-350	105000	0.2	12.5	DN50	3.0	1.1	0.37	3000×1000×2300
FL-500	150500	0.2	12.5	DN50	3.0	1.1	0.55	2500×1000×2500 host machine 500×500×1000 auxiliary machine
FL-600	180600	0.2	12.5	DN50	3.0	1.5	1.1	3000×1250×2500 host machine 750×1000×2000 auxiliary machine
FL-750	228000	0.3	25	DN65	4.0	1.5	1.1	3000×1250×2500 host machine 750×1000×2000 auxiliary machine
FL-850	281000	0.3	25	DN65	4.0	1.5	0.55	3000×1250×2500 host machine 750×1000×2000 auxiliary machine
FL-900	29000	0.3	46	DN80	5.5	1.5	1.1	3000×1250×2500 host machine 750×1000×2000 auxiliary machine
FL-1000	301000	0.3	50	DN00	7.5	2.2	1.5	3000×1500×2500 host machine 750×1000×2000 auxiliary machine
FL-1250	35200	0.35	90	DN100	11	2.2	1.5	3000×1500×2500 host machine 1000×1250×2000 auxiliary machine
FL-1500	451500	0.35	100	DN125	15.0	2.2	2.2	3000×1500×2500 host machine 1000×1250×2000 auxiliary machine
FL-2000	602000	0.35	120	DN150	18.5	4.4	3	3000×2000×3000 host machine 1250×1250×2000 auxiliary machine
Note: Technical specifications are subject to change as products are continuously updated; no further notice will be given. Custom non-standard products can be manufactured according to customer requirements.