Closed Water Cooling Tower Fbh-250t for Induction Furnace

• Power Source: Electricity
• Defrost Type: Frost-Free
• Function: Cold Storage
• Material: Stainless Steel
• Cooling Water: Purified Water
• Noise Level: Ordinary
• Model NO.: Fbh-250t
• Application Fields: Industrial and Air Conditioning
• System Type: Closed System
• Transport Package: Wooden Package
• Trademark: RLB
• Origin: China

Product Description

Product Name:
Closed water cooling system
 

Closed cooling tower is full-closed, it will not appear the phenomenon such as the dust into the cooling pipe and

control system to lead the pipeline blockage.

Closed cooling tower adopts soft water circulating system, it is not easy to form the incrustation to lead the pipeline

overheating. It adopts automatic digital control system, there're other features, such as: energy saving,

environmental protection, high efficiency, high accuracy and easy to use. Full-confined space, the cooling medium is

not affected by the outside environment, and the environment will not be polluted.

It can cool brine, oil, alcohol, quenching and chemical liquid and other mediums, the composition will not be affected

the medium is no-loss, and no leakage. Closed cooling tower adopts the type which is air cooling, evaporation heat,

double cooling, and the cooling efficiency is higher and energy saving. The type is prying, so the installation of

pipeline is simple and convenient. You don't need dig the reservoir, it can save water and protect environment.

Basic introduction of closed cooling tower FBH-600T:

Compact structure, can be placed in the plant; Applicable standard temperature drop cooling items (5 ºC temperature drop)

Operating principle:
Closed cooling tower FBH-600T is a device that uses water as circulating coolant to absorb heat from a system and discharge it to the atmosphere to reduce water temperature; Its cooling is an evaporative heat dissipation device that uses the principles of evaporative heat dissipation, convective heat transfer and radiant heat transfer to dissipate the waste heat generated in industry or refrigeration and air conditioning to reduce the water temperature by exchanging cold and heat after the water and air flow contact to generate steam. The device is generally barrel shaped, so it is called a cooling tower.

Reliability: The unique and rational design of the external water turbine is installed outside the cooling tower air duct, which is convenient for maintenance. The structure is the same as that of the traditional cooling tower motor and reducer. The mechanical noise and failure rate of the traditional motor are eliminated, and the operation is stable and reliable.

Cooling effect guarantee: the cooling system will change with the seasons. The external hydraulic turbine is specially designed with three brake valves, so that the fan speed increases and decreases with the increase and decrease of circulating water flow, and the air volume also increases and decreases, so that the air water ratio of the cooling tower is stable in a good state, achieving good operation effect;

Environmental protection: after the external water turbine replaces the motor, the mechanical noise and vibration will be reduced, and the user's energy will be reduced.

Energy saving: Make full use of the return water pressure of the circulating water system to convert it into mechanical energy, and the external water turbine replaces the motor drive to achieve 100% energy saving.

Safety: fundamentally eliminate the motor, electric control and electric leakage burning damage faults, provide guarantee for safe and continuous operation, and can operate safely in any explosion-proof environment.

The cooling tower is mainly used in air conditioning cooling system, refrigeration series, injection molding, leather making, foaming, power generation, steam turbine, aluminum profile processing, air compressor, industrial water cooling and other fields, mainly in air conditioning cooling, refrigeration, plastic chemical industry.



Technical Specifications:

Model	Cooling capacity		Motor power	Fan delivery	Spray pump	Pipe diameter of device interface
	Flow	Heat extraction			Water pump power	Water inlet/outlet	Overflow	Sewage draining exit	Water replenishing
		power
	m³/h	KW	KW	m³/h	KW	mm	mm	mm	mm
30D	30	174	1.5*2	38400	0.75	DN80	DN25	DN25	DN25
40D	40	232	1.5*2	51200	1.1	DN100	DN32	DN32	DN32
50D	50	290	1.5*2	64000	1.5	DN100	DN32	DN32	DN32
65D	65	378	2.2*2	83200	1.5	DN100	DN32	DN32	DN32
80D	80	465	3*2	102400	2.2	DN125	DN40	DN40	DN40
100D	100	581	4*2	128000	3	DN125	DN40	DN40	DN40
125D	125	727	5.5*2	160000	3	DN150	DN40	DN40	DN40
150D	150	872	4*3	192000	4	DN150	DN40	DN40	DN40
180D	180	1046	5.5*3	240000	4	DN125*2	DN40	DN40	DN40
200D	200	1163	4 *4	256000	4	DN125*2	DN40	DN40	DN40
225D	225	1308	4 *4	256000	5.5	DN150*2	DN40	DN40	DN40
250D	250	1453	5*4	320000	5.5	DN150*2	DN40	DN40	DN40

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