Shandong Weiterui Industrial Technology Co., Ltd. is one of the leading manufacturers and suppliers of water cooled medium frequency induction heater in China. Welcome to buy high quality bearing heaters made in China here from our factory. Please be free to enjoy our discount price and good service.

Water cooled medium frequency induction heater

Medium frequency water-cooled heater, using water circulation heat dissipation method for heating, has the advantages of fast heat dissipation and fast heating rate. The main features are as follows:

1. Precise control

Medium frequency induction heaters have excellent temperature control performance, which can achieve precise heating control. This is very important for production processes that require strict control of heating temperature, helping to ensure product quality and performance

2. Rapid heat dissipation

The water-cooled medium frequency induction heater adopts a water-cooled heat dissipation method, which does not require the use of additional cooling water, further reducing energy consumption and operating costs

3. High security

Intermediate frequency induction heating is a flameless and gas free process, which is safer than traditional heating methods. Water cooled intermediate frequency induction heaters are designed and manufactured with safety factors fully considered, equipped with various safety protection devices to ensure that the equipment can be shut down in a timely manner in case of abnormal conditions, protecting the safety of equipment and personnel

Model Table of Water Cooled Medium Frequency Induction Heater

WTR model		WTR-MF15-BW	WTR-MF25-BW	WTR-MF35-BW	WTR-MF45-BW	WTR-MF70-BW	WTR-MF90-BW	WTR-MF110-BW	WTR-MF160-BW
real power		15KW	25KW	35KW	45KW	70KW	90KW	110KW	160KW
Water cooling machine advice (Above 300 degrees / smelting)		2P	3P	3P	3P	5P	6P	8P	15-20P
output		3-22A	5-36A	5-53A	5-68A	5-107A	5-137A	5-170A	5-240A
output voltage		70-520v	70-550V
Enter the power supply		Three-phase 380V ± 20%
Output oscillation frequency		4 KHZ-20 KHZ according to the customer workpiece heating requirements
cyclic duration factor		100%24-hour continuous work
Power Supply Weight (kg)		23KG+30KG	28KG+30KG	43KG+50KG	50KG+55KG	60KG+55KG	70KG+60KG	80KG+65KG	80KG+70KG
Host volume (mm)		520290520		520290500	650350560		810410880		850800500
Unit volume (mm)		540280520		580280530	560290520		570410520		550410520
The power weight of the equipment and the size have been adjusted due to the configuration of the handle interface. Only the reference data is used, and not the actual data is presented. After the customer orders, the actual size is determined by himself (the red color is the actual measurement)
Medium frequency power supply and power connection and water power supply requirements
Power installation	Input power	15KW	25KW	35KW	45KW	70KW	90KW	110KW	160KW
	Enter the power supply cable line	6m ㎡	10m ㎡	12m ㎡	16m ㎡	25m ㎡	35m ㎡	50m ㎡	70m ㎡
	Enter the power supply cable line	annealed copper wire	annealed copper wire	annealed copper wire	annealed copper wire	annealed copper wire	annealed copper wire		annealed copper wire
	Input the power supply air switch	3*60A	3*60A	3*100A	3*125A	3*150A	3*200A	3*225A	3*400A

	Equipment grounding wire	2.5m ㎡ soft copper wire	2.5m ㎡ soft copper wire		6m ㎡ soft copper wire
Cooling water requirements	Power supply cooling water interface	Water inlet: 3 Water outlet: 3		Water inlet 3 Water outlet: 3			Water inlet 4 Water outlet: 5
	The inlet and outlet part + water pipe specifications, and the reserved water outlet of different heating parts are inconsistent. Only make reference without actual data presentation, and provide the actual size after the customer orders an order
	Water pipe specifications	Receiving water inlet pipe: inner diameter of 8mm Equipment water outlet pipe: inner diameter of 8mm Connect water valve water pipe; inner diameter 25mm				Receiving water inlet pipe: inner diameter of 25mm The outlet water pipe of the connecting equipment: with an internal diameter of 13mm Connect water valve water pipe; inner diameter 25mm

FAQ

Q: What is the difference between air-cooled intermediate frequency heater and water-cooled intermediate frequency heater?

A: The main differences between intermediate frequency air-cooled heating equipment and intermediate frequency water-cooled heating equipment are as follows:
1, Cooling method
Air cooling equipment:
Using air as the cooling medium. Usually, air flow is accelerated by devices such as fans to remove the heat generated by the equipment.
The cooling system is relatively simple and does not require complex water pipelines and cooling equipment.
Water cooling equipment:
Using water as a cooling medium. Water circulates in the pipes inside the equipment, absorbs heat and is discharged to the external cooling system for cooling, and is then recycled back to continue cooling.
Special equipment such as water pumps, water tanks, and cooling towers are required to ensure the circulation and cooling effect of water.
2, Cooling effect
Air cooling equipment:
The cooling capacity is relatively weak. The thermal conductivity of air is not as good as that of water, and it is greatly affected by environmental temperature and air circulation.
Insufficient cooling may occur in high-temperature environments or during continuous high load operation, leading to an increase in equipment temperature and affecting performance and lifespan.
Water cooling equipment:
The cooling effect is good. Water has a high specific heat capacity and can absorb a large amount of heat, effectively maintaining equipment operation at lower temperatures.
Even under high loads and harsh environments, it can provide stable cooling to ensure the reliability and efficiency of the equipment.
3, Installation and maintenance
Air cooling equipment:
Installation is relatively simple. No need to lay water pipelines, small footprint, and low installation cost.
The maintenance is relatively simple, mainly including checking the operation of the fan and cleaning the heat sink. But if the fan malfunctions, it may affect the cooling effect.
Water cooling equipment:
Installation is complex. It is necessary to lay water pipelines and connect equipment such as water pumps and water tanks, which incurs high installation costs and has certain requirements for installation space.
The maintenance workload is relatively large, and it is necessary to regularly check whether the waterway is unobstructed, whether there is leakage, clean the pipeline, and replace the cooling water. Meanwhile, the water cooling system may experience issues such as scaling and corrosion, which require corresponding treatment.
4, Applicable scenarios
Air cooling equipment:
Suitable for situations where cooling requirements are not high, environmental temperatures are relatively low, installation space is limited, or it is inconvenient to install waterways.
For example, some small processing plants, laboratories, etc.
Water cooling equipment:
Suitable for high-power, continuous high load operation in industrial production environments that require high cooling efficiency.
Such as large steel mills, foundries, etc.

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