working principle:
The principle of Induction Heating Water Boiler is based on electromagnetic heating technology. The core principle is to generate an alternating magnetic field through an electromagnetic coil through current, which acts on a metal heating element (usually iron or steel), generating eddy currents. The friction of the eddy currents generates heat, thereby heating objects or air. Unlike traditional resistance heating, electromagnetic heating directly converts electrical energy into thermal energy, with higher efficiency and more stable temperature.
JS-40/50/60/80kW
jiangxin/Jonson
Availability: | |
---|---|
Quantity: | |
Advantages:
Efficient and energy-saving:
Induction Heating Water Boiler are more efficient than traditional resistance heating furnaces because electromagnetic heating can directly convert electrical energy into thermal energy, while traditional resistance heating incurs certain energy losses.
Rapid heating:
Electromagnetic Induction heating furnace heats up quickly and can provide high heat in a short period of time, adapting to the cold winter.
Environmental protection and health:
Electromagnetic Induction heating has no combustion process, does not emit harmful gases, and does not produce exhaust gas or dust, making it more environmentally friendly and suitable for indoor use. Meanwhile, electromagnetic Induction heating does not dry the air, which is beneficial for improving indoor air quality.
Intelligent control:
Equipped with an intelligent temperature control system, it can accurately adjust the temperature according to actual needs and provide a comfortable indoor environment. At the same time, it can be linked with smart home systems to achieve remote control and timed switching.
High security:
Electromagnetic Induction heating furnaces are usually equipped with multiple safety protection designs, such as overheating protection, leakage protection, etc., to ensure safety during use.
Strong adaptability:
Suitable for various types of buildings, especially for winter heating, especially in high-altitude areas and old buildings.
Installation Method:
Connect the water pump first. When the water pump is three-phase, connect L1, L2, and L3 of themotor overload protector;When the water pump is single-phase,connect N of the motor overloadprotector and any L1~L3:After connecting to the power supply,enter the parameter setting and activatethe "forced water pump" button to allow the water pump to fully pump water and fill the coil heatingbody.After confirming that there is water in the water coil heating body, After confirming that there iswater in the water coil heating body,"Start/Stop" button to start the heating operation.
Product Name
|
Three-Phase
380V-40KW
|
Three-Phase
380V-50KW
|
Three-Phase
380V-60KW
|
Three-Phase
380V-80KW
|
Rated Power
|
40kW
|
50kW
|
60kW
|
80kW
|
Rated Voltage/Frequency
|
380V/50Hz
|
380V/50Hz
|
380V/50Hz
|
380V/50Hz
|
Rated Current
|
60A
|
75A
|
90A
|
120A
|
Electrical Protection Class
|
33IP
|
33IP
|
33IP
|
33IP
|
Electrothermal Efficiency
|
≥99%
|
≥99%
|
≥99%
|
≥99%
|
Electrothermal Power
|
100%
|
100%
|
100%
|
100%
|
Maximum Pressure Of Equipment
|
0.6Mpa
|
0.6Mpa
|
0.6Mpa
|
0.6Mpa
|
Maximum Temperature Of Heating Water
|
95℃
|
95℃
|
95℃
|
95℃
|
Low Temperature Protection Minimum Temperature
|
5℃
|
5°℃
|
5℃
|
5°℃
|
Diameter Of Inlet And Outlet
|
DN40(1.5)
|
DN40(1.5)
|
DN40(1.5)
|
DN40(1.5)
|
Hot Water Yield
|
T/H40℃
|
T/H50℃
|
2T/H25℃
|
2T/H40℃
|
Overall Dimensions
|
550*810*1500
|
550*810*1500
|
550*810*1500
|
550*810*1500
|
Pump Configuration Minimum Flow
|
4/h
|
4/h
|
5/h
|
8/h
|
Cross Sectional Area Of Copper Wire
|
≥25 square millimeters
|
≥25 square millimeters
|
≥25 square millimeters
|
≥35 square millimeters
|
Heating Area
|
400-600m²
|
500-700m²
|
600-1000m²
|
800-1500m²
|
Heating Space
|
1200-1800m²
|
1500-2100m²
|
1800-2700m²
|
2400-5200m²
|
Water Temperature Control Regulation
|
25-95℃
|
25-95℃
|
25-95℃
|
25-95℃
|
Mobile Control System
|
Optional
|
Optional
|
Optional
|
Optional
|
Working Hours
|
Long term operation
|
Long term operation
|
Long term operation
|
Long term operation
|
Working Voltage
|
340-430
|
340-430
|
340-430
|
340-430
|
Control Operating System
|
7.0 inch touch screen
|
7.0 inch touch screen
|
7.0 inch touch screen
|
7.0 inch touch screen
|
Can Be Set On/Off Time Period
|
6
|
6
|
6
|
6
|
Advantages:
Efficient and energy-saving:
Induction Heating Water Boiler are more efficient than traditional resistance heating furnaces because electromagnetic heating can directly convert electrical energy into thermal energy, while traditional resistance heating incurs certain energy losses.
Rapid heating:
Electromagnetic Induction heating furnace heats up quickly and can provide high heat in a short period of time, adapting to the cold winter.
Environmental protection and health:
Electromagnetic Induction heating has no combustion process, does not emit harmful gases, and does not produce exhaust gas or dust, making it more environmentally friendly and suitable for indoor use. Meanwhile, electromagnetic Induction heating does not dry the air, which is beneficial for improving indoor air quality.
Intelligent control:
Equipped with an intelligent temperature control system, it can accurately adjust the temperature according to actual needs and provide a comfortable indoor environment. At the same time, it can be linked with smart home systems to achieve remote control and timed switching.
High security:
Electromagnetic Induction heating furnaces are usually equipped with multiple safety protection designs, such as overheating protection, leakage protection, etc., to ensure safety during use.
Strong adaptability:
Suitable for various types of buildings, especially for winter heating, especially in high-altitude areas and old buildings.
Installation Method:
Connect the water pump first. When the water pump is three-phase, connect L1, L2, and L3 of themotor overload protector;When the water pump is single-phase,connect N of the motor overloadprotector and any L1~L3:After connecting to the power supply,enter the parameter setting and activatethe "forced water pump" button to allow the water pump to fully pump water and fill the coil heatingbody.After confirming that there is water in the water coil heating body, After confirming that there iswater in the water coil heating body,"Start/Stop" button to start the heating operation.
Product Name
|
Three-Phase
380V-40KW
|
Three-Phase
380V-50KW
|
Three-Phase
380V-60KW
|
Three-Phase
380V-80KW
|
Rated Power
|
40kW
|
50kW
|
60kW
|
80kW
|
Rated Voltage/Frequency
|
380V/50Hz
|
380V/50Hz
|
380V/50Hz
|
380V/50Hz
|
Rated Current
|
60A
|
75A
|
90A
|
120A
|
Electrical Protection Class
|
33IP
|
33IP
|
33IP
|
33IP
|
Electrothermal Efficiency
|
≥99%
|
≥99%
|
≥99%
|
≥99%
|
Electrothermal Power
|
100%
|
100%
|
100%
|
100%
|
Maximum Pressure Of Equipment
|
0.6Mpa
|
0.6Mpa
|
0.6Mpa
|
0.6Mpa
|
Maximum Temperature Of Heating Water
|
95℃
|
95℃
|
95℃
|
95℃
|
Low Temperature Protection Minimum Temperature
|
5℃
|
5°℃
|
5℃
|
5°℃
|
Diameter Of Inlet And Outlet
|
DN40(1.5)
|
DN40(1.5)
|
DN40(1.5)
|
DN40(1.5)
|
Hot Water Yield
|
T/H40℃
|
T/H50℃
|
2T/H25℃
|
2T/H40℃
|
Overall Dimensions
|
550*810*1500
|
550*810*1500
|
550*810*1500
|
550*810*1500
|
Pump Configuration Minimum Flow
|
4/h
|
4/h
|
5/h
|
8/h
|
Cross Sectional Area Of Copper Wire
|
≥25 square millimeters
|
≥25 square millimeters
|
≥25 square millimeters
|
≥35 square millimeters
|
Heating Area
|
400-600m²
|
500-700m²
|
600-1000m²
|
800-1500m²
|
Heating Space
|
1200-1800m²
|
1500-2100m²
|
1800-2700m²
|
2400-5200m²
|
Water Temperature Control Regulation
|
25-95℃
|
25-95℃
|
25-95℃
|
25-95℃
|
Mobile Control System
|
Optional
|
Optional
|
Optional
|
Optional
|
Working Hours
|
Long term operation
|
Long term operation
|
Long term operation
|
Long term operation
|
Working Voltage
|
340-430
|
340-430
|
340-430
|
340-430
|
Control Operating System
|
7.0 inch touch screen
|
7.0 inch touch screen
|
7.0 inch touch screen
|
7.0 inch touch screen
|
Can Be Set On/Off Time Period
|
6
|
6
|
6
|
6
|
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