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This frequency conversion induction heating water boiler is a high - performance heating device designed for efficient, energy - saving, and intelligent heating solutions. It is available in power ratings of 40/50/60/70/80kW, suitable for a wide range of building heating needs, especially in cold winters, high - altitude areas, and old buildings.
Principle - based Efficiency
Compared with some traditional heating equipment (such as resistance heating furnaces), this induction heating water boiler adopts electromagnetic heating technology. It can directly convert electrical energy into thermal energy, with an electrothermal efficiency of up to 98% (and for some models in the previous series, even up to ≥99%). In contrast, traditional resistance heating often has energy losses during the conversion process, resulting in lower overall efficiency.
Long - term Energy Savings
For users, the high efficiency means lower electricity consumption during long - term operation. Over time, it can significantly reduce operating costs compared to less efficient competitors.
Rapid Heating
The electromagnetic induction heating technology enables the boiler to heat up quickly. It can provide high heat output in a short time, which is crucial for meeting the sudden heating demands in cold winter conditions. Some 竞品 may have slower heating speeds, leading to longer waiting times for reaching the desired temperature.
Stable Temperature Control
Equipped with a PLC - controlled 7.0 - inch touch screen control system and a multi - stage timing system, it can accurately adjust the temperature within the range of 20 - 95℃ according to actual needs. This ensures a stable and comfortable indoor heating environment. In comparison, some competing products may have less precise temperature control, resulting in temperature fluctuations.
No Harmful Emissions
Unlike some heating devices that rely on combustion (such as gas - fired boilers), this induction heating water boiler has no combustion process. It does not emit harmful gases, exhaust gas, or dust, making it very suitable for indoor use. For 竞品 that involve combustion, there is a risk of polluting the indoor and outdoor environment.
Humidity - Friendly Heating
Electromagnetic induction heating does not dry out the air during the heating process. This is beneficial for maintaining good indoor air quality, especially in winter when the air is already relatively dry. Some other heating methods may cause the air to become dry, leading to discomfort such as dry skin and respiratory problems.
Smart System Integration
It comes with an intelligent temperature control system and supports linkage with smart home systems (mobile control system is optional). Users can achieve remote control and timed switching, providing great convenience. Some competitors may lack such intelligent control functions, requiring manual operation for temperature adjustment and on - off control.
User - friendly Interface
The 7.0 - inch touch screen operation panel has clear and visible functions, which are easy to learn and understand. The time - period control switch allows users to set up to 6 on - off time periods, reducing unnecessary operation troubles. In contrast, the control interfaces of some competing products may be more complicated and less user - friendly.
Multiple Protection Mechanisms
Usually equipped with multiple safety protection designs, such as overheating protection, leakage protection, fire protection, frost protection, and protection against dry - heating. These comprehensive protection measures ensure the safety of the equipment during use. Some competitors may have fewer safety protection features, increasing the risk of accidents during operation.
Building Compatibility
Suitable for various types of buildings, including high - altitude areas and old buildings. Its ultra - wide voltage design (working voltage range 340 - 430V for some models) allows it to adapt to different power supply environments. Some 竞品 may have strict requirements for building conditions and power supply, resulting in limited application scope.
Heating Area and Space Coverage
With different power ratings, it can cover a wide range of heating areas and spaces. For example, the 80kW model can cover a heating area of 800 - 1500m² and a heating space of 2400 - 5200m². This wide coverage makes it suitable for different - sized buildings. Some competing products may have relatively narrow heating coverage for the same power level.
Internal Structure
The internal structure includes components such as a cooling fan, water outlet pipe, flow switch, and coil heater, which are reasonably designed to ensure the stable operation of the equipment. The design of the coil heater and temperature detection components (inlet and outlet water temperature detection) also contributes to efficient and safe heating. Some competitors may have less optimized internal structures, affecting heating performance and equipment lifespan.
Installation Flexibility
The installation method is relatively simple. Whether the water pump is three - phase or single - phase, there are clear connection methods. After connecting the water pump and power supply, through simple parameter setting and activation of the "forced water pump" button, the equipment can be put into operation. Some competing products may have more complicated installation procedures, increasing the difficulty of on - site installation.
This frequency conversion induction heating water boiler is a high - performance heating device designed for efficient, energy - saving, and intelligent heating solutions. It is available in power ratings of 40/50/60/70/80kW, suitable for a wide range of building heating needs, especially in cold winters, high - altitude areas, and old buildings.
Principle - based Efficiency
Compared with some traditional heating equipment (such as resistance heating furnaces), this induction heating water boiler adopts electromagnetic heating technology. It can directly convert electrical energy into thermal energy, with an electrothermal efficiency of up to 98% (and for some models in the previous series, even up to ≥99%). In contrast, traditional resistance heating often has energy losses during the conversion process, resulting in lower overall efficiency.
Long - term Energy Savings
For users, the high efficiency means lower electricity consumption during long - term operation. Over time, it can significantly reduce operating costs compared to less efficient competitors.
Rapid Heating
The electromagnetic induction heating technology enables the boiler to heat up quickly. It can provide high heat output in a short time, which is crucial for meeting the sudden heating demands in cold winter conditions. Some 竞品 may have slower heating speeds, leading to longer waiting times for reaching the desired temperature.
Stable Temperature Control
Equipped with a PLC - controlled 7.0 - inch touch screen control system and a multi - stage timing system, it can accurately adjust the temperature within the range of 20 - 95℃ according to actual needs. This ensures a stable and comfortable indoor heating environment. In comparison, some competing products may have less precise temperature control, resulting in temperature fluctuations.
No Harmful Emissions
Unlike some heating devices that rely on combustion (such as gas - fired boilers), this induction heating water boiler has no combustion process. It does not emit harmful gases, exhaust gas, or dust, making it very suitable for indoor use. For 竞品 that involve combustion, there is a risk of polluting the indoor and outdoor environment.
Humidity - Friendly Heating
Electromagnetic induction heating does not dry out the air during the heating process. This is beneficial for maintaining good indoor air quality, especially in winter when the air is already relatively dry. Some other heating methods may cause the air to become dry, leading to discomfort such as dry skin and respiratory problems.
Smart System Integration
It comes with an intelligent temperature control system and supports linkage with smart home systems (mobile control system is optional). Users can achieve remote control and timed switching, providing great convenience. Some competitors may lack such intelligent control functions, requiring manual operation for temperature adjustment and on - off control.
User - friendly Interface
The 7.0 - inch touch screen operation panel has clear and visible functions, which are easy to learn and understand. The time - period control switch allows users to set up to 6 on - off time periods, reducing unnecessary operation troubles. In contrast, the control interfaces of some competing products may be more complicated and less user - friendly.
Multiple Protection Mechanisms
Usually equipped with multiple safety protection designs, such as overheating protection, leakage protection, fire protection, frost protection, and protection against dry - heating. These comprehensive protection measures ensure the safety of the equipment during use. Some competitors may have fewer safety protection features, increasing the risk of accidents during operation.
Building Compatibility
Suitable for various types of buildings, including high - altitude areas and old buildings. Its ultra - wide voltage design (working voltage range 340 - 430V for some models) allows it to adapt to different power supply environments. Some 竞品 may have strict requirements for building conditions and power supply, resulting in limited application scope.
Heating Area and Space Coverage
With different power ratings, it can cover a wide range of heating areas and spaces. For example, the 80kW model can cover a heating area of 800 - 1500m² and a heating space of 2400 - 5200m². This wide coverage makes it suitable for different - sized buildings. Some competing products may have relatively narrow heating coverage for the same power level.
Internal Structure
The internal structure includes components such as a cooling fan, water outlet pipe, flow switch, and coil heater, which are reasonably designed to ensure the stable operation of the equipment. The design of the coil heater and temperature detection components (inlet and outlet water temperature detection) also contributes to efficient and safe heating. Some competitors may have less optimized internal structures, affecting heating performance and equipment lifespan.
Installation Flexibility
The installation method is relatively simple. Whether the water pump is three - phase or single - phase, there are clear connection methods. After connecting the water pump and power supply, through simple parameter setting and activation of the "forced water pump" button, the equipment can be put into operation. Some competing products may have more complicated installation procedures, increasing the difficulty of on - site installation.
