Induction Water Heater & Induction Boiler Manufacturer | HITFAR
HITFAR supplies induction water heaters and induction boilers for closed-loop hydronic heating systems. The separation of water and electricity, long life, energy saving, safe, clean, is the largest hot spot of induction water heater, all terrain, all-weather to provide equipment for customers to use security measures, no leakage and water security risks.
Available in 2.5–20 kW wall-mounted 220V models and 10–300 kW 380V cabinet systems, the range supports radiators, underfloor heating and residential, commercial or industrial heating projects. Moreover, induction room heater has 10KW-480KW to choose from.
The induction coil heats a magnetic stainless-steel heat exchanger while remaining electrically isolated from the water circuit. Depending on the model, the system can include PLC temperature control, programmable operation, Wi-Fi monitoring and protection against dry running, overheating, overcurrent, voltage fluctuation and freezing.
Send us your heating area, local minimum temperature, required water temperature, available voltage and installation type. Our engineers will recommend a suitable boiler capacity and system configuration.
| Power Range | Power Supply | Configuration | Recommended Application |
|---|
| 2.5–15 kW | 220V, single phase | Wall-mounted | Small houses, apartments, underfloor heating |
| 10–20 kW | 380V, three phase | Cabinet | Shops, offices, small commercial spaces |
| 20–30 kW | 380V, three phase | Cabinet | Clinics, workshops and larger buildings |
| 40–80 kW | 380V, three phase | Cabinet | Commercial and institutional heating |
| 100–300 kW | 380V, three phase | Industrial cabinet | Factories, hospitals and centralized systems |
How Does an Induction Boiler Heat Water?
An induction boiler uses a variable-frequency power controller to supply high-frequency current to an induction coil. The resulting magnetic field generates eddy currents inside a magnetic stainless-steel heating body. Heat is then transferred from the heating body to the circulating water, which flows through radiators, underfloor pipes or other hydronic heating terminals.
The induction coil is not immersed directly in the water. The electrical circuit and water path are separated by the heating body and insulation structure.
Induction water heating system includes: frequency conversion electromagnetic heating controller, intelligent operation control system(PLC), electromagnetic induction heating coil, heater body and protection circuit. A complete system can include an induction power controller, heating coil, magnetic heating body, PLC controller, temperature sensors, protection circuit and external circulation components.
Key Features of Our Induction Water Heaters
1. Magnetic induction water heater, is high frequency of electromagnetic induction heating, water and electricity separate completely. It equips with intelligent automatic temperature control operation to avoid electric bar leakage and other unsafe factors.
2. The electromagnetic induction heating system has double heating bodies, currently the most advanced heating technology. The heating body use high-precision magnetic stainless steel, the service life of more than 30 years. The core circuit using German IGBT Large modules, 20% energy saving more than the electric tube and electric rods.
3. Heating speed is about 1 minute, the temperature of the output water up to 60 degrees. Temperature is free to control, the air is more moist and comfortable.
4. Industrial induction water heater installation is simple and convenient! Two steps:
Step 1: connected to the water pipes;
Step 2: connected to the power. Built-in low voltage protection, high voltage protection, short circuit protection, dry protection, over-temperature protection, antifreeze protection.
5. Zero pollution - No chemical reaction in the heating process, no noise, no smell, no dust. More energy efficient - electric conversion efficiency is higher.
If you are looking for high quality induction heating water boiler from trusted supplier, welcome to contact us for more information!
Induction Water Boiler Applications
Induction water boilers can be used with radiators, underfloor heating, fan coils and centralized hot-water circulation systems. Typical projects include houses, apartments, offices, clinics, workshops, commercial buildings and industrial facilities:
◆ Local Health Center
◆ People's Hospital
◆ Highway Toll Stations
◆ Mining Plant
◆ Highway
◆ Copper Mining Plant
Features of Induction Electric Boiler
Energy Saving
The induction water boiler utilizes electromagnetic induction heating, which is 30%–50% more energy-efficient than traditional electric heating methods. When the desired room temperature is reached, the system automatically reduces power consumption, significantly lowering electricity costs during long-term use.
Constant Temperature and Comfortable Space
Our induction heating boiler can precisely control water temperatures between 20°C and 90°C with a temperature accuracy of ±1°C. This stable and uniform heating ensures a consistently warm and comfortable indoor environment without producing dry air or fostering bacterial growth, unlike conventional air conditioning systems.
No Noise
Thanks to water-cooling technology and the absence of mechanical fans or burners, our boiler operates with ultra-low noise—ideal for residential or commercial spaces that require quiet operation.
Safe Operation
The system separates water and electricity completely, avoiding risks associated with traditional heating systems. It includes multiple safety features such as dry burn protection, leakage protection, phase loss protection, overheating protection, short circuit protection, and voltage fluctuation safeguards, ensuring stable operation for over 10 years.
Intelligent Control
Our boilers support remote control via Wi-Fi or mobile apps, allowing users to adjust temperature and power settings anytime and anywhere, offering ultimate convenience.
Easy to Maintain
Induction heating prevents limescale buildup inside the heat exchanger, eliminating the need for regular descaling and extending the service life of the equipment while reducing maintenance costs.
