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The FKH-18II CGW is a 90℃ high temperature air source heat pump that uses ambient air as the primary heat source. It converts low-grade thermal energy from surrounding air into usable high-grade thermal energy through heat pump technology, delivering hot water with a maximum outlet temperature of 90℃. The unit integrates two-stage compression and intermediate heat exchange technologies, which enable stable high-temperature hot water supply even in low ambient temperature environments. This model is developed to meet commercial procurement demands across the chemical, hotel, and food processing sectors, adapting to diverse high-temperature hot water application scenarios.
This high temperature heat pump adopts two-stage compression paired with intermediate heat exchange structure. This technical configuration allows the unit to operate stably at ambient temperatures as low as -35℃, and maintain continuous high-temperature hot water output under rated low-temperature conditions without extra auxiliary heating devices.
The system is built with multiple layered protection functions, including compressor discharge over-temperature protection, abnormal system high and low pressure protection, anti-freeze and overheating protection, and fan motor overload protection. These mechanisms cover core operating components of the equipment, reducing the risk of component damage caused by abnormal operating conditions.
The unit is fitted with low-noise compressors and axial flow fans, paired with multi-stage noise reduction control systems and sound-absorbing barrier structures. The operating noise of the equipment is controlled within ≤58dB(A), which reduces the impact of equipment operation on the surrounding working and living environments.
The system applies intelligent non-inductive defrosting technology. It comprehensively evaluates multiple operating parameters to accurately identify frosting conditions, and activates defrosting procedures only when frosting is detected. This design minimizes the impact of defrosting on heating efficiency, and maintains stable heating output during low-temperature and high-humidity operation periods.
Parameter Item | Specification |
|---|---|
Model | FKH-18II/CGW |
Air Outlet Mode | Top out wind |
Power Supply | 380V 3N~50Hz |
Heating Capacity (Ambient 20℃, Outlet 90℃) | 18kW |
Power Input (Ambient 20℃, Outlet 90℃) | 8.2kW |
Heating Capacity (Ambient 7℃, Outlet 80℃) | 17kW |
Power Input (Ambient 7℃, Outlet 80℃) | 8.9kW |
Heating Capacity (Ambient 0℃, Outlet 80℃) | 17kW |
Power Input (Ambient 0℃, Outlet 80℃) | 10.6kW |
Heating Capacity (Ambient -15℃, Outlet 80℃) | 16kW |
Power Input (Ambient -15℃, Outlet 80℃) | 11.1kW |
Rated Current | 35A |
Circulating Water Flow | 3.1m³/h |
Operating Noise | ≤58dB(A) |
Water Side Working Pressure | ≤75kPa |
Overall Dimensions | 860×780×1780 |
Water Pipe Interface | DN32(hexagon nipples) |
Unit Weight | 215 |
This 90℃ high temperature air source heat pump provides stable high-temperature hot water for chemical production processes, including process heating, equipment cleaning, and material heat preservation. It can adapt to continuous operation demands of industrial production, supporting steady hot water supply for daily production activities.
For hotel and commercial accommodation facilities, the unit meets various hot water demands, such as guest room domestic hot water, kitchen cleaning hot water, and sauna and bath hot water supply. Its low-noise operation characteristic avoids disturbance to indoor environments, fitting the operation requirements of commercial service sites.
In food processing workflows, high-temperature hot water is required for cleaning and disinfection links. This heat pump can deliver stable high-temperature hot water continuously, supporting the hygiene requirements of food processing procedures and aligning with production standards of the food industry.
The FKH-18II CGW high temperature heat pump adopts a modular design, which simplifies installation and daily maintenance procedures. After delivery, an instructional video will be provided to guide purchasers on equipment debugging and standard daily operation.
The unit is equipped with a microcomputer control board and 5G cloud technology, which supports remote management via mobile applications. Users can check equipment operating status, adjust water temperature settings, and set timed power on/off functions through the application, realizing remote operation management. The designed service life of the equipment ranges from 10 to 15 years. With the support of multiple built-in protection mechanisms, the probability of equipment failure during operation is reduced, which correspondingly lowers the input of later maintenance work.
This high temperature air source heat pump is fitted with a microcomputer control board and 5G cloud technology. Users can remotely monitor equipment operating status, adjust water temperature, and set timed power on/off through a mobile application, realizing intelligent equipment management.
The maintenance input of this equipment stays at a relatively low level. It adopts a modular design for convenient installation and maintenance. With a designed service life of 10-15 years and multiple built-in protection mechanisms, the equipment has a low failure probability, which reduces later maintenance costs.
Yes. This high temperature air source heat pump adopts two-stage compression technology, which supports stable operation in ambient temperatures as low as -35℃ and continuous high-temperature hot water output under such low-temperature conditions.
