75 ℃ High Temperature Air Source Heat Pump FKH-140IIGW

This high-temperature heat pump is engineered for robust and efficient thermal energy generation, making it an ideal solution for a variety of demanding applications. With a significant heating capacity ranging from 100kW to 140kW, providing a powerful supply for scenarios requiring large volumes of high-temperature water. This makes it perfectly suited for commercial and hospitality sectors, ensuring reliable, high-volume hot water for hotels and extensive needs in large beauty salons. For institutional and industrial settings, it's crucial for sanitation and processes in hospitals and factories. Furthermore, it excels in recreational facilities by efficiently heating swimming pools and saunas. Built with industrial-grade specifications, including 380V3N~50Hz power, DN80 flange connections, and a 1250kg unit weight, this heat pump is designed for durability and high performance. Its impressive 24.1m³/h discharge rate and efficient operation guarantee a constant and powerful hot water supply, positioning it as an energy-efficient and sustainable alternative to traditional heating methods for businesses and facilities aiming to reduce operational costs.

• Minimized Comprehensive Attenuation for Consistent Performance: 

  The Kono cascade high-temperature heat pump system is engineered to exhibit a comprehensive ability attenuation that does not exceed 10% even in demanding low-temperature environments. This means the system maintains its high energy efficiency and requires less electricity consumption to deliver the same heating capacity, ensuring consistent and reliable performance throughout its operational range.

  
  

• Unwavering Stable Operation in Extreme Cold: 

  Thanks to its innovative dual-level stacking technology and two-stage compression system, the FKH-100IICGW guarantees stable operating pressure and optimal heating performance even when ambient temperatures plummet to a challenging -35℃. This advanced capability effectively prevents common shutdowns experienced by single-air source heat pump systems in severely cold climates, ensuring continuous hot water supply.

  
  

• Intelligent and Convenient Management: 

  Leveraging advanced 5G cloud technology, the heat pump supports comprehensive remote monitoring, enabling users to oversee system performance from anywhere. It also facilitates efficient fault diagnosis and allows for streamlined online maintenance. Furthermore, the intelligent zone defrosting system accurately determines frosting conditions, performing defrost cycles only when necessary to maintain stable water temperature and improve heating efficiency.

  
  

• Optimized Gold Aluminum Condensation Process: 

  Utilizing sophisticated gold aluminum wing film evaporation technology, the heat pump significantly improves air evaporation efficiency. This process ensures uniform and sufficient heat exchange, maximizing the absorption of heat from low-temperature ambient air sources, thereby boosting overall system performance and energy efficiency.

  
  

• Durable Stainless Steel Construction: 

  Built with a high-quality stainless steel sheet metal design, the FKH-100IICGW boasts exceptional heat and corrosion resistance. This robust construction not only ensures long-term durability and a pristine aesthetic but also guarantees a remarkable service lifespan of over 15 years, minimizing the need for frequent replacements and maintenance.

  
  

• Beauty Salons: 

  A large-scale beauty and wellness center with multiple hair washing stations, spa treatment rooms, and laundry facilities would greatly benefit from a consistent and high-volume supply of hot water. The heat pump ensures clients always have access to comfortably warm water for services.

  
  

• Saunas and Swimming Pools: 

  This is a prime application. The heat pump can efficiently maintain the high temperatures required for sauna heating and provide the large volume of hot water needed for swimming pool heating, especially for commercial or larger residential pools. Its consistent heat output ensures comfortable and ready-to-use facilities.

  
  

• Factories and Hospitals: 

  These large-scale facilities often require substantial quantities of hot water for various processes, including sterilization, industrial cleaning, process heating, and domestic hot water for staff and patients. The heat pump's industrial-grade capacity makes it an excellent fit for these demanding environments, offering energy savings compared to conventional boilers.

• Hotels: 

  Hotels have a constant and high demand for hot water, from guest rooms to laundry facilities and kitchens. The FKH-140II/GW can serve as a central hot water generation system, ensuring a stable supply of high-temperature hot water to meet peak demands, leading to guest satisfaction and operational efficiency.

  
  

Q1.How to choose the installation location of the heat pump?

A: Ensure that the heat pump is installed in a well ventilated area and away from direct sunlight; The pipeline connection must be tight and leak free; Reasonably set parameters based on environmental temperature and usage requirements during debugging.

Q2.What should be done if the heat pump fails to start, runs unstably, or suddenly shuts down?

A: Regularly inspect electrical circuits and components to ensure secure connections and no damage; If necessary, seek professional electricians for inspection and maintenance.

Q3.How to deal with refrigerant leakage?

A: Regularly inspect refrigerant pipelines and connecting components, promptly identify and repair leakage points; Ensure that the refrigerant charge meets the equipment requirements.

Q4. What is the minimum order quantity (MOQ) ?

A: 1 units.

Q5. Do you provide OEM or private labeling?

A: Yes. We offer OEM/ODM services, including: Logo printing and Custom packaging.

Q6. Do you offer technical training and support?

A: Yes. We provide: Online and on-site training for sales and technicians, Detailed installation manuals and wiring diagrams, Troubleshooting guides, Remote video support during first installations, etc.