90 ℃ High Temperature Air Source Heat Pump FKH-18II CGW

1.Comprehensive Protection Safeguards

The system is integrated with a range of protection mechanisms. These include safeguards against compressor exhaust over - temperature, abnormal system high and low pressures, freezing and overheating conditions, as well as fan motor overload. Such multi - faceted protection measures are in place to guarantee the safe and dependable operation of the entire system.

2.Noise - Mitigating Design

A silent design approach is adopted for the system. This is achieved by utilizing low - noise compressors and axial fans. In addition, a combination of multiple noise - reduction control system designs and sound - absorbing barrier technology is employed. These measures collectively work to reduce the operating noise levels, thereby creating a tranquil and comfortable usage environment.

3.Intelligent Defrosting Functionality

The system employs intelligent non - sensing defrosting technology. Through the comprehensive assessment of multiple variables, it can accurately determine the frosting condition. This enables the system to carry out defrosting operations regardless of whether frost is actually present. As a result, the adverse impact of defrosting on heating efficiency is minimized, and the overall stability of the system is enhanced.

1.Heating Solutions for Agricultural Greenhouses：

Within agricultural greenhouses, heating systems are indispensable for maintaining an optimal temperature environment that fosters plant growth. High - temperature heat pumps offer an eco - friendly and efficient heating alternative. By functioning as a stable heat source, they play a crucial role in creating and sustaining the ideal conditions required for plant development in greenhouses.



2.Application in the Food Processing Sector：

During the food processing workflow, certain stages necessitate the use of high - temperature hot water for cleaning or disinfection purposes. High - temperature heat pumps are well - suited to address these requirements. They can reliably deliver high - temperature hot water that is both stable and hygienic, thereby meeting the stringent standards of the food processing industry.



3.Hot Water Supply for Saunas and Bathrooms：

Sauna facilities and bathrooms rely on high - temperature hot water to offer users a comfortable bathing experience. High - temperature heat pumps excel in this regard, as they can steadily generate the required high - temperature hot water. Moreover, they operate with minimal noise, ensuring that the user experience remains uncompromised.

>> Product Operate Guide

Upon taking delivery of the goods, the purchaser will furnish an instructional video.

Q1.Can the air source high-temperature heat pump be remotely monitored and controlled through a mobile app?

A: The air source high-temperature heat pump is equipped with advanced microcomputer control board and 5G cloud technology. Users can remotely monitor equipment status, adjust temperature, set timing for power on/off, etc. through a mobile app, achieving intelligent management.

Q2.Is the maintenance cost of air source high-temperature heat pumps high?

A: Not high. The air source high-temperature heat pump adopts modular design, which is easy to install and maintain. At the same time, the device has a lifespan of 10-15 years and multiple protection mechanisms, reducing the probability of failures and thus lowering maintenance costs in the later stages.

Q3.Can air source high-temperature heat pumps operate stably in low-temperature environments?

A: Yes, the air source high-temperature heat pump adopts two-stage compression technology, which can operate stably even in a low-temperature environment of -35 ℃ and provide continuous high-temperature hot water.