Leomon
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Utilizing two-stage cascade compression and multi-stage refrigerant heat exchange, this system reduces the operating compression ratio, significantly enhancing both efficiency and performance in low-temperature environments. It achieves an innovative 90°C water outlet temperature even when the ambient temperature drops to -35°C, serving as an effective replacement for heating boilers in extremely cold regions.
Features
1. Capable of delivering water outlet temperatures of 85–90°C, even in ambient temperatures as low as -35°C.
2. Employs industry-leading, ultra-low-temperature DC inverter technology and enhanced vapor injection (EVI) for superior low-temperature performance.
3. Features built-in Wi-Fi connectivity, allowing you to monitor the heat pump’s operating status in real-time from anywhere in the world.
Advantages
1. Exceptional Performance Across All Conditions
This heat pump system provides efficient home heating, cooling, and domestic hot water, even in extreme climates. It is well-suited for use throughout most of Europe.
2. High-Quality Compressor
Equipped with a Panasonic compressor, the system ensures reliable operation, creating an ideal, comfortable home environment.
3. Enhanced Vapor Injection (EVI) Technology
Thanks to EVI technology, the system maintains outstanding heating performance in cold environments. It can deliver 90°C hot water even when the outdoor temperature is as low as -15°C, and it remains stable in extreme cold—down to -30°C.
4. Comprehensive Anti-Freeze Protection
The system utilizes multiple anti-freeze measures—including water pump circulation, system-wide circulation, and chassis heating—to automatically monitor the temperatures of the main unit and piping. If the ambient temperature falls below 2°C and the water temperature drops below 7°C, the heat pump automatically initiates heating to 15°C, effectively preventing the system from freezing.
5. Intelligent Defrosting
Using multiple sensors to monitor operating temperatures in real-time, the system performs intelligent defrosting based on actual demand rather than a fixed schedule. This approach is more efficient and energy-saving than traditional timed defrosting. Specifications
Type | FKH-10I/CGW | FKH-18II/CGW | FKH-35II/CGW | FKH-70II/CGW | FKH-100II/CGW | FKH-130II/CGW |
Side air outlet | Top out wind | Top out wind | Top out wind | Top out wind | Top out wind | |
Power specifications | 220V~50Hz | 380V 3N~50Hz | 380V 3N~50Hz | 380V 3N~50Hz | 380V 3N~50Hz | 380V 3N~50Hz |
Heating capacity under A1 | 10kW | 18kW | 35kW | 70kW | 100kW | 130kW |
Heating consumption power under A1 | 4.8kW | 8.2kW | 16.8kW | 33.6kW | 47.6kW | 61.5kW |
Heating capacity under A2 working | 9.5kW | 17kW | 34kW | 68kW | 95kW | 125kW |
Heating consumption power under A2 | 5kW | 8.9kW | 17.9kW | 35.8kW | 50kW | 65.8kW |
Heating capacity under A3 working | 9.5kW | 17kW | 32kW | 64kW | 90kW | 110kW |
Heating consumption power | 6.2kW | 10.6kW | 20.6kW | 41.2kW | 56.5kW | 68.5kW |
Heating capacity under A4working | 8kW | 16kW | 30kW | 60kW | 80kW | 100kW |
Heating consumption power | 5.6kW | 11.1kW | 20.1kW | 40.2kW | 55.2kW | 68.9kW |
Maximum operating current | 40A | 35A | 70A | 120A | 160A | 200A |
discharge | 1.7m³/h | 3.1m³/h | 6m³/h | 12m³/h | 17.2m³/h | 24.1m³/h |
noise | ≤56dB(A) | ≤58dB(A) | ≤60dB(A) | ≤65dB(A) | ≤68dB(A) | ≤72dB(A) |
Water side pressure loss | ≤72kPa | ≤75kPa | ≤75kPa | ≤85kPa | ≤85kPa | ≤88kPa |
Unit size (length ×widthx height mm) | 1030×410×1390 | 860×780×1780 | 1550×780×1780 | 2260×1030×2170 | 2260×1230×2170 | 2260×1230×2170 |
CONNECT SIZE | DN32(hexagon | DN32(hexagon | DN40(hexagon | DN50(flange) | DN65(flange) | DN80(flange) |
Unit weight(kg) | 160 | 215 | 415 | 755 | 1110 | 1250 |
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