Description
Leveraging Leomon’s EVI technology, inverter technology, the use of the specialized R1234ZE refrigerant, and expert calibration, Leomon heat pumps deliver outlet water temperatures of up to 95°C, even in cold weather.
The 95°C high-temperature heat pump represents a remarkable technological innovation with a wide range of applications and distinct advantages.
Capable of producing water temperatures up to 95°C with low operating costs, this heat pump ensures the smooth continuity of production processes. It meets the high-temperature water demands of industries such as slaughterhouses, electroplating plants, textile printing and dyeing facilities, chemical and pharmaceutical manufacturing, and aquaculture.
Features
* Uses R1234ZE, an eco-friendly refrigerant with low Global Warming Potential (GWP).
* High-efficiency A+++ energy rating (at 35°C).
* Smart Life Wi-Fi App integration.
* Versatile applications: air conditioning, space heating, cooling, underfloor heating, and domestic hot water.
* DC inverter technology for quiet operation.
* Multiple protection functions.
Advantages
1. Two-stage cascade technology for extreme cold climates
The unit utilizes two-stage compression technology, featuring independent low-temperature and high-temperature circulation systems. Even when ambient temperatures drop to -35°C, the system intelligently adjusts the operation of both stages to maintain a stable 90°C hot water output. Dual compressors operate alternately to balance operating pressure and prevent overload. This technology effectively resolves the common issue of single-stage heat pumps shutting down due to excessive compression ratios in extreme cold.
2. Significant energy savings and low operating costs
Compared to traditional electric boilers, this cascade heat pump offers substantial energy cost savings. It extracts heat from the ambient air and uses two-stage compression to produce 90°C hot water, generating far more thermal energy than the electrical energy consumed. The unit requires smaller transformers and power cabling than electric boilers, thereby reducing initial investment costs. Most industrial users can recoup their investment in a short period through reduced energy bills.
3. Intelligent control and remote monitoring system
The unit is equipped with an advanced, proprietary microcomputer control board. It features automatic operation, scheduled start/stop, intelligent zoned defrosting, and precise temperature control across the dual-circulation system. It enables rapid acquisition of operating parameters and the issuance of control commands, ensuring stable equipment operation. Users can monitor equipment data and status in real-time via an app, remotely control power and temperature settings, and receive alarm notifications. Engineers can perform remote fault analysis and diagnostics, thereby improving service efficiency.
4. Safe, Clean, and Environmentally Friendly
The unit operates without combustion, open flames, or emissions. There is no risk of gas leaks, explosions, or carbon monoxide poisoning. The steam produced is clean—free from boiler chemicals or combustion residues—making it an ideal choice for industries with strict safety and hygiene requirements. The use of eco-friendly refrigerants further minimizes impact on the ozone layer and reduces contributions to the greenhouse effect.
Application Areas:
* Industrial Manufacturing: High-temperature hot water for production operations and process heating.
* Food Processing: Hot water for production, cleaning, heating, and related processes.
* Slaughterhouses: Hot water for cleaning, processing, and disinfection.
* Electroplating: Temperature control and heating for electroplating processes.
* Chemical Industry: Process fluid heating and industrial hot water supply.
* Commercial Buildings: High-temperature hot water and space heating systems.
Specifications:
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