| Short Description | EUFM Series Commercial Air-Source Heat Pumps are high-efficiency hot water systems designed for large-scale residential, commercial, and industrial applications. By extracting renewable thermal energy from ambient air and transferring it to water through advanced thermodynamic technology, these systems deliver reliable hot water up to 60°C while reducing energy consumption by up to 75–80% compared to conventional electric heating systems. |
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| Technical Specification |
Heating Capacity: 10 kW – 150 kW | Maximum Hot Water Temperature: 60°C (Standard) / 80°C (High-Temperature Series) | Refrigerant: R134a / R410A Eco-Friendly Refrigerant | Operating Ambient Temperature: 5°C – 52°C | Power Supply: 415V ±10%, 3-Phase, 50Hz | Compressor Type: Advanced EVI Scroll / Rotary Compressor | Heat Exchanger Type: Tube-in-Shell / Double Wall Plate Heat Exchanger | Noise Level: ≤58 – 65 dB(A) | Coefficient of Performance (COP): Up to 4.0 | Control System: Intelligent Microprocessor Controller | External Cabinet: Galvanized Steel with Anti-UV Powder Coating | Heat Exchanger: Stainless Steel SS-316 / Titanium | Evaporator Coils: Hydrophilic Aluminum Fins with Copper Tubes | Internal Piping: High-Pressure Braze-Welded Copper | Expansion Valve: Electronic Expansion Valve (EEV) |
| Category | Commercial Heat Pumps |
| Description |
The EUFM Series Commercial Heat Pumps are designed to deliver sustainable and energy-efficient hot water solutions for high-demand environments. Utilizing advanced thermodynamic heat pump technology, these systems extract renewable heat energy from ambient air and transfer it to water, dramatically reducing electricity consumption and operational costs. Built with high-grade materials and intelligent control systems, the EUFM series offers reliable performance, modular scalability, and long service life exceeding 15 years. These heat pumps are widely used in hospitals, hotels, residential complexes, and industrial facilities where continuous hot water supply and energy efficiency are essential. |
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