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KFXRS-76II/A
TENESUN
The KFXRS-76II/A Commercial Hot Water Heat Pump is an advanced commercial air source heating solution engineered specifically to meet the high-volume hot water demands of large-scale facilities. Designed with proprietary closed-loop water-electricity separation technology and a heavy-duty heat pump architecture, this unit directly addresses the primary challenges of traditional commercial water heaters: excessive energy consumption, operational safety risks, and unstable water supply during peak usage. By extracting free heat from the ambient air, it provides a highly efficient, reliable, and safe centralized water heating system that significantly reduces long-term utility expenses while ensuring consistent performance for demanding commercial applications.
In the hospitality sector, guest satisfaction relies heavily on immediate and consistent access to comfortable hot water. The KFXRS-76II/A delivers an impressive continuous hot water capacity of 1644L/h at 20℃ ambient temperature and 1122L/h at 7℃, ensuring that every room receives stable, temperature-controlled water even during early morning check-outs or evening peak shower hours. Additionally, the unit operates at a low noise level of just 67dB(A), preserving a tranquil environment for guests. By upgrading to this air source heat pump, hospitality managers can drastically cut daily energy expenditures, thereby improving overall operational profit margins.
Educational institutions and healthcare facilities require centralized, ultra-safe water heating systems capable of serving hundreds of users daily without fail. This commercial heat pump is equipped with multiple integrated safety mechanisms, including high/low-pressure protection, compressor over-current/overload protection, and precise water flow monitoring. These features effectively eliminate critical risks such as electric leakage or system overheating. Furthermore, its broad operating temperature range of -15℃ to 45℃ guarantees uninterrupted hot water supply throughout freezing winters, providing reliable daily support for students, patients, and medical staff.
Industrial dormitories and corporate office buildings need cost-effective welfare solutions for their workforce. The KFXRS-76II/A heat pump can reduce hot water energy costs by up to 50% compared to traditional electric heaters, thanks to its exceptional COP values (4.69 at 20℃ and 3.92 at 7℃). By replacing legacy fuel-powered boilers, facility managers can entirely avoid fuel leakage, fire hazards, and explosion risks. The system also features remote intelligent control capabilities, allowing maintenance teams to monitor operations and adjust settings off-site, which can improve facility management efficiency by up to 80% and reduce on-site labor requirements.
Utilizing advanced air-source heat recovery technology, this unit absorbs free thermal energy from the atmosphere and transfers it to the water supply. It requires only a fraction of the electrical input used by standard electric water heaters. With a COP reaching 4.69 (at 20℃ ambient) and an Annual Heat Performance Factor (AHPF) of 3.85, the system maintains superior energy efficiency across variable seasonal temperatures, effectively cutting operational heating costs in half.
Engineered for continuous, heavy-duty output, the large-capacity design easily adapts to fluctuating daily usage patterns, seamlessly transitioning from low-traffic periods to sudden peak-hour surges. The system remains fully operational in extreme weather conditions (-15℃ to 45℃) and incorporates start-up delay protection to prevent compressor damage, ensuring long-term durability and consistent performance in demanding environments.
The innovative closed water-electricity separation structure physically isolates electrical components from the water circuit, completely eliminating electric shock hazards and meeting stringent commercial safety regulations. Because it operates without combustible fuels or gas pipelines, it removes the fire and explosion risks associated with traditional boilers. Its zero-emission operation strongly supports corporate sustainability and green building initiatives.
Designed for modern facility management, the integrated smart control system enables real-time performance monitoring, parameter adjustments, and instant fault notifications via connected devices. This data-driven approach provides valuable usage insights to further optimize energy consumption. The modular, easy-access design simplifies routine maintenance, significantly reducing system downtime and professional repair costs over the equipment's lifespan.
We recognize that every large-scale commercial project has unique hot water demands and spatial constraints. To ensure optimal integration, our comprehensive service package for the KFXRS-76II/A Commercial Hot Water Heat Pump includes:
Tailored System Design: Customized equipment sizing and layout planning based on your specific venue dimensions, daily water consumption volume, and peak usage intervals to maximize operational efficiency.
Professional Installation Guidance: Support and commissioning services provided by certified technicians to ensure the system is installed in full compliance with local building codes and safety standards.
Long-Term After-Sales Support: A complete lifecycle service plan encompassing regular maintenance protocols, reliable spare parts availability, and technical training for your on-site facility team, ensuring hassle-free operation for years to come.
The KFXRS-76II/A Commercial Hot Water Heat Pump is engineered to provide precise technical performance for demanding commercial and industrial applications. It delivers three core operational advantages: massive water output with rapid heating, stable constant-temperature water delivery, and high-efficiency operation with low energy consumption. Serving as a reliable backbone for facilities requiring 24/7 hot water supply, this unit offers a robust heating capacity of 76.5kW at a 20℃ ambient temperature and 60.0kW at a 7℃ ambient temperature. The detailed technical specifications below outline the performance data across the 76Ⅱ/A, 95Ⅱ/A, and 120Ⅱ/A models, providing engineers and procurement managers with accurate metrics for system design, energy evaluation, and equipment sizing.
Model: KFXRS- | 76Ⅱ/A | 95Ⅱ/A | 120Ⅱ/A | |
Ambient Temp:20℃ | ||||
Heating Capacity | kW | 76.5 | 93.5 | 120.0 |
Heating Power Input | kW | 16.30 | 20.10 | 25.60 |
COP | W/W | 4.69 | 4.65 | 4.69 |
Ambient Temp:7℃ | ||||
Heating Capacity | kW | 60.0 | 71.0 | 92.7 |
Heating Power Input | kW | 15.30 | 18.10 | 23.70 |
COP | W/W | 3.92 | 3.92 | 3.91 |
AHPF | 3.85 | 3.65 | 3.85 | |
Power Supply | 380V 3N~50Hz | |||
Max. Power Input/Current | kW/A | 30.0/54.0 | 35.8/67.0 | 42.0/72.4 |
Rated Water Flow | m3/h | 13.2 | 16.1 | 20.6 |
Water Pressure Drop | kPa | 80 | 80 | 115 |
Operation Ambient Temperature | ℃ | -15~45 | ||
Max Water Output Temperature | ℃ | 60 | ||
Hot Water Capacity:20℃ | L/h | 1644 | 2010 | 2580 |
Hot Water Capacity:7℃ | L/h | 1122 | 1327 | 1733 |
Body size(L×W×H) | mm | 1900×950×2080 | 1900×950×2225 | 1900×950×2250 |
Water-Proof Grade/Anti-Electric Shock Rate | IPX4/Ⅰ | |||
Noise | dB(A) | 67 | 68 | 68 |
Diameter of Pipe | mm | DN50 | DN65 | |
Thread | ||||
Net Weight | kg | 550 | 750 | 920 |