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WHP030HW.3N-R4
Solaraven
84186190
The R410A fixed speed commercial air to water heat pump is designed for hot water heating for the villas, hotels, hospital and schools, where need big capacity of hot water daily. Engineered to replace traditional energy-intensive systems, this unit delivers exceptional thermal performance while significantly lowering daily operational expenses. It's max water heating temperature is 55℃，hot water output is from 258liter/ hour to 4429liter/hour. Heating capacity from 12KW to 206KW. This broad capacity range allows the equipment to scale effortlessly, meeting the demanding fluid temperature requirements of expansive commercial facilities.
There are 3 types of central hot water heating euqipment: electric or gas boiler, solar water heating system and commercial heat pump. The commercial heat pump has many advantages than others. Beyond sheer efficiency, these units undergo rigorous 100% performance and safety testing before leaving the production floor, ensuring they meet strict CE and ISO international standards. When inspecting the unit, operators will notice the heavy-gauge, weather-resistant outer galvanized casing that protects internal components, alongside the clean, organized layout of the internal copper piping that facilitates easier long-term maintenance.
Our systems incorporate intelligent control technology and premium internal components to ensure reliable operation across varying climates. The crisp tactile feedback of the intelligent controller interface allows facility managers to monitor performance with absolute precision.
Utilizing R410A refrigerant, enviromental friendly properties are maintained while delivering excellent thermodynamic efficiency for rapid heat transfer within the compressor cycle.
Designed to provide a consistent and safe supply of sanitary hot water, the system achieves a higher water temperature output up to 55℃, making it ideal for commercial kitchens, laundry facilities, and large guest bathroom networks.
By integrating Enhanced Vapor Injection compressors, we adopt EVI technology, the operation ambient temperature can reach at -25℃. This allows the unit to maintain strong, stable heating performance even in the harshest winter environments without freezing or losing operational efficiency.
The system features built-in high pressure protection to prevent mechanical stress during unexpected load spikes, ensuring the internal mechanisms remain secure under heavy commercial demand.
To maintain uninterrupted airflow across the evaporator coils during freezing conditions, the unit is programmed to defrost automatically, sensing frost buildup and clearing it swiftly without manual intervention.
Facility management is vastly simplified as the units adapt intelligent controller, full automactically operation. Designed with MODBUS communication protocols, multiple units can be networked together for centralized touch-screen management, load balancing, and fault redundancy protection.
Through different installation configurations, the system can be used for cooling or heating, providing exceptional year-round climate control value from a single equipment investment.
The operational principle of this equipment centers on absorbing ambient thermal energy from the air and transferring it into the water circuit via a highly efficient heat exchanger. This process is drastically more energy-efficient than generating heat through direct electrical resistance or fossil fuel combustion. By precisely matching dynamic load requirements, the system significantly lowers comprehensive operational costs for large-scale projects.
In practical application, the thermal output integrates naturally with various terminal distribution methods. Whether connecting to solar photovoltaic setups, underfloor heating grids, traditional wall radiators, or ceiling-mounted fan coil units, the fluid dynamics remain stable. The quiet, low-decibel hum of the EMERSON Copeland Scroll compressor signifies a well-balanced internal mechanism working to extract maximum thermal yield with minimal electrical input.
Selecting the correct capacity is vital for optimizing energy consumption and ensuring adequate hot water reserves during peak usage hours. The data table below outlines the exact technical parameters across our entire range, from the compact 12KW models suitable for small boutique hotels to the massive 103KW units engineered for hospital complexes and university dormitories. Each model is rated for IPX4 waterproof grade, featuring a durable exterior that resists corrosion and environmental wear.
| Model | WHP030HW-R4 | WHP030HW.3N-R4 | WHP050HW.3N-R4 | WHP100HW.3N-R4 | WHP150HW.3N-R4 | WHP200HW.3N-R4 | WHP250HW.3N-R4 | WHP300HW.3N-R4 |
| Heating performance condition: A20/15℃， W15~55℃ | ||||||||
| Heating capacity(KW) | 12 | 12 | 19 | 38 | 52 | 70 | 86 | 103 |
| Rated input power(KW) | 2.8 | 2.8 | 4.5 | 8.8 | 12.5 | 17 | 22.6 | 35.2 |
| COP | 4.29 | 4.29 | 4.22 | 4.32 | 4.16 | 4.12 | 3.81 | 2.93 |
| Hot water capacity(L/H) | 258 | 258 | 408 | 817 | 1100 | 1500 | 1850 | 2215 |
| Power supply | 220V/50HZ | 380V/50HZ | ||||||
| Waterproof grade | IPX4 | |||||||
| Max water heating temperature | 55℃ | |||||||
| Operating ambient temp. | -10℃~45℃ | |||||||
| Compressor | EMERSON Copeland Scroll | |||||||
| Inlet/outlet pipe size | DN25 | DN25 | DN25 | DN40 | DN40 | DN50 | DN50 | DN65 |
| Dimension(mm) | 680*680*870 | 680*680*870 | 770*770*780 | 1500*753*1080 | 1510*810*1530 | 1850*1000*2000 | 2000*1000*1850 | 2200*1100*2210 |
| Weight(KG) | 108 | 110 | 140 | 340 | 400 | 680 | 860 | 930 |
Proper physical placement and piping configuration are essential for maximizing the lifespan and efficiency of the equipment. Our commercial heat pumps feature a modular structural design that simplifies site logistics and reduces the physical strain on installation crews. The flexible piping connections allow for straightforward integration into existing mechanical rooms or rooftop spaces.
Because the units can be configured in parallel, an independent system design ensures that if one module requires routine maintenance, the rest of the network continues to operate without plunging the facility into a total system shutdown. The visual layout of the connection ports is highly intuitive, minimizing the risk of installation errors and reducing overall labor hours.
Backed by a seasoned research and development team and a large-scale manufacturing facility, we provide comprehensive manufacturing solutions tailored to specific commercial requirements. From the initial blueprint phase to final assembly, our production lines are equipped to handle deep customization, offering flexible OEM and ODM services for global procurement partners.
Every unit that rolls off the assembly line represents a commitment to enduring performance. Buyers can specify unique controller interfaces, specialized anti-corrosion coatings for coastal installations, or specific communication protocol integrations to match proprietary building management systems. The distinct smell of freshly machined steel and the precise click of quality electrical contactors during final inspection highlight our dedication to industrial-grade manufacturing.
