About Us
Description
The 18KW Pump Heater for Businesses is a robust and efficient solution designed to meet the demanding hot water needs of commercial environments.
At the core of this system is a powerful 18KW pump heater that provides rapid and consistent hot water to meet the needs of large-scale commercial operations. This high-output system is capable of delivering a continuous supply of hot water, ensuring that your business never experiences downtime or shortages. The pump heater is designed to handle high demand, making it ideal for businesses with multiple hot water outlets or heavy usage throughout the day.
The 18KW Pump Heater features an advanced air pump hot water system that leverages ambient air to heat water efficiently. This system extracts heat from the surrounding air and transfers it to the water, significantly reducing energy consumption compared to traditional heating methods. The air pump hot water system is an environmentally friendly solution that helps businesses lower their energy costs and reduce their carbon footprint, all while providing the hot water needed to keep operations running smoothly.
The 18KW Pump Heater for Businesses is a heat pump hybrid system, combining the benefits of both heat pump and traditional electric heating technologies. This hybrid design ensures that the system can provide consistent hot water even during peak demand periods or in colder climates. The heat pump hybrid system primarily relies on the energy-efficient air pump mechanism but can switch to electric heating as a backup when necessary, offering both reliability and flexibility for commercial use.
This system is equipped with an electric hot water pump that ensures rapid heating and distribution of hot water throughout your business premises. The pump is designed to work seamlessly with the heat pump hybrid system, maximizing efficiency while maintaining consistent water temperature. This energy-efficient electric hot water pump minimizes heat loss during distribution, ensuring that hot water reaches every outlet quickly and effectively, which is crucial for businesses that rely on hot water for their operations.
The 18KW Pump Heater is versatile enough to be used in a wide range of commercial settings, including hotels, restaurants, fitness centers, and more. Its large capacity and efficient operation make it ideal for
businesses that require a constant and reliable supply of hot water. Whether it’s for guest showers, kitchen needs, or spa facilities, this pump heater can handle the demands of even the busiest commercial
environments.
The 18KW Pump Heater is designed for easy installation and integration into existing plumbing and electrical systems. Whether you're replacing an older unit or installing a new system, this pump heater can be set up quickly with minimal disruption to your business operations. Its compact design allows for flexible placement, making it suitable for a variety of commercial spaces.
parameter
| KFXR-018URII | |||
| Heating mode | Circulating | Brand | Panasonic |
| Ambient temp. range | -15℃~+43℃ | Refrigerant | R32 |
| Rated heating capacity | 18kW | Max. temp. outlet water | 60℃ |
| COP | 4.3 | Circulating waterpipe nozzle | G1'' Internal thread |
| Rated power input | 4.2kW | Outlet nozzle | G1'' Internal thread |
| Max. running current | 14A | Circulating water flow | 3.1m³/h |
| Power supply | 380v 3N~50Hz | Noise | 56dB/(A) |
| Dimension (W×D×H) | 750*690*1070 | Packing Dimension (W×D×H) | 840*780*1220 |
| N.W. | 130KG | G.W. | 140KG |
| Remarks: 1. Test conditions: (DB/WB) 20°C/15°C, inlet water temperature 15°C, outlet water temperature 55°C. 2. Due to product improvement, above datas are subject to change without prior notice, please take the rating plate as standard. 3. The heat pump system is suitable for city water that meets the national standard. If use groundwater, well water, etc., it must be treated to reach the national standard tap water quality before use. If the water quality is poor, install a filter and water processor. | |||
Details
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Commercial Central Hot Water Solutions
AIROSD provides one-stop central hot water solutions for commercial offices, hotels, factories, hospitals, and schools, and the series of products can be used together to meet the central hot water needs
of different buildings.
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Branded accessories Stable performance
Copeland scroll compressor, quiet and high efficiency. High efficiency heat exchanger. Schneider electrical components. Intelligent controlling system. Intelligent EE valve, excellent efficiency at different ambient
temp. Automatically defrosting. Easy installation and LCD operation.
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Safe and reliable
The heat pump absorbs a lot of energy from the air, COP>4.0, energy saving 75%.Adopting the large insulated water tank for 24h hot water supplies.Central hot water system can meet the multi-point hot water
requirement at the same time.
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How heat pumps work
AIROSD heat pump can work normally at -15℃, transferring the air heat source above -15℃ in the air to the air generator causing the heat generated by the refrigerant in the air exchanger to heat up
and vaporize to be released into the water, causing the water temperature to rise. Air water heater is currently one of the world's highest energy efficiency ratio of hot water equipment.
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Widely choose for heating capacity
Working ambient temperature down to - 15 ° C, The unit will be not affected by wind, rain, thunder and snow weather.
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Automatic defrost mode + anti-secondary long ice technology
The outdoor unit adopts outdoor temperature sensor and heat exchanger temperature sensor to perform variable-parameter defrosting and accurately grasp the defrosting timing, whicheffectively solves the
problem of "no defrosting when there is frost,but defrosting without frost", and the amount of frost perunit time is significantly reduced. Only 1/3 of the normal defrost mode. At the same time.with the
unigue anti-secondary long-ice technology of AlROSD. It can ensure that there is no frost at the bottom of the outdoor heat exchanger during heating in winter, and at the same time, the ice-water mixture left
along the fins can be fully heated to a liquid state during defrosting.It is drained through the bottom drain hole to avoid poor heating effect caused by the accumulation of frost at the bottom.
In today’s competitive business environment, managing operational costs while maintaining high efficiency is crucial. One area where businesses can achieve significant savings is in their hot water systems. For enterprises such as hotels, gyms, food service providers, and manufacturing plants, a reliable and efficient hot water supply is non-negotiable. This is where the 18KW pump heater comes into play, representing a technological leap in commercial water heating. This system is not just another appliance; it is a comprehensive solution designed to meet high-demand applications while drastically reducing energy consumption and environmental impact.
At the heart of this innovation lies the heat pump hybrid technology. Unlike traditional electric resistance heaters that generate heat directly, a pump heater operates on a smarter principle. It uses a refrigeration cycle to extract ambient heat from the surrounding air and transfers it to water. This process requires significantly less electrical energy to produce the same amount of hot water. An 18KW pump heater is specifically engineered for commercial-scale operations, providing a powerful 18-kilowatt output capable of supplying a continuous and ample flow of hot water for high-usage scenarios. This makes it an ideal choice for businesses that cannot afford downtime or inefficient performance.
The core component of this system is the air pump hot water system. This term describes the entire setup that harnesses energy from the air. Even in cooler climates, these systems are remarkably efficient, as they can extract useful heat from air temperatures as low as -10°C. For a business, this means consistent performance year-round without a massive spike in heating bills during winter. The air pump hot water system is designed for durability and requires minimal maintenance, making it a dependable workhorse for any commercial setting. Its ability to utilize renewable thermal energy from the air aligns with corporate sustainability goals and reduces the company's carbon footprint.
Further enhancing its efficiency is the integration of an inverter hot water system. Traditional water heaters often operate in a simple on/off mode, cycling on at full power until the thermostat is satisfied and then shutting off completely. This constant cycling is inefficient and causes wear on components. An inverter hot water system, however, uses a variable-speed compressor driven by an inverter. This allows the system to precisely modulate its power output—the compressor speeds up or slows down—to match the real-time demand for hot water. For a business, this translates to ultra-precise temperature control, exceptionally quiet operation, and even greater energy savings, as the system avoids the high inrush currents associated with start-stop cycling.
While the technology is advanced, it is essentially a highly efficient electric hot water pump. It is important to clarify that while it uses electricity, it does so with remarkable efficiency. A standard electric hot water pump of this caliber might use only one-quarter to one-third of the electricity consumed by a conventional electric storage water heater to deliver the same amount of hot water. This drastic reduction in energy use directly lowers operating expenses, providing a rapid return on investment. The "pump" aspect refers to the movement of both the refrigerant and the water, ensuring a steady and reliable flow exactly where and when it's needed.
In conclusion, investing in an 18KW pump heater is a strategic decision for any forward-thinking business. By combining the strengths of an air pump hot water system with the precision of an inverter hot water system, this solution offers unparalleled efficiency and reliability. It stands as a superior alternative to traditional heating methods, embodying the perfect synergy of a heat pump hybrid system that leverages ambient energy. For companies looking to cut costs, enhance their green credentials, and ensure an uninterrupted hot water supply, this advanced electric hot water pump technology is undoubtedly the future of commercial water heating.
