An object: Kolonshchina village, Buchansky District, Kyiv region.
Heat pumps have recently gained popularity as an efficient and environmentally friendly heating solution for homes and commercial premises..
In particular, in Kyiv, where climatic conditions require reliable heating systems, heat pumps provide an innovative alternative to traditional methods.
Among the variety of models on the market, deserves special attention air-to-water heat pump Raymer FA-03 на 11 kW, which combines high efficiency and ease of use.
Tasks and solutions:
1. Analysis of the original problem
Customer encountered several problems with their existing heating system.
Firstly, the system was very voluminous, with a lot of circulating fluid, which made it difficult to manage and maintain.
Secondly, To ensure uninterrupted operation of the solid fuel boiler, it was necessary to constantly connect to an uninterruptible power supply on 2 kW with two batteries capacity 230 battery. This created additional costs and the need for regular maintenance.
2. Solving the problem of energy consumption and reliability
The first task was to reduce power consumption and increase system reliability. Heat pump Raymer FA-03 was chosen as the optimal solution. Its installation made it possible to reduce dependence on a solid fuel boiler and uninterruptible power supply. This not only reduced the load on the power grid, but also reduced the need for constant attention and service from the client.
3. Integrating a heat pump into an existing system
The second task was to integrate the heat pump into the existing heating system. Heat pump Raymer FA-03 was connected like this, so that it can circulate water in the system, even during a power outage, thanks to connection via uninterruptible power supply. This ensured uninterrupted operation of the heating system in all conditions.
4. Optimizing system operation
The heat pump has been configured to act as a support heat source, with the ability to automatically switch to a solid fuel boiler during periods of severe frost. This setup provided the optimal combination of efficiency and energy savings.
Scope of work completed:
1. Preparing for installation
Heat pump installation process Raymer FA-03 started with careful preparation. This included diagnosing the existing heating system and planning the integration of new equipment. Considering the volume of the system and the amount of fluid circulating in it, a special approach to pump integration was required.
2. Installation and integration
Installation of the heat pump took place in several stages. Firstly, the pump itself was installed, with special attention to its positioning for optimal operating efficiency. An important aspect was ensuring the connection of the pump to the uninterruptible power supply, which guaranteed its continuous operation even during a power outage.
3. Integration with existing system
Particular attention was paid to the integration of the new pump with the existing heating system. This required additional work to configure the control system and optimize fluid flows. Thanks to this, the Raymer FA pump-03 could work effectively in synchronization with a solid fuel boiler, providing reliable and economical heating.
Convenience for the client:
1. Simplified maintenance
One of the key advantages of installation heat pump Raymer FA-03 there was a significant simplification of heating system maintenance for the client. Previously, constant monitoring of the operation of a solid fuel boiler and uninterruptible power supply was required. With the introduction of the heat pump, this need has disappeared, which greatly simplified the daily use of the system.
2. Continuous operation and reliability
Heat pump Raymer FA-03 ensures continuous and efficient operation of the heating system. Thanks to its integration with uninterruptible power supply, even in case of power outage, the system continues to function, guaranteeing warmth and comfort in the client's home.
Main characteristics air heat pump Raymer FA-03 на 11 kW:
- Versatility of use. Heat pump Raymer FA-03 not only provides heating, but also offers possibilities for cooling and heating the pool. This makes it an ideal solution for comprehensive comfort in the home all year round..
- power usage. With total energy consumption 2,34 kW, Raymer FA-03 is one of the most energy efficient pumps in its class. This provides significant savings on electricity bills for the customer.
- Optimal heating area. With recommended heating area from 90 to 120 sq.m., this pump is ideal for standard residential applications, ensuring even and efficient heat distribution.
- Media heating temperature. The ability to maintain media heating temperatures up to 55℃/60℃ guarantees, that the house will be comfortable even on the coldest days, providing comfort and warmth.
- Working temperature range from -20℃ to +43℃ proves, that the Raymer FA pump-03 reliable in all weather conditions, which is especially important for the climate of Kyiv.
- Quality compressor. Use of a Copeland scroll compressor improves pump efficiency and reliability, and also reduces noise levels, which makes its use more comfortable for clients.
- Eco-friendly refrigerant. Refrigerant type R410A, used in pump, is environmentally friendly and ensures efficient operation of the system, promoting sustainable development and caring for the environment.
- Option WI FI. The presence of a WI FI option allows customers to control the heating system remotely, which provides additional convenience and the ability to monitor the system in real time.
- Monoblock type: Raymer FA-03 is a monobloc pump, including compressor, evaporator, condenser and hydraulic system in one compact unit. It simplifies installation and maintenance, and reduces installation costs..
Air-to-water heat pump Raymer FA-03 на 11 kW is a reliable and efficient solution for space heating. Its monobloc type, using air as a heat source, wide temperature range and intelligent control make it an attractive choice for residential and commercial applications.
Read more reviews of Reimer heat pumps in OUR WORKS.
