Blog

Project goal:

Increasing electricity tariffs forced the owner of a private house to look for more effective and economical methods of heating. This house на 160 м² Heated by an electric boiler In combination with a warm floor system, which later turned out to be too costly. The main task of the project is to find an alternative heat source, which would save a comfortable microclimate indoor, simultaneously significantly reducing electricity costs.

Data analysis and solutions:

There are four rooms in the house, each of which is installed radiators, And also warm floor In the kitchen, living room and three bathrooms. The new decision was to ensure a stable uniform heating of all zones, effectively work at low temperatures and have a high level of energy efficiency.

After analyzing the options, the Thermal pump Raymer Ray -9mn, which not only optimized the heating system, but also provided the house with hot water, Having made it energy -dependent and environmentally friendly. The calculations showed, what is a heat pump He will pay for himself for 4-5 years, which will be four times more economical than using the electric boiler.

The selection of the heat pump also guarantees the organization of hot water supply to satisfy everyday problems of all residents of the house.

1. Outdoor unit installation

Installation of the outer heat pump unit Raymer RAY-19MN fulfilled taking into account all requirements to ensure stable and efficient operation of the system.

It was originally The installation site is selected - protected from snow drifts, strong wind and direct sunlight, But with free air access for high -quality heat transfer. The outer unit is attached to a special supporting structure with anti -vibration supports, preventing extra noise and vibration during operation.

To maintain heat and prevent freezing, pipelines are insulated with heat -resistant materials, a The joints are carefully sealed. The drainage system for removing condensate was also provided, What is important when operating in the winter period.

After completing the installation checked the tightness of the connections and the operation of the unit. This approach guarantees the durable and reliable operation of the heat pump even in difficult weather conditions.

2. Installation of additional soldering heat exchanger

To increase the efficiency of the heat pump The installation of an additional soldering heat exchanger was performed Near the tank of the hot water. Its main task is Improve heat transfer between the contours of the system and Reduce the load on the main heat exchanger of the pump.

Installation begins with the choice of the optimal installation site - as close as possible to hydraulic interchange To minimize energy losses. The heat exchanger is recorded on special brackets, which provides reliable support and prevents mechanical loads on the pipes.

Connection is performed through stainless pipes, which join the system through shut -off valves. All The compounds are carefully sealed, and pipelines are covered with thermal insulation material to prevent heat loss.

After installation, they underwent crimping and Testing the system for tightness and efficiency of heat exchange. Additional heat exchanger allows you to reduce electricity costs, improve the stability of the system and increase the overall performance of heating equipment.

4. Installation of additional elements

To ensure the effective operation of the heating system, it was installed Raymer three way valve 325 TW and circulation pump Raymer T8-139W with a variable speed and temperature control.

First, the installation of the three -way valve Raymer was completed 325 TW, which is responsible for the distribution of the coolant between the radiator contour, Circle of the warm floor and the tank of the hot water. Installation in the immediate vicinity of an additional heat exchanger provides optimal valve operation and uniform distribution of heat.

Before installation, the system was dehydrated, After that the connection node was prepared using sealing materials. After installation, the valve is connected to the controller for automatic temperature control in the contours.

The next step was the installation of the circulation pump Raymer T8-139W. The pump is mounted on the supply pipeline after a three -way valve and heat exchanger near the DOS tank, which ensures effective movement of the coolant and economical electricity consumption. Installation was performed using flange connections, which guarantees reliability and tightness. After installation, testing was carried out in various modes to check the stable operation of the pump.

Thanks to the installation of these elements, the heating system has become more energy -efficient, and the control of the temperature of the coolant allows you to significantly increase the comfort of the room.

Why is the Raymer Ray -9Mn heat pump suitable for combination with a warm floor?

Heat pump Raymer RAY-19MN It is an ideal solution for combination with a warm floor due to its technical characteristics and work characteristics. Here are the main reasons, Why is this model suitable for such a system:

1. Low -temperature mode of operation

The heat pump Raymer Ray -9MN effectively works with low-temperature parameters of the coolant (35-45°C), which perfectly meets the requirements of the warm floor. This provides uniform distribution of heat over the entire surface of the floor without overheating.

2. High performance factor (COP)

When working in low temperatures mode, Raymer Ray -9Mn demonstrates a high energy efficiency indicator. It means, that with minimal electricity consumption, it produces a significant amount of thermal energy, which significantly reduces heating costs.

3. The possibility of accurate temperature control

Thanks to the modern control system, the heat pump supports the stable temperature of the coolant, which is a key factor for the effective work of the warm floor. This avoids sharp temperature drops and provides a comfortable microclimate in the room.

4. Smooth power adjustment

Raymer Ray -9Mn is equipped with an inverter compressor, which smoothly changes the power depending on the thermal load. This is especially important when using a warm floor, since the system does not require sharp peak loads and works more stable.

5. Trekhodnoy valve compatibility

The heat pump can be integrated with a three -way valve, which allows you to automatically switch the coolant between the warm floor and radiator heating (If it is). This makes the system more flexible and convenient to use.

6. Increased comfort and uniform heat

Unlike radiators, which work with higher coolant temperatures, The warm floor heats the room gradually, Creating a comfortable microclimate. Using the Raymer Ray -9MN provides a stable, soft heat without driving.

Conclusion

The Raymer Ray -9Mn heat pump is optimal for working with a warm flooring system due to its efficiency at low temperatures, economical electricity consumption, accurate control of temperature and stability. This allows you to reduce heating costs and provide a comfortable climate in the house.