Project goal
The main task of this project was to replace a solid fuel boiler with a more modern, effective and autonomous heating source. The client sought to get rid of the need for constant fuel loading, as well as minimize heating costs in the long term.
Before installing the heat pump Raymer Ray-10MN on 10 kW was analyzed by the existing heating system, In particular, the compliance of the installed radiators was checked for working with a low -temperature heat source. This made it possible to evaluate their effectiveness and determine the optimal system parameters of the system.
The purpose of the project is to create a comfortable and energy -efficient heating system, which works in automatic mode, does not require constant intervention and provides a stable temperature in the house with minimal electricity costs.
1. Installation of the outer heat pump unit
Installation of the outer heat pump unit Raymer RAY-10MN on/off fulfilled taking into account all requirements for the effective and stable operation of the system. The block is installed on a reliable concrete base, which ensures the stability of the structure and minimizes vibration during operation.
A special insulation was used to protect pipelines and their effective thermal insulation, preventive heat and icing. Pipelines are hermetically launched through the wall of the building, Providing a reliable relationship between the external and internal contour of the heating system.
Electric connection is made in accordance with security standards, taking into account the necessary level of protection against voltage drops and weather conditions. This approach allows the heat pump to work effectively even at low temperatures, Providing stable heating of the house.
2. Installation of an intermediate heat exchanger to protect the system from defrosting
To protect the system from thawing indoors, an intermediate plate heat exchanger Raymer B2-026-50 was installed. Its main function is the separation of the coolant contours: external, filled with non -freezing liquid, and internal, working on the water.
The installation of the heat exchanger Raymer B2-026-50 was performed taking into account several important aspects. Primarily, The device was securely fixed on the pipeline system, to minimize vibration and mechanical load. To ensure effective circulation of the coolant in the circuit, a circulation pump is installed.
The system is also integrated into the system, which allows you to maintain the heat exchanger and, if necessary, block the contours. To control the working parameters, pressure gauges are installed, which allow you to monitor pressure in the system.
This circuit protects the heat pump and the internal heating system from freezing, which is especially important in case of emergency situations or long -term disconnection of electricity.
3. Installation of voltage stabilizer to protect the system
To ensure reliable operation of the heat pump and all components of the heating system, a voltage stabilizer was installed. This solution allows you to protect the equipment from voltage drops, which can lead to incorrect work or failure of the compressor, circulation pump and electronics of thermal pump.
Voltage stabilizer tasks:
Stress protection - aligns the unstable supply of electricity.
Extending equipment life - prevents overload and overheating of electronic components.
Ensuring stable operation of the system - even with significant fluctuations in the voltage, the heat pump continues to work
4. Installation of auxiliary components of the system
To ensure stable and safe operation of the heating system, it was performed Installation of a security group, circulation pump and controller settings. The security group includes a pressure gauge for pressure control, Automatic air vent for removing air from the system and a safety valve, which works at excess pressure, Preventing emergency situations.
Circulation pump installed to ensure continuous movement of the coolant, which allows you to evenly distribute heat throughout the heating system and avoid stagnant zones. The pump is connected through locking valves, which facilitates its maintenance and replacement if necessary. Additionally, the possibility of emergency shutdown of the pump was provided in case of interruptions in the system.
Controller is responsible for automated control of all system elements, adjusting the temperature of the coolant and controlling the operation of the pump in accordance with the specified parameters. Its settings were adjusted taking into account the operating mode of the heat pump, which allows us to optimize energy consumption and ensure maximum efficiency of the system. Besides, The temperature sensors were connected, allowing you to control the parameters in real time and make adjustments if necessary.
5. Checking the system before starting
Before launching the system were The commissioning has been completed, Including all connections checking, tightness of pipelines and the correct connection of all components. First, the system was crimped - pipelines and heat exchangers filled the coolant and checked for the lack of leaks under the working pressure.
Further implemented power supply and checked the correctness of the controller, circulation pump and security groups. All sensors were configured, and the system is tested in various operating modes. Particular attention was paid to protection against freezing - they checked the functioning of the circulation pump in emergency mode and the correct reaction of the system to temperature change.
After all the checks the system was launched into test mode, during which the stability of the pressure was controlled, temperature indicators and the speed of the coolant circulation. Made the necessary adjustments to the parameters of work, to ensure the optimal efficiency and uninterrupted functioning of the system.
The main characteristics of the Monoblock Raymer Ray-10MN:
High outlet temperature: These heat pumps are able to reach a high temperature at the output of up to 60 ° C, What makes them an ideal solution for heating water and heating systems.
Universal use: Raymer Ray-Mn are suitable for effective heating, and for preparing hot water for domestic needs. They are also able to provide active cooling, what makes them universal in various climatic conditions.
Remote access via Wi-Fi: The pumps are equipped with a remote access function via Wi-Fi. It means, that you can control the pump and monitor its operation using a smartphone or computer from anywhere, Where can I get access to the Internet.
Photovoltaic current optimization: These pumps intellectually use a photogalvanic current for optimal heating and cooling. This helps reduce electricity consumption and save money.
Soundproof capacitor: The external unit is equipped with a particularly soundproof spiral capacitor, which reduces the noise level during pump operation, providing a quieter and more comfortable environment.
Robust body: The pump body is made of steel, galvanized and powder coated, making it durable and resistant to various weather conditions.
Electric shock protection class: Raymer RAY pumps have electric shock protection class I, which ensures safety during operation.
