Pump “Agidel” – technical characteristics, constructional device and minor repairs

Maintaining comfort and energy efficiency in your home requires adequate insulation and heating. Diverse needs have led to the development of different technologies and systems in the search for the ideal heating solution. Of these, the "Agidel" pump is particularly noteworthy as a flexible and dependable choice for households looking for effective heating solutions.

Renowned for its robust construction and technical prowess, the "Agidel" pump provides homeowners with a reliable solution for their heating needs. This pump, which has a reputation for being effective and efficient at preserving comfortable indoor temperatures, was created with precision engineering and incorporates cutting-edge features. Gaining knowledge about its construction and technical features can help you understand how it works and whether you can do small repairs on it.

The fundamental working principle of the "Agidel" pump is the transfer of heat from one place to another, assisted by a fluid medium. The construction device of the pump consists of multiple components, namely a motor, compressor, condenser, and evaporator, all of which are essential to its operation. The compressor, which is powered by the motor, compresses the refrigerant and starts the heat exchange process. Phase changes occur as the refrigerant travels through the system, taking in heat from the environment and releasing it in different places.

Like any mechanical system, the "Agidel" pump may occasionally need minor repairs to ensure optimal functionality, despite its sturdy design and dependable performance. Long-term maintenance and lifespan extension of heating systems can be achieved by homeowners by learning how to recognize common problems and carry out simple repairs. Knowing how to perform small repairs can ultimately save time and money, from fixing refrigerant leaks to diagnosing electrical issues.

Technical Characteristics Constructional Device and Minor Repairs
The "Agidel" pump is designed for efficient heating and insulation of houses. The pump consists of a motor, impeller, and housing. Regular maintenance includes checking for leaks and cleaning debris from the impeller.

Technical characteristics

Both models are surface centrifugal units, meaning they pump water without submerging themselves in it. Only the suction hoses or pipes are lowered into the water; they are installed close to the source.

Due to the exclusion of electric wire contact with liquid, a high level of safety is provided.

Features of the device in "Agidel-M"

The "M"-designated pump model is distinguished by its compact size (just 6 kg) and low power consumption (370 W). intended to pump cold water with a maximum temperature of 40 degrees Celsius. able to draw water for an extended period of time and from a depth of up to 7 meters because it has a special feature that prevents overheating. It can be used in wells as deep as fifteen meters if it has an ejector.

The Agidel-M pump is a type of surface centrifugal pump that needs pre-pouring at startup.

Only clean water from wells, boreholes, man-made reservoirs, and swimming pools is intended to be pumped by the apparatus. Make sure there is a minimum of 0.35 meters between the intake valve and the bottom of the source before drawing water from a pool or reservoir. Maximum height: twenty meters.

Analyzing the device of the pump "Agidel-10"

Among the self-priming pumps that don’t require pre-pouring is the Agidel-10 pump.

The equipment marked "10" is a more powerful device than the previous model. Although this unit uses more than 500 W of energy, it produces a higher water head (30 m). 9 kg in weight. Since the pump is self-priming, the system can be started without the need for water priming. It is advised for the home’s water supply because of its larger capacity, which allows it to simultaneously supply multiple locations—like the kitchen and bathroom—with water at a normal pressure.

In the realm of home heating and insulation, the "Agidel" pump stands as a key player, offering a blend of technical prowess and practicality. With its robust construction and efficient design, the Agidel pump serves as a vital component in ensuring optimal circulation of heating fluids throughout a house. Its technical characteristics highlight its reliability and effectiveness, while its simple yet sturdy construction makes it easy to maintain. From circulating hot water for heating purposes to facilitating the flow of coolants for air conditioning systems, the Agidel pump proves its versatility in various household applications. Furthermore, minor repairs are straightforward, thanks to its accessible design, empowering homeowners to troubleshoot and resolve issues without extensive professional assistance. In essence, the Agidel pump epitomizes the marriage of functionality and convenience in the realm of home heating and insulation, making it an indispensable asset for homeowners seeking efficient and reliable solutions.

Nuances of installation and peculiarities of operation

Let’s now discuss the guidelines for installing and using the equipment.

Where to install

It is recommended to install the equipment on a level, sturdy surface. This will determine how well the work is done. Installing the units in auxiliary rooms or building special containers is advised to protect against sunlight and precipitation. The first approach is better since the pressure will be lower with long pipes or hoses.

The installation of the pump on a level, firm surface is necessary for its optimal performance.

Although these pumps are not meant to be used in the winter, it is necessary to locate the system in a room where the temperature will not drop below zero if there is no other way to supply water to the house. The second approach is to excavate a hole that is less than the freezing point of the earth, fill it with concrete, insulate it, and then add equipment.

Those with skill conceal the equipment within the well itself, having constructed a sturdy raft made of materials that don’t react with water for it. This technique lets you raise the suction artificially, but it needs to be connected to an extension cord because the 1.5-meter-long cord is insufficient to reach the outlet.

It is important to keep in mind that the location where the extension cord is connected needs to be well sealed against moisture, and that the installation must include the required earthing.

Pre-pouring of water before start-up

Keep in mind that the system must first be filled with water before connecting the pump "Agidel-M." The mechanism will stop working during operation "dry." Now let’s look at how a handheld column can be used to fill the system in a dacha:

  1. Open the tap.
  2. The hose from the pump is lowered into the container with water.
  3. Start pumping with a manual column to create a vacuum in the well.
  4. Through the hose and pump, the water from the tank will begin to move to the well, causing the movement of the air impeller.
  5. Wait for the water to flow from the column and start the unit up.

The equipment start-up diagram illustrates this procedure in the following ways:

This plan can be used to turn on a home well’s pump.

Priming is not necessary when using the Agidel-10 pump. At first, water won’t appear right away; it will take five minutes. These characteristics characterize self-priming systems. Additionally, the supply will start sooner the higher the well’s water level.

It is crucial to comprehend the technical aspects of your heating system if you want to keep your house warm and comfortable. An dependable option for effective insulation and heating is provided by the "Agidel" pump. Its creative design and sturdy construction guarantee efficient heat distribution throughout your home.

The versatility of the "Agidel" pump is one of its main advantages. This pump can adjust to meet the heating needs of any size home or apartment. Its strong motor ensures steady performance even in inclement weather, and its small size makes installation in confined spaces simple.

The longevity of the "Agidel" pump is another benefit. It is made to endure daily use because it is constructed with high-quality materials. In the long run, minor repairs are easy and uncomplicated, saving you both money and time.

In addition, the "Agidel" pump’s design prioritizes energy efficiency. It helps you use less energy and pay less for utilities by maximizing heat transfer and reducing heat loss. This helps the environment by lowering carbon emissions and improving your pocketbook at the same time.

To sum up, the "Agidel" pump provides a dependable and effective insulation and heating solution. Its constructional device and technical attributes guarantee optimal performance, and minor repairs are manageable. It’s a wise option for any homeowner trying to stay warm and cozy during the winter months because of its adaptability, toughness, and energy efficiency.

Video on the topic

Agidel pump. Preventive maintenance and bearing replacement.

Aghidel Pump – Repair – Replacing Bearings and Glands

Water pump for pumping water without electricity and a pump

My Agidel Pump Repair.

Agidel pump in operation after repair

Agidel-M Pump Repair.

Agidel pump repair. Replacement of bearings, gland and condenser.

No. 54 AGIDEL pump (USSR) and AGIDEL M (made in China, assembled in Russia) advantages and disadvantages

What type of heating you would like to have in your home?
Share to friends
Sergey Ivanov

I like to help people create comfort and comfort in their homes. I share my experience and knowledge in articles so that you can make the right choice of a heating and insulation system for your home.

Rate author
Add a comment