Does the geothermal inlet pipe upstairs and downstairs have an effect on being thicker than my home?

If it is a wall-hung boiler.

The heating system, which is a small closed system, has no effect on the neighbors.

In the case of central heating, there are two scenarios.

For old houses, most of them are single-pipe series, that is, a heating pipe is strung from the upper floor to the lower floor, bringing up the heating supply of each household. In this case, if the power of the hot water pump remains the same, the amount of water entering each household will be reduced, in other words, everyone will feel colder;

If it is a new house, it is generally a parallel system, that is, each household has a separate loop, at this time, if it is changed to floor heating, under normal circumstances, it is not hot, because the resistance is large, and the hot water flowing to your room becomes less. If you add your own pump, then your own hot water volume is enough, and the neighbor's water will be less, so the neighbor's house will feel cold.

To sum up: if there is floor heating in a building, then increasing the pipe diameter has little impact;

If there are radiators in a building, then changing the underfloor heating will definitely have an impact on the neighbors, and the property should not agree.

However, the current central heating system is often overheated, that is to say, the heat to the user is rich (the heating company does not want to be complained, and can send more heat), so many of the floor heating changes even if the neighbor's temperature has decreased, but it can not be felt.

The landlord first looks at whether this is the case in his own building.

If only the inlet pipe is thick and the return pipe is the same thick, it will not have much effect, because the flow rate and flow rate are determined by the thinnest pipe diameter. But if the inlet and return pipes are thicker than your home, then the heating effect of their home will be better, because the thicker the pipe, the less resistance, the greater the pressure, and the greater the flow rate and flow rate. As for the degree of impact on your home, it also depends on the heating effect of your home, as long as it can meet your heating requirements, it is not comparable or unbalanced.

FYI.

1. Gas blockage.

This theory is that air enters the geothermal pipe, and when it is blocked, the water will not flow. First of all, the return valve should be closed first, and then the exhaust valve on the return pipe port should be opened, and each valve on the inlet pipe should be closed first, and then the exhaust can be opened one by one. After the gas is emptied, open the valve normally, listen to the sound of water flowing, and then touch the return pipe to see if it is hot, if it is hot, it means that the air has been discharged and returned to normal.

Second, the floor heating pipe is not cleaned.

After living for a long time, the floor heating water pipes will produce impurities and scale. Attached to the inner wall of the water pipeline for a long time, if it is not cleaned and maintained in time, it will cause the inner diameter of the floor heating pipe to gradually narrow, and of course, the water flow will become smaller and smaller, which directly affects its heating effect.

3. Construction issues.

Construction will also cause this situation, because the pipeline may appear dead bends, flattened, resulting in poor water flow and increased resistance;It is also possible that the spacing of the pipes does not meet the requirements of the design. This one can be found from the very beginning of use. If it was normal in previous years, and it only appeared this year, it could not be this reason.

Fourth, the heating period is not fully discharged.

After the end of the heating period every year, all the water in the floor heating pipes should be discharged. Otherwise, if the water is deposited and scaled in the water pipe for a long time, the water flow will be reduced, the flow will be poor, and the heat conduction efficiency will be reduced.

Geothermal water inlet pipes, upstairs and downstairs are thicker than your home. Only the water inlet pipe in your home is relatively thin. There is definitely a difference in the temperature difference between the heating and heating.

In the future, the temperature of your home will definitely not be as high as the temperature of those two houses. But there is one thing, as long as the temperature of your home can go up enough, it will be fine.

It relates to who pays for the installation.

There must be a relationship, but I don't know what kind of "relationship" you want to ask!

Summary. The heating inlet pipe is thin and the return pipe is thick, which affects the heating effect.

The diameter of the heating inlet pipe affects the heating effect. The diameter of the heating inlet pipe is related to the heat dissipation area of the radiator, that is to say, the larger the heat dissipation area, the more hot water is needed, then the pipe must be thick, on the contrary, the heat dissipation area (radiator) heat dissipation capacity can not be fully utilized.

To put it simply, in the case of a certain number of radiators, there is an optimal pipe diameter to meet the requirements of the radiator, otherwise the pipe diameter will not release so much heat, and the radiator will have a low temperature if the pipe diameter is small. In central heating, the diameter of the water supply pipe and the return pipe should be the same, and the hydraulic balance of the entire pipe system should be maintained.

My house is on the top of the Yusen Building, central heating, the heating inlet pipe of the Huiqing corridor is thicker than the downstairs, and the return pipe is thinner than the downstairs, which affects the heating of my home (my home and, the third floor of the town of Shimu on the third floor of the town is changed to other floors of the radiator).

The heating inlet pipe is thin and the return pipe is thick, which affects the effect of late opening of the heating cherry blossoms. The diameter of the heating pipe affects the heating effect. The diameter of the heating inlet pipe is related to the heat dissipation area of the radiator, that is to say, the larger the heat dissipation area, the more hot water is needed, then the pipe must be thick, on the contrary, the heat dissipation area (radiator) heat dissipation capacity can not be fully utilized.

To put it simply, in the case of a certain number of radiators, there is an optimal pipe diameter to meet the requirements of the radiator, otherwise the pipe diameter will not release so much heat, and the radiator will have a low temperature if the pipe diameter is small. In central heating, the diameter of the water supply pipe and the return pipe should be the same, and the hydraulic balance of the entire pipe system should be maintained.

Is it a big impact? The heating inlet pipe is actually thickened from about the third floor upwards, and the return pipe is narrowed from the second floor above. (The building is five stories high).

Not much impact. My home is changed to geothermal heat, the original is a warm sheet heating, and now I am renovating the corridor heating mold, if it has a great impact on the temperature of the heating can be proposed. If it affects the heating supply, I need to propose changes**.

Hello dear, it doesn't have much impact.