logo elektroda
logo elektroda
X
logo elektroda

Transporting Refrigerators: Can They Be Lying Down or Must They Stand Upright?

piorun4u 266847 33
ADVERTISEMENT
Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #31 564061
    witl
    Level 16  
    Why, if you cut it, you'll be sure ... anyway, I would see what it looks like - maybe someone took pictures ...
    seriously, the output from the compressor (i.e. the discharge side) is a pipe that goes to the evaporator (it blows in there pathologically). The gas is compressed and emits heat which is given off in the evaporator to the environment, then there is a venturi and behind it the gas expands, taking the heat from the environment, i.e. the temperature decreases.
  • ADVERTISEMENT
  • #32 564218
    jedrus2
    Level 15  
    hhehe and I was carrying the refrigerator lying down and it was okay
  • ADVERTISEMENT
  • #33 565618
    ^ToM^
    Level 42  
    witl wrote:
    Why, if you cut it, you'll be sure ... anyway, I would see what it looks like - maybe someone took pictures ...
    seriously, the output from the compressor (i.e. the discharge side) is a pipe that goes to the evaporator (it blows in there pathologically). The gas is compressed and emits heat which is given off in the evaporator to the environment, then there is a venturi and behind it the gas expands, taking the heat from the environment, i.e. the temperature decreases.


    I am sure where the discharge and the suction without cutting the aggregate, I can see it by the system of connections aggregate - evaporator - condenser, which you wrote yourself. In different refrigerators it looks different. And there are no strict rules here, you have to distinguish the constituent parts and you can easily determine where the main page is. And it is good to cut open a unit for scientific and educational purposes. There is also an interesting and extremely primitive oil pump.
    .................................................. ...................................
    Rycho T wrote:
    So where is the suction side and where is the discharge side?
    I am asking because I do not want to cut the aggregate before transporting the refrigerator to check it.

    usually the tube coming from the top of the compressor is the discharge tube.
    .................................................. .........................................
    andy076 wrote:
    of course, you can lie down in the position only after transporting the production, they say that it should stand for about 20-24 hours in a vertical position before turning on the unit

    if you turn over to the side, nothing will spill out, because then you can turn it on immediately after placing it in an upright position, waiting 24 hours will not improve the operation of the refrigerator. The manufacturer, speaking about 24 hours, has the worst case in mind, i.e. when the refrigerator is located on the suction side, where the oil will certainly pour into the gas circuit.

    greetings
    volume
    .................................................. ....................
    Merged from 3 posts
    j.
    :arrow: https://www.elektroda.pl/rtvforum/faq.php
  • #34 700293
    Anonymous
    Anonymous  

Topic summary

Transporting refrigerators is generally advised to be done in an upright position to prevent potential damage to the compressor and internal components. While some users report success in transporting refrigerators lying down, it is crucial to ensure that the unit is placed on the correct side (preferably the side of the compressor) to avoid oil flowing into the pipes, which can lead to compressor damage. If transported lying down, it is recommended to wait at least 12 to 24 hours before turning the refrigerator on to allow the oil to settle back into the compressor. A tilt of up to 45 degrees is considered acceptable, but exceeding this angle increases the risk of damage. Users emphasize the importance of following manufacturer guidelines and being cautious to prevent issues such as broken valves or compressor failure.
Summary generated by the language model.
ADVERTISEMENT