Moving to a new apartment or replacing household appliances is always associated with a lot of questions, but the most pressing of them remains one: how to transport large-sized equipment so as not to lose the warranty and not damage expensive equipment. Owners are often faced with a dilemma: is it possible to transport the refrigerator lying on its side or is only a vertical position acceptable? The answer to this question is not as clear as it may seem at first glance, and depends on many technical nuances, including the type of compressor, the defrosting system and the design of internal components.
Improper transportation can damage compressor or break the tightness refrigerant circuitswhich will lead to expensive repairs or complete replacement of the unit. Many delivery services refuse to take responsibility for equipment transported horizontally, and this is not just reinsurance. The physics of processes inside a refrigeration machine dictates its own strict rules, ignoring which risks oil getting into the freon circulation system.
In this article we will analyze in detail all aspects of safe transportation, consider myths and reality, and also give clear instructions for preparation and installation. You will find out why for some models the horizontal position is strictly prohibited, while for others it is permissible with serious reservations. Understanding these principles will help you keep your equipment in working condition for many years.
Critical risks during horizontal transportation
The main danger when transporting a refrigerator in a lying position is the risk of oil leaking from the compressor into the circuit refrigerant. During normal operation, the oil is in the engine crankcase, providing lubrication to the rubbing parts. When you place the unit on its side, oil under the influence of gravity can flow into the evaporator or condenser, from where it will be extremely difficult to expel it back without special equipment.
Another vulnerable point is heat exchanger tubes. They are made of thin copper or aluminum and are not designed to support the weight of the cabinet itself, shelves, and food unless they have been removed. If improperly installed or vibrated in transit, these tubes can burst or become detached from the compressor. Even a microscopic crack will lead to freon leakage and loss of cooling performance.
⚠️ Attention: Oil entering the refrigerant circulation system causes blockage of the capillary tube (the so-called “oil plug”). This leads to the compressor working hard, trying to push freon, but cooling does not occur. This often ends with the motor winding burning out.
It is also worth considering the condition compressor suspensions. Inside the housing, the motor is suspended on springs to dampen vibrations. Sudden jerks or impacts, such as those found in horizontal truck beds, can cause the springs to jump off or become deformed. This will lead to the fact that when turned on, the refrigerator will make a terrible roar and knock.
The influence of the type of defrosting system on transportation rules
Modern refrigerators are divided into several types according to the defrosting system, and each of them has its own transportation characteristics. The most sensitive to position in space are models with the system No Frost. In them, the evaporator is hidden in the back wall or in the upper part of the chamber, and the air duct system is complex and fragile.
Refrigerators with drip system (crying wall) are more forgiving, but they also require caution. In such models, the main evaporator is located on the rear panel, and the risk of damage to it during horizontal transportation is lower, but the likelihood of oil leaking into the channels remains high. Old Soviet models with an open coil on the back wall are considered the most durable, but their age often implies wear and tear on the metal.
Technical nuances of the No Frost system
Complete No Frost systems use several fans and a complex network of air ducts. When shaking or tilting, the plastic elements may become dislodged and the drainage tubes may become kinked. Restoring the functionality of the Air Control damper after such shaking may require disassembling the internal panel.
Inverter compressors deserve special attention, which are now installed in most premium models of brands like LG, Samsung or Bosch. They are smaller and lighter than traditional ones, but are designed with tighter clearances and tighter tolerances. For them, vibrations and incorrect position during transportation can be fatal.
Preparing the refrigerator for moving: a step-by-step algorithm
Before thinking about how to put the refrigerator, it is necessary to carry out high-quality preparation. Ignoring this step negates all efforts to carefully load. The first and most important step is to completely defrost the unit.
It is not enough to simply turn off the refrigerator an hour before the movers arrive. The inner walls, especially in models with No Frostmay contain ice, which will turn into water when you start moving. This water will get into electrical contacts or onto the floor of the body, creating a slippery and dangerous situation.
☑️ Pre-transportation checklist
After defrosting, it is necessary to remove all removable elements: glass shelves, plastic containers, egg trays and grilles. Glass may shatter when shaken, damaging the interior of the camera. It is better to put the shelves in a separate box, lined with soft cloth or paper.
The refrigerator doors must be secured in the closed position. painting tape or stretch film is ideal for this. Do not use regular office tape, as it may leave sticky adhesive marks on the glossy surface or even damage the finish when peeled off. The doors must be pressed tightly against the body so that they do not swing open on the way.
The final stage of preparation is packaging. The ideal option is a factory box with foam inserts. If it doesn't last, use bubble wrap, cardboard or old blankets. Pay special attention to corners and protruding parts such as door handles.
Comparison of methods: vertical and horizontal transportation
To make an informed decision, it is necessary to compare the risks and requirements of both methods. Below is a table that will help you assess the situation objectively, taking into account the condition of your equipment and available transport.
| Comparison parameter | Vertical transportation (Standing) | Horizontal transportation (Lying) |
|---|---|---|
| Risk for compressor | Minimum (oil in place) | High (risk of oil leakage) |
| Risk of housing damage | Medium (windage, capsizing) | High (punching the bottom, dents) |
| Transport requirements | High body, rigid fixation | Any flat body |
| Time before switching on | 2-4 hours (adaptation) | 8-24 hours (oil drainage) |
Vertical transportation is considered gold standard. In this position, all internal nodes are in a natural state. However, if the height of the ceiling in the car or doorway does not allow you to carry the refrigerator while standing, you have to make compromises.
Horizontal transportation is permissible only in extreme cases and subject to strict rules. The main rule is: the refrigerator can only be placed on its side, and never on the back wall or front panel. Installation on the rear wall risks pushing through the thermal insulation and damaging the condenser tubes, which are often located close to the housing. Laying "face down" is guaranteed to lead to breakage of handles, doors and damage to the control system.
⚠️ Attention: If you decide to transport the refrigerator lying down, make sure that it lies on the side on the opposite side from which the compressor tube comes out. Usually this is the left side (when viewed from behind), but it is better to check the instructions for the specific model.
Technology for safe loading and fixation in transport
Regardless of the chosen position, the key factor to success is correct fixation. In the back of a car or truck, the refrigerator should not be able to move even an inch. For this purpose, belts with a tensioner are used.
When installed vertically, the unit must be placed strictly in the direction of travel or across, but be sure to lean it against the side or wall of the cabin. It is necessary to lay shock-absorbing material (foam plastic, a blanket) between the body and the wall so that the vibration of the body is not transmitted to the equipment. The belts should be tightened at the top and bottom, avoiding squeezing the plastic elements.
If transportation is carried out lying down, you need to lay a thick layer of cardboard, foam plastic or a thick blanket under the refrigerator. This will protect the bottom and side walls from scratches and impacts from uneven floors of the body. The top of the unit should also be covered so that dust and dirt from the road do not clog into the ventilation holes.
It is important to remember about the temperature regime. If it is frosty outside and the refrigerator is taken out of a warm room, condensation may form inside. Therefore, after bringing it into a new room (especially in winter), do not rush to turn it on.
Installation and startup rules after transportation
After the refrigerator is delivered to its destination, it needs time to acclimatize. This applies not only to temperature, but also to physical processes in the compressor. If the equipment was transported vertically, it is enough to let it stand for 2-3 hours.
In the case of horizontal transport, the waiting time increases to 8-12 hours, and in winter - up to a day. This is necessary so that the oil that gets into the circuit flows back into the compressor crankcase under the influence of gravity. Early start-up can lead to water hammer and valve damage.
Perform a visual inspection before turning on. Check if there are any new dents on the body and if the tubes at the back are intact. Make sure the level is correct using the adjustable feet. An uneven installation will lead to skewed doors and noisy operation.
The first load with food should be done gradually. Don't overcrowd the cells in the first hour of work. Let the unit reach the temperature when empty, then load half of the norm, and only after a few hours - the rest.
Frequently asked questions (FAQ)
Is it possible to transport a new refrigerator in the original packaging lying down?
Yes, the original packaging (foam and cardboard) is designed to protect the case. However, the inherent risks associated with the compressor and oil remain the same. The presence of the box does not eliminate the need to wait 8-12 hours before turning it on if the transportation was horizontal.
What should I do if I turned on the refrigerator immediately after transportation while lying down?
If a little time has passed since the moment it was turned on and the refrigerator is working normally, you may be lucky and the oil has not gotten into critical components. If there is a strong noise, knocking or lack of cold, immediately turn off the appliance from the network. Let it stand for a day in an upright position and try turning it on again. If the problem recurs, call a technician.
Which side is better to place the refrigerator on: left or right?
There is no universal answer, since the design of compressors for different brands (Indesit, Atlant, LG) is different. It is usually safer to place it on the side opposite the tubes exiting the compressor. Often this is the left side (when viewed from the rear), but it is best to find a technical sticker or instructions, which may contain a “do not turn” symbol or an arrow indicating the permissible side.
Is transporting a refrigerator at sub-zero temperatures dangerous?
Low temperatures in themselves are not dangerous for mechanical parts, but they are dangerous for electronics and plastic. A sudden change in temperature when brought into the heat causes condensation, which can cause a short circuit. In addition, plastic becomes brittle in the cold and can crack if touched carelessly.