Moving or delivering new equipment always involves risks, especially when it comes to large-sized devices. The most worrying issue for owners is the correct position of the refrigerator in the car body. Many people believe that upright transport is the only safe option, but in limited space this is not always possible. It is important to understand the physical processes occurring inside the cooling system in order to make an informed decision.
Ignoring transportation rules can lead to serious damage that will not appear immediately, but some time after switching on. Compressor and the tube system is sensitive to mechanical loads and displacement of technical fluids. If the unit is placed incorrectly, oil from the motor may leak into the refrigerant circuit, causing water hammer when first started. That is why the question of which side to place the refrigerator on requires detailed consideration.
In this article we will analyze the technical nuances, risks and step-by-step instructions for preparing equipment for moving. You'll learn how to minimize the chance of damage, what tools you'll need for fixation, and why settling time is critical. Proper preparation will save your budget from costly repairs and extend the life of the device.
⚠️ Attention: Different manufacturers may have their own recommendations for transporting a specific model. Always refer to the official owner's manual, Transport section, before starting work. Design details may vary depending on the brand and year of manufacture.
Design features and risks of horizontal transportation
To understand why restrictions arise, you need to consider the internal structure of the unit. At the bottom there is compressor, which is the heart of the entire system. It is mounted on springs or shock absorbers to dampen vibrations during operation. With a strong tilt or horizontal position, the weight of the motor is distributed unevenly, which creates a load on fasteners and pipes.
Not only refrigerant circulates inside the system, but also special compressor oil. In a working vertical state, it is located in the engine crankcase. If you tilt the refrigerator, the oil flows into the evaporator or condenser tubes. When the unit is turned on in this state, the motor may run dry, which will lead to its rapid overheating and jamming. In addition, oil trapped in thin capillaries forms a plug that prevents the circulation of freon.
Another vulnerable point is doors and shelves. When transported lying down, they experience enormous pressure from their own weight and the weight of other objects. Glass shelves they may burst, and the plastic elements may deform or crack at the attachment points. The tightness of the seal is also at risk if the door is pressed to the floor or skewed.
Which side is better to lay on: choosing a safe side
If transportation while standing is not possible, the option of laying on the side remains. The golden rule applies here: you need to put it on the side opposite to the outlet of the tubes from the compressor. Typically the tubes point upward when the refrigerator is standing. Therefore, it should be laid so that the tubes point up and not down.
In most modern models, manufacturers mark the desired side with a special icon or indicate this in the instructions. If there is no such information, inspect the back wall. The pipes coming from the compressor should be on top. This will prevent oil from leaking into the cooling system. Most often, it is recommended to place the unit on its left side (when viewed from the front), but this depends on the specific design of the motor.
It is extremely undesirable to place the refrigerator on the door. Even if it is closed and fixed, the hinges may not support the weight of the body, and the doorway itself is deformed. This will lead to a violation of the tightness and distortion, due to which the door will no longer close tightly. Also avoid placing it on the back wall if the condenser grille or other fragile elements protrude there.
Step-by-step instructions for preparing for transportation
Quality preparation takes more time than the loading itself, but it is critical for the safety of the equipment. Start by defrosting: unplug the appliance, remove all food and leave the doors open for at least 24 hours. The water should drain completely and the ice should melt. Excess moisture inside can damage the electrical system or cause corrosion.
After defrosting, it is necessary to secure the moving parts. The doors are tightly closed and wrapped with masking tape or special belts in several places. It is better to remove shelves and drawers separately and transport them in a box with soft filling. If you can't remove them, use bubble wrap or soft cloths to secure the items inside and prevent them from moving.
The next step is to pack the case. The ideal option is a factory box with foam inserts. If it does not survive, use thick cardboard, stretch film and blankets. Pay special attention to corners and handles. It is also advisable to cover the compressor at the back with cardboard so as not to damage the tubes if accidentally touched.
☑️ Preparing the refrigerator for moving
Rules for safe loading and securing in transport
Loading requires the participation of at least two people. You need to lift the unit by the bottom and side walls, never grasping the door, handle or rear grille. These grip points are not designed to support the weight of the entire body and come off easily. Movements should be smooth, without jerks or sudden tilts.
In the back of a car or gazelle, the refrigerator is placed on a flat surface. A thick blanket, foam plastic or cardboard must be placed under the bottom for shock absorption. If you are transporting the unit lying down, make sure it is lying on the correct side (tubes facing up). Then the device is securely fixed with belts or stops to prevent movement while driving.
The vehicle speed should be moderate. Avoid sudden braking, acceleration and driving over speed bumps at high speed. Vibration is the main enemy of equipment during transportation. If the journey is long, it makes sense to stop to check the condition of the fasteners.
What to do if the refrigerator does not fit into the car?
If the unit does not fit entirely, you can carefully dismantle the door. To do this, remove the decorative plugs from the hinges, unscrew the bolts with a wrench (usually 10 mm) and remove the door. This will reduce the overall width by about 10-15 cm.
Comparison of risks: vertical and horizontal transportation
For clarity, let’s compare the two main methods of transportation. The vertical option is considered the standard, but is often difficult to implement due to the height of the body. The horizontal option is more risky, but if the rules are followed, it is quite acceptable.
| Parameter | Vertical transportation | Horizontal transportation |
|---|---|---|
| Risk for the compressor | Minimum | High (if incorrect installation) |
| Risk for doors | Medium (fixation required) | High (pressure from the body weight) |
| Necessity of settling | 2-4 hours | From 12 to 24 hours |
| Transport requirements | High body (more than 2 m) | Any cargo compartment is suitable |
As can be seen from the table, horizontal transportation requires a longer period of rest before switching on. This time is necessary for the oil to flow back into the compressor crankcase. Ignoring this rule is the most common reason for equipment failure after moving.
Settling time before first switching on
After delivery, the refrigerator cannot be turned on immediately. This is an axiom that every owner should know. The time that the unit should remain turned off depends on exactly how it was transported and what the temperature was outside.
If transportation was carried out in an upright position and without shaking, 2-4 hours is enough. If the refrigerator was lying on its side, the minimum settling time is 8-12 hours. In winter, when equipment is brought from frost into a warm room, this period increases to 24 hours. Condensation formed on the internal elements must dry completely so as not to cause a short circuit.
Take your time to check the operation of the device. Give the oil time to take its place and the temperature inside the case to equalize to room temperature. A sharp change in temperature can negatively affect plastic and seals. Only after the recommended time has expired can you connect the cord to the network.
Common mistakes when moving on your own
One of the most common mistakes is trying to drag the refrigerator. Even on carpet or linoleum, this leads to damage to the bottom, separation of the legs and deformation of the body. Use a cart or the help of loaders.
Another mistake is insufficient fixation of the door. Ordinary adhesive tape may not hold up and peel off along the way. It is better to use several layers of masking tape or special belts. They also often forget to remove the water collection tray, which, when tilted, can spill liquid inside the case.
Some users try to carry the unit on the roof of a car. This is strictly prohibited. Vibrations, headwinds and the risk of falling make this method of transportation deadly for equipment. Use only a closed or protected body of a truck.
Is it possible to transport a refrigerator at sub-zero temperatures?
Technically it is possible, but with serious reservations. Plastic becomes brittle in the cold and can crack from vibration. After being brought into a warm place, you cannot turn on the device for at least a day so that the condensation evaporates and the plastic warms up to room temperature.
What to do if after turning on the refrigerator does not freeze?
Immediately turn it off from the network. Perhaps the oil has not yet returned to the compressor or an air lock has formed. Let the device remain turned off for another 10-12 hours. If the problem is not solved, you will need to call a technician to fill it with freon or replace the compressor.
Do you need to remove the doors for transportation in an elevator?
Yes, if the dimensions of the refrigerator exceed the dimensions of the elevator doorway. Removing the doors reduces the width and height of the unit, often allowing it to be pushed into the cab. The main thing is not to lose the fasteners and carefully fold the removed parts.