Moving to another city or even to a neighboring area is always stressful, which is aggravated by the need to transport large household appliances. Of particular concern to owners is the question of how to transport the refrigerator without damaging the compressor, without breaking the glass shelves and maintaining the tightness of the circuit. Errors at the loading stage can lead to expensive repairs or complete disposal of the unit, so it is important to act strictly according to the instructions.
Modern models, be it Liebherr, Atlant or Beko, have a complex internal structure that is sensitive to vibrations and tilts. A compressor mounted on springs can move when shaking, and the refrigerant can get into the circuit where it does not belong if the equipment is transported in the wrong position. Ignoring transportation rules often causes the motor to fail immediately after switching on.
In this article we will analyze in detail all stages of preparation, from defrosting before the first start in a new place. You will learn why it is important to secure moving parts, how to properly pack the case, and whether the unit can be transported lying down. Following these recommendations will allow you to deliver your equipment safe and sound.
Preparing the refrigerator for transportation
You should start preparing long before the movers arrive. The first and most important step is to completely defrost the chambers. Even if your model has a system No Frost, there will still be condensation and moisture inside, which will flow into the electrical components when tilted. Leave the doors open for at least 24 hours so that the moisture completely evaporates.
After defrosting, you must thoroughly wash and dry the interior. Leftover food or the smell of dampness can become a breeding ground for bacteria during a long journey. Pay special attention to the door seals - they need to be wiped with a soft cloth so that they do not dry to the body during inactivity.
⚠️ Attention: Do not use abrasive cleaners or solvents to wash the internal chambers. Aggressive chemistry can damage the plastic and disrupt the structure of the sealing rubber, which will lead to loss of tightness.
The next stage is the dismantling of all removable elements. Glass shelves, plastic boxes, bottle holders and egg trays must be removed. Glass is the most fragile material, which, when vibrating while the machine is moving, can turn into crumbs, thereby scratching the walls of the chamber.
Each removed part must be removed separately pack. Cardboard boxes lined with paper or foam are ideal for this. If the original packaging is not intact, use bubble wrap to wrap each item tightly. The shelves can also be placed vertically in the body, securely fixing them between soft things.
- 📦 Remove all shelves, drawers and containers from the refrigerator and freezer compartments.
- 💧 Complete defrosting and wiping the moisture dry.
- 🔌 Disconnect the power cord and carefully wrap it around the case.
- 🚪 Secure the doors with tape or rope so that they do not swing open during the journey.
Packaging and protecting the case
The refrigerator case is at risk of getting dents and scratches during moving. Proper packaging must be used to protect the enamel or stainless steel coating. A factory-made cardboard box is the best option, but if it has not been preserved, you will have to improvise using available materials.
Wrap the case with thick stretch film in several layers. This will protect the surface from dust and minor damage. Place sheets of foam plastic or thick cardboard on top of the corners and protruding parts (for example, handles or control panel). Corner corners This is the most vulnerable part; if you hit them, the geometry of the doors can be deformed.
The refrigerator doors must be securely locked in the closed position. To do this, use wide construction tape or strong rope. You should not skimp on fasteners: if the door opens while driving, it may come off or damage the car body. Tape the doors in several places: top, middle and bottom.
In which position is it better to transport: lying down or standing?
One of the most common questions when organizing a move: in what position should equipment be transported? Manufacturers strongly recommended transport refrigerators only in an upright position. This is due to the design of the compressor, which is suspended on springs inside the casing.
When transported while standing, the risk of displacement of internal components is minimal. However, if the dimensions of the body do not allow the unit to be placed vertically, transportation lying down is allowed, but in compliance with strict rules. The refrigerator can only be tilted on its side, and the tilt angle should not exceed 40 degrees.
| Parameter | Vertical position | Lying position (on its side) |
|---|---|---|
| Risk for the compressor | Minimum | High with strong shaking |
| Car requirements | High body (Gazelle) | Suitable for passenger cars |
| Time settling | 2-4 hours | 8-24 hours |
| Fixation | Stops and belts | Rigid fixation to prevent rolling |
If you have to When transporting the refrigerator lying down, place it strictly on its side. Never place the unit on the back wall (where the pipes and compressor are visible) or on the front door. In the first case, you can damage the tubes and crush the compressor, in the second, you can bend the doors and break the hinges.
Why can’t you carry it on the back?
There is a motor-compressor on the back wall. Its weight is significant, and if you put the refrigerator on it, the suspension may not hold up and the pipes may burst. In addition, oil from the compressor may leak into the system, which will require long-term pumping.
Features of transportation of different types of refrigerators
Different models of refrigeration equipment have their own design features that affect the rules for their transportation. Old Soviet units, such as ZIL or Saratov, were more “omnivorous” to transportation conditions thanks to a massive compressor and thick walls, but it is better to take care of them.
Modern models with the No Frost system require more delicate handling. They have a lot of plastic elements and a complex air duct system, which can crack if subjected to strong shaking. Inverter compressors, which are found in premium models, are also sensitive to shock.
Built-in refrigerators are transported only in the original packaging or in a special box. You need to remove them from the furniture niche carefully, having first unscrewed the fastenings to the cabinets. Facade door built-in equipment is often heavier than the refrigerator itself, so it must be removed or securely fixed.
⚠️ Attention: If you are transporting a two-chamber refrigerator with a separate freezer, make sure that the partition between the compartments is not cracked. With strong vibration, the crack may increase, disturbing the temperature zones.
Rules for loading and fastening in the body
Proper loading is the key to successful transportation. Even a perfectly packaged refrigerator can suffer damage if it moves freely around the body. For fixation, use belts, not ropes, which can stretch and weaken along the way.
When loading into the back of a Gazelle or van, place the unit at the front wall (driver's cab). This place is least susceptible to shaking and vibration, as it is located above the front axle of the car. The rear part of the body, especially if it is a long platform, can “walk” a lot on uneven roads.
☑️ Loading control
Be sure to use shock-absorbing materials between the refrigerator body and the walls of the body. Empty spaces need to be filled with soft things, pillows or special inflatable pillows. The refrigerator should not have the ability to move in any direction.
If you are transporting equipment in a passenger car on the roof (which is only permissible for small models and for short distances), use reliable luggage arcs. Be sure to place thick cardboard or carpet underneath, and cover with a tarpaulin on top to protect from wind and dust. The speed of movement with this method should not exceed 60 km/h.
Actions after transportation: first start
After the refrigerator has been delivered to its destination, do not rush to immediately plug it into the outlet. This is a critical point. During transportation, especially if the unit was lying down, oil from the compressor could flow into the cooling system circuit.
If you turn on the engine immediately, it will try to pump the oil, but due to its viscosity and the possible presence of plugs, the valve group may burn out or fail. It is necessary to give the equipment time to settle at room temperature.
The settling time depends on how exactly the refrigerator was transported:
- 🕒 If it was transported vertically without strong shaking, 2-4 hours is enough.
- 🕒 If it was transported lying down or with a strong tilt, it takes from 8 to 24 hours.
- 🕒 In winter, if the equipment is frozen, you need to let it warm up to room temperature to prevent condensation from forming inside the electronics.
Before turning on, remove all packaging, remove the tape from the doors and install shelves. Check the integrity of the power cord. Plug in the refrigerator without load (empty) and let it run for several hours. Only after it reaches the temperature and automatically turns off, you can load food.
Common mistakes when moving on your own
Many people underestimate the weight and dimensions of the refrigerator, trying to move it with two people without belts. This is a direct path to a back injury or a broken floor. The weight of the unit is unevenly distributed, and the center of mass is high, which makes it unstable.
Another mistake is ignoring weather conditions. Shipping in rain or snow without proper protection will result in moisture entering the electrical part. Even short-term wetness of the control panel can cause corrosion of the contacts.
⚠️ Attention: Never drag the refrigerator along the floor, even on linoleum or tiles. The legs may get stuck and the unit will fall sharply. Use only a trolley or thick cardboard/mat under the legs.
They also often forget to check the route sheets and the dimensions of the entrance. It may turn out that the refrigerator does not fit through a doorway or does not turn in a flight of stairs. Measure all passages in advance and, if necessary, remove the doors from their hinges.
What to do if the refrigerator does not fit into the opening?
Try to remove the doors from the refrigerator itself (if the design allows) or dismantle the door frame. As a last resort, carefully tilt the refrigerator at an angle of 45 degrees and carry it diagonally, but this is risky for the compressor.
FAQ: Frequently Asked Questions
How long should the refrigerator sit after transportation in winter?
If the refrigerator was transported in the cold season, it needs not only time to draining of oil (4-8 hours), but also time for acclimatization. Bring it into a warm room and do not turn it on for at least 4-6 hours so that condensation does not form inside, which can cause a short circuit.
Is it possible to transport a refrigerator with gas inside?
Technically it is possible, but this is highly not recommended. The gas is under pressure, and shaking or impact increases the risk of system depressurization. In addition, the presence of refrigerant changes the weight and balance of the unit. It is better to call a specialist to pump out freon before moving if you are planning transportation on your own.
What to do if, after turning on, the refrigerator hums, but does not freeze?
Most likely, the system is clogged with oil or the compressor is malfunctioning. Immediately unplug the device. Let it stand for another day in an upright position. If after restarting the problem persists, call a technician; the motor may need to be refilled or replaced.
Do you need to remove the doors of the refrigerator when carrying it through a narrow opening?
Yes, if the dimensions of the case are wider than the opening, removing the doors is the only safe option. For most models, the doors can be removed by simply unscrewing the hinges. This reduces the width of the refrigerator by 10-15 cm. Do not try to push the unit with the doors by force - you will crush the seal or bend the hinges.
Is shaking dangerous for an inverter compressor?
Inverter compressors are more compact and lighter than traditional ones, but they are also sensitive to shock. Strong shaking can damage the electronic control board, which is often built into the compressor itself or located nearby. Therefore, high-quality shock absorption and fixation are even more important for them.