Moving or delivering new equipment is always stressful for the owner, especially when it comes to comes to large-sized equipment. System refrigerators No Frost (without frost) are more complex than their predecessors with a drip defrosting system, and require a more delicate approach to moving. The internal design of such units includes not only a compressor and radiators, but also a complex system of air channels, an evaporator and fans.
Many mistakenly believe that if in the past it was possible to transport an old refrigerator in any position, then there will be no problems with a modern model. However, improper transportation may result in damage pipelines, refrigerant leakage, or displacement of compressor parts. Understanding the physics of the processes inside the camera will help you avoid expensive repairs immediately after installation.
In this article we will analyze all the nuances: from preparing the device for the road until the moment it is turned on for the first time. You will learn why manufacturers insist on a vertical position, what exceptions exist, and how to properly prepare No Frost the unit for horizontal transportation if there is no other choice.
No Frost design features and risks during transportation
The main difference between refrigerators No Frost is forced air circulation. Inside the cabinet, usually behind the back wall of the freezer, is a hidden evaporator. Air is driven through it using fan and distributed among the chambers through an air duct system. It is this hidden engineering that makes the unit vulnerable to shaking and tilting.
The main risk during improper transportation is associated with the compressor. Its suspension may contain special springs, which, with strong shaking or impacts, can jump off the mounts or become deformed. In addition, compressor oil circulates in the system. If you tilt a unit that is running or has just been turned off, oil may flow into the freon circulation circuit. refrigerant and compressor oil. If you tilt a unit that is running or has just been turned off, oil may flow into the freon circuit.
⚠️ Attention: An attempt to turn on the refrigerator immediately after horizontal transportation, without allowing the oil to flow back into the compressor crankcase, can lead to water hammer and motor failure.
It is also worth considering the material of the internal shelves and plastic elements. The plastic used in modern models can be brittle at low temperatures, but vibration on rough roads can cause the rigid structures to crack. Particular attention should be paid glass shelves to trays, which can fly out of the guides with a sharp jerk.
Preparation of the refrigerator for transportation
Quality preparation is 90% of the success of the entire operation. You can’t just unplug the cord from the outlet and start loading the equipment. The process should be step-by-step and sequential to minimize the risk of damage to internal components and the outer casing.
The first step is complete defrosting. Despite the name of the system “no frost”, moisture in the form of condensation is still present in the drainage system and on the evaporator. You need to turn off the device from the network Settings → Shutdown or simply pull out the plug, open all the doors and leave it for at least 24 hours.
- 🧊 Completely defrost the unit and remove all water from the pan.
- 📦 Remove all removable shelves, drawers, egg trays and bottle holders.
- 🔒 Secure the doors with masking tape or special shipping tape.
- 🔌 Wind up the power cable and secure it to the back wall with tape.
It is best to pack removable elements separately in boxes with soft filling. If you transport shelves inside, they must be securely fastened, otherwise when the car slows down they will turn into a battering ram for the internal walls. The doors must be secured so that they do not swing open en route, damaging the hinges or handle.
☑️ Preparation checklist
Vertical transportation: gold standard
Household appliance manufacturers unanimously recommend transporting refrigerators No Frost exclusively in a vertical position. The angle of inclination should not exceed 40 degrees. This is due to the design of the compressor and the arrangement of the pipes.
During vertical transportation, the oil remains in the compressor crankcase, and the refrigerant is distributed throughout the system naturally. The risk of oil getting into the cooling circuit is minimal. In addition, the vertical position provides better stability during sharp turns of the vehicle.
Use belts to secure it in the car body. Do not rest the unit on sharp corners of other loads. It is ideal if the refrigerator stands on a standard base or thick cardboard so as not to scratch the bottom during vibration.
Transportation in a horizontal position position
Situations are different, and sometimes the height of the ceiling in the apartment or the dimensions of the elevator do not allow carrying the refrigerator while standing. In such cases, transportation lying down is allowed, but subject to strict rules. The main condition is that the unit can only be placed on side or on rear wall, but never on the front panel or door.
If you place the refrigerator on its side, make sure that the tubes coming out of compressor, look up. This will prevent oil from leaking from the compressor into the system. Usually the tubes are visible from the back at the bottom, but it is better to clarify the model in the instructions, since the design may differ for different brands (LG, Samsung, Bosch).
| Position | Risks | Recommended settling time |
|---|---|---|
| Vertical | Minimum | 2-4 hours |
| On the side | Medium (oil in tubes) | 8-12 hours |
| On the rear wall | High (damage to plastic) | 12-24 hours |
When laying on the rear wall, there is a risk of damaging the plastic elements or the heat exchanger if there are unevenness on the floor of the body. Be sure to use a thick blanket or foam as padding. The doors must be tightly sealed with tape around the perimeter so that they do not open under the weight of the body.
⚠️ Attention: It is strictly forbidden to place the refrigerator on the door. The weight of the case can deform the hinges, handle and damage the sealing rubber, which will lead to loss of tightness.
What to do if you only had to transport it lying down?
If you transported the refrigerator lying down for more than 15 minutes, be sure to increase the standing time before turning it on to 24 hours. This will ensure that the oil returns to the compressor.
Fixing and protecting the housing on the move
Even a properly laid refrigerator can suffer from vibration. The body of a car or truck transmits constant vibrations to the equipment, which can loosen the fastenings of internal components. Reliable fixation is not just a recommendation, but a necessity.
Use soft gaskets between the refrigerator body and the sides of the body. Old blankets, mattresses or special furniture pads are ideal. They dampen vibration and prevent dents. Do not use hard objects for support.
- 🚛 Secure the unit with straps, but do not over-tighten them to avoid deforming the case.
- 🛡️ Wrap the corners with cardboard or corner protectors.
- 🚫 Do not place heavy boxes on the refrigerator or other items.
If transportation is carried out in an open body, be sure to cover the equipment with a thick awning or plastic film. Dust, dirt and moisture can clog ventilation openings or enter through loosely sealed gaps, causing corrosion or short circuits.
Actions after delivery: installation and first startup
After the refrigerator has been delivered to its destination, it cannot be immediately plugged into the network. This rule applies especially to those cases when transportation was carried out at subzero temperatures or in a horizontal position.
Allow the equipment to acclimatize. If you bring a cold unit from a frost into a warm room, condensation may form inside. Moisture needs time to evaporate. This usually takes 3 to 4 hours, but with severe hypothermia the time increases.
Place the refrigerator on a flat surface. Use a building level to check. Adjustable legs allow you to compensate for uneven floors. Proper installation will ensure silent operation and proper closing of doors by gravity.
⚠️ Attention: Specifications and installation requirements may vary depending on the model. Always check the manufacturer's official instructions before turning on for the first time.
Only after the required standstill time has passed (indicated in the table above), you can connect the device to the network. Do not load food into empty chambers immediately. Let the refrigerator run idle for about 2-3 hours so that it reaches the desired temperature and enters operating mode.
Frequently asked questions (FAQ)
Is it possible to transport a No Frost refrigerator in winter at sub-zero temperatures?
Technically, you can transport it, but you cannot turn it on right away. Plastic parts become brittle in the cold, and the oil in the compressor thickens. After being brought into a warm room, the unit must stand turned off for at least 24 hours to warm up and evaporate the condensation.
How long should the refrigerator stand after transportation lying down?
The minimum standing time after horizontal transportation is 8-12 hours. If transportation lasted a long time or there were strong inclinations, it is better to wait a full day before connecting to the power supply.
What happens if you turn on the refrigerator immediately after transportation?
There is a high risk of water hammer in the compressor if the oil has not had time to drain. This can lead to jamming of the piston group and costly repairs. It is also possible that temperatures will be displayed incorrectly due to condensation on the sensors.
Do you need to remove the doors when transporting through a narrow opening?
In most modern models, the doors are removed. This allows the chassis to be reduced in width and fit safely through doorways. However, they should be removed only as a last resort, using the appropriate tool, so as not to damage the hinges.