Moving to a new apartment or simply changing place of residence is always stress, especially when it comes to large household appliances. Requires special attention transportation of refrigeration equipmentequipped with the No Frost system. Unlike old models with drip defrosting, it uses a complex system of air circulation and evaporators, sensitive to mechanical stress and incorrect position.
Many owners make the fatal mistake of believing that since the equipment is expensive and modern, then it can be transported as desired. However, the internal structure of the compressor and pipelines dictates strict rules. Violation of the loading technology or ignoring the settling time can lead to failure of refrigerant systemwhich is often comparable in cost to the purchase of a new unit.
In this article we will analyze in detail all the stages of preparing, packaging and moving the device. You will learn why you cannot ignore the markings on the box and how to properly fix the moving parts so that after switching on the equipment works as quietly and efficiently as on the day of purchase.
Design features of No Frost during transportation
System No Frost (literally “no frost”) implies the presence of built-in fans, additional evaporators and a complex network air ducts hidden behind plastic panels. When shaking or impacting while the vehicle is moving, the plastic fasteners may burst and the evaporator itself may become deformed. This will lead to disruption of air circulation and the appearance of condensation inside the chambers.
The compressor is particularly vulnerable. There is oil inside it, which, when the unit is tilted or turned over, can flow into the refrigerant circuit. If you start the engine until the oil has flowed back into the crankcase, an accident will occur that can instantly damage the device. In models with No Frost, compressors are often more powerful and sensitive. hydraulic shock, capable of instantly disabling the device. In models with No Frost, compressors are often more powerful and sensitive.
⚠️ Attention: Even a short-term tilt of more than 40 degrees during loading can cause oil to flow into the tubes. Try to keep the unit strictly vertical at all stages.
It is also worth considering the weight of the empty refrigerator. Modern models can weigh from 60 to 100 kg, but their center of gravity is shifted upward due to the massive compressor and rear grille. This makes them unstable when carried by two people, if the movements are not synchronized.
Preparing the refrigerator for moving
You need to start preparing for the move long before the movers arrive. The first step is complete defrosting. Despite the name of the No Frost system, moisture accumulates in the drain pan and on the internal elements. It is necessary to disconnect the device from the mains, empty the chambers of food and leave the doors open for at least 24 hours.
After defrosting, you should thoroughly wash the internal surfaces and, what is critically important, dry them. Remaining moisture from shaking can get into electrical contacts or cause corrosion of metal parts. Be sure to remove all removable elements: shelves, vegetable trays, containers on the doors.
To securely secure the internal components, use the factory shipping bolts (if they are still there) or soft materials such as foam rubber and bubble wrap. The doors must be secured in the closed position so that they do not swing open en route and damage the hinges.
☑️ Preparation checklist
Packaging and protecting the case
Ideal transportation option - preservation factory packaging. The cardboard box, foam inserts and protective film are designed by engineers specifically to protect specific models from shock and vibration. If you still have the box, consider yourself very lucky.
If you don’t have the factory packaging, you will have to get creative. The body should be wrapped in several layers of stretch film, and then with thick cardboard or blankets. Pay special attention to the corners and the bottom where the tubes and compressor are located. Any dent in this area can cause depressurization.
How to secure the doors?
To secure the doors, it is best to use masking tape or special belts. Ordinary stationery tape can leave traces of glue on a glossy surface, and also cannot withstand tension when shaking. Do not use adhesive tape directly on decorative panels without a protective layer of film.
Do not forget about external protruding parts: handles, decorative overlays, control displays. They need to be additionally padded with soft material. Fragile controls on the front panel often suffer from accidental impacts on door jambs when taken out.
Rules of transportation: vertically or lying down?
The question of how to properly transport a refrigerator - standing or lying down - remains the most controversial. Manufacturers No Frost systems categorically insist on vertical transportation. The tilt angle should not exceed 40 degrees. Only in this position does the oil remain in the compressor, and the tubes do not experience critical fracture loads.
If you transport the unit lying down, there is a risk of squeezing the tubes under the weight of the housing itself, especially if you place hard objects under the bottom. In addition, in a horizontal position, oil is guaranteed to flow into the circuit. Vertical installation in the body requires secure fastening with straps to the sides to prevent falls.
However, if the height of the ceilings in a new apartment or the elevator opening does not physically allow you to carry the device while standing, you have to take a risk and put it down. In this case, it is critically important to follow the “on which side” rule: you can only place it on the left side (as viewed from the door) or on the back, but never on the front panel or right side, where the freon tube often passes.
⚠️ Attention: When transporting lying down under the compressor (usually it is located in the corner at the back), you need to place a thick cushion of fabric or rubber so that the weight the body did not push it down.
Comparison of risks of different methods
To finally decide on the method of transportation, it is useful to compare potential risks. The table below shows the main hazards that can be encountered during different loading scenarios.
| Transportation method | Main risk | Probability of breakage | Recommendation |
|---|---|---|---|
| Vertical (standing) | Fall during sudden braking | Low | Optimal option |
| Lying on the back | Damage to the rear grille | Medium | Acceptable in case of urgent need |
| Lying on your side | Oil flow into the circuit | High | Only if there is no other option exit |
| On the front panel | Deformation of doors and insulation | Critical | Strictly prohibited |
As can be seen from the data, the risk of damage during vertical transportation is minimal and is associated mainly with the human factor (dropped). The horizontal position creates physical preconditions for internal damage to the system, which may not be immediately noticeable from the outside.
If you hire a cargo taxi, be sure to check with the dispatcher about the height of the body. To transport a refrigerator No Frost in a vertical position, a car with a booth or a “heel” is often required, since a tall unit may simply not fit into a passenger van like the Lada Largus.
Adaptation after moving: settling time
After the refrigerator has been delivered to its destination and placed in the kitchen, do not rush to plug it into the outlet. This is the most important step that is often ignored. If the device was transported vertically, it needs to stand for 2 to 4 hours. This time is needed to stabilize temperature conditions and calm the refrigerant.
If transported in a supine position, the waiting time increases to 12–24 hours. Any oil that enters the system must drain completely back into the compressor crankcase under the influence of gravity. Starting the engine before this time is tantamount to trying to start a car without oil in the engine.
Also during the adaptation period, check the integrity of the packaging and the absence of external damage. Make sure there is nothing obstructing proper ventilation at the rear. The distance from the back wall to the wall should be at least 5–7 cm for free air circulation.
It is better to turn it on for the first time without food. Let the unit run idle for 1-2 hours until it reaches the desired temperature and turns off automatically. Only after this can you load products.
Common mistakes when moving
One of the common mistakes is carrying by doors or handles. Plastic and even metal handles are not designed to support the weight of the entire body (70–100 kg). At best, you will be left with the handle in your hands, at worst, you will tear off the door along with the hinges, violating the geometry of the case.
Another mistake is ignoring weather conditions. If the move takes place in winter, you cannot immediately bring a cold refrigerator into a warm room. Sudden temperature changes will cause condensation to form inside electrical circuits. Let the equipment stand in the hallway or entrance (if it is not cold there) or just in the hallway for 3-4 hours before turning it on.
⚠️ Attention: In winter, condensation can form not only outside, but also inside the electronics. Turning on an appliance wet from condensation will result in a short circuit.
Do not use carts without soft wheels or drags to drag them across the floor. The bottom of the refrigerator may become deformed, which will lead to a violation of the tightness of the system. Always use a freight elevator or the services of loaders to climb to the floor.
What happens if the tube is damaged during transportation?
If you hear a hissing sound or smell a chemical smell, it means that the circuit has depressurized. You cannot turn on such a refrigerator - the compressor will burn out. You need to call a technician to seal the tube and fill it with freon.
Is it possible to transport a refrigerator with attached shelves?
Absolutely not. When glass shelves vibrate, they can crack or break, damaging the inner plastic lining. All removable elements must be packaged separately.
Is it necessary to defrost No Frost if there is no ice?
Yes, it is necessary. There is always moisture in the drainage system and on hidden elements. When shaking, it can cause corrosion or a short circuit, even if there is no visible ice.
How long can you not turn on the refrigerator after winter transportation?
Minimum 4-6 hours, preferably a day. This is necessary to evaporate condensate and equalize the temperature of the oil in the compressor, which thickens in the cold.
Is tilting when climbing stairs dangerous?
A short-term tilt of up to 40 degrees when climbing stairs is acceptable. The main thing is not to tilt the unit completely on its side and not to put it on its back while moving up flights of stairs.