Moving or buying new household appliances is always accompanied by the issue of logistics. This is especially true for large-sized units, such as refrigerator. Owners of modern models are often afraid of damaging the complex refrigerant circulation system, which is radically different from older devices.
Technology No Frost implies the absence of ice due to forced air circulation. This makes the structure more complex, but not necessarily more fragile during transportation. The main thing is to follow the sequence of actions and take into account the physical laws that affect the compressor and tubes.
Ignoring the rules of movement can lead to expensive repairs. In this article we will analyze all the nuances: from preparation to the moment of inclusion in the network after delivery. Compliance with simple but strict recommendations will help avoid breakdowns.
Design features of No Frost during transportation
The system No Frost is characterized by the presence of additional fans, evaporators located hidden, and a complex network of air ducts. When shaking or impacting, the plastic elements may burst and the fasteners may move. That is why vibration resistance packaging plays a critical role here.
The compressor in such models is often mounted on spring shock absorbers, which dampen vibrations during operation. However, during transportation they can become a vulnerable point if the unit is subjected to sudden jerks. The motor can move and damage the copper tubes, which will lead to freon leakage.
It is important to understand that refrigerant the system is under pressure. Any violation of the tightness of the circuit will make further operation impossible without calling a specialist. Therefore, external impacts on doorways or sides of the truck are unacceptable.
How does No Frost differ from a drip system during transportation?
In models with a drip system, the evaporator is often located on the rear wall and is more open. In No Frost, the system is “hidden”, but inside there are more plastic parts and air ducts that are afraid of strong shaking and distortions of the case.
⚠️ Attention: Plastic parts of the No Frost system become fragile in the cold. If transportation takes place in winter, let the equipment warm up in a warm room before unpacking to avoid cracks if touched carelessly.
Is it necessary to defrost before moving
Many people mistakenly believe that since there is no ice in the system, then there is no need to defrost it. This is a misconception. Condensation can accumulate in the drainage channels, tray and hidden cavities, which turns into water when the housing position is changed. No Frost If there is no ice, then there is no need to defrost it. This is a misconception. Condensation can accumulate in the drainage channels, pan and hidden cavities, which turns into water when the position of the housing changes.
If you decide to transport the device without prior preparation, moisture may get on the electrical contacts or inside the compressor. This is fraught with a short circuit or corrosion of metal elements. Complete defrosting (defrosting) is required.
The process takes time, since the water needs to completely evaporate or be removed. It is recommended to unplug the device at least 24 hours before the planned transportation. During this time, the temperature inside the chambers will be equal to room temperature, and all condensation will melt.
After disconnecting, be sure to wipe all surfaces dry. Pay special attention to recesses and joints. Take the time to leave the doors open for several hours for ventilation to prevent the appearance of a musty smell on the way.
Preparing the refrigerator for moving
The preparation stage requires care. First, all removable elements are removed: shelves, drawers, egg trays, grates. It is better to transport them separately, wrapped in bubble wrap or thick cloth. When shaking, glass can break and damage the insides of the camera.
Next, you should fix the moving parts. The doors must be closed tightly and secured with tape or special belts. Do not use regular office tape; it may leave traces of glue or damage the coating. It is better to use masking tape or stretch film.
☑️ Preparation for transportation
If the original packaging is preserved, this is an ideal option. Cardboard walls and foam trays are designed specifically to protect this model. If there is no packaging, use thick cardboard and several layers of stretch film.
Wrap the body in a circle, paying attention to the corners. Corner elements are most susceptible to impacts. For additional protection, you can use blankets or old carpets and secure them with ropes. This will create a shock-absorbing layer.
In what position can it be transported?
The most common question concerns the position of the body in the back of the truck. Manufacturers strongly recommended transport refrigerators only in an upright position. This is due to the design of the compressor and the risk of oil leaking from the motor into the refrigerant circuit.
If you place the unit on its side, oil may get into the tubes, from where it is difficult to remove. The next time you turn it on, the compressor will run “dry” or try to compress the liquid, which will lead to its breakdown. Tilt is allowed, but not more than 40 degrees.
| Position | Risks | Recommendation |
|---|---|---|
| Vertical | Minimum | Optimal option |
| Tilt up to 40° | Low | Acceptable for low ceilings |
| On the side | High (oil, pipes) | Only if there is no other way out |
| On the back wall | Critical (compressor) | Prohibited |
Sometimes situations arise when vertical transportation is impossible due to the dimensions of the body or doorways. In such emergency cases, carriage on its side is permitted, but subject to strict conditions. It can only be placed on the left or right side, and in no case on the back or front wall.
On the back wall there are often elements of the cooling system and a compressor that may not support the weight of the unit itself. The front wall with doors is also not designed for a load weighing 50-80 kg. When laying on its side, be sure to place a soft substrate under the bottom.
⚠️ Attention: When transporting on its side, be sure to secure the door so that it does not open spontaneously. Use strong tape or straps, but do not overtighten the case so as not to deform the metal.
Protecting the case and fastenings on the road
Even if you maintain the correct position, shaking on the road is inevitable. Vibration can cause loose internal components to bang against the walls. Therefore, high-quality fixation in the body of a vehicle is mandatory.
Use stops and spacers to prevent the refrigerator from moving on the floor. If you are transporting several pieces of equipment, the space between them should be filled with soft material. Metal-to-metal contact during friction is guaranteed to leave scratches or dents.
Pay special attention to handles and protruding parts. They can be additionally wrapped with cardboard. If there are other loads in the bed, make sure they cannot move and hit the refrigerator. It is better to place heavy boxes separately.
The speed of the vehicle also matters. Avoid sudden braking and sharp turns. A smooth ride is key to the integrity of your vehicle. If you hire loaders, make sure that they do not drag the unit along the floor, but carry it.
Actions after delivery: when to turn it on
After the refrigerator is delivered to its location, do not rush to plug it into the outlet. This is the most common mistake. If the device was transported in a horizontal position or was simply shaken strongly, the oil needs time to drain back into the compressor.
The settling time depends on the transportation conditions. If you transported the unit vertically and carefully, 2-4 hours is enough. If there was horizontal transportation or frosty weather, the waiting time increases to 12-24 hours.
During this time, the temperature of the internal components also stabilizes. A sudden start of a cold motor can lead to thermal shock and damage to the windings. Allow the equipment to completely acclimatize in the room.
It is better to make the first start without loading with products. Let the refrigerator run idle for 1-2 hours until it reaches the desired temperature and turns off. Only after the first cycle can you load products.
Common mistakes when moving on your own
People often underestimate the weight and dimensions of equipment. An attempt to carry a refrigerator through a narrow opening by force leads to the handles being torn off or the thermal insulation of the body being damaged. Always measure doorways in advance.
Another mistake is ignoring weather conditions. In winter, plastic becomes brittle. Bringing a cold device into a warm room without waiting causes condensation inside the electronics. This can lead to oxidation of the contacts.
They also often forget to remove the transport bolts, if any (although this is less common in refrigerators than in washing machines, it is worth checking the compressor fastenings). Some models have latches for the motor that must be removed before turning on.
⚠️ Attention: Never drag the refrigerator across the floor, even on linoleum or tile. This damages not only the floor covering, but also the legs of the unit itself, which will lead to improper installation and noise during operation.
Remember that saving on the services of professional movers or specialized packaging can result in the cost of a new compressor or the entire refrigerator. Taking good care of equipment is an investment in its long service life.
Is it possible to transport a No Frost refrigerator at sub-zero temperatures?
Short-term transportation is permissible, but before turning on the device must be kept warm for at least 24 hours. This is necessary to evaporate condensation inside the electronics and warm the oil in the compressor to operating viscosity.
What should you do if, after transportation, the refrigerator hums more than usual?
The compressor may have moved or is touching the tubes. The cause may also be incorrect level setting. Check the leveling feet. If the noise does not go away after a day, call a specialist.
Do you need to remove doors when transporting through a narrow opening?
In modern models, the doors are often non-removable without damaging the decor or hinges. It is better to remove them if the design allows (usually the hinges are hidden by a decorative overlay), but this should be done by a specialist so as not to damage the seal.
Is a tilt of more than 40 degrees dangerous?
Yes, with a tilt of more than 40 degrees, oil from the compressor can flow into the cooling circuit. This reduces the cooling efficiency and can cause water hammer when starting the engine.