"Surely! The following are 13 less popular realities about ""sua tu lanh"" (fridge fix):
1. **Condenser Coils**: Fridges have condenser curls that disseminate heat from the apparatus. Over the long run, these loops can gather residue and garbage, decreasing the proficiency of the cooler. Ordinary cleaning of the curls can further develop execution and expand the life expectancy of the apparatus.
2. **Evaporator Fan**: The evaporator fan in a cooler circles cold air from the evaporator curls to the remainder of the refrigerator. Assuming the fan breakdowns, it can prompt lopsided cooling and temperature variances inside the apparatus.
3. **Defrost System**: Numerous advanced coolers have programmed thaw out frameworks that forestall the development of ice and ice on the evaporator loops. These frameworks commonly incorporate a thaw out radiator, thaw out indoor regulator, and thaw out clock or control load up.
4. **Door Gaskets**: The entryway gaskets or seals on a cooler assume a pivotal part in keeping up with legitimate temperature levels inside the machine. Harmed or broken down gaskets can permit cold air to evade, prompting energy waste and temperature changes.
5. **Temperature Sensors**: Coolers are furnished with temperature sensors that screen the inward temperature of the apparatus. These sensors assist with controlling the blower and guarantee that the refrigerator keeps up with the ideal temperature.
6. **Compressor Start Relay**: The blower start hand-off is liable for turning over the blower engine in a fridge. On the off chance that the transfer fizzles, the blower might neglect to begin, bringing about a warm refrigerator.
7. **Ice Creator Components**: Coolers with worked in ice producers contain a few parts, including a water channel valve, ice producer gathering, and ice shape. Breakdowns in these parts can bring about ice creation issues or water spills.
8. **Thermistors**: Thermistors are temperature-delicate resistors utilized in fridges to screen temperature levels and direct cooling. Failing thermistors can prompt erroneous temperature readings and ill-advised cooling.
9. **Refrigerant**: Fridges use refrigerants to move intensity and cool the inside of the machine. Normal refrigerants utilized in coolers incorporate R-134a and R-600a, which are harmless to the ecosystem options in contrast to more established refrigerants like R-12 and R-22.
10. **Inverter Technology**: A few current fridges highlight inverter innovation, which permits the blower to work at variable paces in view of cooling interest. This innovation further develops energy effectiveness and temperature security.
11. **Smart Diagnostics**: Certain fridges come furnished with savvy demonstrative highlights that can distinguish and investigate issues naturally. These elements might make clients aware of likely issues and give suggestions to fixes.
12. Sans **frost versus Manual Defrost**: Ice free fridges utilize programmed thaw out frameworks to forestall ice development, while manual thaw out coolers require intermittent thawing out to eliminate gathered ice and ice.
13. **Energy Star Ratings**: Energy Star-appraised coolers meet severe energy proficiency rules set by the U.S. Ecological Security Organization (EPA). Picking an Energy Star-appraised cooler can assist with saving energy and diminish utility expenses."
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