"Unquestionably! The following are 15 terms that are normally utilized in the ""may lanh tai nha Thu Duc DMX"" (cooling at home in Thu Duc region, DMX) industry:
1. **BTU (English Warm Unit)**: A unit of estimation used to evaluate how much intensity energy expected to raise the temperature of one pound of water by one degree Fahrenheit. It is generally used to gauge the cooling limit of cooling frameworks.
2. **SEER (Occasional Energy Productivity Ratio)**: A proportion of the energy effectiveness of cooling frameworks over a whole cooling season, determined by separating the all out cooling yield by the all out energy input. A higher Soothsayer rating demonstrates more noteworthy energy productivity.
3. **Inverter Technology**: An innovation utilized in cooling frameworks that permits the blower to work at variable rates, changing its result in light of cooling interest. This outcomes in more exact temperature control and further developed energy productivity.
4. **HVAC (Warming, Ventilation, and Air Conditioning)**: An abbreviation that alludes to the frameworks utilized for warming, cooling, and ventilating indoor spaces. Central air frameworks manage temperature, dampness, and air quality to keep up with solace and wellbeing.
5. **Evaporator Coil**: A part of a cooling framework that ingests heat from indoor air, making the refrigerant dissipate and cool the air. The cooled air is then circled once again into the room.
6. **Condenser Coil**: A part of a cooling framework that deliveries heat ingested from indoor air to the outside. The refrigerant consolidates once more into a fluid state as it discharges heat, prepared to rehash the cooling cycle.
7. **Refrigerant**: A compound substance utilized in cooling frameworks to move heat from indoor to outside spaces. Normal refrigerants incorporate R-410A, R-22, and R-32.
8. **Compressor**: The part of a cooling framework liable for packing and flowing refrigerant gas. The blower builds the tension and temperature of the refrigerant, starting the cooling system.
9. **Thermostat**: A gadget that directs the temperature of a cooling framework by detecting the surrounding temperature and initiating or deactivating the cooling cycle likewise.
10. **Ductwork**: An arrangement of pipes or channels used to convey molded air from the cooling framework to various region of a structure. Appropriately planned and fixed ventilation work is fundamental for proficient cooling and warming.
11. **Air Handler**: The indoor part of a split-framework cooling framework that flows molded air all through a structure. It contains parts, for example, the blower fan, evaporator loop, and air channel.
12. **Split System**: A cooling framework comprising of indoor and open air units associated by refrigerant lines. The indoor unit contains the air overseer, while the outside unit contains the blower and condenser loop.
13. **Mini-Split System**: A kind of parted framework cooling framework that doesn't need ventilation work for air dissemination. Scaled down split frameworks comprise of at least one indoor units associated with a solitary outside unit.
14. **Heat Pump**: A cooling framework that can give both warming and cooling by switching the refrigeration cycle. In warming mode, the intensity siphon extricates heat from open air and moves it inside.
15. **Load Calculation**: The most common way of deciding the warming and cooling necessities of a structure in view of variables like size, protection, inhabitance, and environment. Load estimations are utilized to appropriately measure cooling frameworks for ideal execution and energy productivity.
Understanding these terms is fundamental for experts working in the ""may lanh tai nha Thu Duc DMX"" industry to productively convey successfully and play out their positions."
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