LG 24000 BTU Inverter Split AC – S4NQ/S4UQ-24K23AA
$1,130.91 Original price was: $1,130.91.$1,028.10Current price is: $1,028.10.
| Weight | 54 kg |
|---|
- Remote Controller
- Yes (Wireless LCD Remote)
- Smart Diagnosis
- Yes
LG 24000 BTU Inverter Split AC GENERAL
- Cooling Capacity Max(W)
- 7180
- Cooling Capacity Rated/Min(W)
- 6450/1030
- Cooling Power Consumption Rated/Min(W)
- 1880/240
- Indoor Unit Dimension_WxHxD(mm)
- 998 x 345 x 210
- Indoor Unit Weight(kg)
- 11.9
- Outdoor Unit Dimension_WxHxD(mm)
- 870 x 650 x 330
- Outdoor Unit Weight(kg)
- 41.5
- Rated Input Voltage(V, Hz)
- 220-240, 50
- Refrigerant Type
- R410A
- Sound Power(Cooling) SH/H/M/L/SL(dB(A))
- -/46/40/36/31
- Auto Cleaning
- Yes
The LG S4NQ/S4UQ-24K23AA 24,000 BTU Split Inverter Air Conditioner is designed to deliver powerful and energy-efficient cooling for large rooms, halls, and office spaces. With a high cooling capacity of 24,000 BTU (approximately 2 Ton), it ensures rapid temperature reduction even during peak summer conditions.
Equipped with advanced inverter technology, this air conditioner automatically adjusts compressor speed to maintain consistent cooling while reducing electricity consumption. As a result, it provides enhanced comfort along with lower energy costs. Moreover, the wall-mounted split design allows quiet operation, making it suitable for residential and commercial environments.
In addition, features such as sleep mode and auto restart improve convenience and ensure uninterrupted performance after power fluctuations. Because of its durable construction and reliable compressor system, the unit offers long-term operational stability.
Furthermore, the energy-efficient refrigerant system supports environmentally responsible cooling while maintaining strong airflow distribution. Whether installed in living rooms, conference halls, or retail spaces, this LG inverter AC delivers consistent and comfortable indoor climate control.
Overall, the LG 24,000 BTU Inverter Split AC combines performance, efficiency, and durability, making it an ideal solution for larger cooling requirements.

