Haier HSU-48Ceiling 4 Ton Inverter AC

Haier Ceiling Type 4 Ton Inverter LCAC — Haier HSU-48Ceiling

Model: HSU-48CeilingType(INV) |
Capacity: 4.0 Ton (48,000 BTU) |
Refrigerant: R32 |
Series: Ceiling Type LCAC

The Haier 4 Ton Ceiling Type Inverter LCAC is a high-capacity commercial air conditioning solution designed for large offices, showrooms, conference rooms, and spacious interiors. Built with advanced Inverter Technology, it delivers powerful cooling while reducing energy consumption.

Featuring 3D Airflow, Fresh Air Intake, and an Intelligent Presence Sensor, this ceiling-mounted AC provides uniform comfort and efficient operation for demanding commercial environments.

Key Highlights

• ✅ 4 Ton Cooling Capacity — Ideal for large commercial spaces
• ✅ Inverter Technology — Stable cooling with energy efficiency
• ✅ 3D Airflow — Uniform cooling across the entire room
• ✅ Fresh Air Intake — Improved indoor air circulation
• ✅ Intelligent Sensor — Detects presence to reduce energy usage
• ✅ Up to 27% Energy Saving — Lower operating cost
• ✅ Low Noise Operation — Comfortable working environment
• ✅ R32 Refrigerant — Eco-friendly cooling performance

Feature Details

🌬 3D Airflow Technology

Dual stepping motors provide automatic vertical and horizontal swing, distributing cool air evenly to every corner of the room.

🧠 Intelligent Presence Sensor

The built-in sensor detects room occupancy and automatically adjusts cooling to reduce energy usage when no one is present.

🌿 Fresh Air System

Fresh air intake holes improve indoor air quality by introducing cleaner air into the environment.

⚡ Inverter Performance

The inverter compressor adjusts output based on cooling demand, ensuring efficient and consistent temperature control.

🔇 Quiet Operation

Designed to operate with low noise, making it suitable for professional and quiet indoor spaces.

Technical Specifications

Warranty Coverage

Why Choose the Haier HSU-48Ceiling 4 Ton Ceiling Type Inverter AC?

1. Commercial cooling — Built for large spaces
2. Energy efficient — Lower electricity bills
3. Uniform comfort — 3D airflow distribution
4. Cleaner air — Fresh air intake support
5. Smart operation — Occupancy-based control
6. Reliable durability — Long-term performance