Haier 4 Ton Fixed Speed Cassette Type LCAC (HSU-48CassetteType)

Haier 4 Ton Fixed Speed Cassette Type LCAC (HSU-48CassetteType) – Specifications

Haier 4 Ton Fixed Speed Cassette Type LCAC (HSU-48CassetteType)

The Haier 4 Ton Fixed Speed Cassette Type LCAC (HSU-48 Cassette Type) is designed for commercial and large household applications, offering reliable cooling, seamless integration, and effective airflow distribution. With its ceiling-mounted cassette design and 4-ton capacity, it ensures uniform comfort in offices, halls, restaurants, and spacious living areas.

High Cooling Capacity for Large Spaces

This Haier 4 Ton Cassette AC can efficiently cool areas up to 500 square feet, delivering powerful and constant cooling in open-plan settings. It is ideal for conference rooms, restaurants, and large living areas, ensuring even temperature distribution with no hot or cold spots.

Cassette-Type Ceiling Installation

The ceiling-mounted design saves wall and floor space while offering discreet and effective cooling. Its four-way airflow technology distributes cool air equally in all directions, guaranteeing maximum coverage and consistent comfort.

Fixed-Speed Compressor for Dependable Performance

Equipped with a fixed-speed compressor, the Haier HSU-48 provides stable and continuous cooling output-perfect for areas with consistent temperature demands. While not as adaptive as inverter models, it delivers reliable and cost-effective performance in heavily used spaces.

Energy Efficient & Eco-Friendly Refrigerant

Using R32 refrigerant, the unit minimizes environmental impact with lower global warming potential (GWP) and better energy efficiency than conventional refrigerants. This ensures optimal cooling while reducing overall energy consumption.

Low-Noise Operation & Durability

With a noise level as low as 48 decibels, this Haier cassette air conditioner is ideal for noise-sensitive environments. Built with corrosion-resistant components, including durable condenser and evaporator coils, it ensures long-lasting performance even in humid climates.