The Soler and Palau HXM-300 wall-mounted helical extractor is a robust and efficient option for those seeking a powerful ventilation solution for surface mounting. With a 55W motor that reaches 1300 rpm, this fan is designed to provide excellent performance in air extraction in industrial, commercial, or residential spaces.
Manufactured with a galvanized steel frame and aluminum blades, this extractor guarantees superior durability, even in environments where moisture or corrosive elements may be present. Both the frame and the blades are coated with polyester anti-corrosive paint, which extends the fan's lifespan and protects it from external elements.
The single-phase 230V-50/60Hz motor features a thermal protector to prevent overheating, and is equipped with ball bearings that ensure smooth and continuous operation over time. This model is designed to operate with voltage variation, allowing speed adjustment according to the needs of the space in which it is installed. Additionally, it has an IP44 protection rating, making it resistant to dust and water splashes.
With an unpressurized air volume of 1,400 m³/h, this extractor is ideal for maintaining a constant airflow in spaces where effective air renewal is necessary. Under pressure conditions, the air volume varies between 1,000 m³/h at 30 Pa and 500 m³/h at 55 Pa, adapting to various ventilation demands. It is especially suitable for applications requiring electronic control or regulation via transformer.
Guaranteed durability: The galvanized steel frame and aluminum blades with anti-corrosive paint ensure excellent resistance in adverse conditions.
Easy installation and maintenance: Its surface mounting design allows for quick and efficient installation, and the motor is thermally protected for greater safety and longevity.
Flexible regulation: This model is compatible with speed regulation via voltage variation, easily adapting to different ventilation demands.
The Soler and Palau HXM-300 wall-mounted helical extractor is an ideal solution for those who need a resistant, efficient, and durable ventilation system, with the ability to adapt to different airflow situations and environmental conditions.