AHSH HEAVY DUTY FAN - TECHNICAL SPECIFICATION
1. Fan Type - Heavy Duty Industrial Fan
2. Application - Industrial Ventilation
3. Construction - Heavy-Duty Industrial Construction
4. Impeller Material - As per design
5. Casing Material - As per design
6. Air volume Capacity - Model dependent
7. Static Pressure - Model dependent
8. Motor Power - As per requirement
9. Operating Speed - Model dependent
10. Power Supply - As per motor rating
11. Drive Type - Direct Drive / Belt Drive
12. Mounting Type - As per installation
AHSH HEAVY DUTY FAN – DESCRIPTION
The AHSH Heavy Duty Fan is designed to provide reliable, efficient, and high-performance air volume for demanding industrial applications. Manufactured with a robust construction and engineered for continuous operation, this fan is suitable for industrial ventilation, air circulation, and general air-handling requirements. Its heavy-duty design supports dependable performance in challenging working environments.
The fan operates through a motor-driven impeller that draws air into the system and delivers it at the required airflow and pressure, depending on the selected model and operating conditions. Its carefully designed aerodynamic components help ensure smooth airflow and efficient operation. The sturdy construction provides mechanical stability, while the design supports easy integration into suitable industrial ventilation systems.
The AHSH Heavy Duty Fan can be used in factories, manufacturing facilities, warehouses, workshops, and other industrial environments where effective air movement is essential. It helps improve air circulation, remove hot air, and support a more comfortable and productive working environment. With proper installation, regular maintenance, and selection according to application requirements, it can provide dependable service and long-term operational value.
WORKING PRINCIPLE
The AHSH Heavy Duty Fan operates by converting mechanical energy from an electric motor into airflow. The rotating impeller draws air into the fan and accelerates it through centrifugal force, generating the required airflow and pressure. The air is then discharged through the outlet for efficient industrial ventilation, air circulation, and air-handling applications.