About Double Inlet Double Width Fan
We are involved in manufacturing, exporting and supplying a broad range of Double Inlet Double Width Fan. The provided fan is made under the guidance of our experienced professional team by using optimum grade components with the help of latest techniques. This fan is used in both commercial & residential places for providing a inaccessible chamber from smoke, dust & other harmful pollutants. The provided Double Inlet Double Width Fan is extensively demanded in the market with different specifications in accordance with the specific requirement of our prestigious clients.
Advanced Engineering and Build QualityFabricated with mild steel, galvanized steel, or stainless steel, the Double Inlet Double Width Fan boasts corrosion resistance and longevity. It is powder-coated for extra protection and can be customized in blue or grey to suit installation aesthetics. Heavy-duty ball bearings ensure smooth operation and minimal maintenance.
Customizable Performance RangeThis fan offers a wide capacity envelope, achieving flow rates up to 90,000 m/h and pressures from 300 to 2200 Pa. It supports various motor power ratings (up to 110 kW) and motor speeds, catering to rigorous airflow demands in ventilation, HVAC, and industrial air handling applications.
Efficient and Versatile ApplicationsThe units double inlet and single outlet configuration makes it ideal for distributing large volumes of air in expansive environments. Its versatility allows seamless integration in air handling units, ventilation systems, and industrial processes, providing consistent and reliable performance for manufacturers and distributors.
FAQs of Double Inlet Double Width Fan:
Q: How does the Double Inlet Double Width Fan improve ventilation efficiency in industrial settings?
A: Its double inlet and single outlet design maximizes airflow, enabling high capacity air movement (up to 90,000 m/h) with uniform distribution. This ensures effective ventilation and air exchange, essential for maintaining air quality and temperature control in large spaces.
Q: What are the main benefits of choosing forward or backward curved impeller types?
A: Forward-curved impellers are optimal for low-pressure, high-volume applications, offering quieter operation. Backward-curved impellers handle higher pressures, deliver greater efficiency, and are less prone to dust buildup, thus extending service life and enhancing overall system performance.
Q: When is direct coupling preferable over belt drive for this fan?
A: Direct coupling is ideal when higher efficiency, compact design, and reduced maintenance are priorities, such as in continuous operations. Belt drives, on the other hand, provide flexibility in speed adjustment and are suitable for installations where precise airflow control is required.
Q: Where can the Double Inlet Double Width Fan be installed for best results?
A: These fans are best suited for floor-mounted installations within air handling units, HVAC systems, and industrial facilities. They perform optimally in environments requiring consistent, large-volume air exchange, such as factories, warehouses, and commercial complexes.
Q: How does regular maintenance affect the fans life span and performance?
A: Routine maintenance, including lubrication of heavy-duty ball bearings, inspection of drive systems, and cleaning of impellers, ensures smooth operation and prevents unexpected breakdowns. With proper care, the fans operational life can extend up to 10 years or more.
Q: What process is followed for customizing the dimensions and capacity of the fan?
A: Upon reviewing site requirements and application details, the manufacturer collaborates with clients to determine necessary airflow, pressure, and spatial constraints. Fans are then engineered and manufactured to precise specifications, ensuring optimal performance for each installation.
Q: What advantages does this fan offer for HVAC and industrial process applications?
A: Engineered for versatility and durability, the fan operates at noise levels below 85 dB, withstands temperatures from -20C to 80C, and offers pressure ranges up to 2200 Pa. It ensures reliable, energy-efficient air movement for varied industrial and commercial needs.