Material Transport Fans
MATERIAL TRANSPORT FANS
Material Handling Fans
Berfan products, standard and specifically chosen components not only maximize the efficiency of products but also increase the quality of products with low prices. Availability of various spare parts for all industrial areas also provides significant privileges for our Customer. Special manufactured rigid steel rotors offer the long life operation time and reliability of equipments.
Industrial Materials Handling Fans feature open type radial blade fan wheels and are well suited for installations involving exhaust, material conveying, pollution control, air circulation, and a variety of other industrial applications. Each fan wheel is statically and dynamically balanced on electronic equipment prior to being assembled in the fan. In addition, each materials-handling fan is tested at or near operating speed after assembly and the balance is fine-tuned as a complete assembly. The open-type radial-blade fan wheel design is extremely rugged using heavy gauge steel/cast steel components which are jig assembled for accuracy and consistency. All fan wheels are assembled using cast steel spiders and precision laser-cut armor plate paddles. All fan wheels are welded with care to insure the maximum in strength and reliability. Berfan materials handling fans may be belt-driven or direct-driven. The belt-driven configuration allows the motor to be mounted in any of the four standard motor positions. The direct-driven configuration uses a fan shaft and motor direct coupled via a flexible coupling. The integral motor sub-base is fabricated of heavy gauge steel and securely reinforced for rigidity. All materials-handling fans are available in either clockwise or counter-clockwise rotation. The direction of rotation is determined from the drive side the materials-handling fan.
Material Handling Fan Selection
Before selecting the Centrifugal Fan, below issues should be taken into account in order to make the best selection that satisfies the necessities.
1-The required air flow rate ( m3/h or m3/minute )
2-Required static or total pressure ( mmSS, Pa ) during the operation of ventilation.
3-The density, temperature and contents ( dust, cleanliness etc )
4-The acceptable noise level at the medium of Fan. ( The diversions of nominal Fan efficiency increases the energy consumption and noise level)
5-Physical Montage conditions( montage area, Channel connection etc)