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High Temperature Resistance Large Volume Centrifugal Fan For Power Plant
Double-suction industrial boiler fans have a large flow and are widely used in large factories. The induced draft fan adopts a double-sided short-term, double-support structure. The entire fan is composed of a rotor group, a casing, an air inlet, an air inlet box, an adjusting damper, a transmission group, a sliding bearing, a turning gear and a forced lubrication system.
High Temperature Resistance Large Volume Centrifugal Fan For Power Plant | |||
Centrifugal fan | Air Flow | 50000~1300000 | m3/h |
Pressure | 1800~6000 | Pa | |
Rotating speed | 730/580/460 | r/min | |
Material | Carbon steel | ||
Motor | Power | 300~2000 | kw |
Voltage | 6000/6600 | v | |
Frequency | 50/60 | hz |
Optimized Design
The fan has the backward curved centrifugal wheel with its design
optimized through CFD simulation and more accordant with the
aerodynamic characteristics. High efficiency and more stable
airflow are thus ensured.
Advanced Process
The plasma cutting, positioning fixture of high precision and
all-welding technique contribute to the smoothness, high strength
and great reliability of the steel blades that has uniform stress
distribution for long-term high speed running.
High Balance Quality Grade
Each wheel has been dynamically balanced up to G4.0 standard (Just
G6.3 for general products domestically and
internationally).Durability, stability and quietness are
guaranteed.
Wide Performance Range of High Efficiency
The wheel has stable and flat performance curves over a wide range
of operating conditions which can efficiently avoid performance
drop as the operating point moves up or down.
Non-overloading
There exists a maximum shaft power for the motor. When the motor is
selected based on the maximum shaft power, motor power and motor
service factor, the shaft power can never exceed the rated motor
power as the fan runs within the operating range. The user can be
rest assured in this respect.
Centrifugal fan production process:
Case Show: