Product description
GY6-51 Large-Capacity Boiler Induced Draft Fan
The GY6-51 Large-Capacity Boiler Induced Draft Fan is a heavy-duty centrifugal fan designed for large industrial boiler and thermal-process applications. It is primarily used for boiler flue gas extraction, gas transportation and furnace draft control.
The fan provides stable airflow and pressure to overcome resistance from flue ducts, dust collectors and downstream flue gas treatment equipment. The GY6-51 can be customized according to boiler capacity, airflow, pressure, flue gas temperature, dust concentration and installation conditions.
Key Features
Large-Capacity Airflow
Designed for industrial boiler systems requiring relatively large airflow and stable draft performance.
Heavy-Duty Construction
Suitable for continuous operation in demanding industrial environments.
Stable Pressure Performance
Provides the pressure required to overcome resistance from long ducts and downstream process equipment.
Customized Configuration
Fan size, impeller, material, motor, drive system and installation configuration can be customized.
High-Temperature Applications
Can be configured for elevated flue gas temperatures according to actual operating conditions.
Dust-Laden Gas Handling
Wear-resistant configurations can be considered for boiler flue gas containing higher concentrations of particulate matter.
Technical Specifications
Parameter GY6-51 Boiler Fan
Fan Type Large-Capacity Centrifugal Boiler Fan
Model GY6-51
Application Large Industrial Boiler
Airflow Customized
Total Pressure Customized
Fan Speed Customized
Motor Power Customized
Flue Gas Temperature Customized
Drive Type Coupling / Belt Drive / Customized
Rotation Direction CW / CCW
Impeller Material Carbon Steel / Wear-Resistant Steel / Customized
Housing Material Carbon Steel / Customized
Bearing Type Heavy-Duty Industrial Bearing
Speed Control Fixed Speed / VFD
Installation Customized
Power Supply Customized
Application Boiler / Heating Plant / Thermal Power / Flue Gas Treatment
Note: Final fan performance should be selected according to actual airflow, pressure, boiler capacity, gas temperature, dust concentration and system resistance.