Y5-48 Boiler Centrifugal Induced Draft Fan
China • Manufacturer/factory

Y5-48 Boiler Centrifugal Induced Draft Fan

Y5-48 Boiler Centrifugal Induced Draft Fan
Product Overview
The Y5-48 Boiler Centrifugal Induced Draft Fan is an industrial centrifugal ID fan designed for boiler flue gas extraction, furnace negative pressure control and continuous exhaust operation.
Installed in the downstream flue gas system, the Y5-48 extracts combustion flue gas from the boiler and provides sufficient pressure to overcome the resistance of dust collectors, flue gas treatment equipment, ducts and chimneys.
The fan is suitable for industrial steam boilers, hot water boilers, biomass boilers, waste heat boilers, district heating systems and other thermal energy applications.
EMS can customize the fan according to airflow, pressure, gas temperature, dust concentration, gas composition, material requirements and installation conditions.
Main Applications
Industrial Boiler Induced Draft
Boiler Flue Gas Exhaust
Steam Boiler ID Fan
Hot Water Boiler ID Fan
Biomass Boiler Exhaust
Waste Heat Boiler Exhaust
Boiler Dust Collection
Flue Gas Desulfurization
Denitrification Systems
Industrial Furnace Exhaust
Thermal Energy Systems
District Heating
CHP Boiler Systems
Typical Technical Parameters
Parameter Typical Range
Product Type Centrifugal Induced Draft Fan
Airflow 3,000–200,000 m³/h
Total Pressure 1,000–6,000 Pa
Motor Power 5.5–500 kW
Fan Speed 730–2,900 rpm
Gas Temperature Up to 250°C typical
Drive Type Direct / Belt / Coupling
Fan Structure Single-Suction Centrifugal
Impeller Material Carbon Steel / Wear-Resistant Steel
Casing Material Carbon Steel / Customized
Bearing Heavy-Duty Industrial Bearing
Installation Horizontal / Customized
Frequency 50 Hz / 60 Hz
Operation Continuous Duty
Engineering Note: The above figures are typical reference ranges rather than fixed specifications for every Y5-48 configuration. Final selection should be based on the actual airflow, pressure, gas temperature, gas density, dust concentration and total system resistance.