The Small Boiler Centrifugal Induced Draft Fan is a centrifugal fan designed for flue gas extraction and induced draft applications in small and medium-sized industrial boiler systems.
Installed downstream of the boiler flue gas system, the fan extracts combustion flue gas and transports it through dust collection, desulfurization, denitrification, or chimney systems. By maintaining the required negative pressure inside the furnace, the Y6-30 ID fan helps support stable boiler combustion and reliable flue gas discharge.
EMS provides Y6-30 boiler induced draft fans with customized airflow, pressure, motor power, materials, drive arrangements, and temperature configurations according to actual boiler operating conditions.
The Y6-30 Small Boiler ID Fan is suitable for:
Small Industrial Boilers
Steam Boilers
Hot Water Boilers
Heating Boilers
Industrial Heating Systems
Thermal Energy Systems
Boiler Flue Gas Exhaust
Boiler Dust Collection Systems
Flue Gas Desulfurization Systems
Flue Gas Denitrification Systems
Heat Supply Stations
Industrial Combustion Systems
| Parameter | Typical Range |
|---|---|
| Product Type | Small Boiler ID Fan |
| Fan Type | Centrifugal Induced Draft Fan |
| Airflow | 2,000–50,000 m³/h |
| Total Pressure | 1,000–4,000 Pa |
| Motor Power | 2.2–55 kW |
| Fan Speed | 1,450–2,900 rpm |
| Gas Temperature | Typically up to 250°C |
| Drive Type | Direct / Belt Drive |
| Impeller Type | Centrifugal |
| Casing Material | Carbon Steel |
| Impeller Material | Carbon Steel / Wear-Resistant Steel |
| Installation | Horizontal |
| Duty | Continuous Operation |
| Application | Boiler Flue Gas Exhaust |
The above figures are typical engineering reference ranges rather than fixed specifications for every Y6-30 model. Final airflow, pressure, speed, motor power, temperature rating, and material selection should be determined according to the actual boiler and flue gas system.
The Y6-30 uses a centrifugal impeller to extract and transport boiler flue gas.
Flue gas enters the fan inlet and is accelerated by the rotating impeller. Centrifugal force directs the gas radially outward into the fan casing, where part of the velocity energy is converted into pressure before the gas is discharged through the outlet.
A typical system arrangement is:
Boiler → Dust Collector → Desulfurization / Denitrification → Y6-30 ID Fan → Chimney
The induced draft fan continuously extracts flue gas and helps maintain the required furnace pressure for stable combustion.
The fan is designed for boiler flue gas extraction and continuous induced draft operation.
The centrifugal configuration provides the pressure capability required to overcome resistance from ducts, dust collectors, flue gas treatment equipment, and chimneys.
The compact design is suitable for small industrial boiler rooms and installations where space is limited.
The fan can be configured with industrial-grade motors, bearings, and drive systems for continuous boiler operation.
For flue gas containing significant dust, wear-resistant impellers and other protective configurations can be provided according to particle concentration, particle size, temperature, and gas conditions.
The fan can be integrated with dust collectors, scrubbers, desulfurization systems, denitrification systems, and other flue gas treatment equipment.
Y6-30 boiler ID fans are commonly installed in:
Industrial Boiler Rooms
Boiler Flue Gas Systems
Heating Stations
Thermal Energy Plants
Steam Generation Facilities
Hot Water Boiler Systems
Industrial Heating Facilities
Dust Collection Systems
Flue Gas Treatment Systems
The correct boiler ID fan should be selected based on the complete flue gas system rather than boiler capacity alone.
Important selection parameters include:
Boiler Capacity
Required Airflow
Required Pressure
Flue Gas Temperature
Dust Concentration
Flue Gas Composition
Dust Collector Resistance
Desulfurization System Resistance
Denitrification System Resistance
Duct Length
Duct Diameter
Fan Installation Location
Motor Voltage
Frequency
Operating Hours
Material Requirements
For boiler applications, the resistance of the dust collector, flue gas treatment equipment, ducts, dampers, and chimney should be included when determining the required fan pressure.
EMS can provide:
Boiler ID Fan Selection
Airflow and Pressure Calculation
Performance Matching
Motor Selection
Impeller Design
Wear-Resistant Configuration
High-Temperature Configuration
Drive System Selection
Dust Collection System Matching
Flue Gas Treatment System Matching
Electrical Control Configuration
VFD / Soft Starter Options
Installation Guidance
Technical Documentation
Export Packaging