The GD30K2-12 Ducted Axial Flow Fan is an industrial axial ventilation fan designed for factory ventilation, air exchange, equipment cooling, heat removal, and general industrial airflow applications.
With an axial airflow configuration, the fan provides a direct air path through the impeller and is suitable for applications requiring large airflow with relatively low to medium system resistance.
EMS can configure the GD30K2-12 according to the required airflow, pressure, motor power, voltage, temperature, installation arrangement, and operating conditions.
Recommended search-oriented product names include:
GD30K2-12 Ducted Axial Flow Fan
GD30K2-12 Axial Fan
GD30K2-12 Industrial Axial Fan
GD30K2-12 Axial Ventilation Fan
GD30K2-12 Industrial Ventilating Fan
GD30K2-12 Axial Flow Ventilation Fan
For the main product title, GD30K2-12 Ducted Axial Flow Fan is recommended because it combines the specific model number with commonly used industry terminology.
The GD30K2-12 axial fan can be used for:
Industrial Workshop Ventilation
Factory Exhaust
Industrial Air Exchange
Equipment Cooling
Steel Plant Ventilation
Machinery Workshop Ventilation
Warehouse Ventilation
Mining Ventilation
Tunnel and Underground Ventilation
Local Industrial Exhaust
Heat Removal
General Industrial Air Circulation
For ventilation and heat removal in machinery, manufacturing, and production facilities.
For production-area ventilation, equipment cooling, and local air circulation.
For air exchange and heat removal in large enclosed spaces.
For auxiliary or local ventilation where the system conditions are suitable for axial fan operation.
For forced-air cooling of machinery, motors, and production equipment.
| Parameter | Typical Range / Configuration |
|---|---|
| Fan Type | Ducted Axial Flow Fan |
| Model | GD30K2-12 |
| Fan Diameter | 1200 mm |
| Airflow | Application Dependent |
| Pressure | Application Dependent |
| Fan Speed | Application Dependent |
| Motor Power | Application Dependent |
| Motor Type | Three-Phase Industrial Motor |
| Drive Type | Direct Drive |
| Blade Type | Axial Flow Impeller |
| Installation | Horizontal / Vertical |
| Fan Casing | Carbon Steel |
| Impeller Material | Carbon Steel / Customized |
| Operating Mode | Continuous Duty |
| Rotation Direction | Customized |
| Motor Voltage | Customized |
| Frequency | 50 / 60 Hz |
Final airflow, pressure, speed, and motor power should be confirmed according to the actual impeller configuration and project duty point. These values should not be treated as fixed performance specifications without technical confirmation.
Air moves along the fan shaft, making the fan suitable for high-volume ventilation and air circulation applications.
The axial configuration provides a relatively compact airflow path and can be suitable where installation space is limited.
Designed for applications requiring substantial air exchange, ventilation, or heat removal.
The motor can directly drive the impeller, reducing the number of transmission components and simplifying maintenance.
Housing, impeller, flanges, and motor mounting structures can be reinforced for continuous industrial operation.
EMS can customize:
Fan Direction
Motor Power
Motor Voltage
Blade Configuration
Casing Material
Flange Design
Installation Structure
Explosion-Proof Motor Configuration
The GD30K2-12 is an axial flow fan, mainly intended for high-volume ventilation, direct airflow, and relatively low to medium system resistance.
For applications involving:
Long duct systems
High system resistance
High static pressure
Dust collection
High-pressure gas transportation
an Industrial Centrifugal Fan may be considered based on the actual airflow and pressure requirements.
For the EMS website, axial fans and centrifugal fans can therefore be developed as separate product categories.
Check:
Fan model
Motor power
Voltage and frequency
Impeller rotation direction
Foundation and support structure
Inlet and outlet connections
Flanges and fasteners
Make sure the impeller is free from foreign objects and rotates smoothly. Check that electrical connections comply with applicable local requirements.
Monitor:
Rotation Direction
Motor Current
Vibration
Noise
Airflow
Bearing Temperature
Stop the fan if abnormal vibration, excessive noise, abnormal current, or abnormal bearing temperature occurs.
Regularly inspect:
Motor
Bearings
Impeller
Fasteners
Flanges
Electrical Connections
Fan Vibration
Maintenance intervals should be determined according to operating hours, dust levels, ambient conditions, and actual service requirements.