This is an AC brushless fan, model 200x200x60mm-A Type, weighing 1600g, with an aluminum frame and plastic impeller. It features an oil-impregnated bearing, with options for sleeve or ball bearings. The fan operates on 110V or 220V AC, at 50/60 Hz, with a rated power of 32-35 Watts and speeds of 2850-3200 RPM. While designed for substantial airflow and static pressure (30.48 mmH2O), and generating 52-54 dB-A of noise.

Parameter Value

Product Type: AC brushless fan

1. Size: 200x200x60mm
2. Bearing Type: ball、Sleeve
3. Frame Material: Aluminum (UL94V-0)
4. Blade Material: Plastic (UL94V-0)
5. Weight:1600g
6. Rated Voltage: 110V,220V
7. Rated Current: 0.28/0.30A
8. Rated Input Power:32/35W
9. Speed:2850/3200RPM
10. Air Flow:480/480CFM
11. Maximum Air Pressure:30.48mH2O
12. Noise Level:52/54dB-A

Model	Rated Voltage (VDC)	FREQ (HZ)	Rated Current (Amp)	Rated Power (Watt)	Speed (RPM)	Maximum Air Flow (CFM)	Maximum Static Pressure (mmH2O)	Noise (dB-A)
MG20060H10X	110	50/60	0.28/0.30	32/35	2850/3200	380/520	30.48	52/54
MG20060H220X	220	50/60	0.28/0.30	32/35	2850/3200	480/520	30.48	52/54

Key Features and Advantages:

Main Characteristics:

1.  Size and Type:

1.   Large 200x200x60mm AC Brushless Fan: Indicates a substantial fan, typically used in applications requiring high airflow for cooling.

2.   AC Brushless Design: Means it’s powered by alternating current and uses a brushless motor, which generally offers a longer lifespan, higher efficiency, and lower noise compared to brushed motors.

2.  Structure and Materials:

1.   Bearing Structure: Offers Sleeve bearings (oil-impregnated) and, as per the coding rules, Ball bearings and HY bearings (with UL) as options. Sleeve bearings are typically lower cost and quieter, while ball bearings offer a longer life and are suitable for various mounting orientations.

2.   Frame Material: Aluminum alloy (UL94 V-0 flame retardant rating), providing good structural strength and heat dissipation.

3.   Blade/Impeller Material: Plastic (UL94 V-0 flame retardant rating), offering lightweight properties and compliance with safety standards.

4.   Weight: 1600g, relatively heavy, reflecting its larger size and robust construction.

3.  Power and Performance:

1.   Voltage Options: Available in mainstream 110V and 220V AC options, adapting to different regional power grids.

2.   Frequency: 50/60 Hz, compatible with most power grid frequencies worldwide.

3.   Speed: 2850-3200 RPM, indicating a medium-to-high rotational speed, ensuring a certain level of airflow output.

4.   Power Consumption: 32-35 Watts, moderate energy consumption.

5.   Noise: 52-54 dB-A, which is within an acceptable range for an industrial fan of this size and performance.

4.  Safety Certifications:

1.   Features UL and CE certification marks, indicating compliance with North American and European safety standards, enhancing market competitiveness.

Main Advantages:

1.  High Airflow Cooling Capability: As a large 200x200x60mm fan, it can provide significant airflow, making it suitable for applications requiring efficient heat dissipation, such as industrial control cabinets, server racks, and large electrical equipment.

2.  Long Lifespan and High Reliability:

1.   Brushless Motor Design: Compared to brushed motors, brushless motors avoid brush wear issues, leading to a longer lifespan and lower maintenance requirements.

2.   Ball Bearing Option: If users choose ball bearings, it will further enhance the fan’s lifespan and stability in various mounting orientations.

3.   Robust Aluminum Alloy Frame: Provides excellent structural stability and durability.

3.  Multi-Voltage Compatibility: Supporting both 110V and 220V gives it broader applicability globally, simplifying inventory and procurement for international markets.

4.  Safety Compliance: UL and CE certifications are critical for accessing many international markets, demonstrating that the product meets stringent electrical safety standards and reduces customer risk.

5.  Industrial-Grade Design: Based on its size, materials (flame retardant ratings), and robust construction, this fan is designed for industrial and professional applications, capable of withstanding more demanding operating environments.

Applications

1. Industrial Control Cabinets and Electrical Enclosures:

1. Description: These cabinets house sensitive electrical and electronic components (e.g., PLCs, inverters, circuit breakers, power supplies, contactors, drives) that generate heat during operation. Overheating can lead to malfunctions, reduced lifespan, and even system failure.
2. Specific Devices:
   1. PLC Cabinets: To maintain optimal operating temperatures for Programmable Logic Controllers.
   2. Inverter/VFD (Variable Frequency Drive) Cabinets: Inverters convert AC to DC and back to AC at variable frequencies, generating substantial heat.
   3. Switchgear and Power Distribution Panels: For cooling transformers, rectifiers, and other power components.
   4. Control Desks and Operator Consoles: To cool internal electronics and ensure operator comfort.
   5. Battery Enclosures: For ventilation and temperature control of battery banks in industrial UPS systems or renewable energy storage.

1. IT and Server Infrastructure:

1. Description: While often associated with DC fans, large AC fans can also be used in some legacy or specialized server racks, network cabinets, and data center cooling units, especially where high airflow is needed to manage heat from multiple servers, switches, or storage devices.
2. Specific Devices:
   1. Server Cabinets: As exhaust fans to pull hot air out or intake fans to draw cool air in.
   2. Network Equipment Racks: For cooling routers, switches, and other networking hardware.
   3. Telecommunications Equipment: In larger base stations or communication shelters to manage internal temperatures.

1. Manufacturing and Processing Machinery:

1. Description: Many industrial machines generate considerable heat during continuous operation. These fans are crucial for cooling internal components, ensuring stable performance, and preventing damage.
2. Specific Devices:
   1. CNC Machines: Cooling the control electronics, spindle motors, and power units.
   2. Injection Molding Machines: Cooling hydraulic systems and control panels.
   3. Welding Equipment: Cooling the internal power electronics and transformers of large industrial welders.
   4. Industrial Ovens and Dryers: For air circulation and exhaust of hot air to maintain uniform temperature or remove moisture.
   5. Textile Machinery: Cooling motors and control systems that operate continuously.
   6. Food Processing Equipment: For cooling specific sections or control units.

1. HVAC and Ventilation Systems (larger scale):

1. Description: While not typically used as primary building ventilation fans, these robust fans can be integrated into specialized HVAC units or ducting for specific tasks.
2. Specific Devices:
   1. Air Handling Units (AHUs): As auxiliary fans within industrial AHUs for specific zones or equipment.
   2. Local Exhaust Ventilation (LEV) Systems: To extract fumes, dust, or heat from specific workstations or processes in workshops or laboratories.
   3. Commercial Refrigeration and Heat Exchange Equipment: In larger cold storage units or commercial freezers for air circulation or condenser/evaporator cooling.

1. Power Generation and Renewable Energy:

1. Description: Equipment in power generation, especially inverters and converters for renewable energy, requires robust cooling.
2. Specific Devices:
   1. Solar Inverters (large scale): Cooling the power electronics in grid-tied or large-scale off-grid solar systems.
   2. Wind Turbine Control Cabinets: For cooling electronic components in the nacelle.
   3. Transformer Cooling Systems: As part of forced-air cooling systems for power transformers.

1. Medical and Scientific Apparatus (large, industrial-grade):

1. Description: Certain high-power medical imaging devices or laboratory equipment generate significant heat that needs to be managed.
2. Specific Devices:
   1. Medical Imaging Equipment (e.g., MRI, CT scanners – cooling units): While the main units are highly specialized, their associated power supply or cooling units might use such fans.
   2. Large Laboratory Incubators/Ovens: For precise temperature control and air circulation.

Our advantage
Guangzhou Mega Technology Co., Ltd. is located in Guangzhou, Guangdong Province. We benchmark against leading cooling fan manufacturers like Delta Electronics, Nidec Corporation, Sunon, Sanyo Denki, and Orion Fans. Offering AC, DC, and EC fans, we provide customized cooling solutions for various industrial and commercial applications. Our strong R&D and technical expertise ensure our products match top manufacturers’ performance at significantly lower prices.

We pride ourselves on delivering tailored solutions to meet unique client needs. Our team collaborates closely with customers to design products that optimize cooling performance, energy efficiency, and reliability. Whether for electronic devices, industrial machinery, or commercial systems, Guangzhou Mega Technology Co., Ltd. is dedicated to providing high-quality, cost-effective solutions that exceed expectations. Our commitment to innovation and customer satisfaction keeps us at the forefront of the cooling fan industry.

Reasons to Choose Us

1. Factory Direct Sales, Preferential Price: We are the manufacturer, eliminating intermediate links, and providing you with the most competitive price.
2. Quality Assurance, Worry-Free After-Sales: We provide perfect after-sales service, so you can buy without worry.
3. Professional Team, Customized Service: We have a professional R & D team to provide you with customized solutions.