This 92x92x25mm AC brushless fan from Guangzhou Mega Technology uses an aluminum alloy frame and UL94 V-0 flame-retardant plastic fan blades, and provides two bearing options: ball bearing and oil bearing. The table lists the key electrical and pneumatic parameters of the two models MG9225HX110X and MG9225HX220X, such as current, power, speed, maximum air volume (about 32-38 CFM or 0.91-1.08 m³/min) at different voltages, maximum static pressure (about 0.15-0.22 Inch-H₂O or 3.8-5.5 mmH₂O) and noise level (35-38 dB-A). Users can refer to the coding rules to select the appropriate model according to their specific needs.

Parameter Value

Product Type: AC brushless fan

1. Size: 92x92x25mm
2. Bearing Type: ball、Sleeve
3. Frame Material: Aluminum (UL94V-0)
4. Blade Material: Plastic (UL94V-0)
5. Weight:280g
6. Rated Voltage: 110V,220V
7. Rated Current:0.14/0.12A（110V）；09/0.05A（220V）；
8. Rated Input Power:16/10W（110V）; 13/9W（220V）
9. Speed:2300/2800RPM
10. Air Flow:32/38CFM
11. Maximum Air Pressure:3.81/5.5mH2O
12. Noise Level:35/38dB-A

Key Features and Advantages:

1.  Type: AC Brushless Fan, 92x92x25mm – A Type

2.  Bearing Options: Available with both Ball Bearing and Sleeve Bearing.

3.  Frame Material: Aluminum with a flammability rating of UL94 V-0.

4.  Impeller Material: Plastic with a flammability rating of UL94 V-0.

5.  Weight: 280g.

6.  Performance Data: The provided table shows specific performance characteristics for two models (MG9225HX110X and MG9225HX220X) including rated voltage (110VAC and 220VAC), frequency (50/60Hz), rated current, input power, rated speed (2300-3000 RPM), maximum air flow (32-38 CFM / 0.91-1.08 m³/min), maximum static pressure (0.15-0.22 Inch-H₂O / 3.8-5.5 mmH₂O), and noise level (35-38 dB-A).

7.  Dimensions: A detailed dimensional drawing is provided for easy integration into various applications.

8.  Performance Curve: A Pressure vs. Airflow (P@Q) curve at the rated voltage is included to illustrate the fan’s performance under different operating conditions.

9.  Model Numbering System: A coding rule is explained to understand the meaning of different characters in the product model number, including bearing type and special functions.

Main Advantages:

1.  Dual Bearing Options: Offering both ball bearing and sleeve bearing allows users to choose based on their specific needs for lifespan and cost. Ball bearings generally offer a longer lifespan, while sleeve bearings can be more cost-effective.

2.  High Flammability Rating: The use of UL94 V-0 rated aluminum frame and plastic impeller enhances safety by ensuring the materials are self-extinguishing and prevent the spread of fire.

3.  Comprehensive Performance Data: The detailed performance table provides crucial information for engineers to select the appropriate fan based on voltage requirements, desired airflow, static pressure, and acceptable noise levels.

4.  Clear Dimensional Information: The inclusion of a precise dimensional drawing simplifies the design and integration process for various applications.

5.  Performance Visualization: The P@Q curve offers a visual representation of the fan’s performance characteristics, aiding in system design and optimization.

6.  Understanding Model Variations: The explained coding rule helps in deciphering different product variations and their specific attributes.

Applications

1. Industrial Control Cabinets:

1. Variable Frequency Drives (VFDs): These generate significant heat and require effective cooling to maintain optimal performance and prevent premature failure. This fan can be used to exhaust hot air from the VFD enclosure.
2. Programmable Logic Controllers (PLCs): PLCs in industrial environments often operate continuously and generate heat. This fan can help dissipate heat within the control cabinet, ensuring the PLC functions reliably.
3. Power Supplies: High-power industrial power supplies used for automation equipment can get very hot. This fan can provide the necessary airflow to cool the heat sinks and internal components.
4. CNC Machine Control Panels: The electronic components within CNC machine control panels, including motor drivers and microcontrollers, need cooling to operate accurately and reliably in demanding industrial settings.

2. Power Supplies and Inverters:

1. Uninterruptible Power Supplies (UPS): Both home/office and industrial UPS systems generate heat during charging and discharge cycles. This fan can be used to cool the internal batteries and electronics, extending their lifespan.
2. Solar Inverters: These devices convert DC power from solar panels to AC power and generate heat in the process. Effective cooling with fans like this is crucial for their efficiency and longevity.
3. Welding Power Supplies: High-current welding machines produce a lot of heat. This fan can be incorporated into the power supply unit to cool the transformers and other heat-sensitive components.
4. Telecom Power Supplies: Central office and base station power supplies require reliable cooling to ensure continuous operation of communication networks.

3. Ventilation and Air Circulation:

1. Small Enclosures and Housings: For cooling electronic equipment housed in confined spaces where natural convection is insufficient. Examples include network equipment enclosures, security camera housings, and small server racks.
2. Instrumentation and Testing Equipment: Many laboratory and industrial testing instruments contain heat-generating electronics that require forced air cooling for accurate and stable operation.
3. Medical Devices: Certain medical equipment, such as diagnostic imaging systems or laboratory analyzers, may use fans of this size for localized cooling of electronic components.
4. 3D Printers: The electronics within 3D printers, particularly the motor drivers and control boards, can overheat. This fan could be used for cooling these components.

4. Automotive Electronics:

1. ECU (Engine Control Unit) Cooling: In some automotive applications, particularly for high-performance or hybrid vehicles, small fans might be used for localized cooling of the engine control unit or other critical electronics.
2. Inverter Cooling in Electric Vehicles: While larger cooling systems are typically used, smaller auxiliary fans might be employed for specific components within the power electronics of electric vehicles.

5. HVAC and Refrigeration:

1. Evaporator and Condenser Units (Small Scale): In smaller refrigeration or air conditioning units, fans of this size might be used for air circulation across heat exchangers.
2. Dehumidifiers: To circulate air across the cooling coils and enhance the dehumidification process.

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.