50x50x10mm Brushless DC Axial Fan Cooler – 5V 12V 24V

Presenting the DC Axial Fan Collection: A Compact and Versatile Cooling Solution .

On the planet of modern-day electronics and equipment, reliable thermal management is not simply a referral; it’s an important requirement. The DC axial fan becomes a premier option, offering a compact, high-performance 50x50x10mm brushless DC axial fan created to satisfy the diverse air conditioning needs of a large range of applications. Available in 5V, 12V, and 24V designs, this DC axial fan integrates robust building and construction, wind resistant efficiency, and customizable features to provide reliable air conditioning in even one of the most space-constrained settings.

Engineered for Efficiency and Resilience .

At the core of the DC axial fan is its brushless DC motor, an innovation renowned for its effectiveness, long life, and peaceful procedure compared to traditional cleaned motors. This sophisticated motor design minimizes rubbing and wear, causing a much longer operational life-span and enhanced dependability. The fan framework and impeller are built from a durable Thermoplastic PBT (UL 94V-0), making sure architectural honesty and resistance to heat. With a light-weight style, tipping the ranges at a plain 16.9 g, this follower is an ideal option for applications where weight is a vital variable.

The DC axial fan is engineered to perform reliably across a series of ecological problems. This versatility makes it a functional air conditioning service for a wide variety of digital tools and commercial equipment.

Adjustable Efficiency with Multiple Design Options .

Identifying that various applications have special cooling requirements, the DC axial fan is readily available in a variety of designs, each tailored to details efficiency requirements. The DC axial fan is extensively categorized right into Low (L), Medium (M), and High (H) speed designs, each offered in various voltage setups.

• Low-Speed Designs (5000 RPM): The 5V and 12V versions operate at 5000 RPM, supplying an optimum airflow of 11.23 CFM and a fixed stress of 3.8 mmH2O. These models are suitable for applications where reduced sound is a concern, with a sound level of simply 28.5 dB( A).
• Medium-Speed Versions (6000 RPM): The DC axial fan designs step up the performance with a rate of 6000 RPM. This leads to an enhanced optimum airflow of 13.61 CFM and a fixed stress of 5.89 mmH2O, with a modest noise degree of 32.6 dB( A).
• High-Speed Designs (6500 RPM): For applications requiring maximum air conditioning power, the collection designs operate at a brisk 6500 RPM. They provide a significant optimum airflow of 14.74 CFM and an excellent static stress of 6.38 mmH2O, all while maintaining a reasonable noise level of 34.2 dB( A).

The detailed specifications for each model, including voltage range, current, and power consumption, allow for precise integration into a variety of system designs.

Advanced Bearing Systems for Extended Lifespan .

The longevity and performance of a DC axial fan are significantly influenced by its bearing system. The DC axial fan offers two distinct bearing options to cater to different operational demands and cost considerations:.

• Ball Bearings: Known for their durability and long life, ball bearings are an excellent choice for applications requiring continuous operation and high reliability. They can be mounted in any orientation without compromising their lifespan. The ball bearing versions of the series boast an impressive service life of 70,000 hours at 40 ° C and can operate in a wider temperature range of -30 ° C to 70 ° C.
• Sleeve Bearings: Sleeve bearings provide a quieter and more cost-effective solution, particularly for applications with less demanding operational cycles. The sleeve bearing models in the series offer a service life of 30,000 hours at 40 ° C and are suitable for operating temperatures between -10 ° C and 55 ° C. This choice in bearing systems allows users to select the most appropriate fan for their specific application, balancing performance, longevity, and budget.

Intelligent Features for Enhanced Control and Protection .

Beyond its core performance specifications, the DC axial fan offers a suite of available functions that provide enhanced control and protection for your electronic systems. These optional features include:.

• Motor Protection: A range of motor protection options such as Reverse Polarity (RP), Soft Start (SS), Auto Start (AS), Current Limiting (CL), and Over Voltage Protection (OVP) are available to safeguard the fan and the host device from electrical anomalies.
• Signal Output: For applications that require monitoring of the fan’s status, several signal output options are available. These include a Frequency Generator (FG) or tachometer output, which provides a signal proportional to the fan’s speed, as well as Rotation Detector (RD), Rotation Detector with Brake (RDB), and Lock Detector (LD) signals.
• Speed Control: For dynamic thermal management, the GD5010 series can be equipped with various speed control modes. These include Pulse Width Modulation (PWM) for precise speed regulation, Thermistor Control (TC) for temperature-responsive operation, Voltage Control (VC), Constant Current (CC), and Constant Speed (CS) options. PWM control, in particular, allows for efficient cooling by adjusting the DC axial fan speed based on the system’s thermal load, which can reduce power consumption and noise.

A Multitude of Applications .

The compact size, versatile performance options, and advanced features of the DC axial fan make it an ideal cooling solution for a vast range of applications across numerous industries, including:.

• Consumer Electronics: From personal computers and laptops to home entertainment systems and network-attached storage (NAS) devices, the DC axial fan provides essential cooling to maintain performance and longevity.
• Industrial Automation: In control cabinets, PLCs, and other industrial machinery, these DC axial fan help to dissipate heat and ensure the reliable operation of critical components.
• Telecommunications: Network switches, routers, and other communication equipment rely on efficient cooling to prevent overheating and maintain signal integrity.
• Medical Devices: The quiet and reliable operation of the series makes it suitable for use in various medical and laboratory equipment.
• 3D Printers and CNC Machines: These DC axial fan are crucial for cooling stepper motors, electronics, and the print nozzle in 3D printers, as well as for cooling spindles and control electronics in CNC machines.
• LED Lighting: Effective thermal management is key to the lifespan and performance of high-power LED lighting systems.
• Automotive Electronics: The robust design and wide operating temperature range make these fans suitable for various in-cabin and under-the-hood automotive applications.

In conclusion, the DC axial fan stands out as a highly adaptable and reliable cooling solution. Its combination of a durable brushless DC motor, a range of performance models, and a host of optional features makes it a top contender for any application requiring efficient and compact thermal management.