Ball Bearing DC Axial Fan 172x150x51mm

Introducing a Premier Remedy in Thermal Administration: The 172x150x51mm DC Axial Fan .

In the landscape of modern-day electronics and commercial machinery, effective thermal administration is not merely a referral; it is a fundamental column of system dependability, efficiency, and durability. As parts come to be more powerful and portable, the challenge of dissipating waste warmth expands exponentially.

Resolving this essential requirement is this masterfully crafted 172x150x51mm DC axial fan, an air conditioning remedy created from scratch to supply uncompromising performance, exceptional durability, and functional combination for the most requiring applications. It represents a perfect synthesis of innovative the rules of aerodynamics, robust materials scientific research, and smart electronic control, making it the conclusive selection for designers, system integrators, and designers that call for a thermal option they can rely on.

Uncompromising Construction for Optimum Resilience .

The foundation of any type of high-reliability part is its physical construction, and this DC axial fan is built to withstand the rigors of constant procedure in tough settings.

Robust Aluminum Structure: The DC axial fan’s structural integrity starts with its frame, which is die-cast from ADC-12 light weight aluminum alloy. This product is renowned in the engineering world for its impressive mix of strength, reduced weight, and outstanding thermal conductivity. The strong metal structure not only offers a stiff housing that stops warping and vibration but likewise works as a passive heatsink, drawing warm away from the electric motor hub to add to reduced operating temperatures and expanded life.

The structure is completed with a streamlined, painted black finishing, which provides an extra layer of deterioration resistance and a professional visual suitable for any type of application. The standard 172x150mm form factor, with a deepness of 51mm, and its eight M5 threaded mounting openings, make certain protected and straightforward setup into a wide range of units, shelfs, and framework.

High-Performance Impeller: At the heart of the DC axial fan’s airflow system is the diligently designed impeller. It is crafted from a top-quality polycarbonate PBT (Polybutylene terephthalate), a product particularly picked for its premium mechanical properties. PBT offers impressive rigidity, dimensional security, and resistance to warmth and chemicals.

Critically, the impeller product is licensed with a UL 94V-0 flammability ranking. This is the highest rating for plastics, signifying that the product will certainly self-extinguish within seconds after a flame is gotten rid of. This security attribute is important for parts utilized within digital units, where avoiding the spread of fire is vital. The five-blade design is aerodynamically maximized to make best use of air flow while minimizing disturbance and noise.

Precision Round Bearing System: The choice of bearing system is perhaps the single essential consider a follower’s lasting integrity. This DC axial fan avoids less durable sleeve bearings for a premium double round bearing system. Round bearings offer dramatically reduced rubbing, can stand up to greater operating temperatures, and are not conscious installing orientation. Whether set up and down, flat, or at an angle, the DC axial fan will certainly execute constantly without increased wear. This makes it the suitable selection for continual, 24/7 task cycles where upkeep is infrequent and integrity is non-negotiable.

Exceptional Performance Across a Versatile Array .

This DC axial fan is not a one-size-fits-all item. It is available in a variety of performance tiers, permitting engineers to choose the excellent equilibrium of airflow, pressure, and acoustics for their certain application. All variants operate typical DC voltages (12V, 24V, and 48V), making them ideal for every little thing from consumer electronics and commercial control cupboards to premium telecommunications and data center tools.

Three Rates of Air Conditioning Power: .

• Low-Speed Version (3000 RPM): This version is the suitable option for applications where acoustic performance is a vital factor to consider. It provides a significant 238.8 CFM (6.77 m TWO/ min) of airflow, greater than sufficient for cooling down reasonably dense tools. With a noise degree of simply 54.7 dB( A) , it offers effective air conditioning without being disruptive, making it appropriate for use in studio devices, medical tools, or office-environment networking hardware.
• Medium-Speed Version (3500 RPM): Representing a perfect middle ground, this version offers a considerable boost in performance for systems with greater thermal tons or better airflow insusceptibility. It creates a powerful 326.2 CFM (9.25 m FIVE/ minutes) of air movement and a static pressure of 17.15 mmH two O . This makes it an excellent well-rounded option for industrial enclosures, power inverters, and server shelfs, supplying robust cooling with a workable acoustic profile of 63.2 dB( A) .
• High-Speed Design (4500 RPM): When optimal cooling is the top priority, this high-speed variant stands prepared to do. It pushes an enormous 402.3 CFM (11.4 m TWO/ minutes) of air and produces an excellent static pressure of 36.4 mmH ₂ O (1.43 INH TWO O) . This high static pressure is critical for forcing air with densely stuffed elements, heatsinks, and filters. It is the conclusive service for high-density blade servers, telecom base stations, and industrial welding tools, where overpowering warm is a continuous challenge. The sound level of 70 dB( A) mirrors its focus on pure, untainted efficiency for environments where power defeats acoustics.

Engineered for Long Life and Integrity .

Every facet of this fan is developed to contribute to a long and trusted life span, minimizing overall cost of possession and supplying satisfaction.

• Considerable Life Span: Thanks to its costs ball bearing system and effective electric motor style, the DC axial fan flaunts a remarkable life span of 70,000 hours when run at 40 ° C. This converts to almost eight years of continuous, non-stop operation, a testament to its industrial-grade develop high quality.
• Wide Operating Temperature Variety: The DC axial fan is engineered to work flawlessly throughout a remarkably wide temperature level spectrum, from a freezing -30 ° C to a scorching +70 ° C . This adaptability ensures dependable start-up and procedure in outdoor enclosures, unconditioned commercial sheds, and tightly packed, heat-soaked digital cabinets.
• Integrated Electric Motor Defense: To secure versus typical electrical issues, the DC axial fan comes requirement with necessary motor security attributes. Reverse Polarity Protection prevents disastrous failure if the power leads are inadvertently exchanged. A Soft-Start function restricts the inrush current upon start-up, minimizing tension on both the DC axial fan motor and the system’s power supply. Additionally, an Auto-Start ability makes sure the DC axial fan will immediately attempt to restart if the blades comes to be stalled, a vital function for unattended systems. Optional securities, such as Over-Voltage Protection (OVP) and Present Limiting (CL), are also readily available for even greater system strength.

Intelligent Qualities and Control .

Past its raw efficiency, this fan integrates intelligent functions for modern system tracking and control. A basic Regularity Generator (FG) signal gives a tachometer outcome– a stream of electronic pulses straight symmetrical to the DC axial fan’s rotational rate. This allows a system’s motherboard or controller to constantly keep an eye on the DC axial fan’s health and confirm it is running as expected, setting off alarms if a failing takes place.

For applications calling for vibrant thermal administration, the fan can be set up with Pulse Size Modulation (PWM) rate control . This optional four-wire interface permits an external controller to specifically readjust the follower’s rate from minimum to maximum. This enables the development of “smart cooling” systems that operate silently and eat minimal power under reduced tons, while perfectly increase to full cooling power just when needed. This smart control not only lowers sound and power intake but additionally more extends the operational life of the DC axial fan.