High Speed DC Axial Fan 200x200x60mm Ball Bearing

In the ever-evolving landscape of commercial innovation and high-performance electronics, efficient thermal administration is not simply a function– it is the keystone of dependability, performance, and durability. As elements come to be much more powerful and small, the heat they generate poses a substantial challenge, endangering system stability and operational lifespan.

Answering this essential requirement is a durable and effective cooling service: the High-Speed 200x200x60mm DC Axial Fan. Engineered for demanding atmospheres where failing is not a choice, this DC axial fan incorporates awesome air flow, high static stress, and industrial-grade building right into a single, reliable plan. It stands for the pinnacle of air-moving modern technology, designed to offer consistent and powerful cooling for the most critical applications.

Uncompromising Construction for Maximum Longevity .

The impression of this DC axial fan is among strength and durability, a testament to its premium product choice and thoughtful engineering.

The DC axial fan’s framework is constructed from die-cast Light weight aluminum ADC-12, a material renowned for its remarkable strength-to-weight proportion, high thermal conductivity, and outstanding corrosion resistance. This rugged framework not just offers a strong foundation for the motor and impeller but additionally serves as an efficient warm sink, drawing thermal energy away from the motor to make certain steady procedure also under heavy tons. The frame is completed with a streamlined, painted black coating that provides an added layer of protection versus environmental elements, making it ideal for implementation in a vast selection of industrial setups.

At the heart of the DC axial fan is a carefully designed impeller, crafted from Thermoplastic PBT (Polybutylene Terephthalate). This advanced engineering polymer is chosen for its premium mechanical strength, stiffness, and remarkable resistance to warmth and chemical direct exposure. A critical function of the impeller material is its compliance with the UL 94V-0 flammability criterion. This top-tier ranking indicates that the material will self-extinguish within seconds of a fire source being gotten rid of, offering a crucial layer of safety and preventing the spread of fire in sensitive electronic rooms.

The DC axial fan’s considerable measurements of 200x200x60mm and a weight of 1038 grams emphasize its industrial-grade nature. This is not a part for conventional customer electronic devices yet a sturdy workhorse constructed for considerable cooling jobs.

Driving this efficiency is a premium double sphere bearing system. Above conventional sleeve bearings, ball bearings offer a considerably longer functional life-span, reduced rubbing, and the capacity to operate efficiently in any type of placing positioning– vertical, straight, or tilted. This innovative bearing system is the essential to the DC axial fan’s impressive service life, ranked for an outstanding 70,000 hours of constant procedure at 40 ° C, which converts to virtually 8 years of continuous, reliable efficiency.

Peak Performance and Advanced Airflow Characteristics .

This DC axial fan is defined by its outstanding air-moving capacities, offered throughout a range of performance rates to satisfy diverse cooling needs. With operational speeds reaching up to an excellent 3500 RPM, the DC aixal fan is engineered to create a substantial column of air, making certain fast heat dissipation.

At its highest possible efficiency setup (3500 RPM), the DC aixal fan generates an astonishing maximum air movement of 719.14 CFM (Cubic Feet per Minute), comparable to 20.4 cubic meters per min. This tremendous quantity of air is capable of cooling large equipment, such as fully filled server shelfs, power-hungry telecommunications ranges, and industrial control cabinets, avoiding thermal throttling and making sure peak operational effectiveness.

Matching this high air movement is an optimum static stress of 12.93 mmH2O (0.51 INH2O). Static pressure is a vital metric that defines a DC axial fan’s capacity to push air through barriers, such as thick heatsinks, limiting grilles, and complicated internal formats. This high pressure rating ensures that cooling is effective even in tightly packed systems with high resistance.

For applications needing a balance in between potent cooling and more moderate acoustic levels, the DC aixal fan is additionally available in mid-range (3000 RPM) and lower-speed (2500 RPM) arrangements. The 3000 RPM variation provides a still-formidable 616.4 CFM of airflow with 11.08 mmH2O of fixed pressure, while producing a reduced noise level of 65.8 dB( A). The 2500 RPM option gives an exceptional solution for less thermally extensive or noise-sensitive environments, using 513.66 CFM at a significantly quieter 60.2 dB( A). This convenience enables system designers to select the specific performance account that matches their thermal budget and acoustic restrictions.

The DC aixal fan’s efficiency attributes are plainly highlighted in the provided air efficiency curve, which plots fixed stress versus air flow. This contour shows the innate compromise in all fans: as air flow increases, static stress reduces. It is an important tool for engineers to accurately anticipate The DC aixal fan’s real-world performance within a given system impedance.

Versatile Electrical Integration and Smart Attributes .

Developed for smooth assimilation right into a variety of digital systems, this DC axial fan is offered in several voltage scores, consisting of 12V, 24V, and 48V DC. These usual voltage criteria guarantee compatibility with power materials used in telecommunications, commercial automation, and server facilities.

Past its raw performance, the DC axial fan can be furnished with a host of innovative electronic features that supply defense, monitoring, and smart control. Available motor defense functions secure the DC axial fan from harmful electric conditions. These include Reverse Polarity (RP) protection to prevent damages from incorrect circuitry, Soft Start (SS) to limit high inrush currents upon startup, and Over Voltage Defense (OVP) to protect the electric motor from voltage spikes.

For innovative system monitoring, optional signal outcomes are available. A Frequency Generator (FG) signal supplies a real-time pulse train directly proportional to the DC axial fan’s rotational speed, enabling a system controller to specifically monitor its performance. Conversely, a Rotation Detector (RD) signal offers a simple locked-rotor alarm system, sending out a high or reduced signal to suggest if the DC axial fan has actually delayed, allowing immediate fault detection.

Additionally, the DC axial fan sustains multiple rate control settings for dynamic thermal administration. Pulse Size Inflection (PWM) control, the market requirement, allows for exact rate guideline by varying a digital signal’s duty cycle. This allows the system to finely tune airflow, minimizing noise and power consumption when optimum air conditioning is not needed. Various other alternatives, such as incorporated Temperature Control (TC) with a thermistor or straight Voltage Control (VC), permit self-governing, self-regulating fan rate based on ambient temperature or input voltage, producing an absolutely intelligent and effective cooling subsystem.

A Remedy for Demanding Applications .

With its durable building, powerful performance, and extensive function collection, this 200mm DC axial fan is crafted for dependability in one of the most challenging problems. Its vast operating temperature level array, from a freezing -30 ° C to a suffocating 70 ° C, guarantees performance in uncontrolled settings, from outdoor enclosures to warm commercial factory floors.

This DC axial fan is the perfect thermal monitoring option for a large range of applications, consisting of heating and cooling systems, large inverters, welding devices, program and telecommunications hardware, information centers, and any type of high-density electronic system where reliable, high-performance cooling is vital. It is more than just a part; it is an assurance of system stability and long life.