G1225M24B-FSR-EM

Noise:	33.0 dB(A)
Material - Blade:	Polybutylene Terephthalate (PBT)
Material - Frame:	Polybutylene Terephthalate (PBT)
Voltage Range:	--
Current Rating:	0.190A
Weight:	0.434 lb (196.86g)
Approvals:	CE, cUL, TUV, UL
Operating Temperature:	--
Ingress Protection:	IP57 - Dust Protected, Waterproof
Termination:	2 Wire Leads
RPM:	2100 RPM
Series:	G1225
Features:	--
Fan Type:	Tubeaxial
Bearing Type:	Ball
Static Pressure:	0.150 in H2O (37.3 Pa)
Air Flow:	78.0 CFM (2.18m³/min)
Width:	25.00mm
Size / Dimension:	Square - 120mm L x 120mm H
Voltage - Rated:	24VDC
Part Status:	Active

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DC Fans DC fans, or direct current fans, are integral components in a variety of electronic systems, including computers, HVAC systems and industrial automation applications. In addition, DC fans are used as cooling mechanisms in solar energy systems, robotics and medical applications. This article will explain the application fields of G1225M24B-FSR-EM type of DC fan and its working principle. G1225M24B-FSR-EM type of DC fan is typically used as cooling for high-powered devices such as amplifiers, audio equipment, and power supplies. It is designed to operate under high temperature or under high moisture environments, making it ideal for applications such as high-end electronics, computers, and medical equipment. The fan is made of robust and sturdy construction, with a low-noise design and high-efficiency motor. This type of fan is also equipped with a frictionless magnetic suspension bearing system which ensures superior quiet operation even under extreme environmental conditions. The application field of the G1225M24B-FSR-EM type of DC fan is quite extensive. It is used in computers, telecommunications equipment, HVAC systems, industrial and automotive applications, solar energy systems, robotics, and medical applications. Furthermore, the DC fan is also used in transportation and military applications, thanks to its high-efficiency and robust construction. The working principle of the G1225M24B-FSR-EM type of DC fan is based on the principles of thermodynamics. The fan works by dissipating heat from electrical components that generates thermal energy, such as amplifiers, processors, graphics cards, and LED lights. A DC fan works by generating a strong air flow through an impeller shaft, which is driven by an electric motor. The dielectric fluid used for cooling is generally Silicon oil, which helps decrease the operating temperature of the system. The G1225M24B-FSR-EM type of DC fan has been designed to operate at low speeds with minimal noise while delivering tremendous performance. The fan is optimized to maintain uniform air flow through its low-noise and high-efficiency motor, even when subjected to extreme temperature changes and dampen-maximum motor torque for superior dynamic response. The fan is also engineered with a Super Feedback Resonance (SFR) technology, which provides a vibration damping layer to the motor for reduced acoustic noise and increased motor efficiency. In conclusion, the G1225M24B-FSR-EM type of DC fan is a robust and reliable cooling device designed for high-end electronics, computers, and medical equipment. It has extensive application fields, from telecommunications equipment, HVAC systems, industrial and automotive applications, solar energy systems, robotics and medical applications, as well as military and transportation applications. The fan is capable of quiet operation even under extreme environmental conditions, and its efficiency is improved by the use of a frictionless magnetic suspension bearing system and SFR technology.

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