About EBM PAPST G2D180-AE02-21 230V 550W 50-60HZ High Temperature Resistant Ball Bearing Cooling Fan
The EBM PAPST G2D180-AE02-21 is a high-temperature resistant centrifugal fan designed for industrial cooling and ventilation applications requiring durability, precision, and continuous-duty performance. Operating on a 230V AC power supply (5060Hz) and rated at 550 watts, this powerful blower delivers high airflow and static pressure while maintaining stable operation in elevated temperature environments.
Manufactured by EBM PAPST, a global leader in air movement and motor technology, the G2D180-AE02-21 combines German engineering, energy efficiency, and robust construction. Featuring a ball bearing motor for smooth, long-lasting operation, its ideal for demanding HVAC systems, ovens, control cabinets, and other industrial applications where reliability and thermal resistance are essential.
Optimized for Extreme TemperaturesPurpose-built to withstand ambient temperatures ranging from -25C to +100C, this centrifugal fan excels in environments where high heat could compromise lesser models. The high-temperature resistant ball bearings and Class F insulation ensure safety, dependability, and prolonged operating life, making it ideal for ovens and heated industrial installations.
High Efficiency and Robust AirflowDelivering an airflow of up to 710 m3/h and a maximum pressure of 420 Pa, the G2D180-AE02-21 meets the cooling demands of HVAC systems, industrial equipment, and electronic enclosures. Its backward curved impeller and powerful 550W motor facilitate efficient air movement at noise levels as low as 67 dB(A), supporting both performance and comfort.
Durable Construction for Industrial ApplicationsConstructed with an aluminum impeller and a steel, coated frame, this fan resists corrosion and wear over time. The IP44 protection rating and secure panel mount design ensure reliability even in dusty or humid industrial conditions. Its long lifespan-at least 40,000 hours at 70C-minimizes maintenance needs in continuous operation environments.
FAQ's of EBM PAPST G2D180-AE02-21 230V 550W 50-60HZ High Temperature Resistant Ball Bearing Cooling Fan:
Q: How is the EBM PAPST G2D180-AE02-21 cooling fan installed?
A: The G2D180-AE02-21 fan features a panel mount design, enabling secure attachment to compatible flat surfaces. Electrical connections are made via terminal blocks, ensuring a reliable and straightforward wiring process.
Q: What types of applications can this fan be used in?
A: This centrifugal cooling fan is suitable for high-temperature scenarios, including HVAC systems, industrial equipment, ovens, and electronic enclosures where efficient heat dissipation and long-term durability are required.
Q: When is it ideal to choose this high-temperature resistant fan?
A: Select the G2D180-AE02-21 when devices or spaces operate in harsh thermal environments, particularly those with ambient temperatures up to 100C, and where longevity and reliable performance are vital.
Q: Where should the G2D180-AE02-21 be positioned within a system?
A: Install the fan in a location that allows optimal airflow through the enclosure or system, ensuring the counterclockwise rotation (viewed from the rotor side) aligns with the required ventilation path.
Q: What are the key benefits of using a backward curved centrifugal fan with ball bearings?
A: Backward curved fans like this model maintain stable pressure and airflow even in high-resistance ducts. The high-temperature-resistant ball bearings extend service life and maintain smooth function even at temperatures up to 100C.
Q: How does the fan's protection rating benefit industrial users?
A: With an IP44 protection rating, the fan is safeguarded against solid intrusions and water splashes, ensuring consistent performance in demanding industrial and HVAC environments.
Q: What maintenance is required for long-term operation?
A: The EBM PAPST G2D180-AE02-21 is designed for minimal maintenance, thanks to its robust construction and high-quality bearings. Periodic inspection for dust accumulation and checking electrical terminals is recommended to sustain peak performance.