<p>The Fan Filter Unit is an essential component for maintaining optimal airflow in industrial and commercial environments. Designed to deliver a reliable performance, this unit facilitates an air flow of 245 cubic meters per hour, ensuring efficient ventilation across various applications. With its rated power consumption at 17 watts and operational voltage spanning from 17 to 28 VDC, it offers flexibility while maintaining energy efficiency.</p><p>Engineered with precision, the unit operates at a rated current of 0.71 A and provides a degree of protection rated IP54. This ensures that the fan filter can withstand dust ingress and splashing water from any direction, making it suitable for demanding settings. The compact dimensions of 250 mm in width, height, and length allow for easy integration into existing systems without occupying excessive space.</p><p>Crafted from robust ABS material, the casing guarantees durability while maintaining a light grey finish (RAL 7035) that blends seamlessly into most industrial aesthetics. The noise level is kept at a manageable 60 dBA—an important consideration for workplaces where noise reduction is crucial.</p><p>This fan filter unit performs reliably within an operational temperature range of -10 to 55 degrees Celsius. It accommodates wire cross sections between 14-20 AWG, providing versatility during installation. When paired with an exhaust filter, the airflow adjusts to 180 cubic meters per hour—adequate for situations requiring controlled ventilation adjustments.</p><p>Equipped with ball bearings known for their longevity and reduced friction capabilities, this unit promises extended service life with minimal maintenance requirements. Compliance with multiple standards including cCSAus, CE, cULus, UKCA, and UR ensures that it meets rigorous safety and quality benchmarks globally.</p><p>In summary, this Fan Filter Unit represents a balanced solution combining efficiency with reliability—a fitting choice for professionals seeking dependable air filtration solutions tailored to varied operational demands.</p>