Product Description

The EEA-PAM-511-D-30 power module stands as a pinnacle of efficiency in industrial power conversion, delivering an impressive 1500 watts of output power while maintaining an exceptional 93% efficiency rating. This remarkable efficiency level ensures minimal energy loss during operation, contributing to reduced operational costs and improved system performance.

Operating within a versatile input voltage range of 340-480 VAC and providing output voltage between 380-460 VAC, this power module demonstrates exceptional flexibility in handling various power requirements. The unit's ability to maintain stable operation across this range makes it adaptable to different industrial power systems while ensuring consistent performance. Advanced engineering is evident in the module's forced air cooling system, which effectively manages operating temperatures to maintain optimal performance. This active cooling approach, combined with its compact dimensions of 150x300x100 mm, results in a space-efficient design that delivers reliable thermal management in industrial settings.

The IP54 protection class demonstrates the module's robust construction, providing effective protection against dust and water splashes. This level of protection, coupled with its modest weight of 2.5 kg, makes it both durable and practical for industrial installations where environmental protection is crucial. With a frequency rating of 60 Hz and harmonic distortion less than 3%, this power module ensures clean and stable power delivery. These characteristics are particularly valuable in applications where power quality and stability are essential for proper equipment operation. The compact footprint of this module makes it particularly suitable for installations where space is at a premium, while its robust construction ensures reliability in demanding industrial environments. The combination of high efficiency, robust protection, and advanced features positions this power module as an ideal solution for sophisticated industrial applications. Its comprehensive design approach addresses both performance requirements and practical considerations in industrial power conversion systems.