DA12A-500A
The Pacific Scientific DA12A-500A is a compact generator in the Redi-Line Electric Generators series designed to deliver reliable DC power in industrial and automation environments. Featuring a 12 V DC Input Voltage and a continuous output capacity of 500 W, this unit provides stable energy for a variety of precision applications. With an Output Frequency of 65 Hz, the generator ensures compatibility with frequency-sensitive equipment. The DA12A-500A’s primary function is to convert low-voltage DC into a consistent power supply, making it ideal for remote installations and mobile systems requiring uninterrupted operation.
In terms of technical construction, the DA12A-500A integrates a robust Input Voltage (DC) rating of 12 V with a Rated Current of 10 A, delivering up to 500 W of continuous output. Its compact footprint measures 16.25 inches in length, 5.5 inches in height, and a 5.18-inch diameter, resulting in a total weight of 26 lbs. This streamlined design facilitates quick DIN rail or panel mounting (Mounting Type: DIN Rail) without compromising on performance. The unit operates with an internal frequency specification of 50/60 Hz for input conversion and outputs a precise 65 Hz to accommodate specialized industrial loads. With an Ip Rating of IP20, the generator maintains ingress protection suitable for controlled indoor environments.
Beyond core power delivery, the DA12A-500A excels in compatibility and durability. The IP20 enclosure protects against solid objects larger than 12 mm, ensuring reliable performance in standard manufacturing and automation cabinets. Its lightweight form factor and DIN rail mounting option allow rapid deployment and integration, reducing installation time and labor costs. The generator’s efficient conversion process minimizes thermal losses and enhances operational longevity. In industrial applications, this translates to lower maintenance demands and extended service life. By providing a continuous, high-frequency output in a small package, the DA12A-500A supports critical processes and enhances system resilience in demanding environments.
