Eaton DIN24480DC uninterruptible power supply (UPS) Standby (Offline) 0.48 kVA 480 W

Flexible Power Protection for Smart Industrial Applications
This standby UPS system with hardwire 24V DC input/output delivers reliable power and battery backup for computing, networking, control and storage equipment in factories, warehouses, edge computing locations and automated manufacturing and fabrication facilities. The rugged compact housing withstands demanding conditions and integrates seamlessly and securely into electrical enclosures in any non-traditional IT environment.

Ideal for Factory Floors and Extreme Temperatures
Get full use of the UPS system’s power capacity because there is no derating based on its operating temperature range of -15°C (5°F) to 50°C (122˚F), which expands the number of locations in which it can be used. Built to fit into small spaces, this UPS is a UL 508 recognized component for integration into industrial control panels and enclosures. Its pre-installed clamp enables quick mounting to a 35 mm DIN rail. Its fanless design reduces noise and increases reliability.

Reliable Battery Backup Keeps You Operational Through Power Outages
Power outages not only drain productivity from the factory floor, but they also damage expensive equipment. This DIN-rail UPS system protects productivity by providing enough runtime to maintain operation during a brief power outage and protects equipment by allowing it to complete an operation during an extended outage. It also prevents brownouts, overvoltages, surges and line noise from damaging equipment that could destroy data and contribute to costly downtime.

Stay in Control of Your Operation
LEDs on the front panel confirm normal operation and indicate alarm or fault status. Remote on/off can help you avoid maintenance surprises.

Easy Preventative Maintenance and Initial Troubleshooting
The self-test capability and user-replaceable internal battery can extend the life of the UPS and minimize disruption to operations. A resettable circuit breaker helps prevent dangerous system overloads.