
Out of Stock
APC EASY UPS 3 Series Network Card | Remote Management
APC
MPN: E3SOPT001
$223.70$314.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Network card for APC Easy UPS 3 Series
- Enables network-based UPS monitoring
- Designed for remote administration workflows
- Accessory for managed power infrastructure
- Supports distributed site visibility
- Built for Easy UPS 3 compatibility
- Hardware add-on for enterprise power management
- Add remote visibility using network-based UPS management
Extend oversight across Easy UPS 3 power infrastructure with the APC EASY UPS 3 Series Network Card. In environments where a UPS must be monitored as part of the broader network, this card adds the connectivity layer needed for remote administration and operational awareness.
For IT teams responsible for distributed power assets, the value is straightforward: fewer site visits, faster response to events, and better visibility into UPS status from the network. That matters when the cost of a missed alert is far greater than the cost of the accessory itself.
This network card is suited to organizations that want their UPS platform to behave like a managed infrastructure asset rather than a standalone appliance. It supports cleaner operational workflows by bringing power equipment into the same management conversation as the rest of the environment. For procurement teams, it is a practical add-on that helps justify the investment in Easy UPS 3 systems by making them easier to supervise at scale.
Ideal For
- Deploy in a server room to monitor UPS status from the network
- Use in distributed branch sites that need remote power visibility
- Add to Easy UPS 3 installations managed by centralized IT teams
- Specify for facilities that want UPS alerts integrated into standard operations
Why This Product
- 1Adds network visibility to Easy UPS 3 systems
- 2Supports remote monitoring instead of local-only oversight
- 3Purpose-built accessory for managed power environments
- 4Helps reduce operational friction in distributed deployments







