This APC Smart-UPS is designed for IT managers or network administrators to maintain business uptime, data transfer and continuity during prolonged power outages. The 2200VA line interactive 2U rack/tower UPS provides pure sine wave power to support critical electronics during power disruptions. The SMX comes with IEC 320 C20 input (includes BS1363A, IEC 320 C20 and Schuko CEE 7/EU1-16P power cords), 8x IEC 320 C13 and 1x IEC 320 C19 outlets. The UPS has a SmartSlot for optional Network Management Card that enables graceful shutdown of physical servers, virtual machines & HCI Clusters via PowerChute Network Shutdown. This uninterrupted power supply can connect to EcoStruxure IT or third-party centralized management platforms. The SMX UPS has a 3-year warranty, and the built-in lead-acid battery has a 2-year warranty. This is compatible with dedicated user-replaceable battery, and the APC replacement battery cartridge helps restore UPS performance to the original specifications. The Smart-UPS comes with a pair of tower-mounting stabilizing feet and rack-mounting brackets. The 3 switchable outlet groups allow more granular management of the power supplied to your devices. The Emergency Power Off feature enables the UPS to remotely shutdown during emergencies.
- Experience higher efficiency with lower energy cost
- Up to 10 minute runtime on full load to preserve critical data from power shortage interruptions
- 1.98 kW load capacity - backup power for your valuable electronics
- 2.20 kVA load capacity provides sufficient backup during power failures
- 3 Hour typical battery recharge time to allow optimal performance for longer hours with added efficiency
- Lead Acid battery chemistry for your convenience and better usability
- IEC 60320 C20 plug/connector type for convenient usage with added dependability
- Schuko CEE 7/EU1-16P receptacle type provides secure, reliable connection with added productivity
- 208 V AC input voltage for optimal performance with maximum usability
- 208 V AC output voltage for optimal performance with maximum feasibility
