APC Smart-UPS SMT 2200VA Rack-Mount – 1980W, 12 IEC Outlets (C13/C19), Line-Interactive, 2U, RJ-45, Hot-Swappable Battery

Power your network with confidence using the APC Smart-UPS SMT 2200VA, a premium line-interactive rack-mount UPS from Schneider Electric, engineered for superior power protection in enterprise and business-critical environments. Delivering 1980W of clean sine wave output, this UPS safeguards your infrastructure — from servers and routers to POS terminals and switches — against power disturbances and outages.

With 12 total outlets, including 8 x IEC C13, 3 x IEC jumper, and 1 x IEC C19, this UPS supports a wide variety of hardware. It features a 10 ms transfer time and AVR (Automatic Voltage Regulation) to stabilize voltage fluctuations without using battery power.

Designed in a compact 2U rack-mountable form factor, the SMT2200 provides seamless integration into your server rack. Its lead-acid battery is hot-swappable, recharges in 3 hours, and delivers up to 5.5 minutes runtime at full load, giving your team critical time for data protection or failover.

Smart monitoring features include an integrated RJ-45 port for remote network management, making it easy to monitor power status and battery health from anywhere.

Key Features:

• Manufacturer: APC by Schneider Electric

• Series: Smart-UPS SMT

• Type: Line-Interactive UPS

• Load Capacity: 2.20 kVA / 1980W

• Output Voltage: 230V / 240V AC (Sine Wave)

• Input Voltage Range: 160V – 286V AC

• Transfer Time: 10 ms

• Runtime at Full Load: 5.5 minutes

• Battery Type: Lead Acid (Hot-Swappable)

• Recharge Time: 3 hours

• Outlets:

  • 8 x IEC 60320 C13

  • 3 x IEC Jumper

  • 1 x IEC 60320 C19

• Interfaces: RJ-45 Network Port

• Form Factor: Rack-Mountable (2U)

• Dimensions (HxWxD): 86 x 480 x 683 mm

• Weight: 42.31 kg

• Environmentally Friendly: Yes (RoHS compliant)

Built for reliability and performance, the APC Smart-UPS SMT 2200VA is trusted by IT professionals worldwide for maintaining uptime, securing equipment, and supporting critical systems with dependable backup power.