APC Smart-UPS SMT 3000VA Tower – 2700W, 11 Outlets (C13/C19), Line-Interactive, LCD, AVR, RJ-45, Hot-Swappable Battery
APC Smart-UPS SMT 3000VA Tower – 2700W, 11 Outlets (C13/C19), Line-Interactive, LCD, AVR, RJ-45, Hot-Swappable Battery
Availability: 14 in stock
The APC Smart-UPS SMT 3000VA is a line-interactive tower UPS engineered to deliver high-performance backup power and surge protection for servers, routers, switches, and business-critical electronic systems. With a 2700W output capacity, this unit ensures consistent and reliable power for demanding IT and office environments.
Equipped with 11 total outlets—including 8 x IEC C13, 2 x IEC jumper, and 1 x IEC C19—this model provides versatile connectivity for mixed IT hardware. Its Automatic Voltage Regulation (AVR) and 10 ms transfer time maintain a steady power supply during voltage fluctuations or outages.
The built-in lead-acid battery delivers up to 5.1 minutes of runtime at full load, with a hot-swappable design that ensures uptime during maintenance. The UPS recharges in just 3 hours, minimizing downtime.
The front-facing LCD panel provides real-time system information, while the integrated RJ-45 network port allows for remote management and status monitoring, making this unit suitable for server rooms, network closets, and professional IT installations.
Key Features:
Power Capacity: 3000VA / 2700W
Output Voltage: 230V / 240V AC (Sine Wave)
Input Voltage Range: 160V – 286V AC
Transfer Time: 10 ms
Runtime (Full Load): 5.1 minutes
Recharge Time: 3 hours
Battery Type: Lead Acid (Hot-Swappable)
Outlets:
8 x IEC 60320 C13
2 x IEC Jumper
1 x IEC 60320 C19
Receptacle Type: IEC C13, C19
Network Port: RJ-45 (for remote management)
Display: LCD with system status and alerts
Form Factor: Tower
Dimensions (HxWxD): 435 x 197 x 544 mm
Weight: 52.5 kg
Color: Black
Environmentally Friendly: Yes (RoHS compliant)
Built to support critical infrastructure, the APC Smart-UPS SMT 3000VA is the ideal choice for professionals who demand reliable, manageable power protection in a compact tower design.