Description

APC Smart-UPS X, Line Interactive, 3kVA, Rack/Tower Convertible 4U, 120V, AVR, NMC, LCD, Extended Runtime (SMX3000LVNC)

The APC Smart-UPS SMX3000LVNC is a versatile 3000VA/2700W rack/tower UPS designed for high-efficiency power protection in network devices, servers, and IT infrastructure. With line-interactive technology, this UPS offers Automatic Voltage Regulation (AVR) to correct voltage variations without switching to battery, prolonging battery life and ensuring stable power output.

The SMX3000LVNC includes advanced features such as a pre-installed Network Management Card (NMC), allowing remote monitoring and control. The multi-function LCD display provides real-time power diagnostics, while nine NEMA outlets (6x 5-15R, 3x 5-20R, and 1x L5-30R) support a range of connected devices.

This unit’s extended runtime capability accommodates additional battery packs for long-duration backup. Its lead-acid battery design has a typical lifespan of 3–5 years with easy user-replaceable options.

Key Features:

• Power Capacity: 3000VA/2700W to protect high-performance IT equipment.
• Outlet Configuration: Nine NEMA outlets: 6x 5-15R, 3x 5-20R, 1x L5-30R.
• Automatic Voltage Regulation (AVR): Extends battery life by correcting voltage fluctuations.
• Pre-installed Network Management Card: Enables remote UPS monitoring and control.
• Multi-Function LCD Panel: Real-time power diagnostics, runtime estimation, and system status.
• Sine Wave Output: Provides clean, stable power for sensitive electronics.
• Extended Runtime Option: Supports additional battery packs for longer backup periods.
• Energy Efficiency: Designed to minimize power consumption and thermal dissipation.
• User-Friendly Design: Convertible 4U rack/tower form factor with an 8-ft (2.4m) power cord.

Why Choose the APC Smart-UPS SMX3000LVNC?

This top-tier power backup solution is ideal for enterprise and network environments. The combination of advanced AVR technology, network monitoring capabilities, and extended runtime support ensures your critical systems remain protected and operational during power disruptions.