Minuteman UPS 24-Outlets Managed Power Distribution Module

Overview

The Minuteman UPS RPM3024N1LCD-HW is a managed power distribution module designed to deliver reliable power to critical equipment in environments like data centers and server rooms. It features 24 hardwired NEMA outlets and a 10-foot power cord, providing ample connectivity and flexible placement options. With IP-based remote management and switched power distribution, it allows precise control and monitoring of power to individual devices, helping maintain uptime and optimize energy use.

Key features

• 24 hardwired NEMA outlets enable secure connection of multiple devices simultaneously
• 10-foot power cord offers flexibility in positioning the unit within your setup
• IP-based remote management allows monitoring and control of power distribution from any location
• Switched power distribution lets you control power to individual outlets, improving energy efficiency and equipment protection
• Durable construction ensures long-term performance in demanding environments
• Designed to support critical systems where uptime and power reliability are essential

Key specs

• Outlets: 24 hardwired NEMA outlets
• Power cord length: 10 feet
• Weight: 18.1 lbs
• Management: IP-based remote monitoring and control

Connectivity and compatibility

This power distribution module integrates seamlessly into professional IT environments, providing a centralized power source for servers, networking gear, and other critical electronics. The hardwired NEMA outlets accommodate a wide range of devices commonly found in data centers and server rooms, ensuring compatibility with standard power plugs used in these settings.

Ideal uses and environments

The RPM3024N1LCD-HW is well suited for data centers, server rooms, and other mission-critical environments where consistent power delivery and remote management are vital. IT professionals and facility managers benefit from its ability to control and monitor power distribution remotely, reducing the need for physical intervention and minimizing downtime risks. Its robust design supports continuous operation in demanding conditions, making it a strong choice for managing complex power needs efficiently.