Geist rPDU DUS5MGB1-24CF17-2S02A9K00-S-A 24-Outlets PDU

Upgrade your data center’s power backbone with the Geist rPDU DUS5MGB1-24CF17-2S02A9K00-S-A 24-Outlets PDU. This upgradeable Switched Unit Level Monitored EC (enterprise-class) rPDU delivers reliable, granular power distribution to critical IT equipment while giving you precise control at the outlet level and a comprehensive view of input power usage. Designed for rack environments, edge deployments, and dense server rooms, it combines robust hardware with intuitive remote management to maximize uptime, optimize energy efficiency, and simplify compliance. With out-of-band monitoring, secure networking, and scalable architecture, this Geist PDU helps you preempt outages, streamline maintenance, and tighten control over your entire power ecosystem.

• outlet-level control and switching: Manage each receptacle independently—power only the outlets you need, reboot servers remotely, and automate maintenance windows without sending staff on-site.
• real-time power and energy visibility: See instantaneous voltage, current, and per-outlet energy usage, plus aggregate input power and trend data to optimize capacity planning and prevent overloads.
• built-in environmental monitoring: Integrated sensors monitor temperature and humidity near the rack, delivering alerts when conditions drift from safe thresholds to protect equipment and improve reliability.
• secure remote management: Access via a web UI, secure SNMP, and API for integration with DCIM and monitoring platforms; supports static or DHCP IP configuration and role-based access for teams.
• upgradeable and scalable design: Modular sensors and firmware updates keep pace with evolving IT needs; supports expansion, multi-zone monitoring, and flexible power-capping options to align with business goals.

Technical Details of Geist rPDU DUS5MGB1-24CF17-2S02A9K00-S-A 24-Outlets PDU

• Outlet count: 24
• Rack-mount form factor: 19-inch chassis designed for standard data-center racks
• Power input: AC input compatible with typical data-center power distribution (range 100–240V)
• Current rating: suitable for enterprise deployments with per-outlet switching capabilities
• Monitoring: per-outlet status, total input power, voltage, current, and energy usage
• Environmental sensing: temperature and humidity at the rack level
• Management interfaces: web UI, SNMP, and API for integration with DCIM and monitoring tools
• IP configuration: supports static IP or DHCP assignment
• Security: role-based access control and secure communication protocols
• Firmware and expansion: upgradeable firmware with potential sensor and feature expansions
• Physical features: rear-accessible cabling, indicator LEDs for quick status checks
• Certifications: RoHS compliant and appropriate regional approvals

How to Install Geist rPDU DUS5MGB1-24CF17-2S02A9K00-S-A 24-Outlets PDU

• Prepare the rack and space: Identify a suitable 19-inch rack location with adequate clearance for cabling and airflow. Ensure the mounting rails are properly installed and ready for the PDU.
• Mount the PDU: Slide the Geist rPDU into the rack and secure it with provided screws or mounting hardware. Confirm the unit sits level and all outlets are accessible for cable management.
• Connect the main power: Attach the PDU’s power input to an appropriate branch circuit that matches the device’s input requirements. Use proper cable routing to avoid strain and ensure easy serviceability.
• Establish network connectivity: Connect the PDU to your network switch or management network using an Ethernet port. Decide between a static IP or DHCP setup based on your IT policy and DCIM integration needs.
• Initial configuration: Power on the unit and access the web UI or API to set an IP address, create user roles, configure outlet groups, and enable monitoring. Calibrate sensors if prompted and verify live readings.
• Configure alerts and policies: Define threshold alerts for temperature, humidity, and power usage. Set up notifications via email, SNMP traps, or integrations with your DCIM platform.
• Test power control: Perform a controlled power-on/power-cycle test on a non-critical outlet to ensure remote switching and reboot workflows function correctly before deploying production workloads.
• Integrate with monitoring systems: Connect the PDU’s API or SNMP to your DCIM or ITSM tools to centralize power data, create dashboards, and enable automated incident responses.
• Document and validate: Record the PDU’s IP address, outlet mappings, and alert configurations. Validate that all critical devices are visible in your monitoring solution and that alerts trigger as expected.

Frequently asked questions

• Q: Is the Geist rPDU capable of per-outlet reboot and power cycling?

  A: Yes. The Geist rPDU provides outlet-level switching, enabling controlled reboots and selective power cycling for individual devices without disrupting the entire rack.

• Q: How does the environmental monitoring help protect equipment?

  A: The built-in sensors monitor temperature and humidity near the rack, allowing proactive alerts when conditions approach or exceed safe levels, reducing the risk of overheating and equipment failure.

• Q: What management interfaces are supported?

  A: The PDU offers a secure web UI, SNMP integration, and an API for automated control and data collection, enabling seamless integration with DCIM and IT operations workflows.

• Q: Can I assign static IPs to the PDU?

  A: Yes. The device supports static IP configurations as well as DHCP, giving you flexibility to fit your network management strategy.

• Q: Is this PDU upgradeable or expandable?

  A: The design supports firmware upgrades and possible sensor or feature expansions, ensuring the solution can scale with evolving IT needs.

• Q: What kind of rack compatibility does it have?

  A: The Geist rPDU is built for standard 19-inch racks and is designed for straightforward mounting in typical data-center and server-room environments.

• Q: What safety and compliance features are included?

  A: The unit adheres to common safety standards and RoHS compliance, with secure access controls to protect against unauthorized use and data exposure.