Description
Intel 2100W AC Common Redundant Power Supply FCXX2100CRPS
Experience reliable, uninterrupted power for mission-critical servers with the Intel 2100W AC Common Redundant Power Supply FCXX2100CRPS. Engineered for enterprise environments, this high-capacity PSU delivers up to 2100 watts of continuous output and is designed to operate within a common redundant architecture. When deployed with two or more power supply units, and with a single active supply, it maintains system power even if a unit experiences a fault. This built-in resilience reduces downtime, protects vital applications, and supports high-availability workloads across data centers, server rooms, and rack deployments.
- High-capacity 2100 W output powers demanding server workloads while leaving headroom for peak traffic and future growth.
- Common redundant architecture supports two or more power supply units with a single active channel to maximize uptime.
- Hot-swappable, plug-and-play design enables quick replacements without powering down critical systems.
- Enterprise-grade reliability features and robust electrical protection help guard servers against faults, surges, and unexpected outages.
- Optimized for data centers and rack-mounted deployments, offering a compact form factor and streamlined cabling for clean, scalable builds.
Technical Details of Intel 2100W AC Common Redundant Power Supply FCXX2100CRPS
- Maximum output power: 2100 W.
- Redundant architecture with two or more power supply units; single supply operation maintains system power during faults.
- Common PSU platform designed for enterprise servers and data center environments.
- Built-in protection features to safeguard connected hardware against overloads and faults.
- Designed for integration with standard server chassis and power distribution modules common in data centers.
How to install Intel 2100W AC Common Redundant Power Supply FCXX2100CRPS
Installing a redundant power supply in a server or workstation requires careful planning to maximize uptime. Begin by confirming compatibility with your chassis, motherboard power connectors, and power distribution unit. Power down the system, unplug from the wall, and discharge any residual energy. Use electrostatic discharge precautions and wear a grounded wrist strap. If your enclosure supports hot-swapping, locate the PSU bays, unlock the latches, and slide the units into their slots until they click securely. Connect the input power cables to the units, then connect the outputs to the server's power rails according to the manufacturer’s wiring diagram. Install both supply units following the same sequence to maintain a consistent redundancy level. After installation, verify that both units are recognized by the server management software and that the redundant path is active. Power on the system and monitor the status LEDs and event logs for any fault indicators. Finally, perform a basic power-on self-test and ensure that the system continues to run when one PSU is removed or simulated to fail to confirm proper redundancy.
Frequently asked questions
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Q: What is a common redundant power supply?
A: A common redundant power supply uses multiple PSU units connected to the same system and distributes power so that if one unit fails or is removed, other units continue to provide power without interrupting operation.
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Q: How does the FCXX2100CRPS help ensure uptime?
A: It enables two or more units to operate together while only one actively powers the system at a time. If a unit faults, the remaining unit(s) seamlessly take over, preserving system availability and minimizing downtime.
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Q: How many power supply units are included?
A: The product description indicates two or more units in the configuration; exact counts vary by SKU or bundle. Check your order or product listing to confirm the included number of PSUs.
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Q: Is installation difficult?
A: Installation follows standard server PSU replacement procedures and is straightforward for technicians familiar with hot-swappable components. Ensure chassis compatibility and follow safety guidelines to maintain redundancy.
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Q: What environments is this PSU best suited for?
A: This unit is designed for data centers, enterprise servers, rack-mounted deployments, and other high-availability environments where uptime and power protection are critical.
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