HPE 5400R 700W PoE+ zl2 Power Supply

Designed for enterprise networks, the HPE 5400R 700W PoE+ zl2 Power Supply delivers robust, scalable power to core network devices within the HP 5400R zl2 switch ecosystem. This standard PoE+ power supply provides a generous 700-watt PoE budget, enabling you to run IP phones, cameras, wireless access points, and other IEEE 802.3at devices without sacrificing performance. Built to integrate with the zl2 family, this power supply supports reliable, continuous operation in demanding network environments. With a focus on efficiency and safety, it delivers dependable uptime and simplifies network design by consolidating power management in a single, modular unit. Whether you’re upgrading an existing HP network or building a new campus deployment, this supply offers headroom for growth and a streamlined path to scalable, powered connectivity across your organization.

• Up to 700W PoE+ budget to power multiple PoE devices across the HP 5400R zl2 switch series, helping you deploy IP phones, cameras, and wireless access points without additional power infrastructure.
• Specifically designed for seamless integration with the HP 5400R zl2 switches, ensuring compatibility with the HP power architecture and simplified deployment.
• Standard PoE+ (IEEE 802.3at) compatibility delivers reliable power to compatible devices while maintaining energy-efficient operation and centralized power management.
• Enterprise-grade reliability with protection features such as overload and short-circuit safeguards, helping to minimize downtime and protect connected devices.
• Effortless maintenance and replacement within the zl2 chassis, reducing downtime during upgrades and enabling straightforward scalability for growing networks.

Technical Details of HPE 5400R 700W PoE+ zl2 Power Supply

• Power output: Up to 700W PoE+ for HP 5400R zl2 switches
• PoE+ standard: IEEE 802.3at compliant
• Compatibility: HP 5400R zl2 switch series
• Module type: Power supply module designed for zl2 chassis
• Status indicators: LED indicators for power and fault status to facilitate quick diagnostics

How to install HPE 5400R 700W PoE+ zl2 Power Supply

• Power down the corresponding HP 5400R zl2 switch or ensure appropriate maintenance mode is enabled, then disconnect the power source to the device.
• Open the zl2 chassis or locate the available power supply bay designated for the 700W PoE+ module, following your device’s installation guide.
• Align the new HPE PoE+ zl2 power supply with the slot, slide it into place, and seat it firmly until it is fully connected to the backplane.
• Secure the module using the chassis latch or mounting provisions as required by the zl2 design, ensuring there are no loose connections.
• Reconnect power to the switch and power it on. Verify the LED indicators on the power supply to confirm proper operation and PoE+ budget availability.

Frequently asked questions

• What devices can the HPE 5400R 700W PoE+ zl2 Power Supply support? It provides up to 700W of PoE+ budget to power PoE-enabled devices such as IP phones, cameras, and wireless access points connected through the HP 5400R zl2 switch ports.
• Is this power supply compatible with all HP 5400R zl2 switches? It is designed for the HP 5400R zl2 switch series. Before purchase, verify your exact chassis model and slot availability to ensure proper compatibility.
• What PoE standard does it support? The unit supports PoE+ (IEEE 802.3at), providing up to 30W per PoE-enabled port where the switch and devices require it, subject to the total budget of 700W.
• Can I replace or upgrade the power supply without taking the network offline? The power supply is designed for integration into the zl2 chassis; replacement or upgrade procedures vary by chassis configuration. Refer to HP’s official maintenance documentation for step-by-step instructions and any downtime requirements.
• What is the main benefit of using a 700W PoE+ zl2 power supply? The 700W budget consolidates power for multiple PoE devices in a single, centralized unit, reducing the need for separate injectors and enabling cleaner cabling, easier management, and improved reliability in enterprise deployments.