Juniper Networks
QFX5230-64CD-DC PSU AO,DC CABLE
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Juniper QFX5230-64CD DC PSU 3,000 W | Hot-Swap, Enterprise
Juniper Networks
MPN: JNP-3000W-DCAFO2
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Authorized Dealer — Full manufacturer warranty
Key Features
- 3,000 W output wattage
- Hot-swap capable power supply
- DC power architecture support
- Juniper QFX5230-64CD compatibility
- PSU form factor for chassis integration
- Direct-current cable-ready design
- Server power supply category fitment
- Deliver 3,000 W of DC power for QFX5230-64CD switching platforms
Support high-density switching with the Juniper QFX5230-64CD-DC PSU AO,DC CABLE. This 3,000 W DC power supply is built for the QFX5230-64CD platform, giving infrastructure teams the power headroom needed for demanding network deployments where stability and service continuity matter.
Hot-swap capability is essential in production environments. It allows a failed PSU to be replaced while the system remains in service, helping reduce maintenance windows and operational risk. The DC cable-ready design fits organizations that run direct-current power in the rack, a common requirement in tightly managed data center and telecom-style environments.
This is the kind of component that protects the value of the chassis it supports. Choosing the correct, platform-matched PSU helps avoid compatibility issues, simplifies spare inventory, and keeps procurement aligned with the exact hardware standard in use. For teams responsible for mission-critical switching, the right power supply is part of the uptime plan, not just a replacement part.
Ideal For
- Replacing a failed PSU in a live QFX5230-64CD switch
- Supporting high-density enterprise switching racks
- Standardizing DC power spares for Juniper network infrastructure
- Maintaining service during planned power module replacement
Why This Product
- 1Higher 3,000 W output for the QFX5230-64CD platform
- 2Hot-swap support helps preserve uptime during replacement
- 3DC cable-ready design suits direct-current infrastructure
- 4Platform-specific fitment reduces compatibility risk