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Product Overview |
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The CBR-DC-PWR-TRAY is a mechanical component that supports and secures power supply units within Cisco network chassis. It fits various models and helps maintain proper PSU alignment, ensuring devices run smoothly by keeping power modules stable and accessible during maintenance. |
General Information |
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| Brand | Cisco |
| Part Number | CBR-DC-PWR-TRAY |
| Product Type | Server Power Supply |
| Condition | Refurbished |
Technical Information |
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| Input Voltage | DC |
Compatibility |
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| Form Factor | Proprietary |
| Compatible For | CBR-DC-PWR-TRAY - Cisco Mechanical Assembly General PSU (SKU: CBR-DC-PWR-TRAY) |
Physical Characteristics |
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| Weight | 9.00 |
Product Description |
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The CBR-DC-PWR-TRAY is a mechanical assembly used to securely hold power supply units within Cisco network devices. It plays a crucial role in maintaining the physical integrity and alignment of PSUs, ensuring they operate reliably within the system. Often found in data centers and enterprise networking setups, this assembly is built for technicians and engineers responsible for maintaining Cisco hardware. It simplifies the process of PSU replacement or upgrades, minimizing downtime during maintenance. Key Features
This power tray assembly is commonly deployed in server rooms and network closets where Cisco equipment is installed. Its role in securing power supplies contributes to the overall stability and uptime of network infrastructure, making it an essential component for smooth operation. |
Use Cases |
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The CBR-DC-PWR-TRAY is commonly utilized within enterprise network infrastructures where reliable power supply management is critical. IT administrators managing Cisco chassis-based systems benefit from this component to ensure consistent power delivery and ease of PSU maintenance in demanding environments. How It's Used:
This mechanical assembly enhances operational consistency by maintaining proper PSU positioning, which contributes to system uptime and scalability. By simplifying power module management in various IT contexts, it supports long-term infrastructure stability and efficient resource allocation. |