Description
Cisco 6000W Redundant Power Supply
The Cisco 6000W Redundant Power Supply is engineered for critical networks that demand uptime, efficiency, and safety. This high-capacity unit delivers up to 6000 W of dependable power with a robust design that prioritizes reliability in data centers, enterprise campuses, and service-provider environments. With 110 V AC and 220 V AC input options, it is adaptable to global power standards, minimizing the need for regional adjustments. The 3.3 V DC output adds an extra layer of safety for connected devices, while the 12 V DC and -50 V DC rails cover a broad range of Cisco equipment and accessory requirements. By combining powerful performance with energy efficiency, this power supply helps reduce heat generation, lower energy costs, and support extended hardware lifecycles. Designed to work seamlessly with Cisco infrastructure, the 6000W redundant supply delivers consistent voltage regulation, improved uptime, and a reliable power backbone for mission-critical networks.
- Maximum power efficiency and usability: This 6000W redundant power supply is built to prioritize uptime while optimizing energy use, delivering dependable power for demanding networks and mission-critical devices.
- Global input compatibility: With both 110 V AC and 220 V AC input support, it accommodates regional power standards, simplifying deployment across multiple sites and reducing the need for additional adapters or transformers.
- Flexible DC rails for versatile powering: The unit provides 3.3 V DC, 12 V DC, and -50 V DC outputs, enabling safe powering and broad compatibility with Cisco equipment and peripheral modules.
- High wattage for scalable performance: The 6000 W total output capacity supports high-density deployments and future hardware expansions without compromising stability or performance.
- Safety and reliability: The 3.3 V DC rail enhances device safety, while the redundant design minimizes single-point failures and helps maintain network availability even during maintenance or component faults.
Technical Details of Cisco 6000W Redundant Power Supply
- Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference
How to install Cisco 6000W Redundant Power Supply
Install this power supply with care to maximize reliability and safety. Follow these best-practice steps to ensure proper integration into your Cisco environment:
- Power down and unplug all connected equipment before handling the unit to prevent electrical shock and data loss.
- Verify input voltage availability: select 110 V AC or 220 V AC according to your facility’s electrical supply and regional standards.
- Connect the DC rails (3.3 V DC, 12 V DC, -50 V DC) to the appropriate Cisco devices or chassis rails, following the equipment’s wiring diagrams and connectors to ensure correct polarity and pinout.
- Secure the power supply in the designated rack or chassis slot, ensuring proper ventilation, clearance for heat dissipation, and accessible service ports for maintenance.
- Power up the system and perform a basic health check, confirming stable output, proper rail voltages, and redundancy functionality across connected devices.
Frequently asked questions
- Q: What input voltages does the Cisco 6000W Redundant Power Supply support?
- A: It supports 110 V AC and 220 V AC inputs, designed for global deployment.
- Q: Which DC rails are provided by this power supply?
- A: The power supply provides 3.3 V DC, 12 V DC, and -50 V DC rails to support diverse Cisco equipment requirements.
- Q: What is the total output wattage?
- A: The unit delivers up to 6000 W of redundant power for high-demand networks and devices.
- Q: Is this power supply redundant?
- A: Yes, it is a redundant power supply designed to minimize downtime and sustain uptime for mission-critical systems.
- Q: How do I install and service this unit?
- A: Install according to the installation guide, follow Cisco device manuals for wiring and ventilation, and ensure proper electrical safety procedures and training during handling and maintenance.
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