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Product Overview |
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The SP-FAD400F-PS Fortinet redundant AC power supply provides backup power to ensure continuous operation of FAD-400F and FAZ-300F devices. It fits directly into compatible hardware setups and automatically takes over if the main power supply fails, helping maintain reliable network service in demanding environments. |
General Information |
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| Brand | Fortinet |
| Part Number | SP-FAD400F-PS |
| Product Type | Desktop Power Supply |
| Condition | Refurbished |
Technical Information |
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| Input Voltage | 100-240V AC |
| Input Frequency | 50-60 Hz |
| Max. Output Power | 400W |
| Hot Swappable | Yes |
| Redundant Support | Yes |
| Cooling Type | Active Fan |
| Modularity | Non-Modular |
Compatibility |
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| Form Factor | Proprietary |
| Compatible For | FAD-400F, FAZ-300F |
Physical Characteristics |
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| Weight | 3.00 |
Product Description |
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The SP-FAD400F-PS is a redundant AC power supply designed for Fortinet's FAD-400F and FAZ-300F models. It provides a secondary power source to maintain device uptime in case the primary power supply fails. This power supply is commonly used in enterprise network environments where consistent device availability is critical. Network administrators and IT teams benefit from its seamless failover capabilities, reducing downtime risks. Key Features
Organizations often deploy this power supply in data centers or critical network points where power redundancy is a must. It plays a key role in keeping Fortinet hardware running smoothly without interruption when facing power supply problems. |
Use Cases |
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The SP-FAD400F-PS redundant AC power supply is critical in environments where Fortinet FAD-400F and FAZ-300F devices deliver essential network security and connectivity. It is especially beneficial in enterprise IT infrastructures and data centers that require high availability and minimal downtime. How It's Used:
By integrating this redundant power supply, organizations can enhance resilience and operational continuity in their network security deployments. It supports scalability by minimizing downtime risks and maintaining performance stability under fluctuating power conditions. |