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Product Overview |
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The Dell C378K 870 Watt Server Power Supply ensures reliable and energy-efficient power delivery for PowerEdge R710 systems, supporting enterprise performance demands in environments such as data centers, virtualization clusters, and high-availability infrastructures. |
General Information |
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| Brand | Dell |
| Part Number | C378K |
| Product Type | Server Power Supply |
| Condition | Refurbished |
Technical Information |
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| Input Voltage | 100-240V AC |
| Input Frequency | 50-60 Hz |
| Max. Output Power | 870W |
| Efficiency Rating | 80 Plus Silver |
| Hot Swappable | Yes |
| Redundant Support | Yes |
| Cooling Type | Active Fan |
| Modularity | Non-Modular |
| rail_design | Single 12V Rail |
| Number of Fans | 1 |
Compatibility |
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| Compatible For | Dell PowerEdge R710 / T610 / PowerVault NX3000 / NX3100 |
Connectors |
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| Connector Types | 24-pin ATX, 8-pin CPU, 6-pin PCIe |
Physical Characteristics |
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| Weight | 5.00 |
Certifications and Environmental |
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| Compliance Standards | CE, CCC |
Product Description |
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The Dell C378K 870 Watt Power Supply is designed to deliver stable and efficient power for the PowerEdge R710 server, ensuring consistent uptime in demanding IT environments. Key Features
This power supply is ideal for data centers, enterprise networks, and business-critical systems requiring reliable uptime. Its modular build and efficiency make it suitable for both primary power and redundancy configurations. |
Use Cases |
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The Dell C378K 870-Watt Server Power Supply is integral in maintaining power stability for PowerEdge R710 servers within demanding IT infrastructures. It is particularly suited for environments where continuous uptime and energy efficiency are critical, such as enterprise data centers and virtualization platforms. How It's Used:
This power supply enables sustained operational efficiency by delivering consistent wattage tailored to server demands, supporting scalability in growing IT environments. Its hot-swappable design aligns with maintenance workflows that prioritize minimal service disruption, thereby contributing to overall infrastructure resilience. |