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Dell J1CC3 2400 Watts Platinum Power Supply For PowerEdge R740
- Wattage: 2400 Watts
- Efficiency Rating: 80 PLUS Platinum
- Compatibility: Dell PowerEdge R740 Servers
- Form Factor: Hot-Swappable
- Provides high-density power for demanding server workloads
- Ensures stable and reliable power delivery
- Designed for energy efficiency and reduced heat output
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Typically 1-2 handling + 3-7 transit days
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Product Overview
The Dell J1CC3 is a high-capacity 2400 Watt Platinum Power Supply Unit (PSU) designed for Dell PowerEdge R740 rack servers. It provides efficient and reliable power delivery with an 80 PLUS Platinum rating, ensuring optimal performance and energy savings.
Technical Information
| Wattage | 2400 W |
| Efficiency Rating | 80 PLUS Platinum |
| Compatibility | Dell PowerEdge R740 |
Additional Specifications
| Form Factor | Hot-Swappable PSU |
| Manufacturer | Dell |
Product Description
The Dell J1CC3 is a powerful 2400 Watt power supply unit specifically engineered for the Dell PowerEdge R740 rack server. This PSU is designed to meet the demanding power requirements of high-performance computing environments, supporting multiple CPUs, extensive RAM, numerous storage devices, and high-throughput network interfaces commonly found in enterprise-grade servers. It boasts an 80 PLUS Platinum certification, signifying exceptional energy efficiency. This means the PSU converts AC power to DC power with very high efficiency (typically 90-94% at various load levels), resulting in reduced energy consumption, lower electricity bills, and less heat generation within the server chassis. This efficiency is crucial for data centers aiming to optimize operational costs and thermal management. Furthermore, the J1CC3 is a hot-swappable component, allowing for replacement or addition without powering down the server. This feature is critical for maintaining high availability and minimizing downtime in mission-critical applications. Its robust design ensures stable and reliable power delivery, protecting sensitive server components from power fluctuations and ensuring consistent performance under heavy workloads.


