Global Sources Consumer Electronics, DATE : du 11 au 14 avril 2025, N° de stand : 9H09
Choisir le bon server rack PDU is essential for maintaining the reliability of your data center. A well-designed PDU ensures efficient power distribution, preventing downtime and equipment failures. High-quality PDUs offer measurable benefits, such as remote monitoring of real-time power usage, which helps you identify underutilized servers and reduce energy waste. PDU gérées also enhance sustainability by cutting greenhouse gas emissions by 15% and lowering maintenance costs by 30%. These features not only improve operational efficiency but also support compliance with energy standards, making them a vital component of modern data centers.
A server rack PDU, or unité de distribution d'énergie, is a device designed to distribute electrical power to multiple devices within a server rack. It ensures a continuous and reliable power supply, which is critical for maintaining the functionality of IT equipment in data centers. Unlike standard power strips, server rack PDUs offer advanced features like monitoring and remote management, tailored specifically for the needs of modern data centers. These units play a vital role in energy efficiency by minimizing electrical loss and optimizing power distribution.
Conseil: Using a high-quality server rack PDU can significantly enhance the reliability of your data center operations.
Comprendre la different types of PDUs is essential for selecting the right one for your data center. Each type serves specific needs and offers unique functionalities.
Basic PDUs provide essential power distribution without advanced features. They are ideal for small data centers or environments where remote monitoring is unnecessary. These units focus on simplicity and cost-effectiveness.
Metered PDUs include power meters that display real-time power consumption data. This feature helps you balance loads and plan capacity effectively. They are a step up from basic PDUs, offering more insights into power usage.
Switched PDUs allow you to control power at the outlet level. You can remotely turn devices on or off, making them suitable for managing power in large-scale data centers. This functionality enhances operational flexibility and supports automation.
Intelligent PDUs, also known as smart PDUs, combine advanced monitoring and management features. They provide real-time data on power usage, environmental conditions, and device performance. These units support remote management, helping you detect issues early and reduce downtime.
Power distribution units offer several advantages that improve the efficiency and sustainability of data centers:
Note: High-quality PDUs often meet industry standards like IEC 60950-1 and FCC Class A, ensuring safety and compliance.
Le NBYOSUN IEC C14 C13 16A Server Rack PDU offers a robust and versatile solution for power distribution. Its durable aluminum alloy housing ensures long-term reliability, even in demanding environments. The unit features ten widely spaced IEC60320 C13 outlets, accommodating larger plugs without interference. A built-in power switch and indicator light enhance usability, while compliance with CE and ISO9001 standards guarantees safety. Customizable options, such as cable specifications and shell colors, allow you to tailor the PDU to your specific needs.
This PDU is ideal for server rooms, workshops, and offices requiring reliable power distribution. Its wide outlet spacing makes it perfect for setups with large adapters. The durable construction suits harsh environments, while the customizable features cater to unique requirements.
The APC APDU9953 Rack PDU stands out with its advanced monitoring and management capabilities. It provides 1% metering accuracy, ensuring precise capacity planning. Gigabit Ethernet connectivity enhances network integration, while multi-tier user access improves security. EcoStruxure IT readiness enables seamless IT infrastructure management. High retention outlets reduce accidental disconnects, and alarm thresholds prevent circuit overloads.
| Fonctionnalité | Description |
|---|---|
| Metering Accuracy | 1% |
| Connectivity | Gigabit Ethernet, optional wireless |
| Operating Temperature | Up to 60°C |
| Sorties | High retention design |
| Montage | Rack-mountable |
| Sécurité | Enhanced cybersecurity features |
This rackmount PDU is suitable for high-density data centers requiring precise power monitoring and control. Its advanced features make it ideal for environments prioritizing security and operational efficiency.
The Eaton ePDU G3 Metered Input delivers une distribution d'énergie fiable with advanced monitoring. It supports input, section, and outlet-level current monitoring with ±1% accuracy. The vertical mounting style optimizes rack space, while the optional environmental interface monitors temperature and humidity.
| Spécifications | Eaton ePDU G3 Metered Input |
|---|---|
| Height | 38U-A |
| Mounting Style | Vertical |
| Input Max kW | 5.76 |
| Tension | 200-240V |
| Current | 24A |
| Frequency | 50-60Hz |
| Sorties | 20 IEC 60320 C13, 4 IEC 60320 C19 |
This PDU is perfect for data centers requiring precise power monitoring and environmental management. Its high outlet count and vertical design make it ideal for dense server racks.
The Vertiv Geist Switched Rack PDU offers advanced capabilities for managing power in data centers. Its remote management feature allows you to control power at the outlet level through a web interface. This functionality lets you turn devices on, off, or reboot them remotely. The PDU also prevents accidental overloads by limiting power usage at each outlet. These features ensure efficient power usage, enhance availability, and provide scalability for growing data centers.
This PDU is ideal for large-scale data centers requiring precise power management and scalability. It suits environments where remote monitoring and control are essential for operational efficiency.
| Fonctionnalité | Description |
|---|---|
| Contrôle en temps réel | Provides immediate insights into power usage. |
| Automated transfer switching | Ensures reliability by switching between power sources. |
| Switchable outlets | Allows for controlled power allocation to devices. |
| Comprehensive monitoring | Enables both local and remote oversight of power conditions. |
| User-friendly LCD | Features customizable color settings for ease of use. |
| Prompt notifications on power events | Alerts users to any significant power changes. |
| Firmware updates available | Enhances performance and security over time. |
| Optional environmental sensors | Monitors conditions like temperature and humidity. |
| Daisy-chaining capabilities | Allows multiple units to be connected for expanded functionality. |
| Complete hardware set for mounting | Facilitates easy installation in racks. |
| Three-year limited warranty | Provides assurance of product reliability. |
This rackmount PDU is perfect for data centers that prioritize reliability and flexibility. Its real-time monitoring and automated switching make it suitable for environments with fluctuating power demands.
| Fonctionnalité | Description |
|---|---|
| High Density Outlet Technology (HDOT) | Patented design that maximizes outlet availability while supporting high-density rack requirements. |
| iX Controller | Hot-swappable controller providing industrial-grade reliability and user-configurable firmware. |
| Power Quality Monitoring | Advanced metering capabilities for insights into power quality and efficiency improvements. |
The Raritan PX Intelligent Rack PDU excels in high-density data centers requiring advanced power quality monitoring. Its patented HDOT design and hot-swappable controller make it a forward-thinking solution for modern power distribution needs.
Le Xerus Technology Platform enhances this PDU’s efficiency by providing security, high compute power, and complete visibility into the power chain. This makes it a versatile choice for data centers aiming to optimize operations.
The Server Technology Smart PDU offers advanced features that enhance power management in data centers. It provides surveillance de la puissance en temps réel, enabling you to make proactive decisions and optimize energy usage. Environmental monitoring capabilities include sensors for temperature, humidity, and airflow, which help prevent overheating and ensure equipment longevity. Gestion à distance allows you to control and monitor power distribution from anywhere, ensuring uninterrupted oversight even during off-hours. These features collectively improve operational efficiency and reduce downtime.
| Fonctionnalité | Spécifications |
|---|---|
| Contrôle | Real-time power and environmental monitoring |
| Gestion à distance | Accessible via web interface or network |
| Facteur de forme | Available in vertical and horizontal rack configurations |
| Connectivity | Ethernet-enabled for seamless integration |
| Capacité de puissance | Supports high-density environments with customizable options |
This PDU is ideal for data centers requiring precise power management and environmental monitoring. Its remote management capabilities make it suitable for facilities with limited on-site staff. The environmental sensors help maintain optimal conditions, making it a great choice for high-density server racks where overheating risks are higher.
The Panduit SmartZone G5 PDU combines intelligent monitoring with robust power distribution. It offers outlet-level monitoring, providing detailed insights into power usage. The unit supports remote management, allowing you to control power operations from a centralized location. Its modular design ensures scalability, making it adaptable to growing data center needs. The PDU also includes environmental sensors to monitor temperature and humidity, ensuring optimal equipment performance.
| Fonctionnalité | Spécifications |
|---|---|
| Contrôle | Outlet-level power usage monitoring |
| Capteurs environnementaux | Temperature and humidity monitoring |
| Facteur de forme | Modular design for scalability |
| Connectivity | Ethernet-enabled for remote management |
| Capacité de puissance | Supports high-density environments |
This PDU is perfect for data centers prioritizing scalability and detailed power monitoring. Its modular design makes it suitable for facilities planning future expansions. The environmental sensors and remote management capabilities make it an excellent choice for maintaining operational efficiency in high-density server environments.
The Tripp Lite Metered Rack PDU delivers reliable power distribution with advanced monitoring capabilities. It simplifies deployment by conserving space and reducing cable management complexities. High-density models enhance productivity by delivering more power distribution capability in limited space. The PDU supports higher current loads with 30A-rated models, improving resource utilization. It also minimise les temps d'arrêt by preventing overload events in high-density environments.
| Fonctionnalité | Spécifications |
|---|---|
| Contrôle | Local and remote power condition oversight |
| Current Load Support | Up to 30A for high-density environments |
| Facteur de forme | Rackmount-ready with included hardware |
| Connectivity | Ethernet-enabled for remote access |
| Warranty | Three years |
This PDU is ideal for high-density server environments where space and power demands are critical. Its ability to support higher current loads makes it suitable for power-hungry systems. The simplified cable management and overload prevention features ensure reliable operations, making it a valuable addition to any data center.
The Legrand (Raritan) Switched Rack PDU offers advanced features that enhance reliability and ensure uninterrupted power distribution. Its built-in failover power system automatically switches to backup power during outages, maintaining continuous operation. Bi-stable latching relays provide dependable power switching, reducing the risk of failure. Advanced alerting capabilities notify you of potential issues before they escalate, while proactive intelligence monitors system performance and predicts failures. These features work together to minimize downtime and improve operational efficiency.
| Fonctionnalité | Description |
|---|---|
| Built-in failover power | Ensures continuous operation by automatically switching to backup power in case of failure. |
| Bi-stable latching relays | Provides reliable power switching with minimal risk of failure. |
| Advanced alerting | Notifies users of potential issues before they lead to downtime. |
| Proactive intelligence | Monitors system performance and predicts failures to enhance reliability. |
| Circuit breaker trip forensics | Offers insights into power issues, helping to prevent future failures. |
| Physical design elements | Designed to enhance durability and reliability in various environments. |
These features make this PDU a robust choice for data centers that prioritize redundancy and reliability.
The Legrand (Raritan) Switched Rack PDU is designed to meet the demands of modern data centers. It supports multiple power configurations, including single-phase and three-phase options, to accommodate diverse setups. The unit features high-density outlet configurations, ensuring efficient use of rack space. Its durable physical design withstands harsh environments, making it suitable for various applications. The PDU also includes advanced monitoring capabilities, allowing you to track power usage and system performance in real time.
This PDU is ideal for data centers that require reliable power management and advanced monitoring. Its failover power system ensures uninterrupted operations, making it suitable for mission-critical environments. The advanced alerting and proactive intelligence features help you identify and address potential issues early, reducing downtime. This makes it a perfect choice for high-density server racks where reliability and efficiency are essential.
Understanding your data center’s power needs is the first step in selecting the right PDU. Start by evaluating the power demands of all devices connected to the rack. Measure the power consumption of each device to ensure the total load does not exceed the PDU’s capacity. For example, most outlets should not handle more than 15 amps to maintain a reliable power supply. Conducting a power consumption analysis helps you identify peak loads and avoid overloading circuits.
Consider future growth when determining the number of outlets required. If you anticipate adding more servers or equipment, choose a PDU with extra capacity. Additionally, decide whether you need real-time monitoring capabilities. This feature allows you to track power usage and detect potential issues early, ensuring data center reliability.
Conseil: Always match the PDU’s voltage and amperage ratings to your equipment to prevent power failures.
Scalability is essential for maintaining reliable power management as your data center evolves. Modular PDUs or those with cascading capabilities can adapt to growing demands. These designs allow you to expand power distribution without replacing existing equipment.
Ensure the PDU is compatible with your current infrastructure, including servers and software. This compatibility streamlines power distribution management and reduces downtime during upgrades. Advanced features like environmental monitoring and remote management also future-proof your investment. These capabilities help you maintain optimal conditions and improve operational efficiency as your data center scales.
Note: Businesses expecting rapid growth should consider high-power PDUs to minimize installation costs and achieve economies of scale.
Modern PDUs offer advanced monitoring and management features that enhance data center reliability. Look for units with remote-monitoring capabilities, which provide detailed data on voltage, amperage, and power usage. Monitoring at the outlet level allows you to balance loads effectively and prevent overloads.
Switched PDUs add another layer of control by enabling you to turn individual outlets on or off remotely. This feature supports efficient power distribution and reduces downtime during maintenance. Additionally, environmental sensors for temperature and humidity monitoring help you maintain ideal conditions for your equipment.
Callout: Advanced PDUs align with energy efficiency standards and support sustainability initiatives, making them a smart choice for modern data centers.
When selecting a PDU for your data center, ensuring compatibility with your existing infrastructure is crucial. A mismatch can lead to inefficiencies, increased costs, or even operational disruptions. You should evaluate how well the PDU integrates with your current equipment and software systems. For example, compatibility with Data Center Infrastructure Management (DCIM) systems allows seamless monitoring and control of power distribution. This integration ensures that you can manage your data center efficiently without additional software investments.
Customization options also play a significant role in compatibility. Many managed PDUs offer features like adaptable socket configurations, adjustable current capacities, or customizable cable specifications. These options allow you to tailor the PDU to fit your existing setup perfectly. For instance, if your rack uses specific plug types, a customizable PDU ensures a seamless connection without requiring additional adapters.
Future-proofing your infrastructure is another critical consideration. Modular PDUs provide an excellent solution for growing data centers. These units allow you to expand your power distribution capabilities without replacing your existing equipment. By choosing a PDU that grows with your infrastructure, you can save time and money while maintaining operational efficiency.
Conseil: Always verify the PDU’s voltage and amperage ratings to ensure they align with your equipment’s requirements. This step prevents compatibility issues and ensures reliable power delivery.
Cost is a significant factor when choosing a PDU for your data center. You need to consider not just the initial purchase price but also the long-term expenses associated with its operation. Acquisition costs vary depending on the type of PDU you select. For instance, intelligent PDUs with advanced monitoring features typically have higher upfront costs but can reduce operational expenses over time.
Operational expenses include maintenance and energy consumption. Advanced PDUs often offer energy-efficient designs that lower electricity bills. They also reduce downtime costs by preventing equipment failures, which can save you thousands of dollars in lost productivity. Additionally, automation and monitoring capabilities, while initially expensive, can lead to significant savings by improving reliability and reducing manual intervention.
End-of-life costs are another consideration. Some PDUs are easier and cheaper to dispose of or replace than others. By evaluating the le coût total de possession (TCO), which includes acquisition, operational, downtime, and end-of-life costs, you can make a more informed decision. Balancing capital and operating expenses ensures you get the best value for your investment.
Callout: Investing in a high-quality PDU may seem costly at first, but it often pays off by reducing long-term operational and downtime expenses.
Installing a server rack PDU correctly ensures reliable power distribution and minimizes operational risks. Begin by selecting a PDU that matches your rack’s dimensions and power requirements. Mount the PDU securely to prevent movement or damage during operation. Use the included mounting hardware for a stable installation. Ensure the PDU’s outlets align with your equipment’s plug types to avoid compatibility issues.
When connecting devices, distribute the load evenly across the PDU’s outlets. This practice prevents overloading and extends the lifespan of your equipment. Label each connection to simplify future maintenance. Verify that the PDU’s voltage and amperage ratings match your data center’s power supply. After installation, test the PDU to confirm it delivers consistent power to all connected devices.
Conseil: Always follow the manufacturer’s guidelines during installation to ensure safety and compliance with industry standards.
Routine maintenance and monitoring are essential for keeping your PDU in optimal condition. Inspect the PDU regularly for signs of wear, such as frayed cables or loose connections. Clean the unit to remove dust and debris that could interfere with its performance.
Monitoring power usage helps you identify inefficiencies and prevent potential issues. PDU intelligentes with real-time monitoring capabilities provide detailed data on voltage, current, and power consumption. Use this information to balance loads and avoid overloading circuits. Environmental monitoring features, such as temperature and humidity sensors, help maintain ideal conditions for your equipment.
Callout: Regular monitoring reduces downtime and extends the lifespan of your PDU and connected devices.
Redundancy is critical for preventing power failures in data centers. Implement distributed redundant UPS systems, where one unit acts as a backup for others. Use multiple rack PDUs to create distribution redundancy, ensuring continuous power even if one PDU fails.
To enhance reliability, adopt the N+1 configuration. This setup includes one redundant power module to maintain operations if another module fails. Intelligent PDUs with rapid spanning tree protocol (RSTP) prevent broadcast storms, further improving reliability. Keep each PDU’s load below 50% of its capacity. This precaution ensures the remaining PDU can handle the load if one power source fails.
Note: 55% of data center operators have experienced outages in the past three years, with some costing over $100,000. Proper redundancy measures can help you avoid such costly disruptions.
Selecting the right server rack PDU is crucial for ensuring efficient and reliable power distribution in your data center. The right configuration enhances the robustness of your power delivery system, enabling better load balancing and capacity planning. Metered PDUs provide accurate energy consumption readings, helping you identify ghost servers and stranded capacity, which maximizes resource utilization.
Here’s a quick summary of the top 10 PDUs and their standout features:
| Modèle de PDU | Caractéristiques principales |
|---|---|
| APC Switched Rack APDU9953 | – 21 IEC 60320 C13 outlets, 3 IEC 60320 C19 outlets |
To explore a reliable and versatile option, consider NBYOSUN’s IEC C14 C13 16A Server Rack PDU. Its durable aluminum alloy construction, wide outlet spacing, and customizable features make it an excellent choice for various environments. Visit NBYOSUN’s website or consult with their experts to find tailored solutions for your data center needs.
Conseil: Investing in high-quality PDUs not only improves operational efficiency but also reduces downtime and maintenance costs.
A basic PDU distributes power without advanced features. An PDU intelligente offers monitoring, remote management, and environmental sensors. Intelligent PDUs help you track power usage, balance loads, and maintain optimal conditions, making them ideal for modern data centers.
Conseil: Choose an intelligent PDU if you need real-time monitoring and remote control.
Calculate the total power consumption of all connected devices. Ensure the PDU’s capacity exceeds this value to avoid overloading. Consider future growth by selecting a PDU with extra outlets and higher amperage.
Note: Always match the PDU’s voltage and amperage ratings to your equipment.
Yes, many PDUs, including NBYOSUN models, offer customization options. You can modify outlet types, cable specifications, and even shell colors. Customization ensures compatibility with your existing infrastructure and unique requirements.
Callout: Customizable PDUs enhance flexibility and simplify integration into your setup.
Surveillance de l'environnement tracks temperature and humidity levels. These features help you maintain ideal conditions, prevent overheating, and extend the lifespan of your equipment. Intelligent PDUs often include sensors for real-time data.
Emoji: 🌡️ Keep your servers cool and efficient with environmental monitoring.
Inspect your PDU monthly for wear, loose connections, or dust buildup. Clean it regularly and monitor power usage to identify inefficiencies. Routine maintenance ensures reliable performance and prevents costly downtime.
Conseil: Schedule maintenance checks to keep your PDU in top condition.
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