A PDU, or power distribution unit, is a device with multiple outlets. It is designed to be installed in a standard rack, where its main function is to distribute reliable network power from utility power source or an uninterruptible power supply (UPS) to multiple devices. Besides basic power functionalities, some advanced PDU models also allow users to perform advanced power monitoring.
Utility
OR
UPS
Input
Input
PDU
Output
Server
Why Do I Need a PDU?
As a company grows, the demand for more power and IT equipment will continue to rise. It is essential to find a power solution that can provide more electrical outlets catering to the increasing power needs.
The power usage effectiveness (PUE) metric has become an important measurement standard for reporting energy performance of data centers. An advanced PDU can provide accurate power measurement data and precise individual outlet metering that can help in the measuring of energy efficiency in data centers.
5 Things to Consider When Choosing the PDU
1. What type of a PDU do I need?
The series listed below are the common categories of PDU on the market, with their functions ranging from basic power distribution to advanced power monitoring and management. Be sure to identify your application before selecting the suitable model.
Power Distribution
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Metered ATS
Switched ATS
Local Monitoring
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Metered ATS
Switched ATS
Remote Monitoring(Unit-level)
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Metered ATS
Switched ATS
Remote Monitoring(Outlet-level)
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Metered ATS
Switched ATS
Remote Management(Outlet-level)
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Metered ATS
Switched ATS
Power Redundancy
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Metered ATS
Switched ATS
Basic
●
Metered
●
●
Monitored
●
●
●
Switched
●
●
●
●
Metered-by-Outlet
●
●
●
●
Switched Metered-by-Outlet
●
●
●
●
●
Metered ATS
●
●
●
●
Switched ATS
●
●
●
●
●
2. How to estimate the PDU power capacity?
A PDU can be selected to distribute output power from a UPS, utility power or a generator to support all connected devices. Thus, it is important to figure out the power consumption of the devices.
Generally, the power of PDU is rated in amperage. If the power information of connected device is given in watts instead of amps, simply divided the watts by voltage to get an amps figure. Then, add up the total amperage of all your equipment, and choose a PDU with maximum input current higher than the power demand to avoid overloading.
3. What kind of input connector does the PDU need?
The input connector types may vary according to different regions, input voltage and current requirements. Choose the correct input connector based on your needs in order to utilize the PDU.
Make sure to select the PDU models with suitable output receptacles for the connected devices. Additionally, it is recommended the number of PDU’s outlets exceeds the number of plugs you need for further expansion.
The PDU can be mounted either horizontally or vertically. Below are the available installation types:
0U Vertical Rackmount
1U Vertical Rackmount
1U Horizontal Rackmount
2U Horizontal Rackmount
Consider the size of rack and the location to install the PDU when deciding on the form factors.
CyberPower PDUKey Features
Work under High Temperature
PDU is typically mounted at the rear of a rack in the data center, which can experience extreme temperature, so it is important to select the device that can withstand harsh environments. CyberPower PDU can work under temperature as high as 45-60°C, ensuring normal operation for connected equipment.
Applied to:
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
±1% Measurement Accuracy
Generally, an accuracy of ±5% or less is considered to be acceptable for data center applications. Our advanced PDU provides trustworthy statistics, including values on voltages, currents or watts with ±1% measurement accuracy, allowing you to better calculate PUE (Power Usage Effectiveness) metrics to manage efficiency and performance within data centers.
Applied to:
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Ultra-low Power Consumption
Reducing energy usage means decreasing the electricity costs. The PDU comes with ultra-low power consumption design, with typical power consumption of 4.5W, saving more than 80% of energy as compared to its competitors.
Applied to:*For Selected Models Only
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
User Configurable Color LCD
Equipped with color LCD that can be configured by users, the product allows you to change the colors of the LCD screens, enabling convenient classification and identification of PDUs in data center application.
Applied to:
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Rotatable LCD Design
For proper viewing orientation, the product comes with automatic screen rotation, whether it is mounted vertically or horizontally in the rack.
Applied to:
Basic
Metered
Monitored
Switched
Metered-by-Outlet
Switched Metered-by-Outlet
Hot-swappable LCD Design
To ensure easy maintenance without power interruption, the LCD is designed to be hot-swappable, which allows you to safely remove and replace LCD panel without having to shut down the system.
1. What is the difference between a PDU and a power strip?
While a PDU has similar basic functions as a power strip, a PDU provides more advanced options. For instance, a PDU allows users to monitor and control power remotely, or measure electrical usage in IT environment. For home or smaller offices, power strips may be adequate, but those who aims for larger company’s growth may enjoy the benefits of using a PDU.
2. Can the PDU monitor temperature and humidity?
Yes, with optional ENVIROSENSOR installed and connected, the PDU can monitor temperature and humidity in real time.
*For Selected Models Only
Most Common Input Connector Types
See the following for some of the most common plug types among CyberPower PDU products.
NEMA 5-15P
NEMA 5-20P
NEMA L5-20P
NEMA L5-30P
NEMA L6-20P
NEMA L6-30P
IEC C14
IEC C20
IEC 60309 16A
IEC 60309 32A
Most Common Outlet Types
Here are some of the commonly output receptacles among CyberPower PDU products.
NEMA 5-15R
NEMA 5-20R
NEMA L5-20R
NEMA L5-30R
NEMA L6-20R
NEMA L6-30R
IEC C13
IEC C19
Power Solution Expert
CRN Data Center 100 and Top 20 Infrastructure Provider
Fast Growing with Enterprise Solution
GreenPower UPS™ Energy-saving Technology
Expanding the Business into European Market
Established World-class In-house Laboratory
Taking the Lead following the Internet Revolution
Started Business in the U.S.
Followed the path to success through its state-of-the-art technology in UPS systems, CyberPower has gained significant success in the United States and Europe, and has been further expanding its new service coverage throughout the world. With the outstanding engineer excellence and quality standards, CyberPower has become a dominant leader as one of the fast-growing power protection manufacturers in the IT industry.
More than 100 distributors and retail locations worldwide
Won Data Center 100 and Top 20 Infrastructure Provider by CRN three times in a row since 2013
CyberPower was recognized by CRN, a top news source for solution provider and the IT channel, to be one of the significant vendors of data center service provider supporting backup tools, virtual solutions, and cloud hosting from the aspects of efficient and environmental friendly manners.
Received the world's first Energy Star certificate from CSA group and was awarded Energy-efficient IT Systems by Green IT Best Practice Award 2012
Launched Datacenter UPS systems product line, and developed software compatibility with critical virtualization technology partners, including VMware, Hyper-V, Red Hat, and Citrix
With years of practice and diligence in the field of power protection, CyberPower was recognized by its expertise in enterprise solution.
Established office in Japan and started sales through channels in Australia to expand its business presences in Asia-Pacific region
CyberPower started Initial Public Offering (IPO) in Taiwan stock market
CyberPower GreenPower UPS™ technology represents multiple advanced energy-saving designs that improve the operating efficiency and eliminate waste energy consumption.
Launched the first high-frequency energy-saving UPS with ultra-efficient technology
Recognized as ''Best New Vendor of the Year'' by Ingram Micro, the world's largest distributor of computer and technology products
CyberPower's business continued to flourish in the U.S. retail channels and later expanded to the market in Europe.
Developed and launched DC UPS for Telecom industry
Commenced partnership with the world's largest IT distributor and global network technology provider, Tech Data and Tellabs
CyberPower strived to further enhance the research and development capability by establishing in-house laboratories.
Certified by UL LCC to provide advanced testing environment
Performed safety tests, EMI certification and pre-testing to accelerate the development process and enhance engineering excellence
CyberPower was certified as the world’s first ''Microsoft Windows 98 compatible UPS vendor.'' After that, all of the UPS products are designed to be compatible with Microsoft OS, showing CyberPower's acute observation on the trend and our flexibility to adapt and adopt new technology.
Introduced UPS Power98, the first UPS designed to be compatible with Windows 98
Entered the world's largest and multi-national retail stores: Walmart, BestBuy and Fry's
With the expertise in power protection and battery backup, CyberPower has set its cornertone in the UPS business in the U.S. market.
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