PDU power strip
PDU power strips, or Power Distribution Units, are advanced electrical devices designed primarily for managing power distribution in environments such as data centers and server rooms. They serve a similar purpose to standard power strips but offer enhanced functionality and features tailored for more complex power needs.
YOSUN can provide basic pdu power strip and intelligent pdu power strip. Basic PDUs provide additional outlets but no power usage data. Metered PDUs give you real-time data but no way to remotely access or aggregate the data. Monitored PDUs provide essential real-time and historical information allowing you to analyze trends and alert personnel to impending problems. Switched PDUs provide the capabilities of monitored PDUs with the additional benefit of remote on/off power control at the outlet level.
YOSUN allows users to create personalized solutions tailored specifically for their needs. Our specialized teams in engineering, reliability, compliance, and sales offer customers the opportunity to engage directly in the design and production of customized PDU power strip configurations that fulfill their specific requirements.The following are the customization options YOSUN can provide you:
PDU (Power Distribution Unit) and power strip are both devices used to distribute power, but they differ in several key ways:
Outlets and Power Capacity
– PDUs typically have more outlets (8-40+) than power strips (2-20) and can support higher amperages
– PDUs offer a variety of outlet types to support different equipment, while power strips usually have standard NEMA 5-15R outlets
Mounting and Cord Length
– PDUs are designed for rack mounting, either horizontally or vertically, while power strips are meant to lie on the floor or a shelf
– PDU power cords are limited to 15 feet due to the higher load, while power strip cords can be up to 25 feet
Advanced Features
– PDUs often include features like remote switching, outlet-level monitoring, and alerting capabilities, which power strips lack
– PDUs have circuit breakers to protect the branch circuit wiring, while power strips rely on a single switch
Applications
– PDUs are better suited for data centers, server rooms, and professional environments requiring advanced power management
– Power strips are more suitable for basic power extension needs in homes, small offices, or less critical applications
Overcurrent Protection: Look for PDU power strips equipped with a built-in circuit breaker that automatically shuts off the power when the current exceeds safe limits. This feature helps prevent overheating and potential fire hazards.
Surge Protection: A surge protector is essential, especially in environments prone to electrical fluctuations. It safeguards connected devices from voltage spikes, which can be particularly damaging during storms or when heavy machinery is in use.
Heat-Resistant Materials: Ensure that the power strip is constructed from materials that can withstand high temperatures. Some models are made from fireproof materials that can endure temperatures up to 1500°F without burning.
Weatherproof and Shockproof Design: If the PDU power strip will be used outdoors or in humid environments, it should have an IP rating (like IPX6) indicating it is waterproof and resistant to moisture. Additionally, shockproof designs help prevent electric shocks, especially in settings where children or pets may be present.
UL Certification: Always check for UL (Underwriters Laboratories) certification, which indicates that the product meets safety standards for electrical devices. This certification can help ensure reliability and safety in high-temperature applications.
Ventilation Features: PDU power strips should allow for adequate airflow around them to prevent overheating. Models designed with ventilation slots can help dissipate heat more effectively.
Limited Load Capacity: Choose a power strip that specifies a maximum load capacity appropriate for your devices. Avoid overloading by ensuring the total wattage of connected devices does not exceed this limit.
1. Choose Quality Equipment
Select high-quality power strip PDUs that are UL-listed or certified by reputable organizations. These devices are designed to handle electrical loads safely and efficiently. YOSUN’s cabinet pdu power strip is your best choice.
2. Avoid Overloading
Be mindful of the total wattage of all devices plugged into the power strip. Do not exceed 70% of the power strip’s rated capacity. For example, if using a 15A circuit, limit the load to about 1250 watts.
3. Proper Ventilation
Ensure that the power strip has adequate airflow around it. Avoid placing it in enclosed spaces without ventilation. While some sources suggest that power strips do not require ventilation, keeping them cool can help prevent heat buildup.
4. Regular Inspections
Periodically check the rack moun power strip for signs of wear, such as discoloration or melting plastic, which can indicate overheating issues. Replace any damaged units immediately.
5. Use Circuit Breakers
Ensure that your power strip or PDU has an internal circuit breaker that will trip in case of overload, providing an additional layer of safety against overheating.
6. Avoid Daisy Chaining
Do not connect multiple power strips together (daisy chaining), as this significantly increases the risk of overloading and overheating.
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