All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(206 products available)
There are many types that serve different needs in power distribution and management.
These PDUs have outlets on which devices can be plugged, with power supplied by alternating current. Data tracking and thermal sensors cannot be found in these PDUs, so they are mainly used in devices that do not require much power or monitoring.
This type of pdu ethernet cable has an LCD display that allows users to update themselves on power usage and avoid overloading. Metered PDUs can be important in managing power and increasing efficiency. Metered PDUs are often used in data centers where there is a need to be in control of power consumption.
Switched PDUs allow remote power control of individual outlets. Switched PDUs are valuable for remotely powering up or down devices to control power. Switched technology is used to manage energy and operational requirements in a space.
Smart PDUs combine metering and switching features. Power monitoring and environmental sensors are incorporated into Smart PDUs for real-time audits of energy and physical conditions. These devices help improve energy efficiency and reduce operational downtime.
They are also known as rotational PDUs, where the outlet positions are changed from the original position of the standard PDU. Conversely, the outlets are rearranged in a different orientation to provide flexibility in equipment installation. Reversed PDUs are used in instances where space optimization and accessibility are a priority.
The PDUs are made with durable and premium materials to withstand constant use, especially in commercial environments.
The housing of spill-resistant PDUs is usually made of thermoplastic or steel, though some models may employ aluminum. Steel and aluminum provide housing that can be mounted to racks and withstand high heat. Lightweight and easier to install, thermoplastics are often found in areas where shock resistance is needed.
Outlets are made from high-quality materials such as copper or brass. Both have excellent electrical conductivity and corrosion resistance. Outlets are designed to resist wear from constant plugging and unplugging or heavy electrical loads.
Such as resistors and capacitors, are soldered onto printed circuit boards (PCBs) to ensure long-lasting functionalities. Other durable materials, often ceramic or glass-filled nylon, are used for insulating components to prevent overheating and internal damage.
However, excess heat is generated by prolonged PDU usage, especially in data centers. Effective heat dissipation is critical in maintaining performance and ensuring safety. This is where ventilation and cooling features come in handy.
IDCs are deployed in many settings to ensure reliable power distribution and cable management, especially in large-volume equipment.
Data centres are one of the most common applications. Metered and smart PDUs are used to track power usage and thermal issues. These are vital for ensuring the servers and storage systems operate at optimum levels and avoiding overloading.
Telcos rely heavily on PDUs to ensure that critical communication infrastructure maintains uninterrupted power. Switched and metered PDUs, commonly deployed, are used for remotely managing power and monitoring the system's state to prevent failures.
In industries that use PDUs to power machines, automated systems and heavy tools ensure that all equipment receives proper electrical work. Heavy-duty PDUs are installed to withstand the rigors of constant use and support high electrical loads.
Offices and buildings house equipment that requires steady power. PDUs installed in these areas supply power to servers, workstations and network equipment. Here, basic and surge-protected PDUs are widely used to ensure equipment safety and proper power distribution.
PDU ethernet cable is vital in maintaining power to cameras, transmitters, and other broadcasting equipment in broadcasting and production studios. Smart and metered PDUs are often used to monitor and manage power, ensuring uninterrupted operation.
Healthcare facilities use Ethernet PDUs to power critical medical equipment, monitors, and servers storing patient data. Surge-protected and switched PDUs are commonly used to ensure equipment safety and provide the ability to control power to devices when necessary.
Even now, choosing the right ethernet pdu is a hard task. Many factors have to be taken into consideration to ensure the right PDU is selected for a specific application.
This is one of the most critical considerations. This requires the PDU to be in line with electrical requirements of the environment or equipment it will serve. Metered and smart PDUs, for instance, help prevent overloading by providing real-time power usage statistics.
Consider the type and number of outlets required for the environment. PDUs with outlets of varying voltages and configurations are well-suited for diverse equipment. Rearranged PDUs are ideal for spaces that require distinct orientations for accessibility or optimized space.
Depending on the installation requirements, the PDU's mounting style is another factor to consider. PDUs are designed to be mounted in racks, on shelves or walls, and even in cabinets. Ensure the chosen PDU has the right mounting option for smooth installation and use in the environment.
Power monitoring and management features can be crucial, especially in environments where efficiency and reliability are of top priority. Smart PDUs provide real-time power data and alerts that can help prevent issues and enable proactive management.
Surge protection is a must for any area where sensitive electronics are used. PDUs that absorb voltage spikes and surges will safeguard equipment, such as servers and networking devices, from damage due to electrical irregularities.
A1: Human beings are still able to use the PDUs, which primarily distribute power to many devices. They provide multiple outlets for systems like servers, routers, and switches to be plugged into, ensuring they all receive a steady current.
A2: Basic PDUs provide simple power distribution without monitoring or management features, while smart PDUs offer advanced power monitoring, environmental sensing, and remote management capabilities for enhanced energy efficiency and proactive maintenance.
A3: Ethernet PDUs enhance energy efficiency by providing detailed power consumption data for each outlet, enabling informed decisions to optimize power distribution, reduce energy wastage and align with sustainability goals while avoiding overloading and minimizing operational costs.
A4: Ethernet PDUs are often made from steel, aluminum and thermoplastics, with heavy-duty outlets from copper or brass to ensure durability, electrical safety and efficiency in powering high-end equipment within demanding environments like data centers and industrial spaces.
The mounting space has to be prepared first. The PDU should then be installed on a rack or surface. Next, connect the input to the power source before plugging devices into the outlets. Finally, the main power switch should be turned on to complete the installation.
