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- SKU:
- 1039032
Sheet steel housing: 3HE, 19", 19cm deep (without fittings)
Front: phase controls green L1, L2, L3 (for input after RCD), 1x Schuko hinged cover socket Aux
Protection: 1x FI: 40/0.03A for all circuit breakers; Schuko: 12x C16 circuit breaker; Aux: 1x C16 circuit breaker
Input: CEE cable plug 32A red with 2m rubber cable H07 5x6mm²
Output: 12x Schuko hinged cover socket, cPot earthing connection
- SKU:
- 10020440ff
- Variations in:
-
- Kit Variants:
- Solar system set for mobile homes and caravans
- Unbeatable price-performance ratio per kW/h
- Monocrystalline solar modules
- Easy installation
- Sets with all required components
- 6 variants
- SKU:
- P1530
- SKU:
- P1535
- SKU:
- P1560
- SKU:
- P1565
- SKU:
- P1570
- SKU:
- P1575
- SKU:
- P1580
- SKU:
- P1585
Why Do You Need Power Management and a Power Distribution Unit (PDU)?
A PDU (Power Distribution Unit) offers a range of benefits in various applications, particularly in data centers, server rooms, and other environments where reliable power supply and distribution are crucial. Here are some of the main advantages of PDUs:
- Power Distribution: The primary function of a PDU is to distribute power from a single source to multiple devices. This enables efficient use of power sources and simplifies the management of multiple devices.
- Load Balancing: PDUs can distribute the load across multiple circuits to prevent overload and ensure even power distribution. This helps avoid power failures and other issues caused by overloaded circuits.
- Remote Management: Some PDUs offer remote management features, meaning they can be monitored and controlled from a distance. This allows administrators to track power consumption, turn devices on and off, and receive notifications about issues without having to be physically present.
- Redundancy and Failover Protection: By using redundant PDUs and features such as automatic switching, systems can be configured for greater failover protection. If one power source fails, a redundant PDU can automatically switch the load to another source to ensure continuous operation.
- Energy Management and Monitoring: Modern PDUs often include power monitoring features, such as measuring current, voltage, power factor, and energy consumption. This enables administrators to optimize energy usage, improve efficiency, and reduce costs.
- Fire Protection and Safety: PDUs are often equipped with features that enhance fire safety, such as overcurrent protection and ground fault protection. They also help minimize the risk of electrical shocks and other safety-related issues.
Overall, PDUs provide a fundamental infrastructure component for reliable power supply and distribution in data centers and other critical environments. They improve uptime, increase efficiency, and lower total operating costs while preventing costly damage to technical equipment.
Power Management: Where Are Power Distribution Units (PDUs) Used?
PDUs (Power Distribution Units) are used in a variety of environments where reliable power supply and distribution are essential. Some of the primary environments where PDUs are utilized include:
- Data Centers: Data centers are the most common environment for PDUs. They are used to supply power to servers, networking devices, storage systems, and other IT equipment. PDUs in data centers are often designed specifically for rack-mounted installations.
- Server Rooms: Similar to data centers, PDUs are used in server rooms to provide efficient power distribution for servers and network devices. They simplify load management and distribution.
- Telecommunications Centers: In telecommunications centers and infrastructure, PDUs are used to safely and efficiently distribute power.