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    28-Outlet C13 C19 Vertical SPD Breaker Switched Rack Pdu
    28-Outlet C13 C19 Vertical SPD Breaker Switched Rack Pdu

    The 28-Outlet C13 C19 Vertical SPD Breaker Switched Rack PDU is a reliable and versatile power distr...

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    14-Outlet Swiss Vertical Switched Rack Pdu
    14-Outlet Swiss Vertical Switched Rack Pdu

    The 14-Outlet Swiss Vertical Switched Rack PDU is a reliable and efficient power distribution unit d...

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    3-phase 27-Outlet C13 C19 Vertical Breaker Switched Pdu
    3-phase 27-Outlet C13 C19 Vertical Breaker Switched Pdu

    The 3-phase 27-Outlet C13 C19 Vertical Breaker Switched PDU is a high-performance and efficient powe...

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    19-Outlet British Vertical Indicator Breaker Switched Rack Pdu
    19-Outlet British Vertical Indicator Breaker Switched Rack Pdu

    The 19-Outlet British Vertical Indicator Breaker Switched Rack PDU is a reliable and efficient power...

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    18-Outlet South Africa Vertical Surge Protection Breaker Switched Rack Pdu
    18-Outlet South Africa Vertical Surge Protection Breaker Switched Rack Pdu

    The 18-Outlet South Africa Vertical Surge Protection Breaker Switched Rack PDU is a reliable and eff...

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    27-Outlet C13x12 Germanyx15 Vertical Current Voltmeter Breaker Switched Rack Pdu
    27-Outlet C13x12 Germanyx15 Vertical Current Voltmeter Breaker Switched Rack Pdu

    The 27-Outlet C13x12 Germanyx15 Vertical Current Voltmeter Breaker Switched Rack PDU is a versatile ...

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    24-Outlet C13x16 C19x8 Vertical Digital Current Voltage Meter Breaker SPD Switched Rack Pdu
    24-Outlet C13x16 C19x8 Vertical Digital Current Voltage Meter Breaker SPD Switched Rack Pdu

    The 24-Outlet C13x16 C19x8 Vertical Digital Current Voltage Meter Breaker SPD Switched Rack PDU is a...

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    3-Phase 18-Outlet C19 Vertical Breaker Switched Rack Pdu
    3-Phase 18-Outlet C19 Vertical Breaker Switched Rack Pdu

    The 3-Phase 18-Outlet C19 Vertical Breaker Switched Rack PDU is a robust and efficient power distrib...

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    19-Outlet C13 C19 Vertical Breaker 3 SPD Switched Rack Pdu
    19-Outlet C13 C19 Vertical Breaker 3 SPD Switched Rack Pdu

    The 19-Outlet C13 C19 Vertical Breaker 3 SPD Switched Rack PDU is a high-performance power distribut...

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    16-Outlet Vertical Breaker Switched Rack Pdu
    16-Outlet Vertical Breaker Switched Rack Pdu

    The 16-Outlet Vertical Breaker Switched Rack PDU is a high-quality power distribution unit designed ...

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    3-Phase 10-Outlet C13 C19 Vertical Breaker Overload Protection Switched Rack Pdu
    3-Phase 10-Outlet C13 C19 Vertical Breaker Overload Protection Switched Rack Pdu

    The 3-Phase 10-Outlet C13 C19 Vertical Breaker Overload Protection Switched Rack PDU is a reliable a...

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    22-Outlet Vertical Indicator Surge Protection Switched Rack Pdu
    22-Outlet Vertical Indicator Surge Protection Switched Rack Pdu

    The 22-Outlet Vertical Indicator Surge Protection Switched Rack PDU is a high-performance power dist...

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    ABOUT US
    25YEARS OF
    EXPERIENCE
    About Us

    Coming From China, Marketing To The World.

    With the rapid development of cloud computing and mobile internet services, the rapidly increasing density of IT servers and energy consumption have posed many challenges to traditional data centers. As a professional China Data Center Network Cabinets Manufacturers and Data Center Network Cabinets Factory, to address the contradiction between customers' constantly changing business needs and low investment and high return, and to meet the future needs of cloud computing, virtualization, blade servers with high density, low consumption, fast deployment, and flexible expansion, effectively improving the work efficiency of data centers, To control investment costs, IDCPDU has launched various power distribution and cabinet solutions for data center infrastructure, achieving energy-saving, fast, and flexible characteristics. The entire series of solutions have four major advantages: "Simpie", "Saving", "Smart", and "Safety". They are currently the environmentally friendly choice for the construction of the new generation of energy-saving modular data centers. At the same time, independently running modular data centers are ideal energy-saving products for future builders, contributing to the future cloud age!

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    Excellent products with exquisite craftsmanship

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    • 3C
    • CE
    • Environmental Management System Certificate
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    • Credit Evaluation Certificate
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    Industry Knowledge Expansion

    How do you ensure power distribution and redundancy in a network cabinet for critical equipment?
    Ensuring power distribution and redundancy in a network cabinet for critical equipment is vital to maintain the availability and reliability of essential services and applications. To achieve this, several key strategies can be implemented:
    1. Redundant Power Sources: To guarantee power availability, critical equipment should be connected to multiple power sources. This includes primary power feeds from the utility grid and secondary power sources like uninterruptible power supplies (UPS) or backup generators. Redundancy minimizes the risk of power outages due to grid failures or UPS malfunctions.
    2. Dual Power Distribution Units (PDUs): Implementing dual PDUs in the network cabinet allows for load balancing and ensures that if one PDU fails, the other can continue to supply power to the critical equipment. These PDUs should be connected to different power sources.
    3. Automatic Transfer Switches (ATS): ATS devices can automatically switch between power sources in the event of an outage. They detect power loss on one source and switch to the backup source seamlessly. This reduces downtime and ensures continuous power supply.
    4. Proper Grounding and Surge Protection: Ensuring proper grounding of equipment and implementing surge protection devices can safeguard critical equipment from electrical surges, voltage spikes, and transient disturbances, which could otherwise lead to equipment damage.
    5. Monitoring and Remote Management: Employ advanced power monitoring and management systems to continuously monitor the status of power sources, PDUs, and critical equipment. These systems can provide real-time alerts and allow remote control and configuration, improving response times in case of power issues.

    How do you manage and mitigate electromagnetic interference (EMI) and radio frequency interference (RFI) in a network cabinet?
    Managing and mitigating Electromagnetic Interference (EMI) and Radio Frequency Interference (RFI) in a network cabinet is essential to maintain the reliability and performance of critical equipment and data transmission. Here are some strategies to address these challenges:
    1. Shielding: Use shielded network cables (STP/FTP) and enclosures to prevent EMI and RFI from entering or escaping the cabinet. Shielding consists of metal layers that absorb and redirect electromagnetic and radio frequency energy. Ensure that all cabinet seams and openings are properly shielded.
    2. Grounding: Proper grounding is critical to dissipate unwanted electrical charges and prevent EMI/RFI. Establish a solid grounding system for the cabinet, ensuring that all equipment and cables are connected to a common ground point. Grounding bars and conductive pathways should be employed to create an effective ground plane.
    3. Cable Management: Organize and route cables properly within the cabinet to reduce the risk of interference. Keep power and data cables separate and use cable management accessories like cable trays, ties, and grommets to maintain order and minimize cross-talk.
    4. Filters and Ferrites: Install EMI/RFI filters and ferrite cores on cables and power lines entering the cabinet. These components help suppress unwanted electromagnetic noise and can be particularly effective in high-frequency environments.
    5. Isolation: Physically isolate sensitive equipment and cables from potential sources of interference. This may involve creating separate enclosures within the cabinet or using partitions to separate noisy components from those requiring a clean environment.
    6. Proper Cabinet Design: Choose cabinets and enclosures with good EMI/RFI shielding properties. Cabinets designed specifically for EMI/RFI protection often feature conductive gaskets, additional shielding layers, and precision manufacturing to minimize electromagnetic leakage.
    7. Surge Protection: Use surge protectors and transient voltage suppressors to safeguard sensitive equipment from voltage spikes caused by electrical storms or power supply fluctuations. These devices can prevent damage and data loss.
    8. Testing and Monitoring: Regularly test for EMI/RFI susceptibility and monitor the cabinet environment for interference. Tools such as spectrum analyzers can help identify and locate sources of interference, allowing for targeted mitigation efforts.