19 inch 4U rack mounted industrial control computer with metal casing, strong heat dissipation, compatible with redundant power supply

19 inch 4U rack mounted industrial control computer with metal casing, strong heat dissipation, compatible with redundant power supply

Category:

Instrumentation/Control instruments/Industrial computer

Model:

YPC-820

Brand:

Research for

Chassis structure:

19 inch 4U rack mounted

Shell material:

galvanized sheet

cooling method:

Active cooling of high-power fans

power support:

Industrial redundant power supply/Industrial ATX single power supply

Application Fields:

Machine Vision/Industrial Automation/Finance/Electricity/Rail Transit

Product Model:

YPC-820

brand:

Research for

Characteristics:

High strength/high stiffness/good ventilation

Retail Price

10,000,000.00USD


重量

kg

  • Product Description
  • Chassis structure

    19 inch 4U rack mounted

    Shell material

    galvanized sheet

    cooling method

    Active cooling of high-power fans

    power support

    Industrial redundant power supply/Industrial ATX single power supply

    Application Fields

    Machine Vision/Industrial Automation/Finance/Electricity/Rail Transit

    Product Model

    YPC-820

    brand

    Research for

    Characteristics

    High strength/high stiffness/good ventilation

    Description :

      YPC-820 is a standard 19 inch 4U rack mounted industrial chassis designed to solve the problem of stable operation of high-density computing devices in harsh environments. This industrial chassis is mainly used in scenarios that require high stability, such as machine vision, industrial automation, financial self-service terminals, power monitoring, and rail transit. Its core advantage lies in providing standardized installation dimensions and powerful internal expansion space, which can effectively integrate core components such as motherboards, hard drives, and boards, ensuring the physical safety and electrical stability of the entire system under long-term continuous operation. It is an ideal foundation for building high-performance industrial control systems.


      The appearance of YPC-820 industrial chassis is made of high-quality metal steel plate material, which has extremely high strength and rigidity, and can effectively resist external impacts and electromagnetic interference. The internal structure has been optimized and designed with sufficient air duct space reserved, and equipped with high-power cooling fans to form good ventilation performance, ensuring timely discharge of internal heat. This chassis has strong compatibility and supports the installation of industrial redundant power supplies or standard industrial ATX single power supplies, meeting power supply solutions for different power requirements. Compliant with the 19 inch rack installation standard, the 4U height design balances space utilization and maintenance convenience, making it suitable for densely deployed server rooms or control cabinet environments.


      When selecting YPC-820 industrial chassis, it is important to confirm whether the interface layout and power specifications of the backend devices match. This chassis is suitable for fixed locations that require rack installation, such as data centers, control rooms, etc., and is not suitable for portable or severely vibrating mobile scenarios. Compared with ordinary desktop chassis, YPC-820 industrial chassis pays more attention to dust prevention, heat dissipation, and long-term reliability, with stronger board thickness and structural support. If your application scenario involves multiple PCI/PCIe expansion cards or large capacity storage arrays, this 4U height chassis can provide sufficient vertical space and cable management area to avoid heat dissipation bottlenecks caused by hardware congestion.


      When installing the YPC-820 industrial chassis, it is recommended to use matching screws to securely lock it onto the standard 19 inch cabinet column, ensuring good grounding to prevent static electricity accumulation. In daily maintenance, it is necessary to regularly clean the dust at the air inlet and outlet, check the operating status of high-power fans, and avoid a decrease in heat dissipation efficiency due to dust accumulation. If an abnormal increase in temperature is found inside the chassis, it is necessary to promptly investigate fan faults or air duct blockages. The structural design of the industrial chassis is reasonable, making it easy to open the side panel for hardware replacement and upgrading. It is recommended that professional personnel install and debug the internal components to extend the overall service life of the equipment.

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