XGN15-12 (SF6) box-type fixed AC metal-enclosed switchgear

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Keyword: XGN15-12 (SF6) box-type fixed AC metal-enclosed switchgear

  • Detail
    • Commodity name: XGN15-12 (SF6) box-type fixed AC metal-enclosed switchgear

    Product Overview

    XGN15-12 (SF6) type unit type AC metal-enclosed ring network switchgear (hereinafter referred to as ring network cabinet) is a new generation of high-voltage electrical products successfully designed and developed by us after introducing advanced technology from abroad and in accordance with the requirements of the domestic agricultural power and urban) network transformation. All technical performance indexes are in line with IEC62271-200:2003 and GB3906 standards. The main switch, operating mechanism and components of the ring network cabinet adopt the original parts of ABB company or the domestic assembly and production of SFL-12/24 type switchgear with imported parts, and can also be equipped with the original HAD/US type SF6 circuit breaker of ABB company or VD4-S type vacuum circuit breaker according to the needs of users. The operation mode is divided into manual and electric.

    The cabinet is processed by CNC machine tool and then riveted, the protection level reaches IP3X, and there are reliable mechanical interlocking and anti-misoperation functions. This product has very remarkable features such as small volume, light weight, beautiful appearance, easy operation, long service life, high parameter, no pollution, less maintenance, and so on.

    XGN15-12 (SF6) type unit type AC metal-enclosed ring network switchgear is suitable for the power network of AC 50Hz, 12kV, as the receiving and distributing of electric energy. The main switch in the cabinet is S F 6 switch.




    Model Meaning

    Normal conditions of use

    Ambient temperature: upper limit +40°C, lower limit -25°C; 
    Altitude: altitude not exceeding 2000m; 
    Relative temperature: daily average not greater than 95%; monthly average not greater than 90%; 
    Surrounding environment: the surrounding air is not visibly polluted by corrosive or flammable gases or water vapor. No frequent and violent vibration.

    Main technical parameters
     

    serial number name unit numeric value
    Rated voltage Kv 12 
    Rated frequency Hz 50 
    The main bus is rated at current / the fuse is rated at a large rate A 630,125
    The main circuit and ground circuit are rated for short-time withstand current kA/S 203
    The main circuit and ground circuit are rated for peak withstand current kA 50 
    The main circuit and ground circuit are rated for short-circuit closing current kA 50 
    The number of load switches interrupted at full capacity
    times

    100
    Fuse interrupting current kA 31.5,40
    Rated closed-loop interrupting current A 630 
    10  Rated transfer current A 1600 
    11  Mechanical life times 2000 
    12  1 min power frequency withstand voltage (peak) relative, ground/isolated fracture Kv 42,48
    13 Lightning impulse withstand voltage (peak) interphase, ground/isolation fracture Kv 75,85
    14 The secondary circuit has a power frequency withstand voltage of 1min Kv 2
    15  Ingress protection   IP3×


    Installation Dimensions and Structure Schematic

     

Environmentally friendly gas-insulated metal enclosed switchgear is the most commonly used three-phase intelligent gas-insulated AC cabinet and is widely used in various switchgear sets, with population concentration in the country, the power market must be supported, environmentally friendly gas-insulated switchgear will also grow with market development; market potential is yet to be tapped. At the same time, as the product integrates data collection and management, data processing and storage, online monitoring of switchgear, advanced analysis, and other multifunctions in one, network intelligent monitoring and management of the distribution network, so that the distribution network operates in a safe, reliable, high-quality, and efficient best state, to achieve remote monitoring, management, and control of the power system distribution network, to achieve network optimization, safe electricity use, power management, energy saving, and consumption reduction; at the same time, the system can be widely used in intelligent power distribution fields such as transportation, factories, hospitals, schools, buildings, residential areas, and commercial office buildings.

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