entechworld
close

Railroad

GIS partial discharge counter

Device that detects the presence of partial discharge of GIS

Device that detects the presence of partial discharge of GIS. It consists of PD Counter, external UHF Sensor, Noise Sensor, and BRF (Band Rejection Filter). A built in algorithm to recognize and determine partial discharge pattern and type is also present. By applying a noise sensor and a BRF to remove noise signal according to the operation level and the reference density setting, accurate partial discharge can be determined. Up to three PD sensors can be connected, making it possible to see the effect of 3 units in one, greatly reducing the cost and allowing easy remote monitoring using communication function (contact point, RS485, LAN)

  • 01Features

    Determinant the presence or absence of electric discharge

    Determinant the presence or absence of partial discharge

  • 02Features

    Increased recognition

    Algorithm to recognize and determine partial discharge pattern and type increase recognition of partial discharge with built in parts

  • 03Features

    Accurate judgement

    By applying a noise sensor and a BRF to remove noise signal according to the operation level and the reference density setting, accurate partial discharge can be determined

  • 04Features

    Reducing the cost

    Up to 3 PD SENEORs can be connected
    (Possible to see the effect of 3 units in one greatly reducing the cost )

  • 05Features

    Self-storage

    Save the event waveform and its occurrence time itself

  • 06Features

    Remote Control

    Able to monitor remotely using communication function (Contact point, RS485, LAN)

  • 07Features

    Able to check the large number of GIS partial discharge counter

    Able to confirm number of operations and waveform of GIS partial discharge counter from user’s PC (By using RS485 and LAN)

  • 08Features

    Ensured reliability

    With various certifications to ensure reliability

ZCP System

As a railway protection monitoring system, opening and closing are possible by a 3-phase interlocking system, by differentiating it from a disconnector that operates only when there is no load. It is installed and used in domestic high-speed railways.