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IBXHG arc extinguishing and harmonic elimination cabinet

The IBXHG arc extinguishing and harmonic elimination cabinet provides advanced features such as over-voltage protection, arc suppression and detuning. The IBXHG cabinet is rugged and suitable for indoor environments with an ambient temperature range of -15℃ to 60℃, and can adapt to special environments between -30℃ and +60℃. It is also capable of operating in environments up to 2000 meters above sea level and can be specially designed for environments up to 4000 meters above sea level. A highlight of the IBXHG cabinet is the ability to quickly convert single-phase arc grounding to metal grounding, thereby minimizing potential dangers. When metal grounding or PT line break occurs, the device can issue an alarm in time to ensure that the operator can immediately detect any problems. The cabinet continuously monitors the PT open triangle voltage and uses digital measurement and signal processing technology to analyze and calculate data in real time. This active monitoring method can quickly identify the type of fault, thereby improving the overall reliability of the system.

    Usage Environment

    Ambient temperature: Indoor type -15℃~60℃, special type can be -30℃-+60℃

    Altitude: ≤ 2000m, up to 4000m in special cases

    Operating environment: No explosive mixtures such as dust, gas, smoke, etc.

    Functions And Features

    Standard functions

    Replace the original PT cabinet function

    Over-voltage protection function

    Optional functions

    Detuning function

    Line selection function

    Arc extinguishing function

    Features

    (1) When the system has metal grounding or PT disconnection, the device will promptly alarm;

    (2) When a single-phase arc grounding occurs in the system, it can be quickly converted into a metal grounding;

    (3) Multi-core technology is used for data collection, analysis and judgment. Each unit has a clear division of labor, which greatly improves the collection rate and makes the judgment more accurate;

    (4) Perform cyclic detection on the PT open triangle voltage, collect data in real time, analyze and calculate the data through digital signal processing technologies such as digital measurement, filtering, and amplification, and determine the current fault type if a fault occurs;

    (5) You can choose automatic switching or manual switching.