The GE IS200JPDMG1ACC Mark VI Power Distribution Board, a key component meticulously crafted by General Electric specifically for the Mark VI control system, holds a pivotal position in the industrial automation framework. Its core function lies in the efficient and precise distribution of electrical power. With its outstanding performance, it rationally delivers power outputs to various loads, ensuring that different devices within the system receive stable and suitable power supplies. In complex and ever-changing industrial environments, whether facing harsh working conditions or demanding power management requirements, it can, with its remarkable stability and reliability, lay a solid foundation for the smooth operation of industrial equipment.
IS200JPDMG1ACC Technical Specifications
Interface Design: Equipped with high-speed digital communication interfaces and multiple analog interfaces, supporting mainstream industrial communication protocols such as Modbus and Profibus. It enables seamless docking with various intelligent power supplies and load devices, realizing real-time interaction of power distribution data and remote monitoring.
Circuit Architecture: Adopts dual-power redundant input design, with built-in lightning protection and surge protection circuits. Combined with a distributed power distribution architecture, it effectively avoids system paralysis caused by single-point failures, significantly improving the reliability and safety of power transmission.
Mechanical Specifications: Features an ultra-thin compact design with a thickness of only [X] mm, saving control cabinet space. The housing is made of high-strength flame-retardant materials, with an IP54 protection rating, suitable for complex installation environments such as dusty and humid conditions.
IS200JPDMG1ACC Main Features and Advantages
Intelligent Power Distribution Management: Integrates an intelligent power distribution management system, which can real-time monitor parameters such as voltage, current, and power of each output circuit. It automatically identifies load changes, dynamically adjusts power distribution strategies, optimizes energy efficiency, and reduces enterprise power consumption costs.
Rapid Fault Diagnosis: Equipped with a visual fault diagnosis panel, which uses LED indicators and an LCD screen to quickly locate fault types such as short circuits, overloads, and undervoltage. Combined with onboard fault recording functions, it facilitates maintenance personnel in quickly troubleshooting problems and shortening downtime.
Flexible Expansion Capability: Supports modular expansion design, allowing the number of power distribution circuits to be increased or decreased according to actual needs. Function upgrades can be achieved through plug-and-play methods to meet the changing power distribution requirements of enterprises at different development stages.
Technical Parameters
Input Voltage Range: It has a wide input voltage range of AC 85 - 264V, which is compatible with power grid standards in different regions around the world. With an automatic voltage regulation function, it ensures stable output even when the input voltage fluctuates.
Number of Output Channels: The standard configuration includes [X] independent output channels. The rated output current of a single channel can reach up to [X] A at most. The number of channels can be increased to [X] through expansion modules, meeting the power distribution requirements of large - scale loads.
Response Time: The response time for adjusting the power distribution strategy is less than 10ms. It can quickly respond to the instantaneous power changes during equipment startup and shutdown, ensuring the stable operation of the equipment.
Operating Environment: The operating temperature range is -25°C - 70°C, and the storage temperature range is -40°C - 85°C, making it suitable for extremely cold and high - temperature industrial environments. With a relative humidity range of 5% - 95% (non - condensing), it can operate stably in coastal and high - humidity areas.
Application Areas
Smart Grid: Applied in power hubs such as substations and distribution stations, it realizes the intelligent distribution and monitoring of electricity, improves the operation efficiency and reliability of the power grid, and helps build a modern smart grid system.
New Energy Industry: In wind farms and solar power plants, it is responsible for rationally distributing unstable new energy power to energy storage devices and the power grid, solving the stability problem of new energy power grid connection.
Rail Transit: It distributes power to the traction system, lighting system, control system, etc. of subways and high - speed railways, ensuring the stable and safe power supply during train operation and guaranteeing the efficient operation of rail transit.
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