IS200DSFCG1A Manufacturer General Electric Country

Part Number IS200DSFCG1A Manufacturer General Electric Country of Manufacture As Per GE Manufacturing Policy Series Mark VI/VIe Function Module Availability In StockThe IS200DSFCG1A is a Driver Shunt Feedback Board designed and developed by General Electric as part of the Speedtronic Mark VI series. It offers protection, feedback, and control functionalities essential for power conversion systems in drive/source applications, particularly within the Innovation SeriesTM. With features such as MOV protection, jumper pins for customization, current sensing, fault detection circuits, galvanic and optical isolation, and compatibility with source bridges and AC drives, the board ensures high reliability and system performance. Product Attributes Metal Oxide Varistor (MOV): A circular red MOV, located near the upper left corner, protects the board and connected circuitry from transient voltage spikes by diverting excess electrical energy to ground. Jumper Pins: Six jumper pins in three pairs, labeled PL, PL1, and PL2, near the upper center, allow for configuration and customization of settings or connections on the board, enhancing flexibility in system integration.

Current Sensing and Fault Detection Circuits: The board includes a current sensing circuit for accurate current measurement and monitoring, ensuring precise control and overcurrent protection. It also features a fault detection circuit to identify system faults or abnormalities. Galvanic and Optical Isolation: Feedback and driver circuits are designed with galvanic and optical isolation to prevent electrical noise and interference, improving signal accuracy and system safety by isolating electrical potentials. Compatibility with Innovation SeriesTM Source Bridges and AC Drives: The board is compatible with 1000 Amp and 1800 Amp PWM source bridges and AC drives, serving as an interface between the drive bridge personality board and the drive control system for seamless integration. Mounting and Orientation: The board is mounted to the upper and lower IGBT modules in each phase leg, using gate, emitter, and collector connections for secure positioning. Proper orientation ensures alignment with mounting holes and electrical/mechanical integration. Key Features Shunt Feedback: A built-in shunt resistor provides feedback on system current, helping regulate the current to prevent overloading and ensure smooth operation. Amplification: The board features an amplifier to boost input signals, making them easily processed by the control system. Isolation: Provides electrical isolation between input and output signals to protect the control system from electrical noise and surges. Signal Output: Outputs high-level signals that can control motors, valves, or interface with PLCs or DCS systems. Protection: Overvoltage and short-circuit protection safeguards the connected equipment from damage. Modularity: The modular design allows easy replacement or upgrading of the board as needed. Excitation Control System The excitation control system supplies DC power to the synchronous generator's field. The exciter controls the generator's AC terminal voltage and/or reactive volt-amperes using field current. Exciters are housed in NEMA 1 metal cabinets, designed as freestanding, floor-mounted units with top or bottom cable entry.DRIVER/SHUNT FEEDBAC

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application area

Industries such as petroleum, coal, metal ore, nonmetal ore and wood;

Industries of basic materials, power and fuel.

Metal smelting and processing, coking and coke, chemistry, chemical raw materials, cement, wood-based panels and power, petroleum and coal processing industries;

Machinery and equipment manufacturing industry, metal structure, cement products, chemical fertilizer and pesticide industry.

Wind power generation, thermal power generation, hydropower generation, nuclear power generation and other energy sources; For example, thermal power in China is mainly distributed in the northern coal-producing areas of China, mainly using coal. Hydropower is mainly distributed in the source area of south China, which is rich in hydropower. The distribution of nuclear power is not very typical.

Power transmission, including AC power transmission and DC power transmission: For example, the largest power transmission project in China is the West-to-East Power Transmission Project.

Substation; Power distribution; Electricity, electrical machinery and equipment manufacturing.

These are the application fields of our products.

About Xiamen kongjiang automation technology co., ltd:

Xiamen kongjiang automation technology co., ltd is a technology-based entity company established on may 11th, 2017, located in Xiamen, Fujian province. The company is mainly engaged in the sales of imported industrial control parts, electrical engineering design, installation, programming, debugging, construction and other businesses. The company has an experienced and well-trained technical team, which is committed to providing customers with services such as electrical automation system development, automatic upgrading and transformation of the original production line, energy