GE IS200JPDDG1AAA Power Distribution Board

Applications

The GE IS200JPDDG1AAA is a power distribution board designed to support GE Mark VIe control systems. It ensures reliable distribution of low-voltage power to multiple system components, making it an essential module in sectors such as power generation, petrochemical facilities, heavy industrial automation, and energy utilities.

Overview

This board is engineered to regulate and distribute power efficiently across the control system. With advanced circuit protection and stable voltage regulation, the IS200JPDDG1AAA enhances the overall reliability and safety of industrial operations.

Structure & Design

The unit is built on a multi-layered PCB with reinforced copper traces to handle varying load capacities. Key components include:

• Input terminals for multiple power sources
• Fuses and protective circuits for overload prevention
• Output connectors designed for seamless integration with Mark VIe modules
• Status indicators for real-time power monitoring

Key Features

• Stable distribution of DC power across connected devices
• Built-in protection against surges and short circuits
• Compact form factor for easy panel integration
• Compatible with GE’s advanced Mark VIe control architecture
• Long service life with minimal maintenance requirements

Technical Specifications

• Manufacturer: General Electric (GE)
• Model Number: IS200JPDDG1AAA
• Series: Mark VIe
• Function: Power Distribution Board
• Protection: Fuses and integrated safety circuitry
• Application: Low-voltage power regulation and distribution

Installation & Maintenance

• Mount in a dust-free, well-ventilated control cabinet
• Ensure correct polarity when connecting input and output lines
• Inspect protective fuses periodically and replace if tripped
• Regularly check connectors for secure attachment
• Follow GE installation guidelines to prevent electrical hazards

Additional Notes

The IS200JPDDG1AAA plays a critical role in maintaining uninterrupted operation of GE’s Mark VIe systems. By delivering safe and stable power, it helps extend the lifespan of connected modules and reduces downtime across industrial environments.

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