GE IS210JPDAG1A MKVIe, AC Power Distribution Assy, DIN

GE IS210JPDAG1A MKVIe, AC Power Distribution Assy, DIN

The IS210JPDAG1A is a crucial component for ensuring a reliable and clean power supply to the control system. Its key functions include:

  • AC Power Distribution: The assembly receives incoming AC power and distributes it to the I/O packs within the Mark VIe rack. It acts as a centralized and managed point for power flow, simplifying wiring and troubleshooting.
  • Jumper Configuration: The board uses jumpers to set the specific wiring and power distribution settings for the rack. This provides flexibility, allowing the board to be adapted to different power requirements and system layouts.
  • Filtering and Conditioning: The board includes filtering components to condition the incoming AC power. This helps protect the sensitive electronics of the I/O packs from electrical noise, voltage fluctuations, and other power quality issues.
  • DIN-Rail Mounting: The “DIN” in the description indicates that the board is designed to be mounted on a standard DIN rail. This is a common and efficient method for organizing and installing control system components in a cabinet.
  • Diagnostic LEDs: The board may also include status indicators (LEDs) to show the presence of power, which is useful for quick visual checks during installation and maintenance.
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الوصف

The GE IS210JPDAG1A is an AC Power Distribution Assembly for the Mark VIe series of GE’s Speedtronic Gas Turbine Control Systems. The “JPDA” in the part number stands for Jumper Power Distribution Assy. This board is designed to provide and distribute AC power to the I/O packs in a Mark VIe rack, and is configured for DIN-rail mounting.

 

Key Features and Functionality

 

The IS210JPDAG1A is a crucial component for ensuring a reliable and clean power supply to the control system. Its key functions include:

  • AC Power Distribution: The assembly receives incoming AC power and distributes it to the I/O packs within the Mark VIe rack. It acts as a centralized and managed point for power flow, simplifying wiring and troubleshooting.
  • Jumper Configuration: The board uses jumpers to set the specific wiring and power distribution settings for the rack. This provides flexibility, allowing the board to be adapted to different power requirements and system layouts.
  • Filtering and Conditioning: The board includes filtering components to condition the incoming AC power. This helps protect the sensitive electronics of the I/O packs from electrical noise, voltage fluctuations, and other power quality issues.
  • DIN-Rail Mounting: The “DIN” in the description indicates that the board is designed to be mounted on a standard DIN rail. This is a common and efficient method for organizing and installing control system components in a cabinet.
  • Diagnostic LEDs: The board may also include status indicators (LEDs) to show the presence of power, which is useful for quick visual checks during installation and maintenance.

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