SPECIFICATIONS
Part No.: IS200JPDBG1ABB
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Size: 15.9 cm high x 10.2 cm wide
Technology: Surface-mount
Temperature Operating: -30 to 65oC
Product Type: AC Power Distribution Module
Availability: In Stock
Series: Mark VIe
Functional Description
IS200JPDBG1ABB is an AC Power Distribution Module developed by GE. It is a part of the Mark VIe control system. It is designed to condition, monitor, and distribute AC power effectively. This module incorporates advanced features to ensure reliable power distribution.
Features
- Dual AC Distribution Circuits: The module boasts two separate AC distribution circuits, each capable of handling up to 20 A at 115 or 230 V AC. This dual-circuit design enhances flexibility and reliability in power distribution setups.
- Parallel Wiring for Input Circuits: To mitigate PPDA alarms, the input circuits should be wired in parallel when utilizing a single source of AC power. This setup ensures uninterrupted power distribution during operation.
- Branch Circuit Outputs: For each circuit, the module provides one fused and three fused and switched branch circuit outputs, facilitating efficient power allocation and control.
- Optional Compatibility: The module offers compatibility with an optional JPDF 125 V DC distribution module, enabling seamless integration with diverse power distribution setups.
Attributes
- The board features passive monitoring circuits for AC magnitudes and status feedback for all fused circuits. Connector P1 facilitates cable connection to a power diagnostic PPDA I/O pack, enhancing monitoring capabilities.
- Additional Connector for AC Source Selector: For systems requiring an AC source selector, the JPDBG2 variant provides an additional connector. This connector intercepts the two AC sources supplied to the JPDB and routes them to the JSS1 connector on the board edge, offering enhanced flexibility in power source selection.
- Circuit Breaker Provision: nIt's important to note that circuit breakers are not included as part of the basic IS2020JPDB module. However, options exist to provide circuit breakers on a mounting plate that fastens to the JPDB sheet metal support. Specific documentation should be referenced for information regarding any attached circuit breakers.
Installation
- Mounting the Module: Vertically base-mounted on a metal back base within the cabinet utilized by the Power Distribution Module (PDM). It should be securely fastened to ensure stability and proper functionality.
- Ground Connection: A crucial step in the installation process involves establishing a connection between the sheet metal and the system's Protective Earth. This grounding connection ensures safety and proper electrical grounding for the module.
- Connecting Input Power: Input power is applied to the designated terminals for each AC circuit. For the first AC circuit, power is connected to terminals AC1H (line) and AC1N (neutral). Similarly, for the second AC circuit, power is connected to terminals AC2H (line) and AC2N (neutral). It's essential to ensure that both AC inputs have grounded neutral connections to adhere to safety standards.
- Connecting Output Circuits: Output circuits are connected according to the documented specifications for the specific power distribution system being utilized. Proper connection of output circuits ensures the effective distribution of AC power as required by the system.
- Connecting to PPDA Power Diagnostic I/O Pack (Optional): If the power distribution system incorporates a PPDA power diagnostic I/O pack, a 50-pin ribbon cable is required to establish a connection between connector P1 on the module and the P2 connector on the board holding the PPDA. This connection may pass through other core PDM boards if necessary, utilizing the P2 connector.
Physical Arrangement
- Positioning with Optional Source: When used in conjunction with an optional source selector, it is recommended to position the selector above the JPDB. This arrangement facilitates a shorter power connection between the two components, utilizing the JSS1 connector for efficient power transmission.
- Integration with Board: In scenarios where the JPDB is used alongside a JPDF (125 V dc) board, the JAF1 connector provides AC power to the JPDF board. Optimal positioning suggests placing the board below. This arrangement minimizes wiring lengths and streamlines the connection between the two components.
- Consideration for Ribbon Cable Headers: The P1 and P2 ribbon cable headers on all boards are strategically positioned to optimize cable management and connectivity. For systems incorporating the PPDA I/O pack, it's advisable to position the JPDS or JPDM board hosting the PPDA pack at the top of the board arrangement. This layout enables ribbon cables to flow seamlessly from one card to the next, exiting from the top and entering the bottom of the subsequent card until reaching the PPDA host.
- Functionality of Connectors: Connector P1 is designated for transmitting feedback signals to the board hosting the PPDA I/O pack. Conversely, connector P2 receives feedback signals from other power distribution boards and forwards them to connector P1 for transmission to the PPDA. This setup ensures effective communication and coordination between the components within the power distribution system.
The WOC team is always available to help you with your Mark VIe requirements. For more information, please contact WOC.
Frequently Asked Questions
What is IS200JPDBG1ABB?
It is an AC Power Distribution Module developed by GE under the Mark VIe series.
What is the purpose of the ac power distribution module?
The module conditions, monitors, and distributes ac power in the system. It features two separate ac distribution circuits, each rated for 20 A at 115 or 230 V ac.
Are circuit breakers included with the module?
No, circuit breakers are not provided as part of the basic module. However, options exist to provide circuit breakers on a mounting plate that attaches to the module's sheet metal support.
How is the board module installed in the system?
It is base-mounted vertically on a metal back base in a cabinet used by the PDM. Input power is applied to designated terminals, and output circuits are connected as documented for the system.
What diagnostic signals are routed into the PPDA through connector P1 on the JPDB?
Diagnostic signals routed into PPDA through connector P1 include an electronic ID, analog feedbacks, switched/fused ac supply indications, fused ac supply indications, and a local ground signal for sensing analog signals.
