SPECIFICATIONS
Part No.: DS200AAHAH2AFD
Manufacturer: General Electric
Country of Manufacture: United States of America (USA)
Product Type: ARCNET Connection Board
Availability: In Stock
Series: Mark V
Functional Description
DS200AAHAH2AFD is an ARCNET Connection Board developed by GE. It is a part of the Mark V control system. The ARCNET Connection Board (AAHA) serves as an interface connection for ARCNET cables, linking the R core to both the IO cores and the Human-Machine Interface (HMI). It features two BNC connections, designated as channels A and B, which facilitate the transmission of data over ARCNET networks. These connections are crucial for ensuring reliable and efficient communication within the system.
Features
- In addition to the BNC connections, the board includes a single plug connector known as the APL connector. This connector plays a pivotal role in establishing communication with boards containing ARCNET drivers in the R core. Specifically, the APL connector on the AAHA board links to either the APL or BPL connector on the PANA board, depending on its configuration and placement within the system architecture.
- Located in position 6 of the R core, two AAHA boards are typically installed. AAHA1 is dedicated to the Stage Link function between the R core and the operator interfaces. When both BNC connectors on AAHA1 are utilized, it allows for either two independent stage links to be connected to one controller or for another controller to be linked to the Stage Link. The APL connector on AAHA1 interfaces directly with the APL connector on the PANA board, ensuring seamless communication between components.
- AAHA2 serves a different role by connecting the R core to the COREBUS link. This link enables the control engine to communicate effectively with the IO cores, facilitating essential IO communications within the system. The APL connector on AAHA2 is specifically designed to connect with the BPL connector on the PANA board, ensuring proper integration and functionality of the ARCNET communication network.
Connectors
- 2PL Connector: This connector is responsible for distributing power from the TCPS board located in the R core. It provides an essential power supply to the AAHA board, ensuring it operates reliably and efficiently within the control system.
- APL Connector: The APL connector facilitates ARCNET communication between the AAHA board and the PANA board located in the R core. This connection is crucial for establishing a reliable data link between different components of the system, enabling seamless communication across the ARCNET network.
- ARCBNC A Connector: This BNC connector is designated as channel A for ARCNET communication. It serves as an interface point for transmitting ARCNET data signals, ensuring robust and reliable communication between interconnected devices and systems.
- ARCBNC B Connector: Similar to ARCBNC A, this BNC connector functions as channel B for ARCNET communication. It provides an additional interface point for transmitting ARCNET data signals, offering redundancy and flexibility in data transmission within the control system.
- EBNC Connector: The EBNC connector is typically not used in standard configurations. Its presence allows for potential future expansion or alternative configurations where additional BNC connections may be required for specialized applications.
- EPL Connector: Similar to EBNC, the EPL connector is also typically not used in standard setups. It remains available for potential future expansions or specific configurations that may require additional power or data connections beyond standard ARCNET communication.
The WOC team is always available to help you with your Mark V requirements. For more information, please contact WOC.
Frequently Asked Questions
What is DS200AAHAH2AFD?
It is an ARCNET Connection Board developed by GE under the Mark V series.
What is the function of the 2PL connector on the board?
The 2PL connector distributes power from the TCPS board located in the R core to the board. This ensures the AAHA board receives the necessary power supply for its operation within the control system.
How does the APL connector contribute to ARCNET communication?
The APL connector facilitates ARCNET communication between the AAHA board and the PANA board in the R core. It establishes a reliable data link essential for seamless communication across the ARCNET network within the system.
What are the ARCBNC A and ARCBNC B connectors used for?
Both ARCBNC A and ARCBNC B connectors are BNC connectors designated for ARCNET communication. They provide interface points for transmitting ARCNET data signals, ensuring robust and redundant communication between interconnected devices and systems.
