SPECIFICATIONS
Part Number: IS400BPPCH2A
Manufacturer: General Electric
Series: Mark VIe
Product Type: Data Acquisition Board
Size: 3L x 4.375W x 0.1875H
Repair: 3-7 Day
Availability: In Stock
Country of Manufacturer: United States (USA)
Manual: GEI-100599
FUNCTIONAL DESCRIPTION
IS400BPPCH2A is a Data Acquisition Board manufactured and designed by General Electric. It is a part of Mark VIe Series. The daughter board is an integral component of the Mark VI to Mark VIe Interfaces, manufactured by General Electric Systems. Designed for seamless integration, this daughter board enhances the capabilities of larger systems by providing a crucial link to the VTMI board. When combined with four mounting screws and three direct connections, it forms a complete PCMIH1A Unit, specifically tailored for VME Racks within expansive systems.
Integration and Mounting
- The integration of the daughter board into existing systems is a seamless process, characterized by simplicity and efficiency. With just four mounting screws, the daughter board is securely attached, ensuring stability and reliability in operation.
- Furthermore, three direct connections establish a strong and dependable link to the VTMI board, facilitating the smooth exchange of data between components. This robust connection scheme enhances the overall integrity and performance of the system, minimizing the risk of signal loss or interference.
- As a result of this streamlined integration process, a comprehensive PCMIH1A Unit is formed, representing a crucial component within larger VME Rack setups. This unit plays a pivotal role in ensuring the smooth operation and functionality of complex systems, reflecting General Electric's commitment to excellence and innovation in engineering solutions.
System Advancements with VME Rack Expansion
- With the expansion of VME Rack slots, the system undergoes significant advancements, resulting in notable improvements in capabilities and speeds. Central to this enhancement is the PCMI unit, comprising the daughter board and the VTMI board. This unit serves as a critical component in leveraging the heightened potential of the expanded system.
- The integration of additional components into the VME Rack leads to a boost in performance, as the system gains the capacity to handle larger volumes of data with greater efficiency. Data processing speeds are notably improved, enabling faster response times and smoother operation across various tasks and functions.
- Moreover, the expanded system exhibits increased overall efficiency, as it can accommodate a wider range of applications and demands. With enhanced capabilities, it becomes capable of addressing more complex tasks and supporting higher workloads, thereby meeting the evolving needs of modern industrial and technological environments.
I/O Connections for Protection and Redundancy
- The Unit offers expanded I/O connections, a feature designed to enhance protection and redundancy within the system architecture. These additional connections play a vital role in configuring various levels of redundancy, enabling the implementation of simplex, dual, or triple redundancy setups.
- This flexibility in configuration is instrumental in ensuring the system's resilience against unexpected failures or outages. By providing multiple redundant pathways for data transmission and processing, the system can maintain operational continuity even in the event of component failures or disruptions.
- Moreover, the ability to customize the redundancy configuration according to specific operational requirements enhances the system's overall reliability and fault tolerance. It allows for tailored solutions that optimize system performance while minimizing the risk of data loss or downtime.
Enhanced Reliability and Data Security
- The inclusion of the board and its collaboration with VTMI contribute to the overall reliability of the system. The redundancy options provided by additional I/O connections ensure data integrity, even in the face of unexpected disruptions.
- This setup is designed to minimize the impact of failures and fortify the system against potential outages, enhancing its resilience in demanding operational environments.
Site Accessibility
- Both the daughter board and the VTMI board are conveniently available on our site, providing easy access to these essential components. This accessibility streamlines the procurement process, allowing users to acquire the necessary boards efficiently for their specific system requirements.
System Features
- High-speed, networked I/O capabilities, it is well-equipped to support simplex, dual, and triple redundant systems, providing a robust and reliable foundation for various industrial processes.
- One of the key strengths of the Mark VIe system lies in its utilization of industry-standard Ethernet communications. This extends across the entire system, including I/O, controllers, supervisory interfaces, operator and maintenance stations, as well as integration with third-party systems. By leveraging Ethernet, the Mark VIe ensures seamless and efficient communication between different components, fostering a cohesive and interconnected control environment.
- The incorporation of high-speed, networked I/O not only enhances the system's responsiveness but also contributes to its scalability, allowing for the accommodation of diverse and evolving operational requirements. Whether deployed in a simplex configuration for straightforward applications or in a dual or triple redundant setup for mission-critical systems, the Mark VIe control system adapts to the specific needs of each scenario, thereby providing flexibility and resilience.
- Moreover, the use of Ethernet for communication aligns the Mark VIe with industry standards, facilitating interoperability and compatibility with a wide range of equipment and devices. This standardization extends beyond the immediate system components to encompass interactions with operator and maintenance stations, promoting a user-friendly interface and simplified maintenance procedures.
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FREQUENTLY ASKED QUESTIONS
What is IS400BPPCH2A?
It is a Data Acquisition Board manufactured by General Electric.
How is the BPPC daughter board connected to the VTMI?
The BPPC daughter board can be securely attached to the VTMI board using four mounting screws and three direct connections. This combination forms a complete PCMI Unit, specifically designed for larger VME Racks.
What is the significance of the PCMIA Unit?
PCMI Unit, formed by combining the BPPC daughter board and the VTMI board, is tailored for larger systems with VME Racks. It contributes to increased capabilities, improved speeds, and enhanced system performance.
How does the expansion of VME Rack slots impact the larger system?
As more VME Rack slots are filled, the capabilities and speeds of the larger system experience a significant increase. This expansion results in improved overall system performance, making it more adept at handling complex tasks and data processing.
What benefits do added I/O connections provide?
Added I/O connections offer protection and redundancy in various configurations, including simplex, dual, or triple arrangements. These configurations act as safeguards, protecting the system from data loss in cases of failures and outages, ensuring continuous and reliable operation.
