VMIVME-7750 GE

Due to the age of this component, GE might not have readily available information on the VMIVME-7750 on their website. Here are some alternative resources for your search:

  • Online Search:
    • Look for “VMIVME-7750 datasheet” or “GE VMIVME-7750 manual” to find datasheets from distributors or third-party websites offering technical specifications and functionalities.
  • Focus on VMEbus Systems: Search for resources related to “VMEbus single board computers” or “VMEbus industrial control systems” to understand the general functionalities and applications of SBCs within this architecture.

Contacting GE Support (Optional):

  • While current support from GE might be limited, contacting them could offer possibilities like:
    • Information on potential resources or archived manuals for the VMIVME-7750.
    • Suggestions for compatible replacement SBCs that could be used within a VMEbus system (depending on availability).

Considerations:

Category:

Description

The VMIVME-7750 code refers to a Single Board Computer (SBC) designed for the VMEbus architecture, manufactured by GE. Here’s a breakdown of its key features and potential applications:

Function:

  • The VMIVME-7750 is a complete computer system on a single circuit board. It likely includes a central processing unit (CPU), memory (RAM), and other essential components for basic computing operations.
  • Within a VMEbus system (older industrial computer architecture), the VMIVME-7750 could handle various tasks such as:
    • Data acquisition and processing from sensors and instruments.
    • Real-time control of industrial machinery or processes.
    • Running Human-Machine Interface (HMI) software for operator interaction with the control system.

Possible Features (Based on Age):

  • While specific details for the VMIVME-7750 might be limited due to its age, it likely offered features like:
    • Processing power sufficient for running control programs for various industrial applications at the time of its release.
    • Communication capabilities to connect with input/output (I/O) modules, sensors, and other devices within the VMEbus system.
    • Memory capacity to store control programs, system configuration data, and process data.

Applications (Potential):

  • The VMIVME-7750 might have been used in various industrial control systems before newer standards emerged:
    • Factory automation: Controlling production lines, robots, or material handling systems.
    • Power generation and distribution: Monitoring and control systems for power plants or electrical grids.
    • Process industries: Chemical plants, oil refine
    • ries, and other facilities might have used the VMIVME-7750 for process control, monitoring, and data acquisition.

Finding Information:

Due to the age of this component, GE might not have readily available information on the VMIVME-7750 on their website. Here are some alternative resources for your search:

  • Online Search:
    • Look for “VMIVME-7750 datasheet” or “GE VMIVME-7750 manual” to find datasheets from distributors or third-party websites offering technical specifications and functionalities.
  • Focus on VMEbus Systems: Search for resources related to “VMEbus single board computers” or “VMEbus industrial control systems” to understand the general functionalities and applications of SBCs within this architecture.

Contacting GE Support (Optional):

  • While current support from GE might be limited, contacting them could offer possibilities like:
    • Information on potential resources or archived manuals for the VMIVME-7750.
    • Suggestions for compatible replacement SBCs that could be used within a VMEbus system (depending on availability).

Considerations:

  • Legacy Systems: Maintaining a VMEbus system with the VMIVME-7750 might be challenging due to limited availability of replacements. Upgrading to a newer architecture with more readily available components might be a long-term consideration.
  • Replacement Parts: Finding new VMIVME-7750 units might be difficult. Explore options like contacting GE support or industrial automation parts suppliers specializing in obsolete control system components.

By understanding the function of the VMIVME-7750 and exploring these suggestions, you can effectively maintain, troubleshoot, or potentially upgrade an older VMEbus system. Remember to consider the challenges associated with maintaining legacy systems.