The GE VMIVME-7750 is part of the VMIVME series of VMEbus modules designed for use in industrial automation and control systems, particularly those developed by General Electric. The full part number you’ve mentioned – VMIVME-7750-734001 350-027750-734001 K – likely indicates a specific version or configuration of the VMIVME-7750 module.

Overview of GE VMIVME-7750-734001

Module Purpose

– The VMIVME-7750 modules are typically used for data acquisition, control, and communication tasks in VMEbus-based systems, which are widely used in industrial and telemetry applications.

Specifications

– 740001 Variant: This variant may denote specific configurations or enhancements to the base VMIVME-7750 module, such as additional memory, processing power, or modified I/O capabilities.

– I/O Capabilities: The specific I/O options would depend on the application requirements, including possible support for digital and analog inputs and outputs.

Application Areas

– Industrial Control Systems: Used in environments that require reliable and robust automation solutions.

– Data Acquisition Systems: Often involved in collecting and processing data from various sensors and instruments.

Installation & Configuration

– VME Compatibility: Designed to fit a standard VMEbus chassis. Correct installation and integration are critical for system functionality.

– Software and Drivers: Typically, drivers and software would be needed for programming and interfacing with this module. GE often provides support through its technical resources.

Recommendations

– Documentation: It is essential to consult the product’s detailed datasheet and installation manuals provided by GE for instructions specific to the VMIVME-7750-734001. This would include wiring diagrams, software installation procedures, and configuration guidelines.

– Technical Support: For issues regarding utilization or troubleshooting, reaching out to GE’s technical support or consulting with an experienced engineer who specializes in GE automation products would be advisable.

– Maintenance: Regular testing and maintenance checks should be performed, especially in critical systems that rely on this module’s performance.