Digital guide

You are here:
  1. Home
  2. GE
  3. GE WESCOM D200VME

GE WESCOM D200VME

The GE WESCOM D200VME is a specific model within GE’s industrial control and automation product line.

WhatApp
WeChat

Detailed content

Technical Specifications

  1. Model: WESCOM D200VME
  2. Type: VMEbus Control Module / Communication Module
  3. Functionality:
    • Designed for use in VMEbus-based control systems, providing communication and control functions.
    • Facilitates data exchange and control between VMEbus systems and other industrial equipment.
  4. Power Requirements:
    • Voltage: Operates on standard VMEbus power supplies, typically 5V DC.
    • Power Consumption: Specific power consumption details are provided in the module’s datasheet.
  5. Physical Specifications:
    • Form Factor: Standard VMEbus module form factor, designed for mounting in VMEbus chassis or racks.
    • Dimensions: Standard VMEbus module dimensions. Exact dimensions are detailed in the module’s datasheet.

Features

  1. Communication Capabilities:
    • Provides robust communication functions for VMEbus systems.
    • Supports standard communication protocols used in VMEbus-based control systems.
  2. High Reliability:
    • Built to operate reliably in industrial environments, handling electrical noise and other common disturbances.
  3. Modular Integration:
    • Integrates seamlessly into VMEbus-based control systems.
    • Modular design allows for flexible configuration and system expansion.
  4. Data Exchange:
    • Facilitates efficient data exchange between VMEbus systems and external devices.
    • Supports high-speed data transfer and reliable communication.
  5. Versatile Applications:
    • Suitable for a range of applications requiring VMEbus communication and control.

Applications

  1. Industrial Automation:
    • Used in automation systems that utilize VMEbus architecture for control and communication.
    • Ideal for manufacturing, production lines, and complex industrial control systems.
  2. Process Control:
    • Applied in process control systems for managing and monitoring industrial processes.
    • Enhances control and data exchange capabilities in process environments.
  3. Embedded Systems:
    • Integrated into embedded systems that require VMEbus-based communication.
    • Provides essential communication and control functions for embedded applications.
  4. Data Acquisition:
    • Facilitates the acquisition and processing of data from various sources within a VMEbus framework.
    • Supports accurate data collection and analysis.
  5. Research and Development:
    • Used in research and development settings where VMEbus-based control and communication are required.
    • Supports experimental setups and system prototyping.

You may also like