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GE VMIVME-1150-123L 64-Bit Optical Coupling Digital Input Board
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GE VMIVME-7698-345 350-017698-345 Processor Controller Board
GE VMIVME-7698-345 350-017698-345 Processor Controller Board

GE VMIVME-1150-123L 64-Bit Optical Coupling Digital Input Board

Product Overview
The GE VMIVME-1150-123L is a 64-bit optical coupling digital input board designed for VME bus systems. It provides high-isolation digital input channels suitable for industrial applications requiring reliable signal transmission and noise immunity. The board is optimized for use in harsh environments and supports a wide range of input voltages.

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Description

Technical Specifications

  • Input Channels: 64 optical coupling digital inputs
  • Input Voltage Range: 5V to 48V DC
  • Isolation Voltage: 1,000V continuous, 7,500V pulse
  • Input Options: Voltage source or current source
  • Polarity Options: Positive or negative true input
  • Data Transfer: 8-bit or 16-bit data transmission
  • Connectors: Dual I/O connectors
  • Filtering: Filtered input options available
  • Board Size: Double-high printed circuit board
  • VME Bus Compatibility: Electrically and mechanically compatible with VME bus standards
  • Addressing: Board address selected via onboard DIP switches
  • Operating Temperature: -20°C to +70°C (depending on configuration)

Functional Features

  • High Isolation: Provides excellent isolation between input channels and the VME bus, ensuring signal integrity and system safety.
  • Flexible Input Options: Supports both voltage and current source inputs, accommodating various sensor types and signal conditions.
  • Optical Coupling: Uses optical coupling technology to eliminate ground loops and reduce electromagnetic interference (EMI).
  • Dual I/O Connectors: Offers redundant connectivity options for increased reliability.
  • Filtered Inputs: Reduces noise and improves signal quality in electrically noisy environments.
  • DIN-Compatible Connectors: High-reliability DIN-compatible input connectors ensure secure connections.
  • Easy Configuration: Board address and data transfer mode can be easily configured via DIP switches.

Application Scenarios

  • Industrial Automation: Used in factory automation systems for monitoring and controlling various processes and equipment.
  • Power Generation: Deployed in power plants for monitoring electrical parameters and controlling generators and transformers.
  • Transportation: Utilized in railway and traffic control systems for signal monitoring and control.
  • Process Control: Employed in chemical, petrochemical, and other process industries for data acquisition and control.
  • Data Centers: Provides critical input monitoring for servers, networking equipment, and other IT infrastructure.
  • Renewable Energy: Used in solar and wind power installations to monitor inverters, charge controllers, and other components.
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