GE IS230SNAOH2A IS200STAOH2AAA Analog Input Terminal Board | Mark VIe

The GE IS230SNAOH2A IS200STAOH2AAA Analog Input Terminal Board is an industrial control component designed to support analog signal interfacing within GE automation environments. Associated with the Mark VIe control platform, this terminal board provides an important connection point between field instrumentation and the broader control system.

The board facilitates the integration of analog field information, helping industrial equipment collect process data for monitoring, protection, and control applications. Analog signals provide continuous information about changing operating conditions, making them fundamental to many industrial processes.

• Supports connection between field-level devices and control systems
• Organizes field wiring with electronic control equipment
• Contributes to structured system integration
• Simplifies field-level connections during installation and maintenance

Designed for industrial automation, this terminal board is relevant to various demanding environments where dependable control and monitoring are essential.

• Power generation facilities
• Process industries
• Rotating machinery control
• Industrial automation systems

The GE IS230SNAOH2A IS200STAOH2AAA is ideal for replacement and maintenance applications involving existing GE control systems operating in critical industrial environments.

• Component replacement due to service conditions or maintenance requirements
• Equipment refurbishment programs
• Strategic spare-parts inventory
• System restoration and upgrades

For system integrators and service engineers, proper component identification and compatibility verification are essential for successful installation and operation.

• Confirm compatibility with existing system configuration
• Verify application requirements and field device compatibility
• Check wiring arrangement and system architecture
• Ensure proper operation and reduce installation difficulties

This terminal board provides significant value for industrial organizations maintaining proven automation platforms and seeking to preserve existing system structures while supporting continued operation of critical machinery and processes.