The GE IS215UCVGM06A Universal Control Variable Generator Module is an advanced industrial control module designed for use in GE Mark VIe and Mark VI turbine and process control systems—both part of the globally renowned GE Speedtronic™ family of automation platforms.

As a Universal Control Variable Generator (UCVG) Module, the IS215UCVGM06A performs critical control and signal processing functions, serving as a central processor for generating, manipulating, and distributing variable control signals to support a wide range of process control applications. It ensures seamless real-time execution of control logic for complex machinery such as gas turbines, steam turbines, balance of plant (BoP) systems, and auxiliary equipment.

This module is built with a high-performance CPU, robust industrial-grade memory, and a deterministic real-time operating system, which together guarantee fast processing speeds, high reliability, and consistent response times under demanding operational conditions. The UCVG design allows it to integrate easily into VMEbus-based GE control racks, making it a flexible and scalable solution for industrial environments where uptime and precision control are critical.

The IS215UCVGM06A is trusted worldwide by operators of power plants, oil & gas platforms, chemical processing facilities, and heavy manufacturing plants—where it contributes to optimal machine performance and overall system efficiency.

Product Specifications

Applications

• Gas turbine process control and automation

• Steam turbine performance and protection systems

• Balance of Plant (BoP) equipment control and optimization

• Advanced auxiliary equipment control and diagnostics

• Industrial process control in oil refineries

• Power generation plants (gas, coal, nuclear, hydroelectric)

• Distributed control systems (DCS) in chemical processing plants

• Automation of marine propulsion and power systems

• Process optimization in mining and materials processing industries

• Variable generator control for complex manufacturing processes

Product Advantages

• Universal control capability: Adaptable to many process variables across diverse industries

• Fast real-time processing: Deterministic operation supports precise control loops

• Industrial-grade CPU and memory: Designed for long-term reliability in critical applications

• Compact design: Saves space in VME-based racks with single-slot footprint

• Seamless integration: Fully compatible with Mark VIe and Mark VI systems

• Redundant architecture: Supports dual-controller configurations for maximum uptime

• Field upgradeable: Firmware can be updated without major downtime

• Industrial durability: Conformal-coated PCB ensures resistance to dust, moisture, and chemicals

• Global compliance: CE, UL, CSA certified for international applications

• Proven reliability: Used worldwide in mission-critical turbine control systems

Frequently Asked Questions (FAQ)

1. What is the primary function of the IS215UCVGM06A?

   It generates and manages control variable signals for complex turbine and process control systems.

2. Which GE platforms is it compatible with?

   It is fully compatible with Mark VIe and Mark VI platforms.

3. Does it support redundant controller configurations?

   Yes — it supports redundant control configurations for high-reliability systems.

4. What communication ports are available?

   Ethernet (10/100 Mbps), serial, and VMEbus connections are supported.

5. What is the power consumption of the module?

   Approx. 18 W typical.

6. What industries commonly use this module?

   Power generation, oil & gas, chemical processing, and manufacturing industries.

7. How is the module protected against harsh environments?

   The PCB is conformal-coated to resist moisture, dust, and corrosives.

8. Is the firmware upgradeable?

   Yes — firmware upgrades can be performed in the field via Ethernet.

9. Does the board support diagnostic functions?

   Yes — it features onboard self-tests and system diagnostics.

10. What type of memory is used?

    The module uses SDRAM for real-time control and flash memory for persistent storage.