The GE IS215UCVEM09B is a part of the Mark VIe family of control systems, specifically used in industrial automation and control applications, including gas and steam turbine management. The IS215UCVEM09B is a Universal Communications VME Interface Module, which is designed to enable communication between the turbine control system and other connected devices or systems.

Product Name:

GE IS215UCVEM09B – Universal Communications VME Interface Module

Product Description:

The IS215UCVEM09B is a communication module designed for use in the GE Mark VIe Distributed Control System. It interfaces with VME-based control systems and facilitates data exchange between the system’s components and external devices or systems. It plays a key role in managing communication within the control system, helping ensure smooth operation of automated industrial equipment like turbines, generators, and other large machinery.

Product Parameters & Specifications:

• Module Type: Universal Communications VME Interface Module
• VME Bus Interface: Compatible with VME systems.
• Power Supply: Operates with specific voltage ranges compatible with VME rack configurations.
• Interface: Supports multiple communication protocols, ensuring compatibility with various devices.
• Communication Ports: Provides connectivity for serial, parallel, and network interfaces.
• Communication Standard: Ethernet, Modbus, and other industrial protocols for efficient control and monitoring.
• Compatibility: Designed for GE Mark VIe and related turbine control systems.
• Environmental Ratings: Typically includes standards for industrial environments (temperature, humidity, vibration tolerances, etc.).
• Mounting: Typically used in VME racks, requiring appropriate slots for installation.
• Diagnostic Features: Includes diagnostic LEDs and other tools to troubleshoot and ensure optimal module performance.

Product Use:

• Control System Integration: The IS215UCVEM09B is used to interface with GE’s turbine control systems, allowing communication between the control systems and various peripheral devices.
• Turbine & Generator Systems: Used in power generation applications such as gas and steam turbines to ensure reliable communication between the control systems and supervisory equipment.
• Automation and Monitoring: Facilitates automation by allowing the turbine control system to exchange real-time data with other systems for monitoring, diagnostics, and control purposes.
• Industrial Process Control: It may be used in other industrial applications that require robust and reliable communication between control devices.

The module ensures that critical information about system performance, faults, or other important parameters can be transmitted and received in real-time, enhancing system efficiency and safety.

Common Applications:

• Gas Turbine Control
• Steam Turbine Control
• Industrial Process Control and Automation
• Data Acquisition Systems
• Control System Networking