GE IS215UCVEH2AE Speedtronic Turbine Control PCB Board VME Control Card

GE IS215UCVEH2AE Speedtronic Turbine Control PCB board VME control card

Product Details:

Additional Information:

Description:

The IS215UCVEH2AE module typically offers multiple universal input channels, allowing it to receive both current and voltage signals from a wide range of sources, such as sensors, transmitters, or other devices.

The module may feature built-in signal conditioning capabilities to accurately convert the analog current and voltage signals into a digital format that can be processed by the automation system.

The module is typically designed for easy installation and integration into standard racks or cabinets. It may feature connectors or terminals for efficient wiring and connection with other devices.

Application software is executed sequentially and represented in its dynamic state in a ladder diagram format. Maintenance personnel can add, delete, or change analog loops, sequencing logic, tuning constants, and such. To simplify editing, data points can be selected and drag-and-dropped on the screen from one block to another. Other features include logic forcing, analog forcing, and trending at frame rate. Application software documentation is created directly from the source code and printed at the site. This includes the primary elementary diagram, I/O assignments, the settings of tuning constants, and such. The software maintenance tools (Turbine Control System Solutions CD) are available for use in the HMI or as a separate software package on a Windows-based pc. The same tools are used for Generator Excitation Systems and Static Starters.

Communications are provided for internal data transfer within a single Mark VI control, communications between Mark VI controls and peer GE control systems, and external communications to remote systems such as a plant distributed control system (DCS).

The Unit Data Highway (UDH) is an Ethernet-based LAN with peer-to-peer communication between Mark VI controls, Generator Excitation Controls, Static Starters, the GE PLC-based controls, HMIs, and Historians. The network uses Ethernet Global Data (EGD), a message-based protocol with support for sharing information with multiple nodes based on the UDP/IP standard (RFC 768). Data can be transmitted unicast, multicast or broadcast to peer control systems. Data can be shared at 25 Hz (40 ms).