GE IS215VCMIH2CC – Advanced Control Board for Industrial Systems

Model Number:IS215VCMIH2CC

Manufacturer:General Electric

Type:Control Board

Series:Mark VI Speedtronic

Module Category:VME Communications Interface

Dimensions:170mm x 150mm x 50mm

Weight:600g

Operating Temperature Range:-40°C to +85°C

Power Consumption:10W

Interface Types:[“Ethernet”,”Serial”]

Jumper Configuration:Customizable hardware options via jumpers

Revision History:Twice revised from its original IS200TBAIH1 parent product

Compatibility:Designed for integration with GE Industrial Systems’ Mark VI Speedtronic Series of Turbine Control Systems

    The IS215VCMIH2CC Control Board is a vital component in the advanced turbine management systems of General Electric, designed to enhance operational efficiency and precision. Its robust design ensures compatibility with the Mark VI Speedtronic Series, offering seamless integration and exceptional performance.

    Equipped with a layer of chemically-applied conformal-style PCB coating, the base board is meticulously protected against wear and tear, guaranteeing long-lasting durability under harsh industrial conditions. This feature ensures reliability even in the most challenging environments.

    This control board boasts customizable hardware in the form of a series of jumpers, allowing for flexible configuration to suit various operational needs. It has been modified from its original IS200TBAIH1 parent product through significant product revisions, enhancing its functionality and adaptability.

    With its compact size and lightweight design, the IS215VCMIH2CC Control Board is an efficient solution for turbine control applications, providing a balance between performance and ease of installation. Its dimensions and weight make it ideal for space-constrained industrial settings.

    Designed for seamless integration, this control board ensures optimal communication within the VME network, facilitating smooth data exchange and control signals essential for the precise operation of turbines. It supports the advanced features required for state-of-the-art turbine management, contributing to enhanced safety, efficiency, and maintenance.