Product Overview

The GE IS200VCMIH2CAA​represents General Electric’s engineering excellence in industrial automation systems,designed as a sophisticated VME communication interface board for the Mark VI Speedtronic turbine control platform.This advanced component serves as a critical communication card within GE’s comprehensive control ecosystem,providing reliable data exchange and system integration capabilities for demanding industrial applications.The module is specifically engineered for installation in the first slot of VME racks,where it functions as the primary communication hub between various system components in Speedtronic control architectures.The GE IS200VCMIH2CAA​delivers robust performance where precision signal handling and system reliability are paramount requirements for operational continuity and equipment protection in challenging industrial environments,particularly in turbine control and power generation applications.

As a specialized communication interface solution,the GE IS200VCMIH2CAA​excels in managing complex data exchange protocols and system integration functions within the Mark VI control system.The module incorporates advanced interface technology that enables seamless communication between different system components through its comprehensive connector system,including three IONet connectors and a serial port with secure screw connections.The board’s design emphasizes reliable operation in industrial environments,featuring a sturdy faceplate with screw mounts that ensure secure installation and easy maintenance access.The implementation of the GE IS200VCMIH2CAA​enhances overall system intelligence and control precision by facilitating efficient data transmission across the automation architecture,supporting critical control functions in turbine management and power generation systems.

The GE IS200VCMIH2CAA​features a robust construction with components on both front and back surfaces,including over 40 integrated circuits,capacitors,resistors,and specialized FPGAs that ensure reliable operation in demanding industrial conditions.The module’s comprehensive LED indicator system provides real-time status monitoring and diagnostic information,enabling quick fault identification and system maintenance.With its VME bus compatibility and industrial-grade components,the GE IS200VCMIH2CAA​delivers significant value in applications requiring precise communication handling,accurate data exchange,and uninterrupted operation of critical industrial equipment and processes across various sectors including power generation,industrial automation,and turbine control systems.

Technical Specifications

Parameter Name

Parameter Value

Product Model

IS200VCMIH2CAA

Manufacturer

General Electric(GE)

Product Type

VME Communication Interface Board

Compatible System

Mark VI Speedtronic

Physical Dimensions

12.7 cm×12.7 cm×13.2 cm

Weight

0.4 kg

Installation Slot

VME Rack First Slot

Faceplate Connectors

3 IONet connectors,1 serial port(male)

Indicator Lights

4 sets of LED status indicators

Operating Voltage

5V DC

Isolation Rating

1500V AC(component protection)

Communication Protocol

VMEbus standard

Board Components

40+integrated circuits,capacitors,resistors,FPGAs

Main Features and Advantages

Advanced communication architecture:The GE IS200VCMIH2CAA​incorporates sophisticated communication technology that delivers exceptional performance for industrial automation systems,particularly in turbine control applications.The module’s VME bus interface provides high-speed data exchange capabilities between system components,ensuring reliable communication in critical control environments.The board features three IONet connectors and a serial port with secure screw connections that maintain cable integrity even in high-vibration environments typical of turbine applications.This robust communication capability makes the IS200VCMIH2CAA​particularly valuable for applications requiring precise data handling and reliable system integration in challenging industrial conditions where communication accuracy is paramount for operational safety and equipment protection.

Comprehensive diagnostic functionality:A standout feature of the GE IS200VCMIH2CAA​is its extensive diagnostic capability through four sets of LED indicators that provide real-time monitoring of module status and communication integrity.These visual indicators enable quick fault identification and system status assessment,reducing downtime and improving maintenance efficiency.The module’s design includes a reset button on the faceplate for convenient system troubleshooting and recovery operations.This diagnostic capability is further enhanced by the board’s sophisticated circuitry that monitors communication channels and system parameters,providing early warning of potential issues before they impact system performance.The diagnostic features make the GE IS200VCMIH2CAA​particularly valuable in critical applications where system reliability and quick fault identification are essential for maintaining operational continuity.

Robust industrial construction:Engineered for reliability in demanding industrial environments,the GE IS200VCMIH2CAA​features a robust construction that withstands the challenging conditions typical of power generation and industrial applications.The module’s sturdy faceplate attaches securely to the circuit board using screw mounts along the front edge,with additional mounting points at the top and bottom that lock the board firmly into the rack while facilitating easy removal when maintenance is required.The board incorporates industrial-grade components on both front and back surfaces,including over 40 integrated circuits,capacitors,resistors,and specialized FPGAs designed for long-term reliability.This construction ensures stable operation across varying environmental conditions,with protection against electrical noise,vibration,and temperature fluctuations common in industrial settings.

Flexible system integration:The GE IS200VCMIH2CAA​offers significant integration flexibility through its VME bus compatibility and multiple interface options.The module is designed to install in the first slot of VME racks,where it serves as a communication hub for the control system.This positioning allows it to efficiently manage data exchange between various system components while providing interface expansion capabilities for system growth or modification.The board’s compatibility with the Mark VI Speedtronic system architecture ensures seamless integration with existing control systems,while its standard VME bus support enables interoperability with a wide range of industrial automation components.This integration versatility makes the IS200VCMIH2CAA​a adaptable solution for various industrial control challenges,providing system integrators with a reliable platform for implementing sophisticated control strategies in critical applications.

Application Field

The GE IS200VCMIH2CAA​finds extensive application in power generation facilities,where it serves as a critical component in turbine control systems for both gas and steam turbine applications.The module provides essential communication interface functionality for the Mark VI Speedtronic system,managing data exchange between controllers,I/O modules,and supervisory systems in turbine control architectures.The IS200VCMIH2CAA​is particularly valuable in combined cycle power plants where coordinated control between multiple turbines optimizes overall plant efficiency while ensuring reliable power delivery to the grid.Its robust design and reliable communication capabilities make it well-suited for the continuous operation requirements of base load power generation applications where system integrity is essential for protective relaying and equipment sequencing.

In industrial automation environments,the GE IS200VCMIH2CAA​contributes to process optimization and equipment protection through its advanced communication capabilities.The module manages critical data exchange functions in complex manufacturing processes,including coordination between control systems,monitoring networks,and supervisory control interfaces.Industries such as automotive manufacturing,chemical processing,and material handling utilize the IS200VCMIH2CAA​for its ability to maintain reliable communication between system components while providing comprehensive system monitoring and diagnostic information.The module’s communication capabilities facilitate integration with plant distributed control systems,enabling centralized monitoring and control of manufacturing operations while ensuring reliable performance through accurate data exchange and system status monitoring.

The oil and gas industry leverages the GE IS200VCMIH2CAA​for critical communication applications in upstream,midstream,and downstream operations.In upstream applications,the module provides communication interface functions for compressor stations and pumping facilities,ensuring reliable data exchange between control system components essential for hydrocarbon production and transportation.Midstream operations utilize the module for pipeline monitoring and control communications,while downstream refining operations benefit from its reliable communication capabilities in process units where real-time data exchange is critical for operational safety and efficiency.The module’s rugged design and industrial-grade construction make it suitable for the challenging environments encountered in oil and gas applications,maintaining reliable performance even in remote or harsh operating conditions where communication reliability is essential for operational continuity.

Infrastructure and transportation applications represent another significant area where the GE IS200VCMIH2CAA​delivers value through reliable communication performance.Water treatment plants utilize the module for process control communications in purification systems,pumping stations,and distribution networks,ensuring consistent operation through reliable data exchange between control system elements.Transportation infrastructure,including tunnel ventilation systems and bridge control mechanisms,benefits from the module’s reliable operation and comprehensive communication capabilities.In these critical infrastructure applications,the IS200VCMIH2CAA​contributes to public safety and service reliability through its consistent performance and robust design philosophy,ensuring uninterrupted operation of essential services through reliable communication management and control system integration.

Related Products

IS215VCMIH2CA:Enhanced version with similar communication functionality for advanced systems

IS200VCMIH2BCC:Previous generation communication interface with comparable VME bus capabilities

IS215UCVGM06A:Controller module for system integration and expanded control functions

DS200TCQCG1BGF:I/O module for complementary signal processing applications

IC698CPE040:Processor module for expanded system control capabilities

IS200EPSMG1AEC:Power supply module for complete system solutions

IS230TNCIH4C:Communication interface module for network expansion

Installation and Maintenance

Pre-installation preparation:Before installing the GE IS200VCMIH2CAA,verify that the installation environment complies with specified requirements for temperature,humidity,and cleanliness.Ensure the VME rack is properly mounted and grounded,with adequate clearances around the module for proper ventilation and heat dissipation.Confirm that the first slot in the VME rack is available and clean,with the backplane connector in good condition.Check system power specifications to ensure compatibility with the module’s voltage requirements,and verify that all necessary mounting hardware and connectors are available.For the IS200VCMIH2CAA,particular attention should be paid to electrostatic protection measures as the module contains static-sensitive components,requiring the use of grounded wrist straps and static-protective work surfaces during handling.Verify that all communication cables,including IONet and serial cables,are in good condition and properly rated for the application.

Maintenance recommendations:Implement regular inspection cycles for the GE IS200VCMIH2CAA,focusing on connection integrity,environmental conditions,and operational status.Quarterly visual inspections should check for signs of component degradation,loose connections,or abnormal heating,particularly at the faceplate connectors and backplane interface.Semiannual performance verification should include communication tests and LED status indicator checks to ensure the module operates within specified parameters.Maintain clean operating conditions to prevent dust accumulation that could impair cooling efficiency,and ensure adequate ventilation around the module at all times.For the IS200VCMIH2CAA,maintain accurate records of operational parameters and any maintenance activities performed to support predictive maintenance strategies.Regularly monitor the LED status indicators during routine checks to verify proper operational status,and investigate any abnormal indications promptly to prevent potential system issues.The module’s reset button provides a means for troubleshooting,but should only be used following proper procedures to avoid unintended system disruptions.

Product Guarantee

We guarantee that all GE IS200VCMIH2CAA​modules supplied are genuine General Electric components,manufactured to original specifications and subjected to rigorous quality verification processes.Our commitment to quality includes comprehensive testing of each module’s communication capabilities,interface functions,and environmental resilience to ensure reliable operation in industrial conditions.We provide technical support from engineers familiar with GE Mark VI systems to assist with configuration challenges and application optimization.For the IS200VCMIH2CAA,we offer standard warranty coverage with options for extended protection plans,supported by our global logistics network that ensures timely delivery and ongoing supply continuity for this critical communication component.Our quality assurance process includes verification of all communication interfaces,data exchange capabilities,and connector integrity,ensuring that each module meets original performance specifications before shipment,providing customers with confidence in the product’s reliability and longevity in demanding industrial applications where communication integrity is critical for system operation and equipment protection.

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