Part Number: IS200TVIBH2B
Manufacturer: General Electric
Series: MKVI
Description: terminal board
The IS200TVIBH2B functions as a termination block with a removable connector for vibration inputs within the GE Speedtronic MKVI gas turbine control system.
It facilitates the connection of vibration sensors to the monitoring or control systems, allowing for comprehensive vibration monitoring and protection functions.
The board features 14 ports for connecting vibration probes, along with various components like jumper pins, programmable microchips, integrated circuits, capacitors, and resistors, which play essential roles in its functionality.
Part Number: DS200TCRAG1A
Type: Expansion Interface
Compatibility: GE Mark series PLCs
Expansion Capability: Up to 7 expansion racks
Interconnect Cable Length: Up to 50 feet (15 meters)
LED Indicators: Three green LEDs for status indication
DIP Switches: None required
High-Speed Parallel Bus Expansion Interface: This feature supports high-speed parallel bus expansion, allowing the module to be connected to multiple expansion racks. This capability is beneficial as it facilitates system expansion, enabling users to increase their system’s capacity and functionality.
Supports Up to Seven Expansion Racks: The module can expand to a maximum of seven additional IC697 PLC racks with up to 50 feet (15 meters) of interconnecting cable.
Hold Last State feature: In the event of a communication loss with the CPU, this feature ensures that the output modules maintain their last state. This operation is crucial as it prevents any potential system disruptions, enhancing the overall system reliability.
System Fault Isolation’ capability: This allows for the isolation and repair of a faulty module within a rack, without affecting the operation of the entire system. This feature significantly enhances system reliability by minimizing downtime and ensuring continuous system availability.
Three green LED indicators. The first LED indicates the module’s status, the second LED shows the rack activity status, and the third LED signals the presence of the I/O Bus Terminator Plug. These LEDs provide a straightforward way to monitor the module’s status, ensuring that any issues can be quickly identified and addressed.
With the DS200TCRAG1A, you can bid farewell to the complexities of setting up DIP switches. This module is meticulously designed for your convenience, making it a breeze to configure into a PLC system.
The DS200TCRAG1A is specifically designed to be fully compatible with a wide range of GE Mark series PLCs. It can seamlessly integrate with various GE Mark systems, including the Mark I, Mark II, and Mark III, ensuring a smooth and efficient operation.
The DS200TCRAG1A improves the performance of GE Mark systems by providing a reliable and efficient way to expand the system’s I/O capabilities. This allows users to connect more devices and sensors to their system, increasing its functionality and flexibility.
The module significantly bolsters system reliability by allowing for the isolation and repair of a faulty module within a rack. This feature minimizes downtime and maximizes overall system availability, ensuring you can rely on the DS200TCRAG1A.
The DS200TCRAG1A is a remarkably versatile solution, perfectly suited for a wide array of industrial automation applications, including:
Process Control: The module can expand a process control system’s I/O capabilities, allowing users to connect more sensors and actuators.
Manufacturing Automation: The module can expand a manufacturing automation system’s I/O capabilities, allowing users to connect more devices and machines.
Power Generation and Distribution: The module can expand a power generation and distribution system’s I/O capabilities, allowing users to connect more sensors and actuators.
Water and Wastewater Treatment: The module can expand a water and wastewater treatment system’s I/O capabilities, allowing users to connect more sensors and actuators.
Following proper maintenance best practices is essential to ensure the optimal performance and reliability of the DS200TCRAG1A. These include:
Regular Cleaning: Clean the module and its connections to ensure they are free from dust and debris.
Monitoring: Monitor the module and its connections regularly to ensure they function correctly.
Testing: Regularly test the module and its connections to ensure they function correctly.
Replacement: Replace the module and its connections to ensure they function correctly.
By following these maintenance best practices, users can ensure that the DS200TCRAG1A continues to function correctly and reliably over time.
What is DS200TCRAG1A?
DS200TCRAG1A is a Turbine Generator component.
Where is DS200TCRAG1A used?
DS200TCRAG1A is used in the Turbine Generator system.
What is the purpose of DS200TCRAG1A?
The purpose of DS200TCRAG1A is to ensure the proper functioning of the Turbine Generator.
Is DS200TCRAG1A in stock?
Yes, DS200TCRAG1A is currently in stock.
What is the description of DS200TCRAG1A?
DS200TCRAG1A is described as a Turbine Generator component.
Is DS200TCRAG1A a specific part?
Yes, DS200TCRAG1A is a specific part number for the Turbine Generator.
What is the function of DS200TCRAG1A in the Turbine Generator?
The DS200TCRAG1A, as a critical component, plays a crucial role in the Turbine Generator system. It ensures the system’s proper functioning, contributing to its reliability and efficiency.
Is DS200TCRAG1A a critical component?
Yes, DS200TCRAG1A is a critical component of the Turbine Generator system.
What is the significance of DS200TCRAG1A in the context of the Turbine Generator?
DS200TCRAG1A is essential for the proper functioning of the Turbine Generator, ensuring its reliability and efficiency.
Is DS200TCRAG1A a standard component?
Yes, DS200TCRAG1A is a standard component used in the Turbine Generator system.
What is the typical application of DS200TCRAG1A?
DS200TCRAG1A is typically used in the Turbine Generator system for power generation.
Is DS200TCRAG1A a high-demand component?
DS200TCRAG1A is a high-demand component due to its critical role in the Turbine Generator system.
