The IS200STAIH2ACB connects to various analog sensors that measure physical quantities like temperature, pressure, vibration, or flow rate. These sensors typically output a voltage signal proportional to the measured value.
The board features:
Signal conditioning circuits: Electronic circuitry that amplifies, filters, and scales the weak analog voltage signals from the sensors to make them suitable for the Mark VIe system’s Analog-to-Digital Converter (ADC).
Analog-to-Digital Converter (ADC): This component converts the conditioned analog signals from the sensors into digital data that the Mark VIe system’s processor can understand and utilize for control purposes.
Terminal blocks: Screw terminals for secure connection of multiple analog sensors to the board.
Obtaining definitive details about the IS200SRLYH2AAA’s function requires further investigation using these approaches:
GE Mark VIe System Manuals (if applicable): If your system is a GE Mark VIe Speedtronic system, locate the technical manuals or documentation. These manuals should provide a parts list with details on the IS200SRLYH2AAA, including:
Its specific function within the Mark VIe system.
Compatibility information with other components.
Wiring schematics for proper connection.
GE Mark VI System Manuals (if Mark VIe is not confirmed): While less likely, there’s a chance this board is used in older Mark VI (not VIe) systems. If Mark VIe is not confirmed, try locating manuals for the specific Mark VI Speedtronic system you have.
GE Customer Support: GE’s support team has the most up-to-date and accurate information. Contact them regarding the IS200SRLYH2AAA, specifying the system where you encountered it. Provide any additional details you might have about the board’s location or context within the system.
Limited Resources Online:
Unfortunately, finding detailed information about the IS200SRLYH2AAA online is difficult. Here are some resources that might mention the part number, but they likely won’t have specific details about its function:
Industrial Automation Suppliers (for reference only, not suggesting these as parts sources):
Unfortunately, finding detailed information about the IS200SRLYH2AAA online is difficult. Here are some resources that might mention the part number, but they likely won’t have specific details about its function:
Industrial Automation Suppliers (for reference only, not suggesting these as parts sources):
Other online mentions (unverified sources):
There might be mentions of this part number on other websites, but their accuracy cannot be guaranteed.
GE Customer Support: If the manuals are unavailable, contact GE’s support team. Provide them with the complete part number (IS200JPDHG1AAA) and any context you have about the system where you encountered this board. They can clarify its exact function and provide relevant details.
Additional Considerations:
While some industrial automation suppliers mention this part number, they may not have definitive information about its function within specific GE systems:
Wiring schematics for connecting the servovalves to the control system through the terminal board.
Contact GE Customer Support: GE’s support team has the most up-to-date and accurate information. Reach out to them regarding the IS200SPROH1AAB, specifying its use within the GE Mark VI Speedtronic system.
While some resources mentioned the part number previously, they don’t offer
128MB of DDR3 SDRAM: This memory provides temporary storage for the FPGA’s program and data while the board is operating.
Various Input/Output (I/O) interfaces: These interfaces enable the board to communicate with external devices. Common I/O interfaces might include Ethernet for network communication, USB for programming and data transfer, and General-Purpose I/O (GPIO) pins for connecting to digital sensors or actuators.
Applications (within GE or other industrial contexts):
While the specific use of the IS200REBFH1ACA within GE systems might be unclear, its general characteristics suggest potential applications in:
Industrial control systems: The board’s programmability makes it suitable for tasks like real-time signal processing, motor control, or data acquisition from sensors within industrial automation settings.
GE Mark VIe Series (less likely): There’s a possibility it’s used in some Mark VIe systems for custom control functions or data processing tasks. However, this is less likely as the Mark VIe typically has dedicated control modules.
Medical devices: The low-power design might make it appropriate for portable medical equipment or devices with strict power consumption limitations.
Calibration procedures to ensure accurate temperature readings (if applicable)
Unfortunately, dedicated product pages for this specific board might be limited on the GE website.
Contact GE Customer Support: GE’s support team has the most up-to-date and accurate information. Reach out to them regarding the IS200TBTCH1C, specifying its use within the GE Mark VI Speedtronic system.
Unfortunately, there’s a lack of readily available and definitive information online about the exact function of the IS200JPDHG1AAA. Here’s how to get more specific details:
GE Mark VIe System Manuals: Locate technical manuals or documentation for your specific GE Mark VIe Speedtronic system. These manuals should provide a parts list with details on the IS200JPDHG1AAA, including:
Confirmation of its primary function (power distribution or I/O pack).
Specifications like voltage ratings (if it’s a power distribution board).
Compatible signal types and channel information (if it’s an I/O pack
The GE IS200TBTCH1BBB is an important component for temperature measurement within the Mark VI control system. By understanding its function and how to find detailed information, you can effectively maintain and troubleshoot temperature data acquisition within the control system.
I hope this information is helpful! Feel free to ask if you have any further questions about the IS200TBTCH1BBB, thermocouple terminal boards, or GE Mark VI systems in general.
While the functionalities are similar, the IS200TBCIH2BBC is likely designed specifically for the Mark VIe system, potentially having:
Different physical dimensions or connector layouts compared to the IS200TBCIH1B for Mark VI systems.
Compatibility with the specific voltage/current ratings of the Mark VIe system.
In Conclusion:
The GE IS200TBCIH2BBC is a crucial component for the Mark VIe control system, enabling communication with external devices using contact closures. By understanding its function and how to find detailed information, you can effectively maintain and troubleshoot the contact input functionalities within the control system.
Contact GE Customer Support: GE’s support team has the most up-to-date and accurate information. Reach out to them regarding the IS200TBCIS2C, specifying its use within the GE Mark VI Speedtronic system.
Additional Tips:
Search GE’s technical documents or online resources related to the Mark VI system for terms like “IS200TBCIS2C” alongside keywords like “terminal board,” “contact input,” “analog output,” or “data sheet” to see if any specific information surfaces.
Industrial Automation forums or communities dedicated to GE Mark VI systems might have discussions or posts about this board.
By using these strategies, you should be able to gather more details about the specific functionalities and applications of the IS200TBCIS2C within your GE Mark VI control system.
GE Mark VI System Manuals: Locate technical manuals or documentation for your specific GE Mark VI (Innovation Series) Speedtronic system. If these manuals have comprehensive parts lists with detailed descriptions, you might find an entry for the IS200TBCIH1CBC mentioning any variations from the IS200TBCIH1B.
Contact GE Customer Support: GE’s support team has the most up-to-date and accurate information. They can clarify the specific functionalities and variations of the IS200TBCIH1CBC compared to the IS200TBCIH1B within the context of your Mark VI system.
The IS200TBCIH1B connects to external devices with dry contact outputs (switches, sensors, or relays) via screw terminals. These external devices can activate or deactivate based on various operating conditions within the gas turbine or surrounding environment.
The board detects these contact closures (on/off states) and transmits the corresponding digital signal to the processing unit of the Mark VI system.
It may offer additional features like:
Status monitoring: LED indicators or other methods to show the activated state of each contact input channel, aiding troubleshooting.
Isolation: Electrical isolation between the external devices and the Mark VI system’s internal circuitry for safety and noise reduction.
GE Mark VIe System Manuals: Locate technical manuals or documentation for your specific GE Mark VIe Speedtronic system. These manuals should include a parts list with details on the IS200STCIH4ADD, potentially specifying:
The number of contact input and analog output channels
Voltage/current ratings for analog outputs (if applicable)
Wiring schematics for proper connection of external devices
Information on status monitoring features (if applicable)
Contact GE Customer Support: GE’s support team has the most up-to-date and accurate information. Reach out to them regarding the IS200STCIH4ADD, specifying its use within the GE Mark VIe Speedtronic system.
