GE IS200TGENH1A Termination Board

 

Product Description

The IS200TGENH1A by General Electric or GE was manufactured as a component in the Mark VI series. The Mark VI is one of the series in the Mark lineup. These systems are used to control and automate the processes of gas/steam turbines. The Mark line has been in use since the Mark I was released in 1969, and the Mark VI Series is one of the final-developed Speedtronic control system technology-based Mark Series iterations.

IS200TGENH1A is a Terminal Board Generator Monitor developed by GE under the Mark VI series. The Generator Monitor (TGEN) terminal board communicates with the VGEN processor to monitor the three-phase voltage and currents of the generator, as well as to calculate the three-phase power and power factor. VGEN provides the PLU and EVA capabilities for large steam turbine applications by utilizing fast-acting solenoids situated on the TRLY terminal board. The TGEN in the Mark VI system collaborates with the VGEN processor and supports simplex and TMR applications. A single cable links one TGEN to the VGEN. TGEN connects to three VGEN boards through three distinct wires in TMR systems.

The installation process involves wiring the analog current and potential transformer (PT) inputs to specific terminal blocks on the system. Here's a detailed expansion of this installation procedure:

• Wiring Analog Current and Potential Transformer Inputs: The analog current and potential transformer inputs are connected to terminal block 1. These transformers are crucial components for measuring current and voltage within the system, facilitating accurate readings for monitoring and control purposes.
• Current Transformer Wiring to Special Terminal Blocks: The current transformers (CT) have dedicated wiring points located at special terminal blocks TB2, TB3, and TB4. These specific terminal blocks are designed to prevent the unplugging of CT connections, ensuring a safeguard against an open circuit scenario. This protective measure aims to maintain system integrity and accuracy by securing the CT connections.
• Jumper Settings for Desired Input Configuration: Jumpers labeled as J1A and J1B are used to set the desired input configuration, specifically for analog inputs 1 through 4. These jumpers allow users to configure whether the inputs should operate based on current or voltage signals. Adjusting these jumpers helps align the system's input type (current or voltage) with the nature of the connected sensors or devices.
• Purpose of Jumper Settings: J1A and J1B jumpers play a pivotal role in configuring the system's input preferences. By setting these jumpers, users can specify whether the analog inputs 1 through 4 should be configured for receiving current or voltage signals. This configuration flexibility enables the system to adapt to varying sensor or device requirements for accurate signal interpretation.
• Ensuring Desired Input Type: Proper configuration of jumpers J1A and J1B is essential to ensure that the analog inputs 1 through 4 are set to the desired input type (current or voltage). This alignment ensures compatibility and accurate signal processing within the system.

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