Description
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Product Description
IS200TBAIH1C is a device called an analog terminal board. This PCB or printed circuit board is part of the General Electric Mark VI series. The Mark VI and other series in the Mark series created by General Electric are designed to control and automate the processes of gas and steam turbines.https://www.weikunfadacai1.com/
The IS200TBAIH1C printed circuit board is a very long and thin device. The left half of IS200TBAIH1C is occupied by two (2) black terminal blocks. Each terminal block can contain up to twenty-four terminals, which are cubic shaped and made of silver metal. These terminals together have a total of forty-eight terminals, labeled as one (1) to forty-eight (48). Most of the area on the right edge of IS200TBAIH1C is occupied by three (3) medium-sized connector ports. These connector ports are arranged vertically on the right side of IS200TBAIH1C. The long electronic components are arranged vertically in the center of IS200TBAIH1C. Ten (10) potentiometers or variable resistors are evenly distributed in the center of IS200TBAIH1C. Four (4) additional potentiometers are combined and located in the lower right corner of IS200TBAIH1C. At least nine (9) black small transistors are arranged along the right side of the IS200TBAIH1C center section. At least twenty (20) red jumpers are placed in the center of IS200TBAIH1C. Each jumper is used to connect at least two (2) small metal jumper pins together. The middle part of IS200TBAIH1C is also covered with many black small rectangular diodes.
Function Description
IS200TBAIH1CCC is an analog input terminal board developed by GE. It is part of the Mark VIe control system. The analog input terminal board design supports a total of 10 analog inputs and two outputs, providing a universal interface for various types of transmitters. These inputs can accommodate two wire, three wire, four wire, or externally powered transmitters, ensuring flexibility and compatibility with different transmitter configurations. In addition, the analog output can be configured with either 0-20 mA or 0-200 mA current output settings to adapt to different operational requirements.
Noise suppression and protection
The input and output on TBAI have been strengthened through specialized noise suppression circuits, which can serve as protective measures against surges and high-frequency noise. This integrated circuit can protect the integrity of signals, ensuring accurate and reliable transmission of analog data without being affected by external interference.
Connection and configuration options
TBAI is equipped with three DC-37-pin connectors for easy connection to I/O processors. The configuration options include simplex connections through a single connector (JR1) or triple modular redundancy (TMR) settings utilizing all three connectors. Flexible connection solutions tailored to specific system configurations and settings can be established through cables or directly with electronic devices.
TMR functions and output operations
In Triple Modular Redundancy (TMR) applications, input signals are distributed or fanout across three connectors designated for R, S, and T control. The TMR output operates by aggregating the current from three connected output drivers and determining the total current through a measurement splitter on the TBAI. Subsequently, TBAI provides this total current signal to electronic devices for adjustment, aligning it with the set point of the command to enhance operational control and accuracy.
Channel configuration and output capability
Each terminal board has 12 channels, with 10 channels allocated for analog input (AI) and 2 channels reserved for analog output (AO). The input range of the transmitter is 1-5 V DC, derived from the 4-20 mA current input range. In addition, each output provides a voltage of 24 V, and each connection provides a maximum output of 21 mA, ensuring strong output capabilities to meet different operational requirements.
install
The installation process of the Analog Input Terminal Board (TBAI) involves directly wiring 10 inputs and two outputs to the two I/O terminal blocks installed on the board. Each module is secured with two screws and has 24 terminals, capable of accommodating wires up to # 12 AWG. There is a designated shielded terminal connection point next to each terminal block, which is crucial for proper shielding and minimizing interference during operation.
TBAI aims to support various types of analog inputs and outputs, providing compatibility with different transmitter configurations and voltage specifications. This includes transmitters that support two wire, three wire, four wire, and external power supply, as well as voltage inputs spanning ± 5 V or ± 10 V DC. In addition, the analog output can be configured as 0-20 mA or 0-200 mA, ensuring adaptability to a wide range of industrial applications.
The I/O terminal block has secure fastening and can handle multiple terminals with a large number of wires, which helps with stable and efficient connection of input and output. Adjacent shielded terminal connection points are shielded with appropriate interference to add an additional protective layer, ensuring reliable signal transmission and integrity within the system.
allocation
The configuration process of terminal boards mainly relies on jumpers, providing a simple custom setting method. Please refer to the installation diagram for the location of these jumpers. The available jumper options and their functions are detailed below:
J1A to J8A jumpers: These jumpers are responsible for selecting between current or voltage inputs in each channel.
J1B to J8B jumpers: These jumpers determine whether the return of each channel is connected to the common terminal or remains open.
J9A and J10A jumpers: These jumpers help select 1 mA or 20 mA input current for specific channels.
J9B and J10B jumpers: These jumpers determine whether the return is connected to the common terminal or remains open for the specified channel.
Jumper J0: Jumper J0 sets the output of output 1, allowing for selection between 20 mA or 200 mA configurations.
Additional configuration options
In addition to jumper based configurations, the toolbox can also be used to further adjust or set VAIC (Voltage Analog Input Configuration) or PAIC (Power Analog Input Configuration). These configurations include a wider range of adjustment and fine-tuning functions, enhancing the flexibility and customization potential of the terminal board beyond basic jumper settings.
Jumper based configuration provides a convenient and easily accessible way to customize specific input and output settings, while the toolbox allows for more complex adjustments, thereby expanding the range of customization and optimization options available for terminal board functionality.
Frequently asked questions
What is IS200TBAIH1CCC?
It is a Mark VIe series analog input terminal board developed by GE.
Is there a power supply available for the sensors on the terminal board?
Yes, the terminal board conveniently provides a 24V DC power supply, ensuring consistent power availability for all connected sensors.
How to configure the input options on the terminal board?
The terminal board uses jumpers to provide flexibility in input configuration, allowing users to choose between current or voltage inputs. This adaptability can meet different sensor requirements.
Can terminal boards be used for Triple Modular Redundancy (TMR) applications?
Yes, the terminal board is compatible with TMR and can be used for applications that require redundancy. When deployed in critical operational settings, this feature ensures enhanced system reliability and redundancy.
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