Product number :IS200DTAIH1ABB

Manufacturer :GE Boards & Turbine Control

Product Code :lS200DTAIH1ABBGBTC

Series :Mark VI IS200

IS200DTAIH1ABB is a GE component created for the Mark VlI system. Mark VI is a gas/steam turbine management system released under the Speedtronic family name. The series has been used in various iterations of turbine management since the 1960s. The Mark VI has Ethernet communication capabilities and includes on-board diagnostics (restricted checks) in both hardware and software.

The IS200DTAIH1ABB is a simplex analog input/output terminal board. It is a compact analog signal input board. The board is mounted on a plastic bracket that allows the PCB to be mounted on the din rail. The board has ten analog inputs and two analog outputs. The output is O-20mA, but the O-200mA current can be configured by rewiring the abusive line.

The IS200DTAIH1ABB has a single 37-pin connector and locking fastener. This is labeled JR1. The board has a terminal board (TB1) with 48 screws attached. The terminal tape is permanently installed on the circuit board. The terminal block generally uses shielded twisted pair of #18 AWG wire. Note that screws 43/44 are designated for ground (SCOM) connections. The ground cable should be as short as possible. The board has 21 jumper switches; These are labeled JP1A/ B-JP10A /B(20) plus JPO. The board also includes various capacitors, resistors, and integrated circuits, as well as four small sub-panels. The separate wires on the board are used to configure the current and voltage.

The Ge lS200DTAIH1ABB IS210DTAOH1AAPcb circuit board is used to process various types of signals, such as analog signals, digital signals, high-speed data, etc. Ge ls200DTAIH1ABB IS210DTAOH1AA Product Details:

Function: Ge lIS200DTAIH1ABB IS210DTAOH1AAPcb circuit boards usually have specific functions that may involve signal processing, data conversion, control, monitoring, etc. Signal processing: These boards may be designed to handle various types of signals, such as analog signals, digital signals, high-speed data, etc.

Communication interfaces: Some boards may have communication interfaces for data exchange and communication with other devices, systems, or networks.

Analog/digital conversion: The Ge lS2OODTAIH1ABB IS210DTAOH1AAPcb board may contain analog to digital or digital to analog conversion circuits to enable signal conversion and processing. Control functions: – Some boards may be used to control other devices or systems and may include switching, regulating, logic control, and other functions.

Programming and configuration: Advanced boards may have programming and configuration capabilities so that users can customize their behavior and logic as needed. Protection: The circuit board may have protection features to prevent overload, overheating, etc.