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IS200TRTDH1C Mark VI printed circuit board GE

IS200TRTDH1C Mark VI printed circuit board GE

Manufacturers ：GE
Model(s)  ：IS200TRTDH1C
Additional Information ：Mark VI printed circuit board
Estimated Shipping Size
Dimensions: 263 × 138 × 88mm
Weight:.2.35 kg
Country of Origin: United States of America

 

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Categories: , SKU: IS200TRTDH1C

Description

Overview

Essential details：IS200TRTDH1C Mark VI printed circuit board GE

Product Description

The IS200TRTDH1C is a board component manufactured by General Electric for the Mark VI system.  Part of the Speedtronic line, the Mark VI is used for the management of heavy-duty gas and steam turbines.  The Mark VI offers alarm display, process variable trending, and point control display through its operator interface.

The IS200TRTDH1C functions as an RTD Input terminal board.  Physically, the board is composed of two terminal blocks with 24 screw connections per block, two 37-pin cable connectors (female), and a line of capacitors.   The board carries the code “6BA00.” There is a shield bar attached to the left edge, directly to the side of the terminal blocks. The board has two factory-drilled oval cutouts to allow for screw mounts, as well as several notches along one board edge.

IS200TRTDH1C

Superiority products IS200TRTDH1C Mark VI printed circuit board GE

The IS200TRTDH1C connects to the VRTD board, communicating with two cable connections.  The I/O board converts the TRTD inputs into temperature values (digital form) and then transfers these to the controller.  The IS200TRTDH1C is a simplex board, and does not support TMR applications.

The IS200TRTDH1C has no jumpers or hardware settings.  However, the board does feature hardware limit checking based on preset high/low levels.  It also has software system limit checking used to generate alarms; these limits can be configured.   Resistance of each RTD is checked and compared to its correct value. If it is high or low, a fault is created.  Also, each connector located on the board has its own ID device that will produce an incompatibility fault of a mis-match occurs.

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