IC3600LRDC1 General Electric Relay drive board

IC3600LRDC1 General Electric Relay drive board

Part Number IC3600LRDC1 Manufacturer General Electric Country of Manufacture As Per GE Manufacturing Policy Series Mark VI/VIe Function Module Availability In StockIC3600LRDC1 is a Relay Driver Board and is part of the GE Fanuc Mark I & II gas turbine control system. Two aluminum electrolytic capacitors make up the IC3600LRDC1. Sixteen polyester vinyl capacitors are vertically positioned on the board. There are 32 transistors on the board, with two lines of eight transistors each labeled (Q2) and one line of sixteen transistors marked (Q3) (Q1.) There are five lines of sixteen resistors on the board. Carbon composite material is used to make the resistors on this board. Each of these lines has been labeled as if it were a single component. R1, R3, R5, R7, and R9 are all marked on the board. There are sixteen diodes on the PCB. Diodes are numbered, but they don't have any other identifier.RELAY-DRIVER

About the IC3600LRDC1

The IC3600LRDC1 is a GE FANUC component for the Mark I and Mark II systems from GE.  These two series for gas and steam turbine management were the first of the Speedtronic systems developed and released by GE, the MKI in 1969 and the MKII in 1973.   While both systems have since become obsolete due to the development of newer GE systems in the Speedtronic series like the Mark V and Mark VIe, many of the MKI/MKII systems are still in use around the world.  This can be attributed to General Electric’s original focus on developing a management system with longevity and reliability, that offered an adaptable and scalable program that would improve the performance of their heavy-duty turbines.  

The IC3600LRDC1 is drilled in two corners for mounting.  It is marked with the board id number and the GE logo. One edge is numbered from one to fifty-one by fives.  

The IC3600LRDC1 is built with two aluminum electrolytic capacitors.  Sixteen polyester vinyl capacitors are mounted to the board vertically. 

The board has thirty-two transistors, including two lines of eight transistors each marked (Q2) and one line of sixteen transistors marked (Q1.)  

The board has five lines of sixteen resistors. Resistors on this board are made of carbon composite material. Each of these lines is marked as though the entire line is a single component. 

The board has markings for R1, R3, R5, R7, and R9.  The board has sixteen diodes. Diodes are numbered but do not carry any other designator.

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