Description
The GE IC3600SLEH1B is a logic element module designed for use within the Speedtronic Mark I and Mark II control systems. It functions as a printed circuit board providing logic processing within turbine control applications. This module integrates discrete electronic components to support reliable signal handling in early GE Mark control platforms.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
General Electric |
| Category |
PLCs/Machine Control |
| Part Number |
IC3600SLEH1B |
| Subcategory |
PLC Module/Rack |
| Product Type |
Logic Element Module PCB |
| Series |
Speedtronic Mark I–II |
| Application |
Turbine control systems |
| Board Type |
Printed Circuit Board |
| Installation |
Control cabinet rack-mounted |
| Manufacturer Status |
Discontinued |
| Weight |
0.30 lbs |
Information About IC3600SLEH1B
The IC3600SLEH1B is part of the General Electric Mark I–II Speedtronic series, developed for turbine control and protection systems. It is a rectangular printed circuit board populated with capacitors, resistors, transistors, and a multi-prong connector for system integration. The board serves as a logic element module, processing control signals within the Mark II control cabinet architecture. Designed for installation within GE turbine control racks, it supports legacy industrial power generation systems.
Key Features:
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Logic Element Module: Performs signal processing within Mark I–II control systems.
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Speedtronic Mark I–II Compatibility: Designed for GE turbine control platforms.
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Discrete Component PCB Design: Incorporates capacitors, resistors, and transistors.
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Multi-Prong Connector Interface: Enables integration with control rack assemblies.
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Industrial Control Application: Used in turbine automation environments.
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Compact Board Construction: Rectangular PCB format for cabinet installation.
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Legacy System Support: Suitable for maintenance of early GE Mark systems.
The IC3600SLEH1B delivers the reliability and precision required for turbine control logic and legacy PLC module applications.