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IC3600LSRB1 | General Electric Mark I–II shift register drive board for turbine control systems
- Regular price
- $2,215.00
- Sale price
- $2,215.00
- Regular price
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Product Description P/N: IC3600LSRB1
Description
The General Electric IC3600LSRB1 is a shift register circuit board designed for use in the Mark I–II Speedtronic turbine control platform. The IC3600LSRB1 supports signal sequencing and data handling functions required in early-generation turbine drive systems. Its design provides stable and reliable PCB-based control for legacy industrial applications.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | General Electric |
| Category | Drives |
| Part Number | IC3600LSRB1 |
| Subcategory | Drive Board |
| Series | Mark I & II |
| Board Type | Shift Register Circuit Board |
| System Application | Speedtronic Mark I–II turbine control |
| Function | Signal sequencing and data handling |
| Construction | PCB with integrated shift register components |
| Compatibility | Legacy GE turbine control systems |
| Mounting Style | Internal control chassis installation |
| Environmental Usage | Industrial turbine environments |
| Design Era | Early-generation Speedtronic architecture |
| Typical Use Case | Drive logic timing and signal routing |
Information About IC3600LSRB1
The IC3600LSRB1 is a shift register drive board within GE’s Mark I–II control series, developed for early Speedtronic turbine systems. Its construction features a compact printed circuit board layout with integrated shift register components for sequencing and signal processing tasks. The board is fully compatible with the Mark I–II architecture, enabling direct integration into legacy GE turbine control frameworks. It is typically applied in turbine regulation, signal timing, and coordinated logic functions supported by early-generation Speedtronic technologies.
Key Features:
- Shift register circuitry: Provides ordered signal sequencing for turbine control logic.
- Mark I–II compatibility: Designed for direct integration into early Speedtronic systems.
- Stable PCB design: Ensures reliable performance in long-term industrial environments.
- Signal processing role: Supports timing, data flow, and control sequencing tasks.
- Legacy system support: Maintains functionality in older turbine installations.
- Compact form factor: Fits into Mark I–II chassis layouts with ease.
- Industrial-grade components: Built to withstand demanding operational conditions.
The IC3600LSRB1 delivers the reliability and precision required for shift register boards used in turbine drive control.
Description
The General Electric IC3600LSRB1 is a shift register circuit board designed for use in the Mark I–II Speedtronic turbine control platform. The IC3600LSRB1 supports signal sequencing and data handling functions required in early-generation turbine drive systems. Its design provides stable and reliable PCB-based control for legacy industrial applications.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | General Electric |
| Category | Drives |
| Part Number | IC3600LSRB1 |
| Subcategory | Drive Board |
| Series | Mark I & II |
| Board Type | Shift Register Circuit Board |
| System Application | Speedtronic Mark I–II turbine control |
| Function | Signal sequencing and data handling |
| Construction | PCB with integrated shift register components |
| Compatibility | Legacy GE turbine control systems |
| Mounting Style | Internal control chassis installation |
| Environmental Usage | Industrial turbine environments |
| Design Era | Early-generation Speedtronic architecture |
| Typical Use Case | Drive logic timing and signal routing |
Information About IC3600LSRB1
The IC3600LSRB1 is a shift register drive board within GE’s Mark I–II control series, developed for early Speedtronic turbine systems. Its construction features a compact printed circuit board layout with integrated shift register components for sequencing and signal processing tasks. The board is fully compatible with the Mark I–II architecture, enabling direct integration into legacy GE turbine control frameworks. It is typically applied in turbine regulation, signal timing, and coordinated logic functions supported by early-generation Speedtronic technologies.
Key Features:
- Shift register circuitry: Provides ordered signal sequencing for turbine control logic.
- Mark I–II compatibility: Designed for direct integration into early Speedtronic systems.
- Stable PCB design: Ensures reliable performance in long-term industrial environments.
- Signal processing role: Supports timing, data flow, and control sequencing tasks.
- Legacy system support: Maintains functionality in older turbine installations.
- Compact form factor: Fits into Mark I–II chassis layouts with ease.
- Industrial-grade components: Built to withstand demanding operational conditions.
The IC3600LSRB1 delivers the reliability and precision required for shift register boards used in turbine drive control.