.svg?v=180920048278408794651747892223){kind=small}
DS3800NGRC1H1G | General Electric Printed Circuit Board
- Regular price
- $2,752.00
- Sale price
- $2,752.00
- Regular price
-
Couldn't load pickup availability
Do you need help?
Product Description P/N: DS3800NGRC1H1G
Description
The GE DS3800NGRC1H1G is a precision-engineered regulator printed circuit board designed to support stable electronic control within Mark IV turbine automation systems. Its component-dense architecture enables accurate signal processing and reliable communication across critical industrial control functions.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | General Electric |
| Category | PLCs/Machine Control |
| Part Number | DS3800NGRC1H1G |
| Subcategory | PC Board PLC/Add-On Board |
| Function | Regulator PCB for Mark IV turbine control |
| Connectors | One 6-pin header; four 218A4637-series connectors |
| Integrated Circuits | 25 ICs for amplification, comparison, and logic tasks |
| Resistors | CCR and ceramic-coated metal film resistors |
| Capacitors | Polyester film capacitors with axial leads |
| Mounting | Drilled corners and alignment marks A–J |
| Compatibility | GE Mark IV gas/steam turbine systems |
Information About DS3800NGRC1H1G
The DS3800NGRC1H1G is part of GE’s Mark IV control system family, designed for turbine management functions such as cooling, shutdown sequencing, emissions control, and operational safety. The board features corner mounting holes, alignment marks (A–J), and manufacturer identifiers for accurate installation and system orientation. Equipped with one 6-pin header and four communication connectors from the 218A4637 series, the board supports structured signal routing along its edges. The assembly incorporates film capacitors, ceramic-coated metal film resistors, CCR resistors, and a full set of twenty-five integrated circuits that perform amplification, voltage comparison, and exclusive-OR logic tasks essential for system regulation.
Key Features
- Regulator Board Functionality: Supports turbine control operations including cooling, shutdown, and emissions handling.
- Mark IV System Integration: Designed specifically for GE’s Mark IV gas and steam turbine automation architecture.
- Multi-Connector Configuration: Includes one 6-pin header and four 218A4637-series communication connectors for system interfacing.
- Precision Electronic Components: Utilizes CCR resistors, ceramic-coated metal film resistors, and polyester film capacitors for stable performance.
- Twenty-Five Integrated Circuits: Performs tasks such as signal amplification, voltage comparison, and logic gate operation.
- Alignment and Mounting Features: Marked edges (A–J) and drilled corners support accurate board placement and secure installation.
- Industrial-Grade PCB Construction: Designed to meet the demands of continuous operation in critical turbine environments.
- Manufacturer Documentation Support: Compatible with GE-issued Mark IV manuals for installation, configuration, and service procedures.
The DS3800NGRC1H1G delivers the reliability and precision required for controlled signal regulation and communication in GE Mark IV turbine automation systems.
Description
The GE DS3800NGRC1H1G is a precision-engineered regulator printed circuit board designed to support stable electronic control within Mark IV turbine automation systems. Its component-dense architecture enables accurate signal processing and reliable communication across critical industrial control functions.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | General Electric |
| Category | PLCs/Machine Control |
| Part Number | DS3800NGRC1H1G |
| Subcategory | PC Board PLC/Add-On Board |
| Function | Regulator PCB for Mark IV turbine control |
| Connectors | One 6-pin header; four 218A4637-series connectors |
| Integrated Circuits | 25 ICs for amplification, comparison, and logic tasks |
| Resistors | CCR and ceramic-coated metal film resistors |
| Capacitors | Polyester film capacitors with axial leads |
| Mounting | Drilled corners and alignment marks A–J |
| Compatibility | GE Mark IV gas/steam turbine systems |
Information About DS3800NGRC1H1G
The DS3800NGRC1H1G is part of GE’s Mark IV control system family, designed for turbine management functions such as cooling, shutdown sequencing, emissions control, and operational safety. The board features corner mounting holes, alignment marks (A–J), and manufacturer identifiers for accurate installation and system orientation. Equipped with one 6-pin header and four communication connectors from the 218A4637 series, the board supports structured signal routing along its edges. The assembly incorporates film capacitors, ceramic-coated metal film resistors, CCR resistors, and a full set of twenty-five integrated circuits that perform amplification, voltage comparison, and exclusive-OR logic tasks essential for system regulation.
Key Features
- Regulator Board Functionality: Supports turbine control operations including cooling, shutdown, and emissions handling.
- Mark IV System Integration: Designed specifically for GE’s Mark IV gas and steam turbine automation architecture.
- Multi-Connector Configuration: Includes one 6-pin header and four 218A4637-series communication connectors for system interfacing.
- Precision Electronic Components: Utilizes CCR resistors, ceramic-coated metal film resistors, and polyester film capacitors for stable performance.
- Twenty-Five Integrated Circuits: Performs tasks such as signal amplification, voltage comparison, and logic gate operation.
- Alignment and Mounting Features: Marked edges (A–J) and drilled corners support accurate board placement and secure installation.
- Industrial-Grade PCB Construction: Designed to meet the demands of continuous operation in critical turbine environments.
- Manufacturer Documentation Support: Compatible with GE-issued Mark IV manuals for installation, configuration, and service procedures.
The DS3800NGRC1H1G delivers the reliability and precision required for controlled signal regulation and communication in GE Mark IV turbine automation systems.