EGCP-3 8406-113 Product datasheet
Model number: |
EGCP-3 8406-113 |
|
Module Type: |
Control Operator Interface |
Manufacture: |
Woodward |
|
Condition: |
Brand New |
Range of Product: |
Woodward |
|
Lead time: |
In Stock |
Weight: |
4.28kg |
|
HS CODE: |
8537101190 |
Dimension: |
35.8x28.2x13.5cm |
|
MOQ: |
1 |
Product Origin: |
USA |
|
System: |
PLC |
Discontinued on: |
active |
|
Communication Service: |
Ethernet router |
EGCP-3 8406-113 Functional Description
The Woodward 8406-113 Dual Display MC Control Operator Interface is a sophisticated Load Sharing control module designed for precise generator management in industrial power systems. This microprocessor-based unit operates within a wide 18-32V DC input range and withstands temperatures from -20°C to +70°C, making it suitable for demanding environments. It features dual backlit LCD screens that simultaneously display eight lines of operational data and four lines of configuration details, providing comprehensive system visibility. Its intuitive keypad interface allows operators to monitor critical parameters including engine status, generator performance, and load sharing metrics in real-time. The module's robust design ensures reliable synchronization and load distribution across multiple generator sets.
Engineered for seamless integration, the Woodward EGCP-3 Model requires initial configuration through its First Time Startup Menu before operational deployment. The unit offers nine specialized status menus covering all aspects of generator control, from system diagnostics to power factor monitoring. While it excels at load sharing functions, it's important to note that automatic transfer switch (ATS) capabilities require additional MC unit support when connected to mains power. The module's advanced architecture supports both local control via its front panel and remote monitoring through Woodward's Watch Window software via ServLink communication.
The WOODWARD EGCP-3 8406-113 Controller stands out for its comprehensive I/O capabilities and sequence monitoring features, providing granular control over generator operations. Its synchronization precision and load sharing algorithms ensure optimal performance across parallel generator configurations. The unit's design emphasizes user accessibility, with clear menu structures separating system status, engine parameters, and generator metrics. For technicians, it offers simplified troubleshooting through dedicated status screens that highlight operational anomalies and system events, reducing downtime during maintenance procedures.
As documented in manual 26194, the EGCP-3 8406-113 Controller Woodward represents industry-leading generator control technology, particularly for applications requiring reliable load sharing between multiple power sources. Its combination of rugged construction, intuitive interface, and advanced control algorithms makes it a preferred choice for mission-critical power systems. The module's ability to maintain precise load balance while providing extensive system visibility ensures stable operation in data centers, industrial plants, and backup power installations. With its robust communication options and detailed monitoring capabilities, the Woodward 8406-113 Control Operator Interface delivers unmatched control for modern generator management systems.
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Enhanced Crank Routine for Woodward EGCP-3 Systems
The Woodward EGCP-3 control system has implemented an improved engine crank routine to address intermittent short cranking cycles observed in some installations. Previously, approximately 1 in 40 start attempts would result in an abnormally brief crank duration of less than one second. This issue has been resolved through a firmware modification that introduces a precise 200-millisecond delay to the speed pickup sampling during startup sequences. The enhanced algorithm ensures more reliable engine ignition across all crank attempts while maintaining the system's rapid response characteristics. This refinement demonstrates Woodward's commitment to continuous improvement of the EGCP-3 series' performance in critical power generation applications, where consistent starting reliability is essential for operational continuity.