WOODWARD+EGCP-3 8406-113

Description

The WOODWARD EGCP-3 (Energize Gas Control Panel) 8406-113 is a sophisticated controller designed for use in gas turbine and reciprocating engine applications. It plays a crucial role in the control and management of electricity generation systems, particularly in industrial settings.

### Product Name

– **WOODWARD EGCP-3 8406-113 Controller**

### Product Description

The WOODWARD EGCP-3 is an advanced electronic control module designed to manage various aspects of gas and engine operations, including the regulation of fuel flow in conjunction with power output, monitoring engine conditions, and ensuring operational safety. The controller integrates multiple functions into a single unit, improving efficiency and reliability in controlling power generation units.

### Product Parameters

– **Input Voltage Range**: Typically allows for a range of input voltages specified by application needs.
– **Temperature Range**: Operates effectively within specified environmental temperature limits.
– **Communications Interface**: Can include multiple communication protocols for interfacing with other systems (e.g., CAN, Modbus).
– **Outputs**: Configurable output options for controlling engines or turbines.

### Specifications

– **Input Power Supply**: Specific supply voltage requirements (often around 24V DC)
– **Processing Speed**: High-performance processing to ensure real-time control and response.
– **Input/Output Channels**: Number of configurable I/O channels for sensors, actuators, and control signals.
– **Software Integration**: Capable of supporting advanced control algorithms and programmable logic.
– **Diagnostics**: Built-in diagnostic capabilities for fault detection and troubleshooting.
– **Safety Features**: Compliance with industry safety standards to protect equipment and personnel.

### Product Use

The WOODWARD EGCP-3 controller is typically employed in:

– **Power Generation**: Monitoring and controlling gas turbines or reciprocating engines in power plants.
– **Oil and Gas Industry**: Managing engines in natural gas compression and transmission applications.
– **Industrial Applications**: Used in processes where reliable power generation and engine control are crucial.
– **Remote Monitoring**: Often utilized in remote or distributed generation setups, enabling fleet management.
– **Emergency Backup Systems**: Controls power generation during outages, ensuring continuous power supply.

### Benefits

– **Improved Efficiency**: The controller optimizes fuel use and engine performance.
– **Redundancy & Reliability**: Designed for robust performance to minimize downtime.
– **Scalability**: Can be adapted to different setups and requirements as projects grow or change.

WOODWARD+EGCP-3 8406-113