The WOODWARD 8237-1595 controller is a critical component in various control systems, especially in industrial applications like turbine control, energy generation systems, and engine management.

Product Name:

WOODWARD 8237-1595 Controller

Product Description:

The WOODWARD 8237-1595 is a sophisticated electronic controller designed for managing and optimizing the performance of various engines and turbines. Equipped with advanced algorithms, it provides precise control over fuel management, speed regulation, and performance monitoring, ensuring efficient and reliable operation in demanding environments.

Product Parameters:

• Input Voltage: Typically 24 VDC (may vary based on configuration)
• Current Rating: Outputs designed to handle specific load capacities (check specific application needs)
• Communication Ports: May include RS-232, CAN, or Ethernet for integration with other systems
• Operating Temperature Range: Often rated for use in harsh environments (e.g., -40°C to +70°C)
• Protection Class: Usually IP-rated for dust and moisture resistance

Specifications:

• Microprocessor: High-performance microcontroller for fast processing
• Memory: Sufficient RAM and ROM for operational integrity and storage of control algorithms and data logs
• Control Algorithms: May support PID control, sequencing, and safety features
• Input/Output Configuration: Multiple configurable I/O channels for various sensors and actuators
• User Interface: Potentially includes an LCD screen and user-friendly controls for real-time monitoring and adjustments

Product Use:

The WOODWARD 8237-1595 controller is employed in various applications such as:

• Turbine Control: For various types of turbines, including gas, steam, and hydro.
• Engine Management: Integration in diesel or natural gas engine control systems for power generation.
• Industrial Automation: Wired into control rooms for real-time monitoring of industrial processes.
• Safety Systems: Incorporating safety features to prevent faults and manage emergency shutdowns.
• Data Logging: Collecting and storing operational data for performance analysis and fault diagnosis.