WOODWARD+5466-316

Description

The WOODWARD 5466-316 module is a part of the Woodward product line used in various control and automation systems.

Product Name:

WOODWARD 5466-316 Control Module

Product Description:

The WOODWARD 5466-316 module is an advanced control module commonly used for engine, turbine, and generator control systems. It is designed for automation, optimization, and protection in power generation and industrial applications. Woodward’s control modules typically feature robust, high-precision controls for speed, load, and other critical parameters to maintain efficient and safe operations in a variety of machinery and energy generation systems.

Product Parameters and Specifications:

Woodward’s modules, like the 5466-316, generally include the following types of parameters:

1. Input Signals:
   • Voltage and current inputs from sensors (speed, load, pressure, temperature, etc.)
   • Analog inputs for monitoring process variables
   • Digital inputs for status monitoring and control commands
2. Output Signals:
   • Digital outputs to control relays, actuators, and alarms
   • Analog outputs for feedback to other systems or monitoring devices
3. Communication:
   • Support for fieldbuses (e.g., Modbus, CAN, etc.) for remote monitoring and integration with other systems
4. Power Supply:
   • Typical operating voltage range (e.g., 24V DC, 48V DC, etc.)
5. Environmental Ratings:
   • Operating temperature range: -40°C to +85°C (depending on the application and environment)
   • Protection against ingress (IP ratings, e.g., IP65 or IP67)
6. Control Features:
   • Speed control and regulation
   • Load sharing and load demand control
   • Engine/turbine protection (overspeed, under speed, high temperature, low oil pressure, etc.)
   • Fuel control and optimization (if applicable)
7. Compliance:
   • Conformity to relevant industry standards (e.g., ISO, UL, CE, etc.)

Product Use:

The WOODWARD 5466-316 module is typically used in:

• Power Generation: Control of diesel, gas, or steam turbines in standalone or grid-connected power plants.
• Engine Control: Used for controlling the performance of industrial engines, especially in generators, compressors, and pumps.
• Turbine Control: Specifically designed to handle the complex control requirements of gas or steam turbines.
• Remote Monitoring: Integration into a broader system for monitoring and controlling equipment from a central location or through SCADA systems.

WOODWARD+5466-316