Woodward 8280-501 Digital Control Module

Product Introduction

The Woodward 8280-501 Digital Control Module is a robust and versatile controller designed for precise automation of engine and turbine control systems. As part of the Woodward digital control family, this module integrates advanced processing capabilities with flexible input/output configurations, ensuring reliable and accurate control in demanding industrial environments.

Designed to deliver consistent and repeatable control performance, the 8280-501 module supports multiple control strategies, including speed, load, and position control, and can be customized to meet application-specific requirements. Its rugged construction and industrial-grade components allow it to operate reliably under harsh environmental conditions typical of power generation, marine, and oil & gas applications.

Product Specifications

Product Applications

• Gas and Steam Turbine Control

• Diesel and Gas Engine Management

• Generator Set Controls

• Marine Propulsion Systems

• Oil and Gas Process Automation

• Industrial Pump and Compressor Control

• Renewable Energy Systems (e.g., biomass, hydro turbines)

Product Advantages

• Flexible Control Strategies
  Supports a wide range of control modes including speed, load, and position control, adaptable to varied industrial needs.

• Robust and Reliable Design
  Built with industrial-grade components for dependable operation in harsh conditions.

• Advanced Diagnostics
  Provides real-time diagnostics and fault reporting to minimize downtime and assist troubleshooting.

• Multiple Communication Options
  Facilitates easy integration into existing control networks through serial and Ethernet interfaces.

• Compact and Modular
  Space-saving design with easy installation on DIN rails or panels.

• Redundancy Ready
  Supports redundant module configurations to increase system availability and safety.

• User-Friendly Programming
  Compatible with Woodward’s proprietary software and supports IEC 61131-3 programming standards for flexibility.

FAQ

1. What communication protocols does the 8280-501 support?
   It supports RS-232, RS-485, CAN, and optionally Ethernet interfaces.

2. Can this module be used in redundant configurations?
   Yes, it supports optional redundant setups to enhance reliability.

3. Which programming languages are compatible with the 8280-501?
   It supports IEC 61131-3 languages as well as Woodward’s proprietary programming environment.

4. What types of inputs and outputs does the module support?
   It supports analog voltage/current inputs, discrete digital inputs, analog outputs, and relay outputs.

5. What is the operating temperature range of the module?
   The module operates reliably between -20°C and +70°C.

6. How does the module handle diagnostics?
   It includes self-test routines, communication status monitoring, and fault diagnostics with error reporting.

7. Is the 8280-501 suitable for marine applications?
   Yes, its robust design and certifications make it suitable for marine propulsion control.

8. What power supply requirements does the module have?
   It requires a nominal 24 VDC power supply within an 18-32 VDC range.

9. What mounting options are available?
   The module can be mounted on DIN rails or panels.

10. Does the module support safety interlocks?
    Yes, it supports safety interlocks as part of its control logic.

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FAQ

1. What communication protocols does the 8280-501 support?
   It supports RS-232, RS-485, CAN, and optionally Ethernet interfaces.

2. Can this module be used in redundant configurations?
   Yes, it supports optional redundant setups to enhance reliability.

3. Which programming languages are compatible with the 8280-501?
   It supports IEC 61131-3 languages as well as Woodward’s proprietary programming environment.

4. What types of inputs and outputs does the module support?
   It supports analog voltage/current inputs, discrete digital inputs, analog outputs, and relay outputs.

5. What is the operating temperature range of the module?
   The module operates reliably between -20°C and +70°C.

6. How does the module handle diagnostics?
   It includes self-test routines, communication status monitoring, and fault diagnostics with error reporting.

7. Is the 8280-501 suitable for marine applications?
   Yes, its robust design and certifications make it suitable for marine propulsion control.

8. What power supply requirements does the module have?
   It requires a nominal 24 VDC power supply within an 18-32 VDC range.

9. What mounting options are available?
   The module can be mounted on DIN rails or panels.

10. Does the module support safety interlocks?
    Yes, it supports safety interlocks as part of its control logic.

Related Models (Same Series or Related Architecture)

Popular Models from Woodward

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