Woodward 8290-180 Generator Load Sensor

Product Overview

The Woodward 8290-180 is a high-performance Generator Load Sensor engineered to precisely monitor electrical load levels in generator systems. As part of Woodward’s comprehensive control ecosystem, the 8290-180 is designed for use in load sharing and system protection applications. It plays a crucial role in detecting real-time generator output and ensuring accurate power management, especially in multi-generator or grid-connected environments.

Its robust construction and reliable sensing capability make it ideal for demanding industrial applications including power generation, marine, oil & gas, and process industries. With high immunity to noise and environmental interference, the 8290-180 ensures that generators operate within their specified load limits, thereby protecting both the machinery and the connected systems.

Technical Specifications

Applications

The Woodward 8290-180 Generator Load Sensor is widely used in critical infrastructure and industrial systems where accurate generator load measurement is essential for operational efficiency and protection. Primary applications include:

• Industrial Generator Sets
  Monitors real-time power output for overload protection and efficiency.

• Parallel Generator Systems
  Supports load sharing and load balancing between multiple generators.

• Marine Electrical Systems
  Ensures balanced electrical distribution onboard ships.

• Standby Power Systems
  Detects load status to facilitate automatic transfer switching and generator start-up.

• Renewable Energy Integration
  Provides load data in hybrid generator-solar/battery systems.

• Utility Grid Backup Systems
  Assists in monitoring and controlling load levels during outages.

Key Advantages

• Accurate Load Monitoring
  Provides precise real-time analog output reflecting actual generator load conditions.

• Industrial-Grade Design
  Engineered for harsh environments with wide operating temperature and humidity tolerance.

• Easy Integration
  Can be integrated into Woodward control systems or third-party PLCs via standard analog signal outputs.

• Enhanced Equipment Protection
  Helps prevent overload situations that can damage generators or downstream equipment.

• Low Maintenance Operation
  Simple, rugged design with no moving parts ensures long service life and minimal servicing needs.

• Galvanic Isolation
  Protects sensitive control circuitry by isolating signal paths.

• Broad Compatibility
  Suitable for single-phase and three-phase systems through external PT/CT inputs.

Frequently Asked Questions (FAQ)

1. What type of signal does the 8290-180 output?
   It outputs a 0–5 VDC analog signal proportional to the real-time generator load.

2. Can this sensor be used in multi-generator systems?
   Yes, it is specifically designed for load sharing and parallel operation systems.

3. Is galvanic isolation included?
   Yes, input and output circuits are fully isolated for safety and signal integrity.

4. What kind of input connections are required?
   The unit accepts voltage from potential transformers (PTs) and current from current transformers (CTs).

5. Is it suitable for marine environments?
   Yes, provided it’s installed in a protected, dry cabinet with controlled ventilation.

6. How is the sensor mounted?
   It can be mounted on a panel or DIN rail, depending on the system layout.

7. Does it require regular calibration?
   Minimal calibration is required after installation; periodic checks are recommended for critical applications.

8. Is it compatible with non-Woodward controllers?
   Yes, as long as the controller accepts 0–5 VDC analog input, it can be used.

9. What protections are built-in?
   It includes internal fusing, isolation, and overload protections for both voltage and current inputs.

10. Can it be used in solar-diesel hybrid systems?
    Absolutely. It provides essential load feedback for hybrid energy management systems.

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Popular Woodward Models

Frequently Asked Questions (FAQ)

1. What type of signal does the 8290-180 output?
   It outputs a 0–5 VDC analog signal proportional to the real-time generator load.

2. Can this sensor be used in multi-generator systems?
   Yes, it is specifically designed for load sharing and parallel operation systems.

3. Is galvanic isolation included?
   Yes, input and output circuits are fully isolated for safety and signal integrity.

4. What kind of input connections are required?
   The unit accepts voltage from potential transformers (PTs) and current from current transformers (CTs).

5. Is it suitable for marine environments?
   Yes, provided it’s installed in a protected, dry cabinet with controlled ventilation.

6. How is the sensor mounted?
   It can be mounted on a panel or DIN rail, depending on the system layout.

7. Does it require regular calibration?
   Minimal calibration is required after installation; periodic checks are recommended for critical applications.

8. Is it compatible with non-Woodward controllers?
   Yes, as long as the controller accepts 0–5 VDC analog input, it can be used.

9. What protections are built-in?
   It includes internal fusing, isolation, and overload protections for both voltage and current inputs.

10. Can it be used in solar-diesel hybrid systems?
    Absolutely. It provides essential load feedback for hybrid energy management systems.

Related Models (Same Series or Functionality)

Popular Woodward Models

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