Woodward 8290-184 Isochronous Speed Control Module 24V

Product Overview

The Woodward 8290-184 is an EPG isochronous speed control module designed for precise speed regulation of diesel engines and turbines in industrial power systems. It supports demanding applications where stable frequency, controlled acceleration, and reliable load response are required.

This module operates on 24 VDC power and includes an integrated start fuel limit function, allowing controlled engine startup while protecting mechanical components. Moreover, it supports 524 or 1724 speed configurations, making it suitable for both diesel engines and turbine-driven systems.

The 8290-184 is widely used in generator control panels, marine propulsion systems, and industrial energy installations. Therefore, it delivers consistent performance in environments where reliability and accuracy directly impact operational safety.

Technical Specifications

Product type: Isochronous electronic speed control module
Manufacturer: Woodward
Model number: 8290-184
CAT part number: 131-5455
Power supply: 24 VDC
Speed control mode: Isochronous
Start fuel limit: Supported
Speed selections: 524 or 1724 SC
Compatible engines: Diesel engines and turbines
Governor compatibility: Woodward electronic actuators and governors
Control function: Precise speed regulation and load response
Operating environment: Industrial and marine installations
weight: 1.6 kg

FAQ

Q1: What is the primary function of the Woodward 8290-184?
A1: It provides isochronous electronic speed control for diesel engines and turbines.

Q2: Does the module support controlled engine startup?
A2: Yes, it includes a start fuel limit to prevent over-fueling during startup.

Q3: What voltage does the 8290-184 require?
A3: The module operates on a 24 VDC power supply.

Q4: Which speed configurations are supported?
A4: It supports both 524 and 1724 speed configurations.

Q5: Is the 8290-184 suitable for generator applications?
A5: Yes, it is widely used in generator sets requiring stable frequency control.