Product Name: MicroNet Discrete Input Module
Product Introduction: A high-density discrete input module for Woodward MicroNet 5000 series distributed control systems, designed for collecting dry contact/relay signals from field devices in turbomachinery and power generation applications.
Product Name: MicroNet Analog Input Module
Product Introduction: A high-resolution analog input module for Woodward MicroNet 5000 series DCS, designed for precise process variable monitoring in turbine and engine control systems. It accepts multiple signal types for flexible integration.
Product Name: Real Power Sensor (Standard Type)
Product Introduction: A high-accuracy real power sensor for three-phase generator systems, providing a 4–20 mA output proportional to kilowatt load. Designed for use with Woodward 505/505E and 2301A controllers in turbine and engine control applications.
Product Name: Real Power Sensor (Load Sharing Type)
Product Introduction: A precision three-phase real power sensor that monitors generator voltage and current to produce a 4–20 mA kilowatt signal. It includes load-sharing capabilities for isochronous parallel generator operation, compatible with Woodward 2301A controls.
Product Name: MFR-11 Multifunction Relay Module
Product Introduction: A high-performance multifunction relay for MicroNet/NetCon distributed control systems, designed for turbomachinery control with redundant architecture. It integrates monitoring, protection, and control functions for critical industrial applications.Product Name: 2301A Digital Speed Controller
Product Introduction: A microprocessor-based full-authority speed controller for diesel/gas engines and steam/gas turbines. It provides precision speed regulation, load control, and system protection, accepting 4–20 mA or 1–5 Vdc commands for flexible integration into industrial prime mover systems.
Product Name: Digital Electronic Speed Governor Controller
Product Introduction: A compact, microprocessor-based digital speed governor designed for small-to-medium bore diesel and gas engines, integrating speed signal sampling, PID operation, and actuator drive functions. It supports single-unit speed regulation and basic protection functions, ideal for standby and prime power applications in industrial and commercial settings.
Product Name: MicroNet 32-Channel Discrete Output Module
Product Introduction: A high-density discrete output module for Woodward MicroNet 5000 series DCS, designed for driving external relays, contactors, and solenoids in turbine, engine, and power plant control systems. It provides isolated, high-current outputs for reliable execution of control commands and interlock functions.
Product Name: EG-3P Series Electro-Hydraulic Actuator
Product Introduction: A compact, high-performance electro-hydraulic proportional actuator designed for small-to-medium bore diesel and gas engines. It converts electrical control signals into precise mechanical motion to regulate fuel flow, ensuring accurate speed and load control in generator, pump, and compressor applications.
Product Name: TG-13 Series Mechanical-Hydraulic Governor
Product Introduction: A compact, reliable mechanical-hydraulic governor designed for small-bore diesel and gas engines, providing precise speed regulation for generator, pump, and compressor applications. It features a simplified design with fewer moving parts, ensuring low maintenance and long service life in harsh industrial environments.
Product Name: MicroNet 5000 Series Digital Controller
Product Introduction: A high-performance, scalable digital controller designed for turbine and engine control systems, integrating speed regulation, load management, protection, and I/O functions. It offers advanced control algorithms, redundant architecture, and seamless integration with Woodward MicroNet and LinkNet systems for critical power generation applications.
Product Name: EG-10P Series Electro-Hydraulic Actuator
Product Introduction: A robust electro-hydraulic proportional actuator designed for diesel, gas, and gasoline engines, as well as steam turbines. It converts electrical control signals into precise mechanical motion to regulate fuel flow or valve position, ensuring accurate speed and load control in prime mover systems.
