Woodward
EPG Electrically Powered Governor
The EPG is designed for precise speed control of diesel, gas, gasoline engines, and gas turbines. All electric governor systems consist of five major components, one from each of the following categories: Actuator, Speed Control, Magnetic Pickup, Wiring Harness, and Installation Kit.
easYgen-100 Series
The easYgen-100 Series by Woodward are automatic start/stop controls, designed for a single-generator set used in isolated stand-by or prime power applications. The controllers have the ability to start, stop, control, and protect the genset. Features a Compact design that slips easily into your control panel as well as crank disconnect function, for an additional layer of engine safety.
easYgen-300 Series
The easYgen-300 Series by Woodward are affordable, value-packed Gen-set controllers for auto start and transfer switch applications. These units provide the essential functionality and protection for stand-by diesel genset applications. Features also includes Engine Data Measurement, Engine Crank Sequencing, and Generator Voltage Measurement.
easYgen-1000 Series
The easYgen-1000 Series by Woodward is an automatic mains failure controls system designed for a single-generator set used in critical stand-by or prime power applications with automatic changeover capability. Features an LCD for enhanced user experience and built-in Ethernet for remote control, browser based visualization, and service tool connectivity.
easYgen-2000 Series
The easYgen-2000 Series by Woodward is a compact, affordable genset control and protection package for synchronizing and load sharing of up to 16 gensets in island operation or parallel operation. The controller utilizes a password protected multi-level configuration access hierarchy.
easYgen-3000 Series
Woodward easYgen-3000 Series genset Controllers for gas and steam turbines and compressors. Woodward Industrial Turbomachinery Control and Protection Systems. The easYgen-3000 Series is available for simple paralleling as well as for complex paralleling applications. The easYgen-3000 Series is able to control up to 32 gensets connected in a network with automatic sequencing.
505 Digital Governor Turbine Control
The Woodward 505 Digital Governor Turbine Control is a controller purpose built to provide exemplary operation and protection of industrial steam turbines. The 505 is designed to operate a variety of steam turbines and applications. This controller has algorithms and logic to start, stop, control, and protect.
505D Digital Governor Turbine Control
The Woodward 505D Digital Governor Turbine Control is an integrated graphical front panel HMI screen that featues a multilingual interface. The new 505D builds on the standard 505 platform now with expanded communication protocols, control algorithms, and advanced service tools.
505E Turbine Control
Woodward 505E digital steam turbine control. The 505E can be configured to operate single extraction and/or admission steam turbines of all sizes. The 505E also features a unique PID structure, making it ideal for applications where it is required to control several steam plant parameters at once. The field wiring of this equipment must be able to operate at least 75 degrees Celsius for temperatures expected to exceed 50 degrees Celsius.
505 LST Turbine Control
Woodward 505 LST Turbine Control. A user-configurable digital steam turbine controller for steam turbines of all sizes and applications with a friendly OCP allows plant operators to easily start and stop the turbine as well as enable/disable all control modes. The series is suitable for Class 1, Division 2, Groups A, B, C, and D or non-hazardous locations.
ProTech-GII Overspeed Protection
The ProTech-GII is a device designed to safely shutdown steam, gas and hydro turbines, as well as motors, compressors, reciprocating engines and other equipment, upon sensing an overspeed or over-acceleration event. The ProTech-GII consists of three independent modules with independent trip outputs or 2-out-of-3 configuration.
723 and 723PLUS Digital Control
Woodward's series of customizable 723 and 723PLUS Digital Controllers and Position Actuators specialize in governing your factory Gas, Diesel, or Dual Fuel Reciprocating Engines. These series of drivers can be programmed to meet your specific user requirements for Plant, Process, Engine, and Marine Applications.
ProTech 203 Overspeed Protection
The ProTech electronic two-out-of-three Overspeed Protection System is a digital overspeed trip device that senses prime mover speed through three magnetic pickups. This series consists of three identical, independent, speed-sensing units which continuously monitor prime mover speed and activate a trip relay when an overspeed condition is detected.
EM Digital Driver
Woodward’s EM Digital Drivers provide reliable actuation systems for various prime mover control applications conforming to industry standards. Using RS-485 and a MicroNet control system, these systems offer high bandwidth and accuracy for applications such as flow control valves, gas valves, and variable steam valves. The digital drivers provide extensive fault monitoring, offering trip alarms and user-defined shutdowns.
2301A Electronic Load Sharing and Speed Controls
The Electronic 2301A Load Sharing and Speed Control Series from Woodward controls the speed or load of diesel or gas engines, or steam or gas turbines. These units are housed in a sheet-metal chassis and consists of a single printed circuit board. The 2301A Speed Control provides control in the isochronous mode with droop available through an externally wired potentiometer.
2301D Digital Load Sharing and Speed Controls
The Woodward 2301D Load Sharing and Speed Controls series controls load sharing and speed of generators driven by diesel or gaseous engines. The 2301D is a microprocessor-based digital control designed to include the functions of and be compatible with 2301A load sharing controls.
2301D-EC Digital Load Sharing and Speed Controls
The Woodward 2301D-EC (Extended Communications) Load Sharing and Speed Controls series controls load sharing and speed of generators driven by diesel or gas engines. The 2301D is a microprocessor-based digital control designed to include the functions of and be compatible with 2301A load sharing controls.
SPM-A Synchronizer
The Woodward SPM-A Synchronizer series offers automatic synchronization of generators, adjustable dynamics, frequency, phase, and optional voltage matching when paired with EPG load sharing control systems.
SPM-D10/N Synchronizer
The Woodward SPM-D10/N Series is a microprocessor-based synchronizer designed for use on three phase AC generators equipped with Woodward or other compatible speed controls and automatic voltage regulators. This series features a digital display of generator and bus values. The SPM-D10/N provides automatic frequency, phase and voltage matching, using either analog or discrete output bias signals.
SPM-D Synchronizer
The Woodward SPM-D Synchronizer is a microprocessor-based synchronier designed for use on three phase AC generators equipped with Woodward or other compatible speed controls and Automatic Voltage Regulators.
SPM-D10/X Synchronizer
The Woodward SPM-D10/X Synchronizer is a microprocessor-based synchronizer designed for use on three phase AC generators equipped with Woodward or other compatible speed controls and automatic voltage regulators. The X package allows for analog bias outputs for voltage and speed freely configurable for all levels.
SPM-D10/XN
The Woodward SPM-D10/XN Synchronizer is designed for use on three phase AC generators equipped with Woodward or other compatible speed controls and automatic voltage regulators. It features a digital display of generator and bus values, microprocessor technology, a wide range of power supply, additional mains protections and display of mains values.
SPM-D10 Synchronizer
The Woodward SPM-D10 Series is a microprocessor-based synchronizer designed for use on three phase AC generators equipped with Woodward or other compatible speed controls and automatic voltage regulators. The SPM-D10 provides automatic frequency, phase and voltage matching, using either analog or discrete output bias signals.
SPM-D11/LSXR
The Woodward SPM-D11/LSXR is a synchronizer designed for use on one or three-phase AC generators equipped with Woodward or other compatible speed controls and automatic voltage regulators. It combines synchronizing for once circuit breaker, load and power factor control or isochronous load sharing and generator protection. The LSXR package features analog bias outputs for voltage and speed freely configurable for all levels.
SPM-D21/PSV
The Woodward SPM-D21/PSV is a two breaker synchronizer and load control module for use on three phase AC generators equipped with Woodward or other compatible speed controls and automatic voltage regulators. The SPM-D21 provides automatic frequency, phase and voltage matching using either analog or discrete output signals.
SPM-D21/PSVX
The Woodward SPM-D21/PSVX is a two breaker synchronizer and load control module for use on three phase AC generators equipped with Woodward or other compatible speed controls and automatic voltage regulators. The SPM-D21/PSVX package offers analog bias outputs for voltage and speed freely configurable for all levels.
AGLC Automatic Generator Loading Control
The Woodward AGLC Automatic Generator Loading Control is used to soft load in and out of a load sharing loop. It features bump less power transfer, electronic ramps with adjustable rates, and is used to base load 1 to 15 generator sets joining a utility. The controller is equipped with a base-load feature, this feature can be activated by a contact closure.
DSLC Digital Synchronizer and Load Control
The Woodward DSLC Digital Synchronizer and Load Control modules are a set of microprocessor-based control units for three phase AC industrial generators. The DLSC Series are designed to process and regulate multiple features and functions for the generator, acting as a synchronizer, a load sensor, as well as a control module.
DSLC-2 Digital Synchronizer and Load Control
The Woodward DSLC-2 Digital Synchronizer and Load Control is a micro-processor based synchronizer and load control designed for use on three-phase AC generators. Woodward combined the original solid DSLC with another decade of application experiences in developing the new DSLC-2 and excels in either simple or complex generator system applications.
MSLC Master Synchronizer and Load Control
The Woodward MSLC Master Synchronizer and Load Control is a microprocessor based load control designed for three-phase electric power generation sites equipped with Woodward DSLC Digital Synchronizer and Load Controls which operate in parallel with the utility.
MSLC-2 Master Synchronizer and Load Control
The Woodward MSLC-2 Master Synchronizer and Load Control is a microprocessor based load control designed for three-phase electric power generation sites equipped with Woodward DSLC-2 Digital Synchronizer and Load Controls. The original MSLC has been combined with another decade of application experiences to develop the new MSLC-2.
Engine Generator Control Package
The EGCP microprocessor based complete generator load control and engine management package operates with a voltage regulator and various speed controls to automate and protect diesel or gas engine based generators
Generator Loading Control
The Woodward Generator Loading Control series is used with Woodward load sharing and speed control systems like the EG, 2301, 2500, and EPG. It controls and allows adjustment of the electrical load assumed by the generator set(s). The Generator Loading Control can be used for soft loading and unloading of generators.
Load Sharing Module
The Woodward Load Sharing Module works well with not just Woodward equipped engines, but other larger engines as well. Additionally these units come with speed controls that are well suited for isochronous as well as droop load sharing. Furthermore this series is meant to work with others that come standard with a 0-5 Vdc speed setting.
NetCon Actuator Controller
NetCon 2-Channel Actuator Controller Smart I/O Module with on-board microcontrollers. These controllers have algorithms and logic in order to start, stop, control, and protect. This Series is typically used in conjunction with the MicroNet and MicroNet Plus Series
MicroNet Digital Control
The Woodward MicroNet series features a customizable control system designed for controlling steam and gas turbines. Each part number features separate useful usages, coders, and fault codes. Many of these parts will be necessary for your systems to add features and to create new functionality.
Servo Position Controller
The Woodward Servo Position Controller is a servo-valve driver that accepts a DeviceNet or (4 to 20) mA based position demand signal from a system controller, and accurately positions proportional or integrating servo-valves. The SPC has the required accuracy, responsiveness, and redundancy required for steam or gas turbine fuel valve control.
ProAct and ProAct Plus Driver and Actuator
Woodward ProAct and ProAct Plus Actuator and Drivers are Integrated Speed Control (ISC) Systems primarily used for gaseous and diesel-fueled engines. There are two different model types such as the PISC (ProAct Integrated Speed Control) and the PISC Integrated Throttle Bodies (ITBs) Controller. The ProAct and ProAct Plus Actuator and Drivers are used to control flow output through the electrically actuated butterfly valves. The ProAct ITBs are specifically designed to minimize external leakage of the charge fuel/air mixture.
Power Supplies, Controllers, & Miscellaneous
We offer many obsolete or outdated Woodward Controllers, Power Supplies, Actuators, Racks, and Chassis. Contact our Sales Team Today for a Free Quote!
Peak 150 Digital Control
The Woodward Peak 150 series is a series of digital controls designed for single-valve and single-valve rack steam turbines driving a mechanical load. This series is compact and low-cost while also convenient and precise thanks to features like the front keypad/display and NEMA D rated motor. Models in this series are available with AC/DC or 24VDC power inputs, NEMA 4 or NEMA 4X enclosures, and optional Modbus protocol support.
