The EGCP-2 is a microprocessor based complete generator control and
engine management package. It is designed for use with an automatic
voltage regulator and a Woodward speed control to automate and protect diesel or gas engine based generator sets. Designed for small to medium size generator sets, the EGCP-2 can be configured to operate stand-alone or utility paralleled sets. A network of EGCP-2 controls is capable of controlling up to eight un-manned generator sets for base-load, peak shaving or backup power generation.

Designed for medium- and large-sized generators, the EGCP-3 adds to the powerful EGCP-2 product with advanced IEEE protection algorithms, utility-grade metering, individual control of utility and inter-tie breakers, added input/output capabilities and backward compatibility with Woodward DSLC/MSLC synchronizers. A network of up to 16 EGCP-3 controls can handle your most sophisticated base-load, peak shaving or backup power generation applications. Based on Woodward's powerful GAPTM application programming tools, the EGCP-3 can be easily customized by Woodward, your Woodard distributor or, with a GAP license and minimal training, by OEM customers.

The DSLC™ control is a microprocessor-based synchronizer and load control designed for use on three-phase AC generators equipped with Woodward or other compatible speed controls and compatible automatic voltage regulators.
The DSLC control is a synchronizer, a load sensor, a load control, a dead bus closing system, and optionally a VAR/PF and process control, all integrated into one powerful, yet convenient package.

The Woodward MSLC control is a microprocessor-based load control designed for three-phase electric power generation sites equipped with Woodward DSLC Digital Synchronizer and Load Control units which operate in parallel with the utility. The MSLC is a synchronizer, a utility load sensor, an import/export load level control, a power factor control, and a master process control.

The EasyGen-300 series - offers automatic engine starting, stopping, metering, and generator protection (the easYgen-350 adds AMF (Auto Mains Failure) and transfer switch operations). The easYgen-300 series is designed for single unit insolated operation applications.
The multi-purpose 6 digit, 7 segment LED offers the ability to display measured values and alarm messages. The CAN bus operation adds the ability to display J1939 messages from an engine ECU.
The Isolated J1939 CAN bus permits long distance networks for selected ECU manufacturers. Our sales department can provide information regarding the selected ECU manufacturers.

EasyGen-1500 series - the 2nd generation of this friendly and intuitive genset control is designed to be compatible with multiple applications. The graphic display adapts to the application selected. This controller was the first in the series of new and powerful easYgen genset controls. This trend-setting technology offers maximum flexibility for each user.

The GCP-20 is also designed for is designed for applications with multiple stand-by gensets for up to eight gensets. The automatic power transfer functions include Open- and Closed transition. The GCP 20 LS has two circuit breaker logic. The GCP 20 LS monitors the generator and the utility and protects for voltage, current, frequency, active and reverse power, load imbalance, and overload faults. It provides a direct 400 volts input connection. The engine is monitored for speed, temperature and pressure. The control includes a total of 14 digital inputs, 4 engine signal inputs, 1 magnetic pickup input, and 4 configurable relay outputs. Additional inputs, remote control and analog speed/voltage bias signals are available as options. GCP 20 LS is designed for small to medium size engines or normal applications.

The GCP 21 LS is designed for applications with multiple gensets continuous parallel with the mains. The GCP 21 LS has control logic for one circuit breaker. Additional protection features include phase shift and reduced power faults. It provides a direct 400 volts input connection. The GCP-21 control includes a total of 14 digital inputs, 4 engine signal inputs, 1 magnetic pickup input, and 4 configurable relay outputs. Options include additional inputs and outputs, remote control capabilities, and analog speed/voltage bias signals. GCP 21 LS is designed for small to medium size engines or normal applications.

The GCP 22 LS adds a second CB logic to the functionality of the GCP 21 LS. The added 2nd CB logic enables automated power transfers like ATS (open transition), No-Break transfer (closed transition) and soft power transfer. It provides a direct 400 volts input connection. GCP 22 LS is designed for small to medium size engines or normal applications.

The most powerful of the new generator control panels - the GCP-31 and GCP-32 units. It has load sharing and kVAR sharing capabilities for multiple-unit operation for up to 14 engines. GCP Series 30 is typically used for large engines and complex applications. They also incorporate a synchroscope on the front panel. Standard I/O include 16 digital inputs, 7 engine or generator signal inputs, 1 magnetic pickup input, and 7 configurable relay outputs Available options include additional input/output, remote control, remote power set, and analog speed/voltage bias capabilities. A real-time clock and event recorder is
also available.

AGLC can be used with any Woodward load sharing and speed control system with either built-in or external load sensors. It is designed to provide soft loading or unloading of a generator set to an isochronous load sharing system or to base load setting at controlled rates. The electronic ramps are easily adjusted from five seconds to five minutes for 100% load change. The load and unload ramp rates adjust separately. This versatile control
simplifies the logic and wiring required to perform these functions.

The Automatic Power Transfer and Load Control (APTL) provides a compact control unit for a load-sharing system, offering features not formerly available. The APTL prevents load bumps when joining to and separating from a utility by sensing the power flow across the utility breaker using a watt meter/ transducer input. The APTL control adjusts the output of the generating system by biasing the load-sharing lines. Whether providing loading control for the entire system or for a single-engine generating set, the APTL can handle a diverse array of generator control functions.

The Digital Reference Unit generates a precise voltage that may be used wherever a very accurate reference signal is required. Typical use combines the Digital Reference Unit with other Woodward controls for regulation of speed or load. This device provides precise electronic control of the reference-signal voltage. The level of the reference signal can be manually or automatically selected from maximum to minimum with an additional adjustable intermediate set point.

The Speed and Phase Matching (SPM-A) Synchronizer provides automatic frequency and phase matching when used with 2301A, 701A, and Electrically Powered Governor (EPG) control systems. The UL-listed, CSA-certified SPM-A Synchronizer automatically generates a signal to bias the speed of the engine of an off-line generator so that its frequency and phase match those of the bus. Tight control is maintained by feeding the synchronizer's speed bias signals directly into the electronic control's speed loop error amplifier rather than through a potentiometer. The synchronizer automatically issues a signal to close the circuit breaker connecting the off-line unit to the bus when phase and frequency are matched within the limits.

The new SPM-D digital synchronizer incorporates control logic for one circuit breaker, display of ac data on front panel, a user keypad, a built-in synchroscope, and easy configuration via an RS-232 port. Also available is built-in utility protection for over- and under-current, over- and under-frequency, phase shift; generator protection for over- and under-voltage, over- and under-frequency; and generator protection for reverse or reduce power and overload.

Woodward makes models of its Load Sharing Module for use with engines equipped with speed controls that accept a -4.5 to +1.5 Vdc speed setting input, a 0.5 to 4.5 Vdc input, or a PWM (pulse-width-modulated) input. The Load Sharing Module allows use of Woodward power generation accessories and allows load sharing between engines equipped with speed controls that are not manufactured by Woodward and engines controlled with Woodward electronic controls, or controls using other Woodward load sharing modules.

Watch Window software is a service tool designed for technicians and engineers applying or maintaining Woodward control systems. It replaces many of the meters and screwdrivers of yesterday. Three versions meet varying control and customer needs (Watch Window Standard for "standard" controls, Watch Window Professional for custom controls needing serial connectivity, and Watch Window II Professional for custom controls needing Ethernet connectivity.