Description

WOODWARD 2301E 8273-1011 is an advanced digital load sharing and speed control controller.This microprocessor based digital controller is designed specifically for diesel or gas engine driven generator sets,used for precise control of generator speed and load distribution.It can ensure stable operation of the generator in isolated mode,droop mode,or base load mode.

The 2301E series is an upgraded version of the Woodward 2301A and 2301D load distribution controllers,with stronger software flexibility and richer features.Many control functions that required additional equipment in older versions can now be implemented through software configuration.This makes 8273-1011 an ideal choice for upgrading existing systems and new installations,providing higher functionality and reliability.It is set up and configured by connecting to an external computer through the RS-232 port on the front-end,and has powerful I/O interfaces including load sensors,actuator drivers,MPU speed sensors,analog input/output,and discrete input/output.

2301E 8273-1011 WOODWARD

technical specifications

Product Model:2301E 8273-1011

Manufacturer:WOODWARD

Product Type:Digital Load Distribution and Speed Control Controller

Application:Diesel or gas engine driven generator sets

Control modes:Isochronous Mode,Droop Mode,Base Load Mode

Input voltage:24 VDC

Processor:microprocessor type digital control

Input/Output:-1 load sensor input

Main features and advantages

The WOODWARD 2301E 8273-1011 speed controller provides significant advantages in the field of generator control with its excellent performance and flexibility:

Accurate speed and load distribution control:This controller can accurately manage the speed of diesel or gas engines and achieve load distribution among multiple generator sets,ensuring the stability and efficiency of power output.It supports multiple operating modes such as isochronous,droop,and base load,adapting to different grid connected or islanded operation needs.

Highly configurable and flexible:As a microprocessor based digital controller,most of the functions of 2301E are implemented through software configuration.Users can easily adjust parameters such as engine speed range,gear teeth,actuator action direction,etc.through external computers and specialized tools(such as 2301E ToolKit or Control Assistant),greatly simplifying the application customization and upgrade process.

Rich I/O and communication interfaces:equipped with load sensors,actuator drivers,MPU speed sensors,configurable analog/discrete I/O,and RS-232 and RS-422 dual serial ports,providing powerful connectivity for integration with various sensors,actuators,and upper monitoring systems.The optional Modbus communication function further enhances system integration.

Enhanced diagnosis and data recording:Additional status LED indicators and fault data recording function(recording 16 seconds of data during shutdown events)make troubleshooting and performance analysis more convenient and efficient,helping to reduce downtime.

Backward compatibility and upgrade potential:The physical size and installation configuration of the 2301E,2301A,and 2301D controllers are compatible,allowing existing systems to be easily upgraded for more powerful functionality without the need for large-scale modifications.

Advanced control algorithm:includes functions such as load shedding/load pulse logic,adaptive speed sensing algorithm,MAP limiter,and torque limiter,optimizing transient response and improving the operational stability and protection capabilities of the engine and generator set.

2301E 8273-1011 WOODWARD

application area

WOODWARD 2301E 8273-1011 speed controller is widely used in various scenarios that require precise speed and load control of engines and generator sets,including:

Parallel operation of generator sets:In a power system where multiple diesel or gas generator sets operate in parallel,it is used to achieve precise load distribution,ensure system stability and efficient operation.

Main and backup generator system:controls the start,stop,and load transfer of the generator set,achieves seamless switching between main and backup power sources,and ensures the continuity of power supply.

Marine diesel generator set:In the ship’s power system,it is used to control the speed and load of the main generator or auxiliary generator set to adapt to different navigation and berthing needs.

Industrial emergency power supply:As the core controller of emergency generator sets in key facilities such as factories,hospitals,and data centers,it ensures rapid response and stable power supply in the event of a main power failure.

Pumping and compressor applications:In some industrial pump or compressor drive applications that require precise speed control,adjusting the engine speed is used to meet process requirements.

Distributed generation:Used in microgrids or distributed generation systems to manage the power output and grid connected operation of distributed generator units.

Gas or diesel engine test bench:used in engine development and testing environments to precisely control engine speed and load,conduct performance evaluation and debugging.

Related products

The products associated with WOODWARD 2301E 8273-1011 speed controller mainly include Woodward’s various actuators,speed sensors,and other control and monitoring components in its automation solutions.

Woodward actuators:such as L series,F series,P series,and PISC series actuators,which are driven by 2301E PWM output and used to directly adjust the engine’s fuel quantity or throttle position,achieving speed and load control.

Woodward Magnetic Pickups(MPU):As a speed sensor,it provides engine speed signals to 2301E.

Woodward load sensor:used to measure the output load of the generator and feedback the signal to 2301E.

Woodward easyYgen series or easyYlite series controllers:In more complex generator management or grid connection applications,2301E may be used in conjunction with these higher-level controllers.

Woodward AtlasSC or APECS series controllers:Other Woodward controllers used for engine and turbine control.

Woodward Control Assistant or 2301E ToolKit software:used for configuration,calibration,diagnosis,and data analysis of 2301E.

Industrial grade power supply:Provides stable 24 VDC power supply for 2301E.

Communication cable:used for RS-232 and RS-422 communication,connecting the controller to the configured PC or upper system.

Generator synchronizers and protective relays:In the application of generator set grid connection,these devices work in conjunction with 2301E to ensure safe and reliable grid connection.

Installation and maintenance

Preparation before installation:

Before installing the WOODWARD 2301E 8273-1011 module,it is essential to ensure that the relevant engines and generator sets have been completely powered off and all necessary safety measures have been taken to prevent electric shock or mechanical injury.Please carefully read the installation manual accompanying the 2301E controller to understand the detailed installation steps,wiring diagrams,environmental specifications,and installation requirements.

Physical installation:Install the controller in a suitable control panel or cabinet,ensuring it is securely fixed and leaving enough space for wiring and heat dissipation.

Electrical Connection:According to the detailed wiring diagram provided by Woodward,correctly connect all I/O signal lines(including load sensors,MPU speed sensors,actuators,analog and discrete I/O)and 24 VDC power supply.Ensure that all connections are firm,reliable,comply with cable specifications,and properly grounded.

Communication connection:Connect to the configuration computer through the RS-232 port for preliminary parameter settings and functional testing.

Initial configuration:Use Woodward’s specialized software tools(such as 2301E ToolKit or Control Assistant)to perform initial configuration of the controller,including engine type,speed range,I/O function allocation,and load allocation parameters.

Maintenance suggestion:

WOODWARD 2301E 8273-1011 is a highly reliable product,but regular maintenance is crucial to ensure its long-term stable operation and system safety

Visual inspection:Regularly inspect the appearance of the controller to ensure that there is no dust accumulation,loose connectors,physical damage,or aging wiring.Keep the interior of the control panel clean and dry to prevent moisture and corrosive substances from entering.

LED indicator monitoring:Pay attention to the status LED indicators on the controller,which provide quick indications of power,operating status,communication status,and faults.

System diagnosis and data analysis:Regularly connect the controller through Woodward’s software tools to view diagnostic information,alarm logs,and performance data(especially fault data records),which is crucial for identifying potential issues and optimizing operations.

Firmware and software updates:According to Woodward’s recommendations,regularly check and update controller firmware and configuration software to the latest versions for performance improvements,new feature support,and error fixes.

Parameter calibration:Regularly calibrate the input of sensors(such as MPU speed,load sensors)and the output of actuators as needed to ensure the accuracy of control.

Environmental control:Ensure that the working environment where the controller is located meets its temperature and humidity specifications,and maintain good ventilation and heat dissipation.

2301E 8273-1011 WOODWARD

Product Guarantee

WOODWARD provides comprehensive quality assurance for its 2301E 8273-1011 product,demonstrating a firm commitment to product performance and reliability.