5405-819 From Woodward, USA

5405-819 Details:

 

 

The WOODWARD 5405-819 speed controller has a series of significant product features that make it an ideal choice for engine or generator speed control in industrial applications. The following are its main characteristics:

 

Wide application range: This speed controller can be used in diesel engines, gas engines, steam turbines, or gas turbines, with a wide range of applicability.

Flexible signal input: This controller can set the speed or load of the device based on computer control signals of 4-20mA or 1-5 Vdc, providing users with multiple options to meet different control needs.

Multiple working modes: This controller has two working modes: zero difference adjustment and differential adjustment.
Non differential regulation is mainly used for constant speed control and is suitable for single machine operation or multiple prime movers working together in an isolated power grid. Differential regulation provides more control flexibility.

Highly integrated: This speed controller can be used in conjunction with a range of Woodward devices, such as power automatic transferors, input-output controllers, generator load controllers, etc., to achieve more comprehensive system control.

Rich additional functions: In addition to basic speed or load control functions, the controller also has functions such as synchronous or deceleration control, high and low speed adjustment, and fuel limit for override start,
further enhancing its performance and application range.

High precision output signal: The output signal provided by the controller is proportional to the fuel setting required to achieve the desired speed/load, ensuring precise control.

Durable and sturdy: The design takes into account the complexity of industrial environments, allowing the controller to operate stably under various harsh conditions.

In summary, the WOODWARD 5405-819 speed controller plays an important role in industrial applications due to its wide application range, flexible signal input, multiple working modes, high integration,
rich additional functions, and high-precision output signals. Whether it is in the fields of generator sets, compressors, pump stations, or ships and locomotives, it can effectively ensure the stable operation of equipment within the set range. 

5405-819 is manufactured by Woodward in the company”s easyYgen 3000XT series. The XT series has some updated features on the older 3000 series. Some new features include plug-in replacement,
power measurement level 1, editable screen, multi interface toolkit connection, etc. All details can be found in Woodward easyYgen manual 37582A

This model is the 3200XT-P1 (Package 1) version. A significant difference between the 5405-819 and similar 3200XT-P1-LT models is their operating temperature range.
The rated operating temperature range of this model is -20 to 70 ° C; the rated temperature range of the LT model is -40 to 70 ° C, suitable for outdoor use.
5405-819 is equipped with a monitor (not available on the 3100 model) and is designed for front panel installation.

The toolkit software used for controlling the generator set has multilingual functionality. English, French, German, and Japanese are just a few of the fourteen supported languages.
The built-in HMI has a color LCD and soft keys (now with dedicated buttons) for direct control of the 5405-819 device. Multi level password protection can prevent unauthorized changes.

The easyYgen 3000XT model 5405-819 has three freely configurable PID controllers. It provides input and output control (kW and kvar), as well as MCB and GCB synchronization (sliding/phase matching).
The generator set has four operating modes and the option to configure a manual circuit breaker control device.

How to use 5405-819？
What is 5405-819  used for?
5405-819 Customs Code

 

Distinguished according to whether there is a position sensor, first of all, it is divided into sensing and non-sensing. That is, whether Hall or other similar position sensors are used to sense the position angle of the stator and rotor. In air pump applications, many use non-inductive control. The excellent algorithm of through-hole is that after the motor is running, it detects the changes in phase current to switch the phase current. In some heavy-duty or precise control applications, sensory methods are used.According to the three-phase power supply of the inverter, it can be divided into square wave control and sine wave control. The square wave control strategy is simple, and the control process is direct and effective. It adopts a six-step commutation strategy. The CPU modulates the PWM to drive the power switch tube to generate a three-phase power supply that can run the motor. The control strategy of sine wave is relatively complex, but the control effect is much better.In sine wave control, there are two main control strategies.One is direct torque control DTC Baidu Encyclopedia. The method is to calculate the estimated values ​​of motor flux and torque based on the measured motor voltage and current. After controlling the torque, the motor speed can also be controlled. Direct torque control is a patent of the European ABB company. .The second is, space vector control FOC Baidu Encyclopedia. Its essence is to equate an AC motor to a DC motor, and independently control the speed and magnetic field components. By controlling the rotor flux linkage, and then decomposing the stator current, the two components of torque and magnetic field are obtained. After coordinate transformation, the normal motor is realized. handover or decoupling control.During sine wave control, there are many derived more sophisticated control strategies, such as feedforward control, maximum torque control, field weakening control, etc.In the process of controlling the motor, there are multiple feedback control loops. When controlling the output of the motor, there is a current loop; on this basis, there is a control loop that controls the speed; when a servo motor is used, there is a position loop control.

5417-028 From Woodward, USA
5501-432 WOODWARD Speed Sensor Full Series
5462-236 Controller debugger generator WOODWARD
5464-725 Controller debugger generator WOODWARD
3005-510 Generator Parts Speed Controller 2301A Speed
8200-015 WOODWARD generator set speed control board
5464-843 WOODWARD generator set speed control board
9907-624 WOODWARD 2301A Speed Control Controller
5466-419 WOODWARD generator set speed control board
5417-041 Generator Parts Speed Controller 2301A Speed
5462-292 WOODWARD Speed Sensor Full Series
8237-1245 WOODWARD 2301A Speed Control Controller
5421-112 WOODWARD generator set speed control board
8516-010 WOODWARD generator set speed control board
8915-948 WOODWARD 2301A Speed Control Controller
5462-966 Controller debugger generator WOODWARD
8440-2174 From Woodward, USA
8446-1068 WOODWARD generator set speed control board
5466-063 WOODWARD generator set speed control board
5464-843 Controller debugger generator WOODWARD
3462-757 WOODWARD 2301A Speed Control Controller
5460-840 Controller debugger generator WOODWARD
8444-1067 WOODWARD generator set speed control board
5464-538 WOODWARD generator set speed control board
5464-017 Controller debugger generator WOODWARD
8915-385 WOODWARD generator set speed control board
EGB-10P WOODWARD Speed Sensor Full Series
5462-117 Controller debugger generator WOODWARD
9907-994 Controller debugger generator WOODWARD
8272-684 Controller debugger generator WOODWARD
8239-002 WOODWARD 2301A Speed Control Controller
5464-332 WOODWARD Speed Sensor Full Series
9907-147 Generator Parts Speed Controller 2301A Speed
8440-1546 Controller debugger generator WOODWARD