argument
Model number: 8440-1706
Category: SPM-D11 Synchronizer category
Voltage:
DC input: may include 24VDC (specific may vary by application)
AC input: 120 VAC/240 VAC (real RMS)
Current:
Input current: may include 500mA (specific may vary by application)
Ac input current: 5 A real RMS
Maximum output current: 15A (specific may vary by application)
Power: The output power may reach 360W
Power consumption: Maximum power consumption 18W (VDC)
argument
Voltage: A variety of voltages may be supported, but specific voltage values (such as 24V or 110V) may vary depending on the product model or configuration.
Current: In some configurations, 100-400A current is supported.
Speed Response frequency: 1MS.
Display color: 99.9% (may refer to the color depth or resolution of a certain display function, but the specific meaning may vary depending on the context).
specification
Product type: Servo controller module or digital governor.
Parameters and specifications
Input voltage: 24VDC (although it is also mentioned that the voltage range is between 18 and 32VDC)
Output voltage: -0.6V DC is mentioned, but may vary from source to source
NVRAM: 8 KB
Voltage range: 220VDC (but more common range is 18 to 32VDC)
Diagnostic bus: 2 Mbps HDLC
Size and weight
Dimensions: 166mm x 112mm x 36mm
Weight: about 375g
Parameters and specifications
Type: Digital speed control.
Function: It is mainly used to monitor and adjust the speed of the engine or generator to ensure its stable operation within the set range.
Input current: 500mA.
Output voltage: 24VDC.
Output power: 360W.
Input voltage range: 85~264VAC.
Maximum output current: 15A.
Operating temperature range: -25~70℃.
Storage temperature range: -40 ℃ to 85℃.
Protection class: IP30.
argument
Voltage: 24V
Current: 100-400A
Operating voltage: 24-240V
Rated current: 60A
Processing speed: 33.6s
Data capacity: 40KB
specification
Type: Controller or relay
Application: Industrial automation spare parts, possible for controlling steam turbine digital governor
I/O count: 8 (related to a class of controllers, may not directly target 8444-1019F)
System environment: Normal
Function: Control system
Size and weight
Size: 231,718 (may be in centimeters or millimeters, depending on context)
Weight: 2KG
Voltage: The voltage of WOODWARD 9905-020 May vary depending on the search results. Some mention that it is a low-voltage load sharing speed control with a voltage range of 20-40 Vdc, while others mention that its voltage is 110V. This may indicate that the model has a different version or configuration.
Actuator current: 0-200 mA
Type: Digital controller/governor
Application: Automatic control system
specification
Structure: modular
Output frequency: 56-245Hz
LD instruction processor: hard PLC
Program capacity: Not specified, but mentioned with PLC function
Input/Output Interfaces: The module provides multiple digital and analog input/output interfaces to connect with sensors, actuators, and other control devices.
Communication Protocols: It supports various communication protocols such as Modbus, Ethernet/IP, and Profinet for seamless integration into existing control networks.
Processing Power: The module is equipped with a powerful processor and memory for fast execution of control logic and data handling.
Features: Full digital speed, position and torque control; Short circuit, high/low voltage, high temperature fault monitoring and alarm; Provide a variety of communication interfaces; Analog monitors and controls internal objects; Intelligent lock control; Up to 27 origin modes and more
Support mode: torque mode, external speed analog instruction, speed register instruction, position pulse mode
Control features: three closed loop control (speed, position, torque); With a variety of intelligent monitoring functions and delicate operation panel
Compatibility: With maximum compatibility with Windows 10, applications can be quickly ported to the EMP-9000 and deployed in a variety of environments
Parameters and specifications
Function: The Woodward 8440-1713D servo drive module is a servo drive module for industrial control systems, typically used to control and manage the motion and position of an electric motor, servo motor or actuator.
Control mode: May support a variety of control modes, such as position control, speed control, torque control, etc., to meet the needs of different application scenarios.
Communication interface: The module usually has a variety of communication interfaces in order to communicate with other control systems, PLC (programmable logic controller) or host computer to achieve remote monitoring and control.
Encoder feedback: Support encoder feedback to monitor the position of the motor or actuator in real time and provide accurate position control.
Closed-loop control: Using a closed-loop control system, the gap between the actual position and the desired position is kept to a minimum by constantly adjusting the motor output.