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General| Series | FD5 Series |
|---|---|
| Feedback | Incremental encoder, Absolute encoder |
| Control Mode | Position, Speed, Torque |
| Communication | CANopen |
| Protection Functions | Overvoltage, Undervoltage, Overcurrent, Overtemperature, Short circuit |
| Input Voltage | 3-phase AC 200V-240V (±10%) |
Details the naming rules for Kinco FD5 servo drive models.
Explains the information presented on the servo drive's nameplate.
Lists the technical specifications for the Kinco FD5 servo drives.
Provides a table mapping servo motors to compatible drivers and communication protocols.
Covers the physical installation requirements and mounting for the servo drive.
Specifies the necessary clearances and mounting orientation for proper heat dissipation.
Details the procedures and requirements for installing the servo motor.
Outlines the environmental operating and storage conditions for the servo system.
Lists important safety precautions and handling guidelines for installation.
Provides a visual overview and description of the servo drive's components and ports.
Explains how to connect the servo drive to external electrical components.
Details the wiring and pin definitions for RS232 serial communication.
Describes the wiring for digital inputs and outputs on the servo drive.
Explains the pin definitions and connection for encoder inputs.
Details the connections for the power supply and motor phase lines.
Describes the pin definitions for communication ports like RS485 and CANopen.
Explains how to operate the servo drive using the front panel display and buttons.
Outlines the menu hierarchy and navigation flow on the LED panel.
Introduces a simplified setup wizard for common applications.
Describes how to perform manual motor tests using the panel controls.
Explains how to access and interpret stored error codes and history.
Covers initial setup steps for the KincoServo+ PC software.
Details the process of establishing communication between the PC and the servo drive.
Provides instructions for updating the servo drive's firmware.
Explains how to read and write multiple controller parameters simultaneously.
Describes how to configure digital inputs and outputs using the software.
Explains how to view and analyze drive errors and history through the software.
Outlines the general procedure for setting up a control mode.
Details how to configure speed control using digital inputs.
Explains the operation and parameters for torque control mode.
Describes the operation and parameters for position control mode.
Explains how to use digital inputs for defining position segments.
Details the operation and configuration for pulse input control.
Describes the setup and operation for high-precision closed-loop control.
Explains how to configure the homing sequence for establishing a reference position.
Details how to configure software and hardware limits to protect movement range.
Explains the control mechanisms for the motor's holding brake.
Describes the different methods available for stopping the motor.
Introduces the automatic tuning process for optimizing system performance.
Provides steps for performing and interpreting auto-tuning tests.
Explains how to manually adjust control loop parameters for performance tuning.
Details the process and parameters for tuning the velocity control loop.
Describes how to switch between different PI gain sets for dynamic performance adjustment.
Explains the hardware and cable requirements for RS232 communication.
Covers the hardware setup and parameters for RS485 communication.
Details the MODBUS RTU protocol used for communication.
Explains the CANopen communication protocol and its application.
Describes the configuration parameters for CANopen communication.
Explains the interpolation mode for single-axis and multi-axis control over CANopen.
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