Need help?Do you have a question about the Maxsine EP3 AC Series and is the answer not in the manual?
Inspecting servo driver and servomotor for damage, loose parts, and proper assembly after unpacking.
Details found on the product's identification label, including model, serial number, and specifications.
Overview of the servo driver's front panel, including its components and their functions.
Guidelines for installing the servo driver, covering environmental conditions and mounting methods.
Recommendations for servo motor installation, including environmental requirements and mounting procedures.
Defines the standard for describing the servomotor's rotating direction (clockwise/counterclockwise).
Explains the overall system architecture and provides wiring diagrams for servo drivers and motors.
Details the X1 connector pinout and signal explanations for host controller communication.
Describes the X2 connector for encoder signals, including pin assignments for various encoder types.
Explains the X3 terminal connector used for communication, typically RS-485.
Provides typical wiring diagrams for position control and speed/torque control modes.
Illustrates how to connect internal and external brake resistors for the servo driver.
Details the connection procedure for a DC reactor to suppress power supply harmonics.
Overview of the servo driver's front panel, including its components and their functions.
Describes the navigation structure of the main menu and how to access different operating modes.
Explains how to monitor the servo driver's status, including various display items and their meanings.
Guides users on how to set and modify servo driver parameters through the front panel interface.
Details operations for saving parameters to EEPROM and resuming default values.
Covers special functions, including encoder resetting and analog quantity zeroing.
Instructions for restoring factory default parameters for the servo driver and servomotor.
Procedures for initial trial runs, including wiring checks and operation in JOG and speed modes.
Explains position control principles, examples, commands, electronic gear, and gain adjustments.
Details speed control operations, parameters, command sources, and acceleration/deceleration settings.
Covers torque control, parameters, command sources, and speed limitations within this mode.
Describes motion mode operations, path settings, sequence diagrams, and parameter configurations.
Explains how to adjust speed and position loop gains for optimal system performance.
Methods for suppressing resonance using low-pass and notch filters to improve system stability.
Details the functionality and parameters for switching between different gain groups based on operating conditions.
Procedures and parameters for homing operations, including reference point seeking and origin setting.
Configuration of absolute encoders, including connection diagrams, SEN signal, and data backup.
How to implement over-travel protection using limit switches and parameter settings.
Parameters and modes for setting torque limits to protect machinery from overload.
Illustrates operational timing for power-on, servo-ON/OFF, and brake actions.
Information on the electromagnetic holding brake, its parameters, and operational usage.
A comprehensive list of all servo driver parameters with their ranges, default values, and usage.
Defines the functions assigned to digital inputs (DI) and their corresponding symbols.
Defines the functions assigned to digital outputs (DO) and their corresponding symbols.
Detailed explanation of each parameter, its meaning, and usage across different control modes.
Detailed explanation of digital input functions, including how parameters control their behavior.
Detailed explanation of digital output functions and their operational meanings.
Overview of the servo driver's communication capabilities via RS-485 and USB.
Configuration of communication parameters like Drive ID and MODBUS baud rate.
Explanation of MODBUS communication protocols (ASCII and RTU) and data structures.
Guidance on writing and reading servo driver parameters via communication interfaces.
Lists common commands for parameter operations like validation, saving, and recovery.
Details on reading servo drive status quantities such as speed, position, and torque.
Practical examples illustrating parameter operations and state quantity reading.
A comprehensive table listing alarm codes, names, content, and clearability.
Detailed explanations of potential causes for alarms and recommended troubleshooting steps.
Classification of servo driver types based on model codes and specifications.
Provides physical dimensions for various servo driver models in a tabular format.
Lists detailed technical specifications for different servo driver models, including power, current, and environmental ratings.
Matching schemes to select compatible servo motors for different servo driver models.
Information on classifying and identifying different types of servo motors.
Wiring diagrams and terminal explanations for different servo motor series and encoder types.
Technical parameters for various servo motor series, including power, speed, and torque ratings.
Information regarding product repair, warranty, and contact details for after-sales support.
Details the revision history of the manual, including publication date and version information.
To Next Page
General