Need help?Do you have a question about the Leadshine Easy Servo Series and is the answer not in the manual?
Overview of initial setup requirements for Easy Servo system, including drives, motors, and power supply.
Illustrates the connection for the ES-D508 drive with the ES-M323XX motor, including power, RS232, and encoder.
Shows wiring connections for ES-D808/1008 drives with ES-M2XXXX motors, covering power, RS232, and encoder.
Explains DC power connection for ES-D508/ES-D808 drives, emphasizing polarity and voltage limits.
Details DC and AC power input connections for the ES-D1008 drive, noting no polarity requirement.
Details the AC power connection for the ES-D2306 drive, including main and control power inputs.
Details connecting the ES-M323XX motor wires (U, V, W) to the ES-D508 drive terminals.
Explains connecting the ES-M223XX motor wires (A+, A-, B+, B-) to the ES-D808 drive terminals.
Details connecting the HDD15 encoder output of ES-M323XX to the ES-D508 feedback connector.
Explains connecting encoder signals from ES-M223XX/ES-M234XX using an extension cable to ES-D808/1008.
Details differential, PNP, and NPN connections for pulse, direction, and enable signals to the Easy Servo drive.
Illustrates connecting ES-DXXX drive to NPN, PNP, and differential type controllers for control signals.
Explains the isolated outputs for alarm and in-position signals, including current limiting resistors.
Details connecting the drive to a PC via RS232 for configuration using ProTuner software.
Explains configuring Easy Servo drives using DIP switches or the ProTuner software for optimal performance.
Highlights key Easy Servo drive parameters like Micro Step Resolution, Holding Current, and Current Loops.
Details the 2-bit DIP switch on ES-D508 used for reversing motor direction, SW2 has no function.
Explains the 6-bit DIP switches on ES-D808/D1008 for microstep resolution and direction polarity.
Guides on using ProTuner software to adjust drive parameters like Kp, Ki, and Micro Step Resolution.
Provides formulas to calculate motor rotation speed (RPM) and angle based on pulse frequency and counts.
Instructions for rotating the motor using a motion controller or pulse generator, with safety recommendations.
Details using the ES drive's PC software emulation for motor testing and velocity profile setup.
Guidance on selecting supply voltage and current for optimal motor performance, considering speed, noise, and heating.
Discusses using regulated and unregulated power supplies, with considerations for current rating and motor load.
Recommendations for powering multiple drives from a single supply, emphasizing separate connections to avoid interference.
Advice on choosing supply voltage within a safe range to balance performance, vibration, and protection.
Table of recommended Leadshine power supplies for various motor and drive voltage combinations.
Notes on using twisted pair shield cables, separating signal wires, and safe power connection practices.
Specifies setup and delay times for Pulse, Direction, and Enable signals for reliable operation.
Explains how the drive dynamically adjusts current based on encoder feedback and tracking error for optimal torque.
Discusses default optimized parameters and the use of ProTuner software for fine-tuning current and position loops.
Details protection functions indicated by red LED blinks: Over-current, Over-voltage, and Position Following Error.
Explains position following error protection, activated when position error exceeds software-configurable limits.
Provides a table of common symptoms, possible problems, and causes for Easy Servo drive operation issues.
Outlines the 12-month warranty period, exclusions, and conditions for repair or replacement of defective products.
Details the process for obtaining warranty service, including RMA requirement and shipping procedures.
Clarifies warranty limitations, disclaiming implied warranties and limiting coverage to the written warranty period.
Provides contact details for China Headquarters and Leadshine U.S.A, including sales and technical support.
Overview of initial setup requirements for Easy Servo system, including drives, motors, and power supply.
Illustrates the connection for the ES-D508 drive with the ES-M323XX motor, including power, RS232, and encoder.
Shows wiring connections for ES-D808/1008 drives with ES-M2XXXX motors, covering power, RS232, and encoder.
Explains DC power connection for ES-D508/ES-D808 drives, emphasizing polarity and voltage limits.
Details DC and AC power input connections for the ES-D1008 drive, noting no polarity requirement.
Details the AC power connection for the ES-D2306 drive, including main and control power inputs.
Details connecting the ES-M323XX motor wires (U, V, W) to the ES-D508 drive terminals.
Explains connecting the ES-M223XX motor wires (A+, A-, B+, B-) to the ES-D808 drive terminals.
Details connecting the HDD15 encoder output of ES-M323XX to the ES-D508 feedback connector.
Explains connecting encoder signals from ES-M223XX/ES-M234XX using an extension cable to ES-D808/1008.
Details differential, PNP, and NPN connections for pulse, direction, and enable signals to the Easy Servo drive.
Illustrates connecting ES-DXXX drive to NPN, PNP, and differential type controllers for control signals.
Explains the isolated outputs for alarm and in-position signals, including current limiting resistors.
Details connecting the drive to a PC via RS232 for configuration using ProTuner software.
Explains configuring Easy Servo drives using DIP switches or the ProTuner software for optimal performance.
Highlights key Easy Servo drive parameters like Micro Step Resolution, Holding Current, and Current Loops.
Details the 2-bit DIP switch on ES-D508 used for reversing motor direction, SW2 has no function.
Explains the 6-bit DIP switches on ES-D808/D1008 for microstep resolution and direction polarity.
Guides on using ProTuner software to adjust drive parameters like Kp, Ki, and Micro Step Resolution.
Provides formulas to calculate motor rotation speed (RPM) and angle based on pulse frequency and counts.
Instructions for rotating the motor using a motion controller or pulse generator, with safety recommendations.
Details using the ES drive's PC software emulation for motor testing and velocity profile setup.
Guidance on selecting supply voltage and current for optimal motor performance, considering speed, noise, and heating.
Discusses using regulated and unregulated power supplies, with considerations for current rating and motor load.
Recommendations for powering multiple drives from a single supply, emphasizing separate connections to avoid interference.
Advice on choosing supply voltage within a safe range to balance performance, vibration, and protection.
Table of recommended Leadshine power supplies for various motor and drive voltage combinations.
Notes on using twisted pair shield cables, separating signal wires, and safe power connection practices.
Specifies setup and delay times for Pulse, Direction, and Enable signals for reliable operation.
Explains how the drive dynamically adjusts current based on encoder feedback and tracking error for optimal torque.
Discusses default optimized parameters and the use of ProTuner software for fine-tuning current and position loops.
Details protection functions indicated by red LED blinks: Over-current, Over-voltage, and Position Following Error.
Explains position following error protection, activated when position error exceeds software-configurable limits.
Provides a table of common symptoms, possible problems, and causes for Easy Servo drive operation issues.
Outlines the 12-month warranty period, exclusions, and conditions for repair or replacement of defective products.
Details the process for obtaining warranty service, including RMA requirement and shipping procedures.
Clarifies warranty limitations, disclaiming implied warranties and limiting coverage to the written warranty period.
Provides contact details for China Headquarters and Leadshine U.S.A, including sales and technical support.
General| Brand | Leadshine |
|---|---|
| Model | Easy Servo Series |
| Category | Servo Drives |
| Language | English |
To Next Page
