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Model | LEFS25 |
---|---|
Series | LEFS |
Size | 25 |
Communication Interface | RS-485 |
Vibration Resistance | 4.9 m/s² |
Protection Functions | Overvoltage, Undervoltage |
Definitions for Caution, Warning, and Danger hazard levels.
Key safety guidelines for operating and maintaining the equipment.
Details the necessary equipment and wiring for initial setup.
Outlines the sequence of steps required before operating the driver.
Instructions for connecting the power supply to the actuator and driver.
Details I/O signal connections for different operating modes.
Example connection for position control mode using Sink I/O interfaces.
Lists input and output signals, their symbols, and functions for different modes.
Example connection for speed control mode using Sink I/O interfaces.
Example connection for torque control mode using Sink I/O interfaces.
Explains how to use source type I/O interfaces for driver connection.
Lists parameters that are common across all operating modes.
Basic setting parameters specific to position control mode.
Basic and extension setting parameters for speed control mode.
Extension setting parameters specific to torque control mode.
Information about the MR Configurator2 setup software and its requirements.
Instructions for installing the MR Configurator2 setup software.
Steps for initial driver setup and power-on checks before testing.
How to configure system settings like model and station in the setup software.
Procedure for selecting the correct model (MR-J3-A) and communication settings.
Verifying the communication status between the PC and the driver.
How to access the help documentation within the setup software.
Guide to setting parameters directly on the driver using the setup software.
How to enable settings for all parameters by changing the parameter block.
Procedure for reading parameters from the driver into the setup software.
Step-by-step method for setting individual parameters for actuators.
Recommended parameter values for different actuator models.
How to set parameters for the absolute position detection system.
Adjusting electronic gear ratio for command pulse to actuator travel conversion.
How to select the desired control mode (e.g., position control) for the driver.
Setting the command pulse input form and logic for position control mode.
Comparing parameters set in software with driver or saved values.
Resetting driver parameters to their default values.
Configuring which input signals turn ON automatically when power is supplied.
Default I/O signal assignments for position control mode.
Modifying I/O signal assignments using the setup software.
Example of changing I/O pin assignments for gain changing selection.
Verifying the ON/OFF state and signal names allocated to CN1.
Operating the actuator in positioning mode, adjusting speed and movement.
Setting the motor rotation speed (r/min) for the actuator.
Configuring acceleration and deceleration times for smooth motion.
Setting and performing movement distances in positioning mode.
Steps to save the current driver parameters to a file.
Procedure to load previously saved parameters from a file.
How to save the entire project configuration (parameters, settings) to a file.
How to load a saved project configuration.
Configuring graph display items, time axis, and trigger conditions.
How to use the trigger wait function for waveform capture.
Performing operations and capturing waveforms with the graph monitor.
Options for saving captured waveforms as data or images.
Using the home position function in position control mode with PLC.
Operation instructions for position control mode using pulse train input.
How to operate and control speed using analog speed commands.
Operation instructions for controlling motor torque using analog torque commands.
List of all possible alarms and warnings, their codes, and deactivation methods.
How to display current and historical alarms using the setup software.