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Explains WARNING symbols and messages for serious personal injury or death.
Explains CAUTION symbols and messages for slight to medium personal injury or property damage.
Lists general safety instructions to prevent accidents and potential hazards.
Details critical warnings regarding power application, cover removal, and dry hands.
Cautions against using damaged cables or subjecting them to stress.
Provides caution notices for installation, power handling, and environmental safety.
Guides on handling, installation, grounding, and ESD protection for safe operation.
Specifies environmental conditions for inverter operation and storage.
Outlines precautions for wiring connections, polarity, and personnel.
Details checks and voltage application for trial runs and operational safety advice.
Discusses AC reactors, parameter resets, and high-speed operation considerations.
Recommends safety backups like emergency brakes and advises on maintenance.
Warns against operating with covers off or missing circuit breakers.
Covers essential precautions for safe and optimum use of the inverter.
Instructions for unpacking and inspecting the inverter for damage and correct specifications.
Lists inverter models and their corresponding motor ratings and specifications.
Advises contacting the sales representative for any issues found.
Guides on preparing necessary instruments and parts for inverter operation.
Provides guidance on installing the inverter correctly for optimal performance and longevity.
Details connecting power, motor, and signals, warning about incorrect wiring.
Introduces the physical details and components of the inverter.
Shows the inverter view with the front cover removed, referencing further details.
Provides instructions for removing and reinstalling the inverter's covers.
Details the procedure for removing the front cover for parameter setting or wiring.
Explains how to remove the bottom cover for accessing power terminals.
Outlines critical precautions for installing the inverter safely and correctly.
Guides on installing multiple inverters or fans in panels for optimal ventilation.
Instructs to use screws or bolts for secure inverter mounting.
Provides physical dimensions and weight for 0.4kW and 0.75kW inverter models.
Lists physical dimensions and weight for 1.5kW and 2.2kW inverter models.
Illustrates terminal connections and describes the function of each terminal.
Details wire specifications, tightening torque, and wiring cautions for power terminals.
Explains the grounding method, emphasizing Type 3 and dedicated terminals.
Provides specifications for I/O terminals, including wire size, torque, and important notes.
Details PNP/NPN selection and communication option connector setup.
Guides on connecting essential peripheral devices like power supply, breakers, and motors.
Lists recommended specifications for MCCBs, ELBs, and magnetic contactors.
Provides recommendations for AC/DC reactors based on inverter models.
Describes the features of the inverter's keypad, including display elements and buttons.
Shows how alphanumeric characters are displayed on the LED keypad.
Explains how to navigate between different parameter groups on the keypad.
Details the process of moving between parameter groups from the first code or other codes.
Provides step-by-step instructions on changing parameter codes within groups.
Illustrates how to change codes within function groups, including handling skipped codes.
Demonstrates how to change parameter values, using ACC time as an example.
Shows how to set the run frequency parameter for the inverter.
Explains how to change parameter values in Function 1, 2, and I/O groups.
Details how to monitor operational status, such as output current.
Guides on monitoring the motor's RPM during operation.
Explains how to monitor fault conditions, including overcurrent and multiple faults.
Details the procedure for initializing all inverter parameters back to factory defaults.
Covers setting frequency via keypad and operating via terminals.
Explains how to set frequency using a potentiometer and operate via terminals.
Details setting frequency via potentiometer and operating using the Run key.
Lists and describes parameters in the Drive group for inverter control.
Continues the list of Drive group parameters and their functions.
Details parameters related to DC Brake and other advanced functions.
Lists parameters for Jog frequency, maximum frequency, and start frequency.
Covers torque boost settings and User V/F voltage/frequency parameters.
Details parameters for electronic thermal protection and overload settings.
Lists parameters for stall prevention during acceleration, constant, or deceleration runs.
Covers fault history, dwell settings, and skip frequency parameters.
Details S-Curve settings, phase loss protection, and restart options.
Lists parameters related to speed search functionality for motor control.
Covers auto-restart, motor type selection, and number of motor poles.
Details control modes, auto-tuning, and motor parameters like resistance and inductance.
Explains PID controller gains and frequency reference for Accel/Decel.
Covers power-on display settings and parameters for a second motor.
Details how to initialize parameters and set up password protection.
Lists parameters for configuring analog inputs (V0, V1) and corresponding frequencies.
Covers current input parameters and definitions for multi-function input terminals.
Details terminal status display and filtering constants for input terminals.
Covers multi-step frequency settings and analog output item selection.
Details frequency detection criteria and multi-function relay selection.
Covers communication settings and drive mode selection after frequency command loss.
Lists protective functions and their corresponding keypad displays and descriptions.
Continues listing protective functions and their causes.
Provides remedies for common faults like overcurrent, ground fault, overload, and heat sink issues.
Offers remedies for low voltage, electronic thermal, external faults, and frequency loss.
Outlines essential precautions for performing maintenance and inspections safely.
Lists daily and periodic inspection points to ensure proper inverter function.
Specifies replacement periods for critical parts like cooling fans and capacitors.
Presents detailed technical specifications for input/output ratings, control, and operation modes.
Continues technical data, including output terminals, protective functions, and environmental specs.
Illustrates load current versus carrier frequency derating information.
Declares conformity to CE directives and lists relevant standards and manufacturer details.
Lists the specific technical standards applied to meet CE requirements.
Outlines essential conditions required for LS inverters to meet CE EMC compliance.
Tabulates inverter models against CE mark compliance for EMC and LVD.
Specifies short circuit rating and required UL listed fuses/breakers.
Provides guidelines for field wiring terminals and specified tightening torques.
Explains the EAC mark and its compliance with Eurasian Customs Union regulations.
Lists the revisions made to the manual with dates and software versions.
Details warranty terms, period, and customer information requirements.
Provides guidance on contacting distributors or service centers for in-warranty repairs.
Lists conditions under which the product warranty is not applicable.
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