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General safety warnings and precautions to be observed before installation and operation.
Specific safety precautions related to electrical wiring and connections.
Safety measures and warnings during the operation of the inverter.
Safety guidelines for maintenance, inspection, and replacement of inverter parts.
Procedures for handling the inverter and initial acceptance inspection of contents and accessories.
Step-by-step instructions for safely opening the front cover of the inverter unit.
Guidelines for selecting an appropriate installation location for the inverter unit.
Instructions on the correct method for installing the inverter unit.
Important considerations and cautions for wiring the inverter correctly.
Diagram and explanation of the inverter's electrical circuit composition.
Detailed specifications for all terminals on the inverter unit.
Steps to confirm before operating the ED64sp inverter, including control modes and auto-tuning.
Explanation of DIP switch functions on the control P.C. Board and their impact on operation.
Overview of the functions and operation keys of the SET64 console panel.
Procedure for reading and writing function setting data using the console panel.
How to select and display various monitoring data items on the console panel.
Detailed steps for operating the inverter using the SET64 console panel.
Selection guide for different auto-tuning modes for motor setup.
Procedures for testing the inverter's operation with the motor.
How to change the inverter's control mode and related power source operations.
Steps for operating the inverter during and after P.C. Board replacement.
Explanation of basic setting items for operation speed and acceleration/deceleration times.
Details on setting motor parameters like minimum speed, rated values, and PG pulse.
Configuration options for programmed operation modes, stop modes, and jog functions.
Configuration of multifunction inputs and outputs for various control signals.
Settings for acceleration/deceleration times, speed jump, and MRH functions.
Parameters for torque limiting, torque command modes, and speed control (ASR).
Configuration of built-in DB, overspeed, overload, and other protection functions.
Settings for analog inputs, outputs, speed command characteristics, and gain adjustments.
Configuration of preset speed commands, programmed operation modes, and times.
Settings for droop control and machine loss compensation.
Selection and configuration of communication options like OPCN-1, ASY64, DNET64, and PBUS64.
Parameters for the second motor, its auto-tuning, and speed control settings.
Settings for monitoring the inverter's internal data via analog or console display.
Configuration for the super block constant setting area.
Guidance on selecting appropriate peripheral devices for the inverter.
Specifications for input/output devices and wiring, including circuit breakers and contactors.
Information on AC reactors, their types, dimensions, and applications.
Details on noise filters, including types, CE marking compliance, and dimensions.
Specifications and dimensions for common mode reactors.
Information on DC reactors, their types, dimensions, and installation cautions.
Details on VF61R Sine wave converters and Dynamic Brake (DB) units.
Connection examples for dynamic brake circuits, including built-in and separate DB units.
Specifications for extension cables, including lengths for connection.
Details on the IO64 isolated input card for analog signals.
Details on the IO64 isolated output card for analog signals.
Information on the T/V61V option for motor temperature compensation.
Details on OPCN-1 compliance for communication with upper system and personal computer.
Information on ASY64 compliance for start-stop synchronous serial communication.
Details on DNET64 compliance for DeviceNet network connection.
Information on PBUS64 compliance for PROFIBUS communication.
Description of the HC function, including numerical operation and input/output connection.
Explanation of the Sequence (PLC) function for editing sequences and controlling operations.
Function for monitoring the status of trace back and analyzing errors.
Function to display signal sequence, operation command, and status on personal computer.
Function for performing read/write of console settings and data.
Guide to understanding ED64sp protection displays and troubleshooting common issues.
Guidelines for regular inspections to ensure optimal performance and reliability.
Procedure for testing the insulation resistance of the inverter's main circuit.
General specifications for ED64sp series inverters including performance and control.
Corresponding types of ED64sp inverters for 190V and 400V classes.
Detailed capacity tables for 200V and 400V class inverters.
Dimensional drawings and specifications for ED64sp inverter models.
Specifications and external dimensions for optional DC Reactors.
Necessary information to provide when making inquiries about products or issues.
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General