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Essential safety guidelines before connecting power to the AC motor drive, including DANGER and CAUTION notes.
Formulas and guidelines for calculating the required capacity of AC motor drives for single and multiple motor applications.
Important precautions for selecting and using AC motor drives, including transformer connections, motor configurations, and error handling.
Guidelines for selecting suitable motors, including standard and special motor types, and considerations for vibration and noise.
Essential precautions to follow before wiring the AC motor drive, including power application, grounding, and terminal fastening.
Critical safety warnings regarding power disconnection, hazardous voltages in capacitors, and handling sensitive MOS components.
Safety cautions related to wiring practices, including selecting compliant wires and checking connections.
Detailed wiring diagram for 1-phase/3-phase power, main circuit, control terminals, and communication interfaces.
Diagrams showing the main circuit connections for Frame A0 and Frame A AC motor drives.
Precautions for main power terminals, including connection to transformers, magnetic contactors, GFCI, and shielded wires.
Instructions for output terminals, including filter installation and motor insulation requirements.
Schematic diagrams illustrating control terminals for Frame A0 and Frame A.
Table detailing terminals, their functions, and factory settings for NPN mode.
Table detailing brake resistors and units for 230V 1-phase, 230V 3-phase, and 460V applications, including braking torque and current specifications.
Guidelines for installing EMI filters correctly to eliminate interference, including mounting, wiring, and grounding precautions.
Description of Digital Keypad functions, including Start/Stop, Operation Direction, ENTER, and ESC keys.
Details of the IFD6530 converter, including warnings, introduction, specifications, and RJ-45 pin definition.
General specifications for AC motor drives, including control method, speed response, torque characteristics, and protection features.
Environmental requirements for operating, storing, and transporting AC motor drives, including temperature, humidity, pollution level, and altitude.
Detailed description of the KPE-LE02 digital keypad, including its keys, LED display, and functions.
Step-by-step guide on operating the digital keypad, including setting mode, shifting data, setting direction, and setting PLC mode.
Summary of basic parameters, including maximum/minimum operation frequency, voltage, and mid-point settings.
Detailed descriptions of drive parameters, including identity code, rated current, parameter reset, start-up display, and multi-function display content.
Detailed description of basic parameters, including maximum/minimum output frequency, voltage, and mid-point settings.
Summary of digital input/output parameters, including operation control modes and multi-function input/output command settings.
Summary of analog input/output parameters, including input selection for AVI, ACI, AUI and their bias settings.
Summary of motor parameters, including auto-tuning for induction and permanent magnet motors, and detailed specifications.
Summary of protection parameters, including low/over-voltage levels, over-current and over-torque detection settings, and thermal relay selections.
Summary of high-function PID parameters, including input terminals, proportional gain, integral time, and derivative control.
Summary of communication parameters for COM1, including address, transmission speed, fault treatment, and protocol settings.
Summary of speed feedback control parameters, including encoder settings, stall level, slip range, and FOC/TQC function control.
Table of fault codes displayed on KPE-LE02 and KPC-CC01, with descriptions, CANopen fault codes, and fault register bits.
Steps for controlling AC motor drives via CANopen, including control mode selection, hardware wiring, and parameter settings.
Precautions for using PLC functions, covering default settings, host controller configuration, program upload/download, parameter writing limits, and display modes.
Steps for PLC execution, including setting the mode, connecting to the computer, running the program, and optional accessories.
Explanation of ladder diagram structure, symbols, and basic motions used in PLC programming.
Examples of designing basic PLC programs, including start/stop/latching circuits, SET/RST commands, and common control circuits.
Description of PLC devices functions, including Control Method, I/O Processing Method, Execution Speed, Program Language, Capacity, Commands, and Input/Output Contacts.
Explanation of greasy dirt problems in industrial environments and their potential damages to drives, along with solutions.
Description of fiber dust problems, particularly in textile industries, detailing potential damages and solutions.
Explanation of erosion problems caused by fluid ingress into drives, detailing potential damages and solutions.
Description of industrial dust problems, potential damages from dust accumulation, and recommended solutions.
Common wiring and installation problems, such as loose screws and internal component damage, with solutions and recommendations.
Explanation of errors related to multi-function input/output terminals due to overuse or exceeding specifications, with recommended solutions.
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