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General| Horsepower | 1 hp |
|---|---|
| Series | VFD-CB |
| Input Voltage | 230V AC |
| Input Phase | 3-Phase |
| Output Voltage | 230V AC |
| Output Phase | 3-Phase |
Inspect unit after unpacking for shipping damage and verify part number correspondence.
Details on model, input/output voltage/current, frequency range, firmware version, certifications, and serial number.
Explains the RFI jumper's purpose for suppressing interference on the power line.
Provides physical dimensions for Frame A0 models, detailing W, H, D, W1, H1, D1, and S1.
Specifies minimum clearances required around the drive for proper heat dissipation and safety.
Provides guidelines for installing multiple drives to prevent mutual heating and ensure adequate airflow.
Illustrates how operating temperature and carrier frequency affect the output current rating for normal duty.
Shows how temperature and carrier frequency affect the output current rating for heavy-duty applications.
Provides formulas and guidelines for calculating the required AC motor drive capacity based on motor and load characteristics.
Explains the meaning of symbols used in capacity calculation formulas for motor parameters.
Lists important precautions for selecting AC motor drives, including transformer capacity, parallel motors, and starting torque.
Discusses considerations for choosing standard and special motors, including dynamic balance and torque characteristics.
Illustrates the power and control terminal connections for the AC motor drive, including input, output, and communication terminals.
Explains the wiring configurations for digital input terminals in SINK (NPN) and SOURCE (PNP) modes.
Shows the main circuit terminal layout for Frame A0 and Frame A, detailing AC line input and output terminals.
Details the terminals used for connecting optional components like DC reactors, external brake resistors, and DC circuits.
Instructions on how to safely remove the drive's cover to access wiring terminals and conduit box.
Provides a visual layout of the control terminals for Frame A0 and Frame A, indicating various input/output connections.
Lists essential safety precautions and checks to perform after wiring the control terminals, including wire size and grounding.
Explains the function, impedance, and range of analog input terminals for voltage and current signals, and noise reduction.
Details the function and factory settings for digital input terminals used for commands and multi-step functions.
Explains the use of external terminals MI7~MI8 for Pulse Generator (PG) connection, including wiring and parameter settings.
Lists specifications for brake resistors and units across different voltage and phase configurations, including ED% and peak power.
Provides recommendations for non-fuse circuit breakers based on the AC motor drive model and rated input current.
Lists the required fuse class, catalog number, and rating for various AC motor drive models, complying with UL and local regulations.
Details AC reactor specifications and applications for input circuits to improve power efficiency and reduce current.
Explains the use and wiring of zero phase reactors to reduce radiated emission, including cable size and quantity.
Provides guidance on selecting and installing EMI filters to eliminate high-frequency noise interference, including general precautions.
Describes the functions of the digital keypad (KPC-CC01, KPC-CE01) for operation, parameter settings, and LED indicators.
Details the procedures and dimensions for wall mounting and embedded mounting of digital keypads, specifying cutout dimensions.
Lists available RJ45 extension lead lengths for digital keypads, designed for keypad communication only.
Lists fan kit models (MKCB-AFKM1, MKCB-A0FKM, MKCB-AFKM2) and their applicable models, including fan removal instructions.
Explains the features and specifications of the USB to RS-485 converter for convenient PC connection.
Describes the communication expansion card for parallel communication, supporting MODBUS RS-485 and CANopen applications.
Covers control methods, speed response, torque accuracy, output frequency, input ratings, protection characteristics, and certifications.
Details operating temperature ranges, protection levels (IP), and environmental conditions for AC motor drives.
Explains the layout and function of the digital keypad, including status display, messages, and button operations.
Provides step-by-step instructions for navigating menus, setting parameters, and changing modes using the digital keypad.
Shows how numbers and letters are displayed on the 7-segment LED display of the digital keypad.
Provides the physical dimensions of the keypad in millimeters and inches for mounting purposes.
Details parameters related to the AC motor drive's identity, rated current, parameter reset, and startup display selection.
Covers essential parameters like operation frequency, voltage, acceleration/deceleration times, and skip frequencies for motor control.
Explains parameters for configuring digital inputs and outputs, including multi-function terminals and output types.
Details parameters for analog inputs (AVI, ACI, AUI) and outputs (AFM1, AFM2), including selection, gain, and filter settings.
Defines parameters for setting multiple speed steps that can be selected via external terminals or communication.
Covers parameters for motor auto-tuning and settings specific to induction and permanent magnet motors, including electrical equivalents.
Details various protection functions like over-voltage, over-current, stall prevention, and fault records for drive safety.
Covers parameters for system control, including auto-tuning, inertia estimation, zero servo, and dead time compensation.
Details parameters for implementing advanced PID control for applications like flow, pressure, or temperature control.
Explains parameters for communication settings such as address, transmission speed, protocol, and fault treatment.
Lists common warning codes displayed on the keypad, their descriptions, and initial corrective actions for troubleshooting.
Introduces the CANopen protocol, its specifications, and the communication model including OSI layers.
Provides guidelines and diagrams for wiring the CANopen communication link, including RJ45 pin definitions and termination resistors.
Details the steps for controlling the AC motor drive using CANopen, including control mode selection and parameter settings.
Lists the basic index support for C200 devices, including definitions, factory settings, R/W attributes, and notes.
Provides a comprehensive list of CANopen fault codes, their descriptions, CANopen fault codes, and fault register bits.
Explains the meaning of the RUN and ERR LED status indicators for CANopen communication and their corresponding states.
Introduces the built-in PLC function, commands, and system requirements for WPLSoft.
Lists essential precautions and considerations when using PLC functions, including communication settings and parameter limits.
Guides through the steps for PLC execution, including program download, connection, and mode selection.
Explains PLC ladder diagram structures, symbols, and provides examples of basic program design and operation.
Details the function of PLC internal devices like input/output relays, timers, counters, data registers, and communication ports.
Lists and explains basic PLC commands such as LD, LDI, AND, OR, MPS, MRD, MPP, OUT, SET, RST, TMR, CNT.
Provides a table of common PLC faults, their IDs, descriptions, and corrective actions for troubleshooting.
Outlines a comprehensive maintenance schedule and inspection procedures for AC motor drives, covering various components.
Describes issues caused by greasy dirt, potential damages, and solutions like using a standard cabinet and regular cleaning.
Explains problems caused by fiber dust, especially in textile industries, leading to overheating and damage, and suggests preventative measures.
Discusses erosion issues caused by fluid ingress into drives and suggests solutions like using a standard cabinet and regular cleaning.
Details problems caused by industrial dust, such as overheating and circuit board damage, and provides solutions like dust covers and cleaning.
Highlights common wiring issues like loose screws and poor connections, and advises on handling abnormal behavior by returning for repair.
Addresses errors caused by over-usage or exceeding specifications of multi-function terminals, advising to follow user manual guidelines.
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