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General| Series | Delta VFD-C |
|---|---|
| Input Voltage | 200-240 VAC |
| Input Phase | Single Phase |
| Output Voltage | 0-240 VAC |
| Output Phase | 3 |
Inspect the unit after unpacking for damage during shipment and ensure the part number matches the nameplate.
Details and explanation of the AC Drive Model, Input/Output Voltage/Current, Frequency Range, etc. on the nameplate.
Function of the RFI jumper for suppressing interference on the power line and its installation method.
Provides dimensional drawings and specifications for Frame A0 and Frame A models in mm and inch.
Information about the KPE-LE02 digital keypad, including its interface, installation method, and key functions.
Guidelines for minimum mounting clearances and installation requirements to ensure proper ventilation and safety.
Graphical representation of derating curves for normal duty operation based on frequency and temperature settings.
Graphical representation of derating curves for heavy duty operation based on frequency and temperature settings.
Formulas and calculations for determining the AC motor drive capacity based on motor specifications.
Explanation of symbols and abbreviations used in capacity calculations for AC motor drives.
Important precautions for selecting AC motor drives, including considerations for transformers, multiple motors, and error handling.
Guidelines on selecting standard and special motors for AC motor drives, including precautions for vibration and noise.
Comparison of motor torque characteristics when operated by AC motor drive versus commercial mains power.
Essential safety precautions and checks to perform before wiring the AC motor drive.
Detailed wiring diagram illustrating the power and control terminal connections for the AC motor drive.
Illustrates the wiring configurations for SINK (NPN) and SOURCE (PNP) modes of digital input terminals.
Diagrams showing the main circuit connections for Frame A0 and Frame A models.
Detailed descriptions of terminals for AC line input, output, and connections for brake units and resistors.
Specification of main circuit terminals for Frame A0 models, including wire gauge and torque.
Specification of main circuit terminals for Frame A models, including wire gauge and torque.
Instructions on how to remove the top cover to access multi-function input and output terminals for wiring.
Steps for removing the conduit box on Frame A0, including screw torque specifications.
Schematic diagrams illustrating the layout and connections of control terminals for Frame A0 and Frame A.
Details on wire gauge and torque specifications for control terminals.
Precautions for wiring control terminals, including wire handling and connection polarity.
Information on transistor outputs, including connection polarity and surge absorber usage.
Explanation of the PG function, its connection terminals, and parameters for setup.
Details on analog input terminals, including impedance, range, and wiring recommendations for noise reduction.
Overview of optional accessories available to enhance drive performance and selection guidance.
Selection guide for brake resistors and units based on motor voltage, power, and braking torque specifications.
Recommended non-fuse breaker ratings for various AC motor drive models based on UL standards.
Chart detailing required fuse classes, catalog numbers, and ratings for different AC motor drive models.
Information on AC reactors, including their specifications and applications for input circuit connection.
Details on EMI filters, including applicable models, reference websites, and installation guidelines.
Instructions and precautions for the proper installation and wiring of EMI filters with AC motor drives.
Guidelines for selecting motor cables and precautions to ensure optimal EMI filter performance.
Recommendations for motor cable length to prevent surge voltages and maintain insulation quality.
Description of digital keypads (KPC-CC01, KPC-CE01), including their communication interface and installation.
Information on panel mounting options (wall and embedded) for digital keypads, including dimensions and protection levels.
Details on RJ45 extension leads for digital keypads, including part numbers and lengths.
Information on available fan kits (MKCB-AFKM1, MKCB-A0FKM, MKCB-AFKM2) and their applicable models.
Specifications and introduction for the USB/RS-485 communication interface, detailing its features and compatibility.
Details on the MKCB-HUB01 card for parallel communication between RS485 and CANopen.
Specifications for CANopen communication cables (TAP-CB03, TAP-CB04), including dimensions.
Electrical specifications for 230V single-phase models, including output ratings, input ratings, and cooling.
Electrical specifications for 230V three-phase models, including output ratings, input ratings, and cooling.
Electrical specifications for 460V three-phase models, including output ratings, input ratings, and cooling.
General specifications covering control method, starting torque, speed response, torque limit, and protection.
Details on operating temperature ranges, protection levels (IP rating) for top cover and conduit box.
Overview of the KPE-LE02 digital keypad, including its components and functions.
Explanation of various messages displayed on the digital keypad, indicating drive status and parameters.
Step-by-step instructions for operating the digital keypad, including setting modes, parameters, and shifts.
Summary of drive parameters including identity codes, rated current, and parameter reset functions.
Summary of basic parameters such as operation frequency, voltage, acceleration/deceleration times, and skip frequencies.
Summary of digital input/output parameters, including operation control modes and multi-function terminals.
Summary of analog input/output parameters, covering selection, bias, gain, filter time, and curve settings.
Parameters for setting multiple speed steps, including explanation of timing diagrams and related settings.
Parameters related to motor auto-tuning for induction and permanent magnet motors, including electrical characteristics.
Summary of protection parameters such as low/over-voltage, over-current, over-torque, and fault records.
Parameters for special functions like software brake, DC brake, restart after power loss, and fan cooling control.
Parameters for advanced PID control, including input terminals, gains, filter times, and compensation settings.
Parameters for communication settings, including COM1 address, speed, protocol, and CANopen settings.
Summary of drive parameters including identity codes, rated current, and parameter reset functions.
Summary of basic parameters such as operation frequency, voltage, acceleration/deceleration times, and skip frequencies.
Summary of digital input/output parameters, including operation control modes and multi-function terminals.
Summary of analog input/output parameters, covering selection, bias, gain, filter time, and curve settings.
Parameters for setting multiple speed steps, including explanation of timing diagrams and related settings.
Parameters related to motor auto-tuning for induction and permanent magnet motors, including electrical characteristics.
Summary of protection parameters such as low/over-voltage, over-current, over-torque, and fault records.
Parameters for special functions like software brake, DC brake, restart after power loss, and fan cooling control.
Parameters for advanced PID control, including input terminals, gains, filter times, and compensation settings.
List of warning codes displayed on KPE-LE02 and KPC-CC01, with descriptions and corrective actions.
General overview of CANopen protocol, its specifications, and supported functions.
Instructions for wiring CANopen connections, including adapter card usage and RJ45 pin definitions.
Steps for controlling the AC motor drive via CANopen, including control mode selection and parameter settings.
Index table for basic CANopen supporting functions and objects by C200.
List of CANopen fault codes, including fault descriptions, CANopen fault codes, and fault register bits.
Explanation of CANopen RUN and ERR LED indicators, showing their status, condition, and CANopen state.
Introduction to the PLC function in C2000, including commands, operation methods, and system requirements for WPLSoft.
Precautions for using PLC functions, covering communication protocols, parameter settings, and WPR command usage.
Steps for PLC execution, including program download/upload, running the program, and I/O device reference.
Explanation of PLC ladder diagram structure, symbols, and basic commands like LD, LDI, AND, OR.
Description of PLC internal devices such as input/output relays, timers, counters, and data registers.
Explanation of basic PLC commands including LD, LDI, AND, OR, MPS, MRD, MPP, OUT, SET, RST, TMR, CNT.
List of PLC error codes, their descriptions, and corrective actions for troubleshooting.
Guidelines for routine maintenance and inspections of AC motor drives, covering ambient environment, voltage, and mechanical parts.
Identifies greasy dirt problems in industrial environments and provides solutions to prevent drive damage.
Highlights fiber dust issues, particularly in textile industries, and offers solutions for prevention.
Describes erosion problems caused by fluid ingress and provides solutions for preventing drive malfunction.
Addresses industrial dust issues, potential damages, and suggests solutions for dust prevention and ventilation.
Common wiring and installation issues, potential damages from poor wiring, and recommended solutions.
Discusses errors related to multi-function terminals due to overuse or exceeding specifications, with suggested solutions.
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