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General| Protection Degree | IP20 |
|---|---|
| Input Voltage | 200-240 V |
| Protection Features | Overcurrent, overvoltage, undervoltage, short circuit |
| Communication | Yes |
| Communication Interface | RS-485 |
| Operating Temperature | -10°C to 50°C |
| Humidity | 5-95% (non-condensing) |
| Dimensions | Varies by model |
| Weight | Varies by model |
| Control Mode | Scalar (V/f), Sensorless Vector (SVC) |
| Storage Temperature | -20°C to 60°C |
Explains safety warnings for this manual, including danger, attention, and note symbols.
Details safety symbols affixed to the product (high voltage, ESD, earth connection).
Emphasizes DANGER for qualified personnel for installation and operation.
Describes the manual's purpose and its use with the CFW300 user's manual.
Defines key terms and concepts used in the manual for clarity.
Explains the HMI functions for operating and parameterizing the inverter.
Details the display areas of the HMI, including status and main display.
Describes the HMI operating modes (start-up, setting levels 1 and 2).
Covers HMI display modes and parameter access, including password.
Explains functions for saving and loading inverter parameter contents.
Details the 'Config status' indications and their causes.
Provides information on software versions and revision counters.
Lists IO expansion accessories and their corresponding parameter codes.
Lists communication accessories and their corresponding parameter codes.
Explains selecting command and reference sources (Local/Remote).
Defines minimum and maximum frequency limits (P133, P134).
Configures backup operation for speed reference during disablement.
Details parameters for HMI, JOG, and Multispeed references.
Describes using digital inputs for increment/decrement reference.
Selects the motor control mode: V/f, Quadratic V/f, or VVW.
Configures motor control options like slip compensation and current stabilization.
Explains V/f curve parameterization for motor control.
Provides steps for initial installation and start-up in V/f mode.
Describes the energy saving function and its parameters.
Details parameters for VVW control, requiring motor nameplate data.
Outlines the sequence for starting up the inverter in VVW mode.
Explains acceleration/deceleration ramps (1st, 2nd, Emergency, S-Ramp).
Covers protection functions for DC link voltage and output current.
Describes functions for motor start-up with free-running or power interruptions.
Explains DC braking functions for stopping the motor.
Details function to prevent operation at resonant frequencies.
Explains the 'Fire Mode' function, its risks, and configuration.
Details configuration of analog inputs AI1/AI2 and frequency input.
Describes parameters for controlling the inverter via infrared remote control.
Explains configuration and status of digital outputs DO1 to DO4.
Sets the voltage level for braking IGBT actuation.
Details motor overload protection based on Ixt curves.
Explains power module overtemperature protection.
Describes PTC sensor configuration for motor overtemperature.
Parameters indicating present, last, and historical faults.
Parameters for serial, USB, and Bluetooth communication.
Parameters for CANopen and DeviceNet interface configuration.
Parameters for Profibus DP interface configuration.
Shows the current status of the SoftPLC function.
Allows stopping or running a SoftPLC application.
Selects the application to be executed (User or PID Controller).
Introduces SoftPLC applications and parameter P903.
Details the PID controller application for closed-loop process control.
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