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General| Input Voltage | 380-480 VAC |
|---|---|
| Protection Class | IP55 |
| Frequency | 50/60 Hz |
| Altitude | 1000 m |
| Motor Type | Induction |
| Voltage Rating | 480V |
| Cooling Method | Fan Cooled |
| Ambient Temperature | 40°C |
Explains the format of safety precautions and important information in the manual.
States that the equipment should be installed by qualified personnel familiar with procedures.
Details specific safety precautions for the VFD unit itself, including high voltage warnings.
Describes essential peripheral devices and correct connections for proper VFD operation.
Provides instructions and precautions for securely mounting the VFD.
Provides essential guidelines for routing and grounding VFD wiring to prevent issues.
Explains the need for Branch Circuit Protection according to NEC and AHJ.
Provides a table for maximum current ratings of fuses and circuit breakers per NEC.
Details how to connect power wiring to the VFD and motor, including grounding.
Identifies terminals and connectors on the control board for various configurations.
Explains the function of keypad buttons and navigation for VFD operation.
Guides on entering essential parameters before starting the VFD for proper operation.
Lists default settings for motor parameters across different applications.
Explains how to check and correct motor rotation direction after installation.
Guides on checking motor run current and transducer feedback for accuracy.
Details how to test system performance by varying speed and monitoring output.
Explains operation in HAND and AUTO modes, including keypad and external control.
Describes the shutdown feature using a digital input for emergency stop.
Details using feedback from transducers to control motor speed for applications.
Explains how the VFD accelerates and decelerates a motor at a controlled rate.
Details how analog signal loss is detected and how the drive responds.
Explains how to enable signal loss protection for an ACI input.
Explains how to enable signal loss protection for an AVI1 input.
Allows two transducers to be monitored simultaneously for PID feedback.
Explains how to protect the motor from overheating using PT100 or PTC sensors.
Protects VFD and equipment against damage from over-torque conditions.
Monitors motor current and frequency to protect against dry well, broken pump, or belt loss.
Stops the VFD when PID feedback exceeds a set value.
Detects a broken pipe in the system, requiring PID Control in Auto mode.
Protects motor and equipment from over-torque damage by monitoring motor current.
Guides on configuring the X-Drive for use with FE MagForce PM motors.
Explains how to balance pressure in large systems using multiple pumps with dual PID loops.
Defines roles of Master, Lead, Lag, and Standby drives in a multi-drive system.
Details the procedure to connect the mobile app to the X-Drive via Bluetooth.
Lists Modbus commands and their corresponding data addresses for VFD control.
Explains how error messages are displayed and how to access fault records.
Lists diagnostic fault codes, descriptions, action/reset, causes, and corrective actions.
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