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General| Rated Power | 1.5 kW |
|---|---|
| Input Voltage | 3-phase 380-480V AC |
| Protection Class | IP20 |
| Communication Interface | RS485 |
| Operating Temperature | -10°C to +50°C |
| Relative Humidity | 5% to 95% (non-condensing) |
General safety warnings and precautions for working with the VSD and connected equipment.
Safety instructions specific to the commissioning process of the VSD.
Safety instructions related to operating the VSD and connected machinery safely.
Safety instructions and warnings regarding repairs and component replacement procedures.
General guidelines and safety precautions for mounting the variable speed drive securely.
Mounting instructions, hole spacing, materials, and torques for IP20/NEMA 0 drives.
Mounting instructions, clearance, materials, and torques for IP54/NEMA 12 drives.
Warnings and safety instructions for connecting mains and motor cables to the VSD.
Step-by-step guide to accessing connection terminals on frame size A drives.
Step-by-step guide to accessing connection terminals on frame sizes B and C drives.
Guide to accessing connection terminals on frame sizes D to F (IP20) drives.
Shows terminal layouts for power and motor connections across different frame sizes.
Instructions for connecting power to drives equipped with integrated EMC filters.
General information and procedures for accessing and connecting control terminals.
Details the function and settings of DIP switches for analog inputs and mains frequency.
Provides a checklist to ensure all conditions are met before initial VSD start-up.
Explains the purpose and operation of each button on the BOP and AOP.
Overview of different commissioning modes, including prerequisites and flow.
Provides a diagram illustrating the typical commissioning workflow using BOP or AOP.
Explains the quick commissioning procedure using specific parameters for rapid setup.
Guidance on how to parameterize motor characteristics for optimal VSD operation.
Step-by-step guide for changing VSD parameters using the operator panels.
Procedure for restoring all VSD parameters to their original factory default values.
Step-by-step instructions for basic motor operation using the Basic Operator Panel.
Procedure for performing a 10 Hz test to verify installation and basic VSD functions.
Details the PID controller functionality for HVAC applications like temperature or pressure control.
Function to detect belt failure by monitoring motor torque/speed curves without a sensor.
Function to detect belt failure using an external sensor and pulse train for monitoring.
Allows control of multiple pumps/fans using VSD PID system and relay outputs for staging.
How to use the VSD for temperature control with an LG-Ni 1000 sensor connected to analog inputs.
Describes the integrated VSD bypass function for maximum motor output or safety applications.
VSD enters hibernation mode when PID setpoint is reached and timer expires to save energy.
Parameters for tuning the PID controller, including gain, integral time, and limits.
Parameters for controlling staging of pumps/fans and VSD hibernation mode.
Finalizes commissioning, performing calculations and resetting parameters.
Steps to diagnose and resolve issues identified via the operator panel interface.
Detailed listing of error codes, including causes, diagnosis, and recommended reactions.
A list of warning codes, their causes, diagnosis, and recommended actions.
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