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General| Power Rating | 2.2 kW |
|---|---|
| Output Current | 7.5 A |
| Protection Class | IP20 |
| Control Method | Vector Control |
| Communication Interface | RS485 |
Introduction to the system manual, its purpose, and content.
Details safety regulations, warnings, and precautions for controllers and motors.
Covers installation procedures, important notes, and mounting options for basic units.
Details wiring requirements according to EMC, including cable specifications and connections.
Guides through parameter setting, control mode selection, and initial setup for operation.
Explains parameter setting using E82ZBC and XT EMZ9371BC keypads, including general data and procedures.
Covers status displays, error analysis, drive performance, and error messages for troubleshooting.
Covers braking possibilities, including DC-injection, AC motor brake, and external brake resistors.
Provides essential safety and application notes for Lenze controllers, including general and installation guidelines.
Details safety precautions and guidelines for the proper installation and handling of Lenze motors.
Highlights potential hazards and necessary precautions when working with controllers and motors.
Provides essential notes on protection of persons, use of e.l.c.bs, terminal strips, fuses, and mains disconnection.
Details requirements for cables, shielding, control cabinet installation, and optimum cable routing for EMC.
Provides essential checks and notes before connecting mains voltage and enabling the controller.
Details general data, installation, commissioning, display elements, function keys, changing/saving parameters, and transfer.
Covers general data, installation, commissioning, display elements, function keys, changing/saving parameters, and transfer.
Details start conditions, flying-restart circuit, controller inhibit, and controlled deceleration after mains failure.
Covers I2t monitoring and temperature monitoring with PTC and earth-fault detection for motor protection.
Explains external fault detection, error messages, and resetting error messages.
Covers display of operating data, parameter codes, and diagnostic codes.
Covers status display (LEDs) and error analysis using the history buffer for fault diagnosis.
Details how the controller reacts to different error types (TRIP, Message, Warning) and their specific displays.
Provides a table of common faults, their causes, and remedies for motor and controller issues.
Explains how to reset TRIP error messages manually or automatically after eliminating the cause.
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