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Guidance on safety measures when working with a connected motor, including waiting periods after power disconnection.
Information regarding the safe handling and installation of the AC drive by qualified personnel.
Details on earth leakage current exceeding 3.5 mA AC and requirements for protective earth conductors.
Specifies the requirement for Type B RCD/RCM for protection against DC current in the protective earth conductor.
Explanation of the type code numbering used to identify the exact type of AC drive for specific information.
Overview of standards complied with by the AC drives, including EMC and safety regulations.
Guidelines for the disposal of old electrical and electronic equipment, emphasizing recycling and compliance with regulations.
Guidance on safe lifting methods for AC drives to prevent personal risks and damage during handling.
Instructions for mounting AC drives in a vertical position against a flat surface, including cooling requirements.
Considerations for mounting AC drives within cabinets, including airflow requirements and recommended free space.
A checklist and preparation guide before installing the AC drive, including environmental conditions.
Step-by-step instructions for accessing cable connections and terminals by removing the front cover.
Guidance on connecting mains and motor cables for specific frame sizes, including cable specifications.
Recommendations for selecting and connecting motor cables to comply with EMC emission standards and ensure proper operation.
Details on using the isolated RS-485 interface for serial communication, including protocol and character frame format.
Information on communication parameters for different parameter sets, including DeviceNet, Profibus, Profinet, and EtherCAT indices.
Guidance on dimensioning and connecting mains and motor cables according to local regulations and EMC directives.
Instructions for entering correct motor data for the connected motor to ensure optimal control and operational data calculation.
Steps to run the AC drive after installation and motor data setup, ensuring main connections are correct.
Instructions for manual control via the control panel, including switching on mains, selecting manual control, and setting motor data.
Explanation of parameter sets used for different application modes and how to configure them.
Details on automatically generating reset commands for non-critical failure conditions to overcome faults.
Information on operating Run/Stop/Enable/Reset functions remotely via inputs or serial communication.
Functions to protect machines and processes against mechanical overload and underload using load monitoring.
Compliance of the AC drive with relevant EMC standards, including EN IEC 61800-3:2018.
Explanation of the three stop categories (0, 1, 2) and emergency stop functions as defined by EN 60204-1.
Overview of the menu structure and parameters, including descriptions, default values, and ranges.
Key settings for AC drive operation, including control, motor data, protection, and utilities.
Procedure for entering motor data to ensure optimal control accuracy and correct read-outs.
Functions to protect the motor against overload based on standard IEC 60947-4-2.
Configuration and management of four different parameter sets for varying application requirements.
Control of external processes using feedback signals and PID controller settings for optimal performance.
Explanation of system monitoring for operating variables and how errors are displayed and handled.
A guide to identifying system failure causes and their corresponding solutions for AC drives.
Recommendations for regular inspection and cleaning of AC drive components to optimize product life.
Description of the 4-line display control panel, including its real-time clock and optional Bluetooth communication.
Overview of available option boards for communication, including Fieldbus and serial options.
Details on the OSTO_100 option board for safety function Safe Torque Off (STO) for motor start prevention.
Detailed electrical specifications for Emotron VFX IP20/21 and IP54 drive units based on model numbers.
Overview of the physical dimensions and weights for VFX48/VFX52 and VFX69 models across different IP classes.
Information on operating and storage conditions, including ambient temperature, pressure, humidity, and contamination levels.
Guidelines for selecting mains fuses and cable glands according to IEC and NEMA ratings.
EcoDesign data including efficiency levels and power losses for 400 V IP20 and IP54 drive units.
EcoDesign data including efficiency levels and power losses for 525 V IP54 drive units.
EcoDesign data including efficiency levels and power losses for 690 V IP20 and IP54 drive units.
Displays operational data like speed, torque, and current upon AC drive power-up.
Contains essential settings for AC drive operability, including motor data and protection.
Settings related to motor, AC drive mode, control signals, and serial communication.
Crucial for control accuracy; used to enter motor parameters like voltage, frequency, and power.
Functions to protect the motor against overload, based on standard IEC 60947-4-2.
Manages four different parameter sets for adapting the AC drive to various processes or motors.
Functions to protect machines and processes against overload using load monitoring and alarms.
Settings for analogue inputs, including function selection, scaling, and digital input configuration.
Settings for analogue outputs, allowing visualization of actual status or mirroring analogue inputs.
Settings for all digital inputs, detailing functions like Run, Stop, Enable, and Preset selections.
Settings for all digital outputs, defining functions such as Ready, Trip, Brake, and Alarm.
Settings for relay outputs, enabling fail-safe operation and configurable functions via digital outputs or relays.
Tools for programming conditional signals using comparators, logic functions, and timers for control.
Functions for counting pulses and signalling on digital outputs based on high and low limit levels.
Clock functions for activating/deactivating desired functions via Relay, digital output, or Virtual I/O.
Parameters for viewing actual operational data such as speed, torque, power, and status indications.
Displays actual process values like speed, torque, and shaft power.
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