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General| Brand | Lust |
|---|---|
| Model | CDA32.004 |
| Category | Inverter Drive |
| Language | English |
Essential safety precautions and user qualifications for handling inverter drives safely.
Defines the proper application and intended use of the CDA3000 inverter drives.
Outlines the responsibilities of the company installing and operating the machine or plant.
General instructions and precautions to ensure proper installation and prevent device damage.
Describes different mounting and cooling variants available for the inverter modules.
Step-by-step guide and considerations for mounting the inverter module vertically on a backing plate.
Instructions for mounting the inverter module using a cold plate for heat dissipation.
Guidelines for installing the inverter module with a push-through heat sink for cooling.
Provides a general overview of the inverter module's connections and their functions.
Details the correct star configuration layout for grounding leads to meet EMC standards.
Explains how to connect the motor phases, PTC sensor, and emphasizes shielded cables.
Covers wire cross-section, mains filter, line choke, and circuit-breaker installation for power connection.
Discusses DC network operation and power consumption minimization for multiple inverter modules.
Explains the function of the braking resistor and when it is required for regenerative operation.
Introduces control terminal configuration, software packages, and data sets.
Guides the selection of terminal assignments based on typical applications and control modes.
Lists specifications for analog inputs, digital inputs/outputs, and relay outputs.
Details the terminal assignment for traction drives without encoder evaluation.
Details the terminal assignment for rotational drives without encoder evaluation.
Details the terminal assignment for traction and lifting drives with encoder evaluation.
Details the terminal assignment for rotational drives with encoder evaluation.
Outlines different commissioning modes based on typical applications and control strategies.
Explains serial commissioning for multiple identical drives using KEYPAD or DRIVEMANAGER.
Step-by-step guide to saving and loading data sets using the KEYPAD and SMARTCARD.
Guide for saving and loading device data sets using DRIVEMANAGER software on a PC.
Standard commissioning mode for VFC control, including self-test and parameter adjustment.
Commissioning procedure for SFC control, adapting the inverter to the motor characteristics.
Commissioning for FOR control with encoder feedback, including test runs and parameter settings.
Overview of the KEYPAD KP200 interface, controls, and menu structure for operation.
Describes the key functions and menus available when operating the inverter via DRIVEMANAGER.
A selection of important parameters with their functions, factory settings, and units.
Explains the meaning of the red, yellow, and green status LEDs (H1, H2, H3) on the inverter module.
Details the specific function sequences the inverter module performs when a fault occurs.
Lists flash codes, KEYPAD display abbreviations, response numbers, explanations, and causes/remedies for faults.
Lists user errors encountered via the KEYPAD, their causes, and remedies.
Lists errors related to SMARTCARD read/write operations, their meanings, and remedies.
Describes issues related to power switching, such as no response and self-protection.
Explains how to perform device resets, parameter resets, and factory setting resets.
Provides detailed technical specifications for various CDA3000 inverter modules.
Specifies temperature ranges, humidity, mechanical strength, and protection ratings.
Offers project planning guidance for cold plate mounting, power loss distribution, and cooling areas.
Provides project planning advice for multi-motor configurations, including current limits and motor protection.
Details the effects of using a line choke on mains load, voltage distortion, and current.
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