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General| Mounting | Wall-mounted |
|---|---|
| Enclosure Class | IP20 |
| Built-in Features | Braking chopper |
| Communication | Modbus RTU |
| Protection Features | Overcurrent, overvoltage, undervoltage, short circuit, ground fault |
| Operating Temperature | -10°C to +50°C |
| Storage Temperature | -40°C to +70°C |
| Humidity | 5 to 95% relative humidity, non-condensing |
| Control Method | Scalar control, vector control |
Explains the meaning of warning symbols and notes used in the manual.
Safety precautions for personnel working on the drive during installation, start-up, and maintenance.
Critical electrical safety precautions for installation, start-up, and maintenance.
Supplementary safety information and notes regarding drive operation and environment.
Safety advice for handling ESD-sensitive printed circuit boards.
Proper grounding procedures for safety and EMC compliance.
Safety guidelines for personnel operating the drive.
Specific safety instructions for drives connected to permanent magnet motors.
States the manual's applicability to ACS380 drives and identifies intended readers.
Explains drive categorization by frame size for specific information.
Step-by-step flowchart for the installation and commissioning process.
Defines terms and abbreviations used throughout the manual.
Lists other relevant ABB manuals for additional information.
Explains the fundamental operation of the ACS380 drive for various motor types.
Schematic of the drive's main circuit components.
Describes the three primary product variants of the ACS380 drive.
Identifies physical components, connection points, and control connections.
Details connections for standard, configured, and base ACS380 drive variants.
Introduces optional extension modules and refers to the type designation key.
Lists control panel options, mounting platforms, and UL Type 1 kit information.
Describes drive labels, model information, and type designation interpretation.
Describes mounting methods and specifies environmental/spatial requirements for drive installation.
Guidelines for checking the suitability of the installation site for the drive.
Lists the tools needed for the mechanical installation of the drive.
Instructions for unpacking and mechanically installing the drive using screws or DIN rail.
ABB's liability disclaimer and guidelines for selecting the main supply disconnecting device.
Guidance on selecting a suitable main contactor, including regional requirements.
Ensuring motor and drive compatibility based on rating tables.
Guidelines for selecting power cables, including general principles, types, and North American specifics.
Recommendations for selecting and wiring control cables, emphasizing shielding.
General safety warnings and lists the tools needed for electrical installation.
Procedures for measuring insulation resistance of drive, cables, and brake resistor circuit.
Verifying compatibility of the drive's EMC filter and varistor with IEC grounding systems.
Instructions for disconnecting EMC filter or ground-to-phase varistor by removing screws.
Conditions for TT system installation and methods to identify the grounding system.
General safety warnings and lists tools for North American electrical installation.
Procedures for measuring insulation resistance, adapted for North American context.
Verifying compatibility of EMC filter/varistor with North American grounding systems.
Instructions for managing EMC filter and ground-to-phase varistor connections.
Conditions for TT system installation and methods to identify the grounding system.
Guidelines for connecting power cables in North America, including conduit use.
Instructions for connecting control cables, including wiring diagrams for standard/configured variants.
Wiring diagrams for fieldbus modules and details on EIA-485 fieldbus connections.
A comprehensive checklist to verify mechanical and electrical installation before drive start-up.
Information on maintenance tasks, intervals, and symbols used in tables.
Lists recommended annual maintenance actions to be performed by the drive user.
Instructions for cleaning the drive module heatsink to prevent overtemperature issues.
Detailed instructions for replacing cooling fans in frames R1 through R4.
Information on drive capacitors and guidance on reforming them after long storage.
Detailed electrical ratings for the drive according to IEC and UL/NEC standards.
Defines key terms and parameters used in the technical data section.
Recommendations for drive sizing and explanation of output derating calculations.
Details derating factors based on ambient temperature, altitude, and switching frequency.
Information on fuses for short-circuit protection, including IEC and UL types.
Discusses miniature circuit breakers and manual motor protectors as alternative protection.
Physical dimensions, weights, and clearance requirements for drives and UL Type 1 kits.
Data on power loss, cooling, noise, and typical power cable sizes.
Specifies terminal data, tightening torques for power and control cables.
Lists external EMC filters, order codes, and electrical power network specifications.
Data on motor connection, maximum motor cable lengths for performance and EMC.
Mechanical dimensions and mounting details for Frame R0 (1-phase 230V & 400/480V).
Mechanical dimensions for Frame R1 (230V & 3-phase 230V/400V).
Mechanical dimensions for Frame R2 (230V & 400/480V).
Mechanical dimensions and mounting details for Frame R3 (400/480V).
Mechanical dimensions and mounting details for Frame R4 (400/480V).
Safety precautions related to working with brake resistors and the drive.
Explains how the brake chopper and resistor handle energy during deceleration.
Steps and equations for selecting a brake resistor, with a reference table.
Guidance on selecting and routing brake resistor cables to minimize EMI.
Positioning resistors for cooling and protecting the system from faults and overload.
Explains the STO function, its applications, and compliance standards.
Wiring principles and practical examples for STO connections on single and multiple drives.
Details on activation switches, cable types, lengths, and grounding for STO wiring.
How the STO function operates and procedures for validation testing.
Instructions for using, maintaining, and troubleshooting the STO function.
Provides safety data (SIL, PL, MTTFd, PFDavg) for the STO function.
Safety warnings and an overview of the BTAC-02 module's features.
Identifies module components and refers to drive installation instructions.
General wiring guidelines, terminal layouts for encoder connections.
Connecting encoder power supply and encoder wiring, including phasing.
Describes encoder output types and provides wiring diagrams for various configurations.
Steps for configuring the BTAC module and selecting feedback sources.
Parameters for validating, configuring encoders, and diagnosing faults.
Specifications for encoder interface, connectors, cable, power supply, and dimensions.
Safety warnings and overview of the BREL-01 module adding four relay outputs.
Identifies module components and provides electrical connection guidelines.
Steps for start-up and details configuration parameters for relay outputs.
Safety warnings and overview of BAPO-01 for external 24V DC supply and back-up power.
Identifies module components, installation, and start-up procedures via parameter 95.04.
Voltage, current, power loss, and dimension specifications for the BAPO-01 module.
Safety warnings and overview of BIO-01 as an I/O extension module.
Identifies module components and explains terminal configuration for S1/S2.
Electrical connection details and start-up procedures for the BIO-01 module.
Technical data for control connections and physical dimensions of the BIO-01 module.
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