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General| Safety | STO (Safe Torque Off) |
|---|---|
| Communication | CANopen |
| Enclosure | IP21 |
| Output Voltage | Up to 1000 V DC |
| Protection Features | Overcurrent, Overvoltage, Undervoltage |
| Cooling Method | Air or liquid cooling |
| Input Voltage | 380 to 690 V AC |
Compatibility with ACS850 standard control program version UIFI2200 and later.
Follow all safety instructions delivered with the drive for installation, commission, or use.
Assumes knowledge of electrical wiring practices, components, and schematic symbols.
Alphanumeric control panel with LCD, copy function, context-sensitive help, and real-time clock.
Covers mechanical and electrical installation procedures for the control panel.
Describes the physical layout and key functions of the ACS850 control panel.
Explains the basic status information displayed on the top line of the LCD.
Guides on basic operation, menu navigation, and task execution using the control panel.
Explains the two main control locations: external and local, selected via LOC/REM key or PC tool.
Describes the different control modes: speed control, torque control, and special control modes.
Details the two parts of the drive control program: firmware and application programs.
Covers programmable analog and digital inputs/outputs, and I/O extensions.
Discusses constant speeds, critical speeds, and speed controller tuning methods.
Details application macros and process PID control for advanced functions.
Covers emergency stop and thermal motor protection features for safe operation.
Includes signal supervision and maintenance counters for monitoring and service reminders.
Tools for monitoring peak values and amplitude distribution of signals.
Allows backing up and restoring drive settings and configurations.
Pre-defined parameter sets used as a basis for drive setup and customization.
Suited for straightforward speed control applications like conveyors and pumps.
For speed control applications with two external control devices.
Suitable for process control applications like pressure, level, or flow control.
Used for applications requiring torque control of the motor.
For speed control applications with multiple constant speeds and ramps.
Defines common terms and abbreviations used throughout the parameter descriptions.
Comprehensive list of all drive parameters, their values, descriptions, and units.
Defines technical terms and abbreviations used in the manual.
Explains scaling between panel values and integers used in serial communication.
Details the format for value and bit pointer parameters transferred via fieldbus.
Warning that only qualified electricians should maintain the drive.
Instructions on how to reset the drive after a fault or alarm occurs.
Stores information on the 16 latest faults, including time stamps.
Lists alarm codes, causes, and recommended actions for troubleshooting.
Explains connecting the drive to external control systems via a serial communication link.
Details connecting the fieldbus interface to the JCU control unit terminal XD2D.
Guides on configuring communication parameters for embedded fieldbus.
Details drive control parameter adjustments for fieldbus control.
Explains cyclic and acyclic data transfer using communication profiles.
Defines the fieldbus Control Word (CW) and Status Word (SW) for drive control and status.
Explains fieldbus references (REF1, REF2) for speed, frequency, torque, or process.
Describes fieldbus actual values (ACT1, ACT2) conveying selected drive parameter values.
Explains how drive parameters are accessed via Modbus registers.
Shows Modbus register addresses for ABB Drives classic profile.
Shows Modbus register addresses for ABB Drives enhanced profile.
Details control/status words, references, and actual signals for the DCU 16-bit profile.
Lists Modbus register addresses for the DCU 16-bit communication profile.
Details control/status words and references for the DCU 32-bit profile.
Lists Modbus register addresses for the DCU 32-bit profile.
Explains Modbus function codes supported by the embedded fieldbus interface.
Lists Modbus exception codes for communication errors.
Explains connecting the drive to external control systems via a fieldbus adapter module.
Guides on configuring parameters for fieldbus adapter communication.
Details drive control parameter adjustments for fieldbus control.
Explains cyclic and acyclic data transfer using fieldbus adapter.
Defines FBA Control Word (CW) and Status Word (SW) for drive control.
Describes fieldbus actual values (ACT) conveying selected drive parameter values.
Describes state machine models for FBA communication profiles.
Describes daisy-chained RS-485 communication with master/follower drives.
Refers to the Hardware Manual for drive-to-drive link wiring instructions.
Explains DDCS messages and dataset tables for data transfer.
Covers point-to-point, standard multicast, broadcast, and chained multicast messaging.
Illustrates the process of obtaining and conditioning speed feedback signals.
Shows how speed references are modified, scaled, and ramped.
Details the logic for managing speed errors, including compensation and limits.
Explains torque reference handling and selection of operating modes.
Illustrates the block diagram and operation of the process PID controller.
Presents a state machine diagram for the drive's overall logic.
Shows logic diagrams for control via fieldbus interface.
Illustrates the DTC control loop, including flux optimization and torque control.
Contact local ABB representative for product inquiries, quoting type and serial number.
Information on ABB product training available on the www.abb.com/drives website.
Welcome for comments on manuals via the feedback form on the ABB website.
Access manuals and product documents in PDF format via the www.abb.com/drives website.
