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General| Category | DC Drives |
|---|---|
| Efficiency | Up to 98% |
| Control Method | Vector Control |
| Input Voltage | 380 to 480 V |
| Cooling Method | Air-cooled |
| Protection Class | IP21 |
| Communication Protocols | CANopen |
| Control | Local and Remote Control |
Explains the warning symbols and notes used throughout the manual for hazard communication.
Instructions for personnel involved in installing, starting up, and maintaining the drive.
Describes that this manual is a supplement to the ACH580-01 User's Manual for E-Clipse Bypass.
Details the features and functions of the ACH580 with E-Clipse Bypass package.
Instructions on how to identify the drive type by referring to serial number or type code labels.
Explains how to interpret the type code for identifying the drive's specifications and options.
Details wiring requirements, including conduit separation and grounding for optimal performance and safety.
Details line input and motor connections for vertical E-Clipse Bypass configurations.
Details line input connections for standard E-Clipse Bypass configurations (wall mounted).
Procedures for applying power and verifying control panel status and settings.
Steps to recover from 'Drive Link Fault', 'Drive Link Error', or 'Drive Setup' warnings.
Explains that start-up can be done via the Start-Up Parameter List or by changing parameters individually.
Illustrates the locations of the SW1 DIP switch on the E-Clipse Bypass control board.
Explains the function of the DIP switch for configuring serial communications termination resistors.
Information on adjustable circuit breaker settings for instantaneous current protection.
Details the Drive Mode, Reverse Drive Mode, and Bypass Mode operations.
Describes how the drive provides power to the motor and controls speed in Drive Mode.
Explains the operation of Reverse Drive Mode as a subset of Drive Mode.
Describes motor power through bypass contactor and isolation of drive output.
Detailed listing of parameters with code, name, resolution, range, default, and description.
Lists parameters related to actual data, such as motor current, input voltage, and PCB temperature.
Explains how the E-Clipse bypass can accept control from external systems via standard communication protocols.
Information on general ACH580 diagnostics and specific fault codes.
Information on general E-Clipse Bypass diagnostics and specific fault codes.
Explains the N2 Fieldbus connection based on RS-485 physical interface used in Johnson Controls Metasys® systems.
Describes how ACH580 and E-Clipse Bypass appear as 'virtual objects' in the N2 Fieldbus protocol.
Describes BACnet system overview when parameter 1625 is set to DRIVE ONLY.
Lists bypass BACnet objects not valid when parameter 1625 is set to SYSTEM.
Lists drive BACnet objects not valid when parameter 1625 is set to SYSTEM.
States that ACH580 drive does not support BACnet communication 'internal values'.
How to use fieldbus for start/stop and direction control of the drive.
Describes selecting input references for the drive using fieldbus.
Table showing supported object types and properties for the drive.
Introduction to Modbus protocol, its adoption, and physical interface.
Lists supported Modbus function codes and their descriptions.
Explains the new mode when parameter 1625 is set to SYSTEM for bypass control.
Explains how the ACH580 can accept control from external systems using standard communication protocols via FBA.
Steps to tell the drive to accept fieldbus control and define data for control.
Instructions for using fieldbus for start/stop control of the drive.
Describes selecting input references for the drive using fieldbus.
Steps to tell the system to accept fieldbus control and define data for control.
Provides bit-level details of the CONTROL WORD for ABB Drives Profile (FBA).
Information on the control word for the generic profile.
Information on the status word for the generic profile.
Explains reference words and scaling for the generic profile.
Explains how the bypass reports errors using status LEDs and the control panel display.
Describes how bypass signals severe errors or faults using red Faulted LED and fault code display.
Explains how bypass reports less severe errors (warnings) by overriding the control panel display.
A table listing fault codes, names, causes, and corrective actions for troubleshooting.
Lists recommended routine maintenance intervals for ACH580 enclosures.
Procedure for checking and replacing filters in UL (NEMA) Type 12 hinged door wall mount enclosures.
Lists all warnings with their code, name, description, possible cause, and corrective action.
Information on connecting motor terminals and overview of bypass circuit wiring.
Explains the function of the bypass and output contactors and their interlocking.
Describes setting motor overload protection using the ACH580 drive and bypass control panels.
States control cable requirements for RBCU connections are similar to ACH580 control panel.
Provides specifications for the E-Clipse Bypass control unit terminals, including digital inputs and relays.
Provides dimensional references for E-Clipse bypass drives with circuit breakers in vertical enclosures.
Lists internal and external fuse ratings for 208/230 Volt vertical E-Clipse bypass drives.
Information on connecting motor terminals and overview of bypass circuit wiring.
Explains the function of the bypass and output contactors and their interlocking.
Describes setting motor overload protection using the ACH580 drive and bypass control panels.
States control cable requirements for RBCU connections are similar to ACH580 control panel.
Provides specifications for the E-Clipse Bypass control unit terminals, including digital inputs and relays.
Provides warnings and instructions to avoid hazard or malfunction during installation.
Describes the ACH580 with Input Disconnect configuration, including enclosure options.
Instructions on identifying the drive type using labels and interpreting the type code.
Explains how to interpret the type code to understand drive series, construction, and options.
Lists recommended routine maintenance intervals for ACH580 enclosures.
Procedure for checking and replacing filters in UL (NEMA) Type 12 hinged door wall mount enclosures.
Details maximum wire size and terminal torque for incoming power, grounding, and motor terminals.
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