This document explains how to enable and adjust the motor pre-heat function in the drive, as well as the advantages of using the VFD pre-heat motor functionality compared to using a traditional motor winding heater.
ACS580-01, ACH580-01 and ACQ580-01 +C135 drives with flange mounting kit supplement
Flange mounting kit installation for ACS580-01, ACH580-01 and ACQ580-01; special requirements for flange mounting kits; layout examples; unpacking and examining the delivery; free space requirements; installation procedures of flange mounting kits; dimension drawings, attaching points and hole dimensions of flange mounting kits
Tech Note 089: THHN wire for HVAC and water drives
THHN wire is sometimes used on the output side of a VFD, between the drive and motor. While ABB allows THHN to be used for HVAC and water VFDs, we do not recommend it be used. This technical note reviews the concerns of THHN wire along with other solutions that are more appropriate for use with a VFD.
There is a common misconception that VFDs can be sized based on Amps only, and that HP rating is not applicable. This document is intended to show why this misconception is false and why the motor's HP rating is important to VFD sizing.
Tech Note 085: Control panel backups in 580 series
The 580 series drive control panel can store multiple drive backup files and restore the information as directed. This technical note is an expanded explanation of the drive control panel backup and control panel restore functions.
Tech Note 081: PID setpoint over GP1 (FLN), N2, and BACnet
This document provides guidance on what point/object to write to over GP1 (FLN), N2, or BACnet to adjust the setpoint in a PI(D) loop. The document details specific parameters that need to be adjusted.
Tech Note 073: Active front end drive versus passive filter
There are several options when looking to mitigate harmonics in a system. This document compares two of the current technologies to mitgate harmonics in variabe frequency drives, Active front end drives, and passive harmonic filters. The document shows the strengths and concerns of each technology and how they can apply to different scenarios to meet site compliance.
ACH580-01 drives (0.75 to 250 kW, 1 to 350 hp) hardware manual for frames R1-R9
For 0.75 to 250 kW, 1 to 350 hp drives. ---- Applies to the ACH580-01 drives, including the new (2018) R1…R3 frames (see all applicable types in section Ratings ). - Note: The manual does not apply to R0…R3 frames with type codes ACH580-01-: 02A6-4, 03A3-4, 04A0-4, 05A6-4, 07A2-4, 09A5-4, 12A6-4, 017A-4, 025A-4, 032A-4, 038A-4, 045A-4. For these types, see ACH580-01 (0.75 to 250 kW, 1 to 350 hp) hardware manual for frames R0-R9 (3AUA0000076331 [English]).--- Safety instructions, operation principle and hardware description, mechanical installation, planning the electrical installation, electrical installation, installation checklist, maintenance and hardware diganostics, technical data, dimension drawings, resistor braking, Safe torque off function, optional I/O extension modules, User's manual, User manual
Troubleshooting serial communication issues on drives may occasionally require verification that the the drive's EFB is functional. To do this, a laptop computer can be used with software programs loaded onto the computer. This Technical Note details two Modbus programs and two BACnet programs that can be used to verify the drive's EFB port is functional on an ACH580 drive.
The technical note reviews the evolution of the UL 508C standard and the harmonization to the new UL 61800-5-1 standard. Specifically, the changes to the investigation and testing requirements for Power Conversion Equipment and the resulting impact on ratings for short circuit current (SCCR).
Tech Note 021: 580 series Modbus backwards compatibility
This technical note reviews how a modbus backwards compatibility mode allows the 580 drive to emulate a 550 drive. This feature is useful for retrofit situations that have an existing PLC. This document is not for E-Clipse packages.
Converter modules with electrolytic DC capacitors in the DC link
This manual applies to drive, inverter, IGBT supply and three-phase brake modules in product series ACS800, ACS850, ACQ810, ACSM1, ACH580, ACQ580, ACS580 and ACS880, that is, the following module types:
• ACS800-01, -11, -31, -02, -04, -104 and -104LC
• ACSM1-04 and ACSM1-204
• ACH580-01, -04, -31 and -34
• ACQ580-01, -04, -31 and -34
• ACS580-01, -04
• ACS880-01, -04, -11, -31, -14, -34 and -104.
This document compares and contrasts IEC contactors with NEMA contactors for use in a VFD package. IEC contactors are acceptable for most most VFD bypass packages that are applied to pump and fan applications.