—ABB INDUSTRIAL DRIVESACS880 multidrive cabinets and modulesElectrical planning instructions

ABB ACS880 Electrical Planning Instructions

List of related manuals

Introduction

Target audience

Contents of the manual

Cybersecurity disclaimer

Drive configuration

Configuring ACS355 drives

Starting ACS355 drives for PROFINET

ACS355 Minimum required parameter settings for PROFINET

ACS355 More parameters written from PLC to drive (optional)

ACS380 Minimum required parameter settings PROFIBUS DS

Starting ACS380 drives for PROFINET

ACS380 More parameters read from drive to PLC (optional)

Configuring ACS550 drives

Starting ACS550 drives for PROFINET

ACS550 More actual values or parameters to be read from drive to PLC (optional)

Configuring ACS580 drives

ACS580 Minimum required parameter settings for PROFIBUS DP

Starting ACS580 drives for PROFINET

ACS580 Minimum required parameter settings for PROFINET

ACS580 More parameters read from drive to PLC (optional)

ACS800 Minimum required parameter settings for PROFIBUS DP

Starting ACS800 drives for PROFINET

ACS800 Minimum required parameter settings for PROFINET

ACS800 More parameters read from drive to PLC (optional)

ACS850 Minimum required parameter settings for PROFIBUS DP

ACS850 Minimum required parameter settings for PROFINET

ACS850 More parameters read from drive to PLC

ACS880 Minimum required parameter settings for PROFIBUS DP

Starting ACS880 drives for PROFINET

ACS880 Minimum required parameter settings for PROFINET

ACS880 More parameters written from PLC to drive (optional)

ACSM1 Minimum required parameter settings for PROFIBUS DP

Starting ACSM1 drives for PROFINET

ACSM1 Minimum required parameter settings for PROFINET

ACSM1 More parameters read from drive to PLC (optional)

SIMATIC Manager

Setting PG/PC interface

Hardware configuration

Adding Rack and CPU to the hardware

Installing GSD files for ABB drives

Adding drives to PROFINET

Downloading Hardware configuration

PLC libraries for S7-300

Symbol Editor

FB500 ABB_DRIVE_CONTROL_FB

Block variables and data types

Setting the drive in standby mode

Setting the drive in run mode

Downloading a program and setting PLC in run mode

VAT table

FC501 ACS_DRIVE_PZD (optional)

Block variable and data types for FC501

Scalable variables and data types

FC500 ACS_DRIVE_PARA (optional)

TIA portal

Configuring S7-300 PLC

Installing GSD and GSDML file for S7-300 PLC

Adding ABB drives to PROFINET

Downloading configuration to PLC

Copying ABB drive libraries to S7-300 project

Adding PLC tags to S7-300

Adding watch and force tables

FC501 ACS_DRIVE_PZD

FC500 ACS_DRIVE_PARA

Error codes for FB500 and FC500

Configuring S7-1200 and S7-1500 PLC

Installing GSD file for S7-1200 PLC

PLC libraries for S7-1200

Downloading configuration to S7-1200 PLC

Copying ABB drive libraries to S7-1200 project

Adding PLC tags to S7-1200

Block variables and data types for FB500

FB501 ACS_DRIVE_PARA

Block variables and data types for FB501

FB502 ACS_DRIVE_PZD

Block variables and data types for FB502

Further information

Contact us

ACS880 Series

Fieldbus grounding

Drives with embedded fieldbus

Fieldbus modules for ABB drives

ABB cable TK505

AC500 COM1 – Master at the bus line end

AC500‐eCo COM2 – Master at the bus line end

Drive configuration

Starting up ACS310 drives with embedded Modbus RTU

Starting up ACS355 drives with FMBA‐01 Modbus RTU adapter

Starting up ACS800 drives with RMBA‐01 Modbus RTU adapter

Starting up ACS850, ACQ810 drives with embedded Modbus RTU

Starting up ACS880 drives with FSCA‐01 Modbus RTU adapter

Starting up ACSM1 drives with FSCA‐01 Modbus RTU adapter

Install drives library

Control Builder Plus for PLC and Drives

IP configuration of CPU (for Ethernet connection between PC and PLC)

CODESYS

Library Manager

PLC logic

Download program to PLC

Create boot project

Test the program

Read and write more data between PLC and drive (optional)

Visualizations

Add more drives (optional)

Actualization rate

Contents of this chapter

Safety

Terms and abbreviations

Centrifuge drive start-up

Centrifuge I/O control connections

Decanter drive start-up

Decanter I/O control connections

Optical link for Decanter

Decanter scroll fault supervision

Operating mode

How to start and stop the Centrifuge

How to halt the Centrifuge

Decanter Operation

Decanter control modes

Decanter process load compensation

Direct torque compensation

Decanter control chain diagram of Scroll drive

Decanter examples

Back drive, variant B

Forward drive

Decanter jogging

Parameters listing

Centrifuge Decanter control

Centrifuge pattern

Decanter control

About this chapter

Fault messages

Product and service inquiries

EFFECTIVE: 2018

Start-up procedure

Default control connections of SPRS control program (ZCU)

SPRS operation

SPRS connection diagram

Benefits of using SPRS system

Connecting to a drive with an Assistant control panel for the first time

Ethernet network connection

Communication profile

Programmable digital inputs

Programmable relay outputs

Data storage parameters

Parameter listing

I/O extension module 1

SPRS User values

Speed and Feedback SEL

SPRS Limits

Changed firmware default values for SPRS application

How to reset

Warning messages

Basic configuration of the distributed I/O bus

CIO-01 I/O module

Layout drawing

Connection diagram

LEDs

Summary of parameter groups

I/O bus service

I/O bus diagnostics

I/O bus fan identification

Fieldbus addresses

Parameter groups 206...209

What this chapter contains

Local control vs. external control

External control

Operating modes of the drive

Speed control mode

Drive configuration and programming

Adaptive programming

Application programming

Control interfaces

Programmable I/O extensions

Fieldbus control

Master/follower functionality

External controller interface

Control of a supply unit (LSU)

Motor control

Constant speeds/frequencies

Speed controller autotune

Oscillation damping

Rush control

Encoder support

Jogging

Scalar motor control

Autophasing

Flux braking

DC magnetization

Application control

Motor potentiometer

Mechanical brake control

DC voltage control

Voltage control and trip limits

Brake chopper

Safety and protections

Motor thermal protection