Category: ABB

Introduction

The purpose of this application note is to explain the steps required to get an ABB motion drive operating in conjunction with an

AC servo motor and ‘tuned’ to achieve the best possible performance. Although some references are made to induction motor

parameters, setup and tuning of induction motors is covered by a separate application note.

MicroFlex e190 and MotiFlex e180 motion drives

The MicroFlex e190 and MotiFlex e180 are sophisticated servo drives which have been designed to meet

the requirements ofboth de-centralised single axis intelligent solutions and centralised multi-axis systems,

providing high performance in an economically priced device.

They provide an ideal solution to many machine applications and are ideal components for machine

builders and system integrators.

In this application note we will describe the commissioning process for a MotiFlex e180. The process is

almost identical for a MicroFlex e190 drive so references in this document to MotiFlex e180 are generally

interchangeable with MicroFlex e190 unless stated otherwise.

The ACQ580 is available in both normal and heavy-duty

ratings. Normal duty ratings provide a 110% short term

overload rating for one minute every ten minutes. Heavy

duty ratings provide a 150% short term overload rating for

one minute every ten minutes. All ACQ580 drives and their

protective functions are thoroughly tested for optimal performance.

Typical applications

• Pumps

• Blowers

• Mixers

Installation type

• Wall-mounted

High enclosure class

• UL (NEMA) Type 1 / IP21

• UL (NEMA) Type 12 / IP55

Built-in pump functionality

• Intelligent multi-pump control

• Pump cleaning

• Level control

• Sensorless flow calculations

• Min/max flow and pressure protection

• Dry pump protection

• Quick ramps

• Cavitation Detection and Control

• Soft pipe filling

• Motor disconnect detection

• Communication fail functionality

• Adaptive programming

• Start-up assistants

• Diagnostic assistant

• Sleep boost

• Auto change

• Two independent adjustable accel/decel ramp

• Motor preheating

• PID control with PID sleep / wake-up

• Dry run protection

• Pressure protection

• Inlet pressure protection

• Maximum pressure protection

• Minimum pressure protection

• Energy optimizer and calculator

• Load profile

Standard Hand/Off/Auto Control Panel:

• Primary Settings menu to ease drive startup

• Real Time Clock

• Diagnostic and Maintenance functions

• Full Graphic Display, including Chart, Graph,

Meter options

• 21 editable home views

• USB interface for PC and tool connection

• Parameters are Alpha-numeric

• Back-up and Restore function built into panel

• Automatic back-up after parameter change

Feel the Power

ACQ580 drives are designed for customers who value reliability,

high quality, and robustness. With embedded pump functionality,

the ACQ580 keeps the pump system operating optimally and

efficiently. Product features, such as coated boards and optional

compact UL Type 12 enclosures, make the ACQ580 suitable for harsh conditions.

All ACQ580 drives are current-rated devices. The HP ratings

provided are for reference only and are based on typical

4-pole motors at nominal voltages (NEC Table 430.250). If

full motor torque is required, ensure the drive has a

continuous current rating equal to, or greater than the full

load amp rating of the motor.

The ACQ580 is available in both normal and heavy-duty

ratings. Normal duty ratings provide a 110% short term

overload rating for one minute every ten minutes. Heavy

duty ratings provide a 150% short term overload rating for

one minute every ten minutes. All ACQ580 drives and their

protective functions are thoroughly tested for optimal performance.

The drive is available in power ranges from 1 to 150 HP at 230V, 1 to

350 HP at 460V, and 2 to 250 HP at 575V. It is available in UL Type

(NEMA) 1 and 12 enclosures.

The ACQ580 is the latest addition to the ABB drives portfolio. 

This robust, compact and energy efficient drive is designed for

securing the flow of water and wastewater in your pumping system.

The drive is available in power ranges from 1 to 150 HP at 230V, 1 to

350 HP at 460V, and 2 to 250 HP at 575V. It is available in UL Type

(NEMA) 1 and 12 enclosures.

Secure the flow

The ACQ580 variable frequency drive (VFD) delivers innovative

pumping features for the water and wastewater industry. Primary

Setting menu and assistants simplifies commissioning, setup and

daily control. Embedded water and wastewater application

features create an intuitive environment for users and dedicated

pumping features enhance the performance of the pumping system.

Speak the language

Leveraging clear, water industry terminology, the control panel

enables operators to efficiently interface with the drives in terms

they use every day. The optional Bluetooth control panel allows for

wireless commissioning and monitoring.

ABB ACS550 standard drive promises

− Quick delivery

− Easy installation

− Trouble-free start-up

− Intuitive operation

Highlights:

− Advanced control panel permitting intuitive operation

− Patented swinging choke for superior harmonic reduction

(R1-R6) and AC line reactor (R8)

− Sensorless vector control

− Integral EMC filter as standard

− Built-in Modbus RTU and numerous internally mountable fieldbus adapters

− FlashDrop

− Coated boards for harsh environments

− UL, cUL, C-Tick and Gost-R approved

− Built-in brake chopper (10Hp, 230V / 15Hp, 480V and 600 V)

− Many assistants including Start-up, Drive Optimizer, Realtime Clock, Diagnostics, Maintenance, Serial and PID

− Seismic Certification to ICC AC-156 Criteria

Where can it be used?

The ABB ACS550 standard drive can be used in a wide range of

industries. Typical applications include pump, fan and constant

torque use, such as conveyors. The ABB ACS550 standard

drive is ideal for those situations where there is a need for simplicity to install, commission and use and where customizing or

special product engineering is not required.

ABB ACS550 standard drive promises

− Quick delivery

− Easy installation

− Trouble-free start-up

− Intuitive operation

The ABB ACS550 AC drive combines a sophisticated microprocessor with an advanced

IGBT power switching technology to deliver V/Hz, Closed Loop Flux Vector and Sensorless

Vector control of AC motors. Its intuitive control panel offers

numerous benefits making it the most user-friendly panel in

the drives industry. The extensive library of pre-programmed

application macros maximizes convenience and minimizes

start-up time. This drive can handle the most demanding industrial 

applications in an efficient, dependable and economic manner.

circuit protection

− NEMA 12 enclosure does not require derating

− Smaller physical size of internal option slots

− FlashDrop programming (unpowered drive)

− Reduced energy costs without power factor penalties and

correction capacitors

− Patented swinging choke provides substantially

reduced harmonics, more inductance to the correct

load and higher power factor

− Up to 25% less THD v. traditional DC choke

− Daily timer controls for time-of-day backoff e.g. start/

stop process changes

− Reduced Drive-Motor system failures and costs

− Preventative “Maintenance Assistant” annunciation

feature schedules Drive-Motor system maintenance

The ABB ACS550 AC drive combines a sophisticated microprocessor with an advanced IGBT power switching technology to deliver V/Hz, Closed Loop Flux Vector and Sensorless

Vector control of AC motors. Its intuitive control panel offers

numerous benefits making it the most user-friendly panel in

the drives industry. The extensive library of pre-programmed

application macros maximizes convenience and minimizes

start-up time. This drive can handle the most demanding industrial applications in an efficient, dependable and economic manner.

What is the ACS550 Customer Value?

− Reduced commissioning and installation costs

− Many assistants including Start-up, Drive Optimizer,

Real-time Clock, Diagnostics, Maintenance, Serial and PID.

− Two soft-keys that change according to the operator panel state

− Field upgradeable firmware

− Easy connection of cables

− New conduit box is suitable for US and Europe

− Built-in brake chopper (10Hp, 230V / 15Hp, 480V and 600 V)

− Optional plug-in fieldbus modules

− Reduced size and weight with Patented Swinging

Choke (R1-R6) – equivalent to a 5% Line Impedance

− 3% Impedance AC Line Reactor (R8)

− Removable operator panel

− Only Class T fuses required for high speed short

Voting Units

The Voting Units SS822Z, SS823 and SS833 have been

specifically designed to be employed as a control

unit within a redundant power supply configuration. The output connections from two Power Supply

Units are connected to the Voting Unit. The Voting

Unit separates the redundant Power Supply Units, supervises the voltage supplied, and generates supervision signals to be connected to the power consumer.

Green LED’s, mounted on the front panel of the voting unit, provide a visual indication that the correct

output voltage is being delivered. Simultaneously

with the green LED illuminating, a voltage free contact closes the path to the corresponding “OK connector”. Voting Unit trip levels, are factory preset.

High Integrity

The AC 800M High Integrity and the connected S880

High Integrity I/O system (including field power)

shall be supplied from a SELV or PELV power supply

(e.g. SD83x) connected through the power voter

SS823. The SS823 Voting Unit has double overvoltage protection circuit, limiting the output voltage to

max 30 VDC. It is also able to detect both short and

open circuit in the voting element.

The SS822Z and SS823 units is also G3 compliant.

Key Features

• Simple DIN-rail mounting

• Class I Equipment, (when connected to Protective Earth, (PE))

• Over-voltage Category III for connection to primary main TN network

• Protective separation of secondary circuit from primary circuit

• Accepted for SELV and PELV applications

• The output of the units is protected against over

current (current limit) and over voltage (OVP)

• SD834 can be connected in parallel to increase output power

• Both a.c. and d.c. input at SD831 and SD834

• Floating DC-OK relay contact at SD834

The Voting Unit separates the redundant Power Supply Units, supervises the voltage supplied, and

generates supervision signals to be connected to the power consumer.

Green LED’s, mounted on the front panel of the voting unit, provide a visual indication that the correct

output voltage is being delivered. Simultaneously

with the green LED illuminating, a voltage free contact closes the path to the corresponding “OK

connector”. Voting Unit trip levels, are factory preset.