03. Training Abb Drives

—

— ABB Drives ACS580 JAKARTA, SEPT 25, 2020

© Copyright

ABB. All rights reserved.

Document ID.:

Rev.:

— Introducing ABB Indonesia – Motion Product

Slide 2

September 24, 2020

— Strong local presence 15 locations across the country

Medan Sales office

Batam Sales office Turbocharging service point

Pekanbaru Sales office

Palembang Sales office

Jakarta (WTC) Corporate Office Jakarta (Cikini) Electrification Products Sales & Marketing Jakarta (Sunter) Turbocharging workshop

Balikpapan Sales office Motors and Generators workshop Cibitung MCB factory Tangerang LV, MV & HV factory

Semarang Sales office

Tangerang Motors and Generators workshop

Makassar Sales office

Bali Global software Surabaya development center Turbocharging Motors and Generators workshop

— Motion Product Motor, Softstarter, Drives

Softstarter

Motors and Generators

Drives

— MOTION PRODUCT Drives Family

— Buy A Drive And You Get Our Expertise After Sales Service

WARRANTY

TECHNICAL SUPPORT

TRAINING

— ABB Drives Product

Slide 7

September 24, 2020

— All-compatible general purpose drives

ACS480, 0.75 to 22 kW – Compact drive with all essential features integrated and preprogrammed, such as PID, pump and fan macros and timers, and other features – 3-phase, 380 to 480 V – Cabinet-optimized, IP20 as standard – Assistant control panel as standard – Integrated C2 EMC filter as standard – Adjustable switching frequency control reducing motor noise – Built-in Safe torque off to enhance safety – Options • Basic panel, assistant panel and BT panel as option • Most common fieldbus adapters available as option – Remote monitoring with NETA-21 • Safe configuration for unpowered drives

— All-compatible general purpose drives

ACS580, 0.75 to 500 kW – From 380 to 480 V, IP21 and IP55 – Vector and scalar control for pumps, fans, centrifuges, conveyors and other variable- and constant-torque applications – Many built-in features and intuitive control panel as standard simplify every-day use of the drive – Provides a variety of energy efficiency information helping to optimize energy use – Safe Torque Off (STO) functionality as standard – Harmonic reduction with second generation swinging choke – Member of ABB’s all-compatible drives portfolio – Options • Fieldbus adapters, panel mounting kits, output extension modules with +24 V input • Brake units and choppers

— All-compatible industrial drives

ACS880 single drives 0.55 to 3200 kW – Wall-mounted drives, ACS880-01 – Cabinet-built drives, ACS880-07, -17 and -37 – Voltage range from 208 to 690 V – Built on ABB´s all-compatible drives architecture: • Intuitive control panel and PC tool • Enhanced direct torque control (DTC) for precise open and closed loop control • Built-in SIL 3 safety features • Communication with all major automation networks • Removable memory unit for easy drive commissioning and replacement • Energy optimizer and energy efficiency information • Application control programs and drive application programming with IEC 61131-3 programming

— Why should ABB Drives Motor Starting Method

Slide 11

September 24, 2020

— Motor starting methods One for every need

DOL, Star-Delta

Softstarter

Variable speed drive

Direct start and stop Full speed applications

Soft start and stop Full speed applications

Soft start and stop Variable speed applications

— Motor starting methods Direct on-line §

Traditional starting method

§

Full voltage w’o control of the start

§

Combinations for motor protection

§

Compact and cost efficient solution

§

Mostly used for small motors

— Motor starting methods Star-Delta（Y/D） §

Lower starting current than DOL for light loads

§

Low starting torque(Not suitable for heavy duty starting application)

§

Transmission (torque) peaks at loaded start

§

Only direct stop

§

Complex wiring with many devices & double motor cables

— Motor starting methods One for every need

DOL, Star-Delta

Softstarter

Variable speed drive

Direct start and stop Full speed applications

Soft start and stop Full speed applications

Soft start and stop Variable speed applications

— Motor starting methods Softstarter §

Soft start and stop of full speed applications

§

Reduced starting current

§

Reduced starting torque

§

Reduced acceleration

§

Minimized mechanical wear

— Motor starting methods Variable speed drives

§

Full control of speed, current and torque

§

Energy saving from reducing speed

§

Mostly used for process control

— VSD Scope Of Supply AC DRIVE is an electrical supply device also known as the frequency converter AC DRIVE SYSTEM is a combination of an electrical supply device and a motor plus a transmission system, for instance a gear box

— Why do we use drives Motors run at fixed speeds

2-pole

4-pole

§R+

6-pole

§R+

§R+

§R-

§R-

§R-

§R-

§R+

§R-

3000 rpm

§R+

1500 rpm

§R+

§R-

1000 rpm

— Why do we use drives? In a word, control Benefits of control

Speed

Demand increase

The needs of many modern systems vary. This can be because of – Demand

Best efficiency

– Energy reduction Let’s look at an example using a pump. By controlling the speed of the motor and therefore the pump we can effectively and efficiently control the flow, level, or pressure of the system. Using this type of control removes the need for throttling using valves or bypass systems that are inefficient.

Energy saving

Soft Start Time

— ACS580 Dimensioning

Slide 21

September 24, 2020

— ACx580 –ABB general purpose drives Dimensioning 1. Specify the network ...

2. Specify the load…..

3. Specify the motor ...

4. Specify the frequency converter

— Dimensioning Various methods/tools to dimension a drive: - Drive Size (011 DriveSize Basic & 321 DriveSize Essential - Catalog – sizing must be done using the motor current and load - Drive Hardware manual – more information than in the catalog. Make sure the HW manual match the drive product version - existing drive (in case of replacements)

• •

For catalog sizing, load type is very important. Pay attention to maximum current and network voltage. Make sure the overload limitation are considered and also derating factors

September 24, 2020

Slide 23

— Easy to select

1 A

1. 2. 3. 4.

C

Product series Construction Current rating Voltage range

September 24, 2020

Slide 24

S

2 5

8

0

-

3 0

2

4

0

1 -

A

7

-

4

0

4

2

0

7

6

-01: wall-mounted drives -04: drive modules -07:cabinet-built drives

— Single Drives & Multidrives & Multimotor

Slide 25

September 24, 2020

— Single Drives, Multidrives & Multimotor Single Drives

THE SINGLE DRIVE consist of a 1.

September 24, 2020

Diode rectifier or supply unit either •

Non-regenerative Diode supply, DSU or

•

Regenerative Thyristor supply, TSU or

•

Regenerative IGBT supply, ISU

2.

DC bus (Intermediate circuit)

3.

Inverter or parallel connected inverter modules connected to one motor

Slide 26

2.

1.

3.

3.

3.

— Single Drives, Multidrives & Multimotor Multidrives

The MULTIDRIVE consist of a modules:

September 24, 2020

1.

Common supply unit, either DSU, TSU or ISU

2.

Common DC intermediate circuit

3.

Number of inverter units connected to an individual motors.

Slide 27

— Single Drives, Multidrives & Multimotor Multimotor

MULTI MOTOR n

September 24, 2020

SINGLE converter or MULTIDRIVE inverter connected to Multiple motors

Slide 28

—

Examples of single drives 3 x Diode rectifier module paraller

4 x Inverter units paraller 1.

2.

3.

1.

2.& 3.

2.& 3.

0,75 kW

1800 kW 160 kW © ABB Group September 24, 2020 | Slide 29

—

Multidrive n

E.g. a centrifuge application –

Such of application may include tens of drives

–

What are a possible choices to implement that?

–

With a single drives OR…

Features of the multidrive construction:

© ABB Group September 24, 2020 | Slide 30

–

Common DC busbar

–

Shared energy and motor-to-motor braking without braking chopper or regenerative supply unit (sugar centrifuges)

–

Savings in cabling, installation and maintenance costs.

— ACS580 hardware overview

— Versatile and powerful offering from 0.75 to 500 kW Automation, simplicity and productivity Features for a wide range of applications Power Range: 0.75 kW to 500 kW – Wall-mounted 0.75-250 kW, IP21 and IP55, 3-ph 380-480 V – Drive modules 250-500 kW, IP00 and IP20, 3-ph 380-480 V – Cabinet-built drives 75-500 kW, IP21 to IP42 and IP54, 3-ph 380-480 V Standard features – Assistant control panel as standard – Vector control for accurate and energy efficient process control – Safe torque off (STO) for implementing safe machinery – Optimized DC choke (up to R9) and AC choke (R10 and R11) mitigate harmonics at no additional cost – Built-in EMC C2 (R1-R9) for 1st env. and EMC C3 (R10-R11) for 2nd env. – Common mode filter integrated R10-R11 – Brake chopper as standard up to 22 kW – Modbus RTU (EIA-485) as standard

September 24, 2020

Slide 32

— ACS580-01: optimal solution for wall-mounting, even in harsh environments 0.75-250 kW Standard IP21 for various applications Wall-mounted IP21 versions are available in frames R1-R9 up to 250 kW – Temperature range -15 ºC to +50 ºC – Speed-controlled main fan for lower noise in partial loads – Installation up to 4000 m, side-by-side, horizontal – Protection against objects bigger than 12.5 mm and vertically dripping water – +P944 removes the conduit box in frames R5-R9 and makes the unit IP20 September 24, 2020

Slide 33

Compact IP55 for harsh environment, +B056 Robust drive for wall-mounting in tough environments up to 250 kW (R1-R9) – Shorter motor cables and space savings – The same footprint as in wall-mounted IP21 units, depth just slightly bigger – Protection class remains even without a control panel – No need for additional enclosures or components, such as dust filters and fans – Protection against dust and water jets

Flange mounting for optimized cooling, +C135 Flange mounting separates the airflow of the control section and heat sink for better thermal management – For harsh conditions • Front IP55, back IP20 – Heatsink is outside of the cabinet and thus conducts heat out – Available as a separate kit or plus code for frames R1-R9 – Available as loose option and compatible with +P944 for R5-R9

— Extended hardware options Main switch and EMC C1 filter

Extended offer for ACS580-01 IP55 R1-R5 •

Integrated mains switch option (+F278)

•

Integrated EMC C1 filter (+E223)

•

Combined mains switch and EMC C1 filter (+F316)

Advantages: •

Saves time at job site, the switch is installed in factory

•

Safety for maintenance with a lockable switch

Note 1: external box on frames R3-R5 Note 2: no express delivery is available Note 3: EMC C1 is only for conducted emission up to 10m motor cable length and with switching frequency of 2 kHz

September 24, 2020

Slide 34

— ACS580-04: compact and high quality drive module for SIs and OEMs Power Range: 250-500 kW IP00 standard module

September 24, 2020

Slide 35

IP20 as option, +B051

Standard drive module for OEMs, panel builders and system integrators

Drive module for OEMs, panel builders and system integrators

– For optimizing the cabinet design in the 250-500 kW range, without compromising ease of installation, commissioning and maintenance – Standard ACS580 performance – No additional protection against solids or liquids

– Standard ACS580 performance – Protection against objects bigger than 12.5 mm (fingers, etc.)

— Connections to match your needs ACS580 control unit Highlights – There are two different control unit versions used in the ACS580, CCU-23 (R1-R5) and CCU-24 (R6-R11)

2 AI

– An extensive set of standard I/O connections – Color-coded and laser-marked terminals for error-free wiring

2 AO

– SLOT 1 for I/O option modules – SLOT 2 for optional fieldbus modules

6 DI (1 pulse input)

– Removable EFB (embedded fieldbus) terminal for ease of use

STO

– External +24V AC/DC for powering up the control unit of an unpowered drive

3 RO

• Frames R1-R5 via CMOD-options

EIA-485

• R6-R11 with an external +24 V supply

SLOT 1 SLOT2 CCU-23

September 24, 2020

Slide 36

CCU-24

— ACS580 –ABB general purpose drives Highlight features for various applications Standard features Choke and EMC

Assistant control panel and primary settings

– DC swinging choke technology to mitigate harmonics

– ACS-AP-S assistant control panel speaks 14 different languages

– Fulfills standard EN61000-3-12

– USB interface for PC and tool connection

– EMC C2 filter allows installation in 1st environment

– Help button for problem solving

Scalar and vector control for process control

Integrated STO

– Scalar control for effortless process control

– Safe torque off for implementing safe machinery

– Vector control for accurate and energy efficient speed and torque control in demanding applications

– SIL 3, PLe

– Support for AM, PM and SynRM motors

— Built-in filters For disturbance-free processes

Already built-in filters saves time and money and makes it easy for you DC choke (R1-R9) and AC choke (R10-R11), compliant with EN 61000-3-12 • For better reliability, cost reductions and improved lifetime • Built-in chokes mitigate harmonics at not additional cost

Common mode filter (R10-R11) • For reduced high-frequency emissions and disturbance-free operation

September 24, 2020

Slide 38

EMC filters, compliant with EN 61800-3 • For reduced high-frequency emissions • For installations in 1st and 2nd environment depending on the frame size and IP enclosure • EMC C2, R1-R9 • EMC C3, R10-R11 • Optional EMC C1, R1-R5 IP55

— Control unit highlights Control unit Standard features in ACS580 control units STO, safe torque off

Removable EFB terminal

– Safe Torque Off (STO) is integrated in all ACS580 control units for machinery safety

– Embedded fieldbus terminal is removable in ACS580

– STO fulfils SIL 3, Ple safety level

– Terminal descriptions are clearly laser marked on the plastic housing

Option slots

External +24V AC/DC

– I/O extension modules can be installed to the option SLOT 2 in the control unit

– There is possibility to power up the control unit in frames R6-R11 with an external +24V supply

– C-series option modules are supported in ACS580 products

– External +24V supply can be connected to frames R1-R5 via CMOD-options

— Assistant control panel as standard Drive that speaks your language Control panel included in standard delivery Standard control panel supports 14 different languages – Primary settings makes the commissioning of the drive fast and simple USB interface for PC and tool connection as standard – Possible to move information between PC and the drive with no extra hardware Help button for problem solving – Less calls to technical support Drive settings can be stored to control panel – Easy transfer of parameter from drive to another – Ensures drive settings are not lost Optional assistant control panel with Bluetooth link connects mobile devices to ACS580

— Hardware overview Frames

R0

R1

R2

R3

R4*

R5

R6

R7

R8

R9

0.75-2.2kW 3-5.5kW 7.5-11kW

15-22kW

30-37kW

45-55kW

75kW

90kW

110-132kW

160-250kW

(3-7.5hp) (10-15hp)

(20-30hp)

(40-45hp)

(60-75hp)

(100hp)

(125hp)

(150-200hp)

(250-350hp)

(1-3 hp)

New power range available

© ABB Group September 24, 2020 | Slide 41

— Hardware overview Construction Brand plate parts For serving bigger OEMs

Side-by-side mounting Coated boards as standard Flange mounting field kits

© ABB Group September 24, 2020 | Slide 42

Standard delivery with assistant control panel Compact IP55 (UL Type 12) - High power density - Dimensions ~ IP21 - Protection class remains even without control panel

Light and robust design - Updated choke technology - Increased use of plastics - Optimized for wall-mounting

— Hardware overview ACS580-01 Standard control connection (R10-R11) 2 Analog inputs - Freely programmable - Current or voltage

Option slot for fieldbus Common F series modules

2 Analog outputs - Freely programmable - Current or voltage - Bigger GND and DCOM terminals

EIA-485 (CEIA-01) - Removable module - Built-in Modbus RTU

6 Digital inputs (1 pulse input)

External +24V AC/DC

- Freely programmable - Sinking/sourcing

3 Relay outputs - Freely programmable

Safe Torque Off - SIL3 / PL e

- Form C type

Option slot for C modules CMOD-01, CMOD-02, CHDI-01 © ABB Group September 24, 2020 | Slide 43

— Hardware overview I/O and fieldbus options Slot 1 for fieldbus adapters – Full access to drive programming and remote control Slot 2 for I/O extensions – External 24 V voltage source for thermal protection with CMOD-02 and CMOD-01 – Isolated PTC input with CMOD-02 – Additional relays and digital output with CMOD-01 Slot 3 for embedded fieldbuses – Cost effective Modbus interface comes as standard

© ABB Group September 24, 2020 | Slide 44

— ACS580 hardware options

— ACS580 options

Safe configuration for unpowered drives

Assistant panel, ACS-AP-S

Blank panel with RJ45 connector, RDUM-01

Set up the drive using the assistant control panel delivered as standard. With primary settings, there is no need to know any drive parameters and help button clarifies unclear situations.

The RDUM-01 panel is used in the cabinet installations for connecting the assistant control panel, basic control panel, or Bluetooth control panel mounted on the cabinet door to the drive via the RJ-45 cable.

The CCA-01 cold configuration adapter provides a serial communication interface for unpowered ACS480 drives. With the adapter, safe isolation of both serial communication and control board power supply is possible.

Bluetooth control panel, ACS-AP-W

Control panel mounting platform, DPMP-01

PC tools

The optional Bluetooth panel enables connection with the Drivetune mobile app. Together with the Drivetune app and the Bluetooth panel users can, e.g. commission and monitor the drive remotely.

This mounting platform is for flush mountings. It requires also a RDUM-01 (blank control panel with the RJ-45 connector) and a control panel (assistant, basic, Bluetooth or industrial).

Basic control panel, ACS-BP-S The icon based control panel supports users with basic operations, settings and fault tracking when nothing extra is needed.

Control panel mounting platform, DPMP-02 This mounting platform is for surface mountings. It requires also a RDUM-01.

Industrial control panel, ACS-AP-I

Door mounting kit, DPMP-EXT2

The industrial control panel is compatible with all ABB drives, thus making it simple to use a single panel with different products.

The door mounting kit is ideal for cabinet installations. A kit for one drive includes one DPMP02 and one RDUM-01. If another control panel than the assistant panel is wanted to be connected on the cabinet door, it needs to be ordered separately.

The Drive composer PC tool offers fast and harmonized setup, commissioning and monitoring for all-compatible drives.

Fieldbus adapter modules The ACS480 general purpose drives are compatible with all major fieldbus protocols. The drive comes with Modbus RTU fieldbus interface as standard.

Remote monitoring With a built-in web server and stand-alone datalogger NETA-21 module enables worldwide and secure access to drives.

— Optional I/O options to further extend standard connections ACS580 I/O extensions and adapter ACS580 can be equipped with additional option modules CMOD-01

CMOD-02

– 24 VDC/AC input to keep control unit powered

– 24 VDC/AC input to keep control unit powered

– Two additional relay outputs – One digital output

– Galvanically isolated PTC input for motor thermal protection

CBAI-01

CHDI-01

– Bipolar analog I/O adapter module to manage -10…+10V signals.

– 115 V AC or 230 V AC digital inputs • CHDI-01 option adds 6 more digital inputs – Two relay outputs

September 24, 2020

Slide 47

— Extensive fieldbus connections to match your needs ACS580 Fieldbus adapter Communication with all major automation networks – Optional fieldbus adapters enable connectivity with all major industrial automation networks • DeviceNet™ • PROFIBUS DP. DPV0/DPV1 • CANopen® • Modbus RTU • ControlNet • EtherCAT® • POWERLINK • Two port Ethernet/IP • Two port Modbus/TCP • Two port PROFINET IO

– Installation on the option SLOT 1 on the control unit September 24, 2020

Slide 48

— ACS580 software overview

— Assistant control panel as standard Drive that speaks your language

Highlights Help button

– Select your language – Transfer information between the drive and PC via USB connection for detailed monitoring or software download – Store drive settings to the control panel to easily transfer parameters setups between drives and make sure the settings aren’t lost – Connect to the drive from a distance to stay away from arc flash boundaries and make operating easier via your mobile phone and Bluetooth assistant control panel

Customizable faults

– Create access control for limiting parameter editing to improve safety – Use the help button on the control panel to get help in unclear situations to reduce the need to call technical support – Customize fault texts to display specific instructions or add a service number for convenient and straight-forward diagnostics September 24, 2020

Slide 50

Standard control panel

Optional Bluetooth control panel

— Assistant control panel as standard Define easiness on a whole new level Built-in features for easy and quick operation – Set up the drive quickly with the commissioning assistant and ready-made macros without going through the whole parameter list

Startup assistant

User-defined home views

Primary settings

I/O menu

– Quickly monitor any values that matter to you via home views – Access the most important settings through primary settings and fine-tune the control for advanced operation via complete parameter list – See how each input and output is connected through the I/O menu without the need to study all the parameters – Track energy savings and monitor consumption via energy efficiency menu – Easily create backups to secure your settings

September 24, 2020

Slide 51

— Drive composer for advanced configuring

Drive composer for all-compatible drives – Download free version from new.abb.com/drives/software-tools/drive-composer – Allows more detailed diagnose and signal monitoring – Create a support package that allows remote fault tracing and troubleshooting – Utilizes a USB connection on the assistant control panel – Available as free entry level version and more featurerich pro version with a license

September 24, 2020

Slide 52

— Drive in Panel

Slide 53

September 24, 2020

— ACS580-04 Cabinet Installation

© ABB Group September 24, 2020 | Slide 54

— Setting ABB VSD

Slide 55

September 24, 2020

— Construction of an AC Drives

© ABB Group September 24, 2020 | Slide 56

— Construction of an AC Drives Usupply

Ud

Udc

UU2-V2

Inverter

DC bus

Rectifier

+

L U1 Supply

V1

Ud

C

U2 V2 W2

Udc

W1

Actual signals Control signals

© ABB Group September 24, 2020 | Slide 57

Motor

+

-

Control electronics - control, monitoring and communication

Imotor

M3~

— Assistant Control Panel

ACS-CP

ACS-AP CDP312R

© ABB Group September 24, 2020 | Slide 58

— Assistant Control Panel Navigation Home view

© ABB Group September 24, 2020 | Slide 59

— Startup and Maintenance Tools Drive Composser

Features §

Control of the drive

§

Viewing and changing of parameters

§

Save and download of parameters

§

Parameters backup and restore

§

Signal monitoring in numerical and graphical format §

From multiple drives (pro)

§

Control diagrams (pro)

§

Data logger functions (pro)

§

Functional safety configuration (pro)

§

Adaptive Programming (pro)

— Startup and Maintenance Tools Drive Composser Point-to-point connection

Mini-B USB cable (Max 3m)

§

USB connection to ACS-AP-S/I control panel

§

Typically for wall mounted single and standard drives

§

Panel bus tool network possible by removing panels from drives and daisy chain with RJ45 cables (pro)

— Preparation Commissioning Status VSD

© ABB Group September 24, 2020 | Slide 62

— Drives Start Up Motor Data

© ABB Group September 24, 2020 | Slide 63

— Parameter harmonization All basic parameters and functions of industrial and standard drives the same – Learn one ABB drive à Use majority of ABB drives Variable contents of parameters – Parameter names and content can depend on other parameters – Reduces number of parameters – Useful for hardware configuration parameters such as extension I/O, encoder and fieldbus

© ABB Group September 24, 2020 | Slide 64

— Parameter system structure

© ABB Group September 24, 2020 | Slide 65

Functionality

Group numbers

General signal type parameter groups

1, 3, 4, 6, 7

Drive I/O systems

10, 11, 12, 13, 14, 15, 16

Drive logic and operation

19, 20, 21

Speed reference chain and speed control

22, 23, 24, 25

Frequency reference chain

28

Torque reference chain

26

Limits

30

Fault functions and protections

31, 35

Process PID

40, 41

Brake chopper and mechanical brake

43, 44

Energy saving configuration

45

Fieldbus configuration

50, 51, 52, 53, 54, 55, 56, 57, 58

D2D and DDCS Master/Follower comm.

70, 71

Application specific parameters

74 … 89

Feedback device configuration

90, 91, 92, 93

HW and system configuration

95, 96

Motor control and data

97, 98, 99

Safety

100

— Drives Application Macro Control macros are sets of default parameter values suitable for a certain control configuration. When starting up the drive, the user typically selects the best-suited control macro as a starting point, then makes any necessary changes to tailor the settings to their purpose. This usually results in a much lower number of user edits compared to the traditional way of programming a drive. Control macros can be selected in the Primary settings menu: Menu – Primary settings - Macro or with parameter 96.04 Macro select

© ABB Group September 24, 2020 | Slide 66

— Standard Macro Selection

© ABB Group September 24, 2020 | Slide 67

— Examples of functionality Motor phase inversion Problem: – Incorrectly connected motor cables – Incorrect direction of rotation Solution: Motor phase inversion – One parameter setting U VW

U VW

– Included in basic start-up assistant * Benefit: – Quickly correct rotation direction – Useful with thick motor cables

Features marked with an asterisk (*) will be available later © ABB Group September 24, 2020 | Slide 68

— Assistant Control Panel Backup User can take backups but there will be an automatic backup aswell User can restore different contents

© ABB Group September 24, 2020 | Slide 69

— Fault Tracing Viewing warning/fault information The drive is able to store a list of the active faults actually causing the drive to trip at the present time. The drive also stores a list of faults and warnings that have previously occurred. For active faults and warnings, see • Menu - Diagnostics - Active faults • Menu - Diagnostics - Active warnings • Options - Active faults • Options - Active warnings • parameters in group 04 Warnings and faults (page 165).

© ABB Group September 24, 2020 | Slide 70

— Fault Tracing Example

© ABB Group September 24, 2020 | Slide 71