ABB COM600 series User manual

Brand: ABB

Model: COM600 series

Type: User manual

ABB COM600 series is an all-in-one communication gateway, automation platform and user interface solution for utility and industrial distribution substations. It seamlessly connects substation IEDs and network-level control and management systems. Its IEC 61131-3 based logic processor can be programmed to execute automatic sequences directly via communications media. It supports various communication protocols, including IEC 61850, DNP3, and IEC 60870-5-101/104. It provides a web-based HMI for data and information visualization, single-line diagrams, and control.

Grid Automation Controller COM600

Product Guide

Power Products

ABB 2

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

Disclaimer

The information in this document is subject to change without notice and should not be construed as a commitment by ABB. ABB assumes

no responsibility for any errors that may appear in this document.

Trademarks

ABB is a registered trademark of the ABB Group. All other brand or product names mentioned in this document may be trademarks or registered

trademarks of their respective holders.

Contents

1. Description ............................3

2. Application ............................4

3. Parameter setting .......................5

4. Event and alarm lists .....................6

5. Disturbance and fault record handling .......6

6. Data historian .........................6

7. GOOSE analyzer ........................8

8. Logic processor ........................9

9. Access control and substation security ......9

10. Substation integration ...................9

11. Integration of ABB IEDs ................11

12. Commissioning and troubleshooting ......11

13. Communication .......................12

14. Communication redundancy ............12

15. Smart Grid ...........................13

16. Technical data ........................14

17. Tools ...............................20

18. Mounting ............................21

19. Selection and ordering .................22

20. References ..........................24

21. Document revision history ...............25

ABB 3

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

Issued: 2012-05-31

Revision: D

1. Description

COM600, the grid automation controller

of ABB, is an all-in-one communication

gateway, automation platform and user

interface solution for utility and industrial

distribution substations. The gateway

functionality provides seamless connectivity

between substation IEDs and network-

level control and management systems. The

automation platform with its logic processor

makes COM600 a ﬂexible implementation

platform for substation-level automation

tasks. As a user interface solution COM600

accommodates web technology based

functionalities providing access to substation

devices and processes via a web browser

based human machine interface (HMI).

The COM600 design process has been

guided by the IEC61850 standard for com-

munication and interoperability of substa-

tion equipment. The communication gateway

functionality of COM600 supports a variety

of commonly used communication protocols

of substation devices. For even greater con-

nectivity, OPC data access and OPC alarms

and events are supported to enable informa-

tion sharing and control with, for example, a

distributed control system (DCS).

The IEC 61131-3 based logic processor can be

programmed to execute automatic sequences

directly via communications media. Further,

the logic processor enables the creation of

both simple control programs and more so-

phisticated applications like load shedding or

fault isolation and network restoration.

The COM600 hardware platform is based on

ruggedized mechanics with no moving parts

subject to wear and tear. Thus, the compact

and robust design is well adapted for harsh

environments. The preinstalled software

and the off-line conﬁguration performed on

a separate computer contribute to a faster

project execution.

OPC Server

IEC 61850

DNP3 Slave

OPC Client

Web server

HMI application

IEC 61163-3

OPC Client

REMOTE

CONTROL

Standard web-browser

Conﬁguration tool on a PC

Connectivity packages

for ABB IEDs

and/or device proﬁles

On-line operation

Conﬁguration phase, off-line

IEC 61850-8-1

REF615REF630

REF 543

REF611

Conf

SCL

Fig. 1 Grid Automation Controller COM600 overview

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Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

2. Application

COM600 provides gateway functions for map-

ping signals between protection and control

IEDs in industrial or utility substations and

higher-level systems. It further includes

an optional HMI that provides data and

information from the substation to the users.

COM600 gathers data from protection and

control IEDs and from process devices

using different communication protocols.

The supported protocols can be combined

freely in one station computer, limited only

by the number of hardware interfaces and

the license. COM600 uses web technology

to display data to different users in a

professional and user-friendly manner. The

optional slave protocols enable the transfer

of information to a network control centre

(NCC) or distributed control system (DCS).

COM600 beneﬁts from the potential of the

IEC61850 standard by using the IEC61850-

6 substation conﬁguration language (SCL)

and IEC61850 -7 communications modeling

regardless of protocol used. As the IEC61850

data modeling is used for all communication

protocols the gateway cross-reference is done

in the same way regardless of the protocol,

for example IEC61850-8-1 or DNP3.

COM600 can by using the optional web HMI

(requires Mozilla Firefox

, Opera, Google

Chrome or Microsoft Internet Explorer (IE)

with Adobe SVG viewer 3.03, if IE 9.0 or later

is in use Adobe SVG viewer is not needed)

be used for efﬁcient substation visualization,

monitoring and control. Measured values

from process devices are displayed on the

HMI. Single-line diagrams can be used to

view any available measured values from the

process devices.

All primary single-line diagram (SLD)

devices are displayed in one screen. The

SLD recognizes different voltage levels and

different busbar systems such as single

busbar, double busbar and duplex systems.

The four-mode busbar coloring visualizes the

busbar status. The coloring of the busbar is

user conﬁgurable.

EMS/

SCADA

DMS

Ethernet switch

M2M

Gateway

TCP/IP protocols

(DNP3 or IEC 60870-5-104)

TCP/IP protocols

(DNP3 or IEC 60870-5-104)

TCP/IP protocols

(IEC 61850)

TCP/IP protocols

(DNP3 or IEC 60870-5-104)

Serial protocols

(DNP3 or IEC 60870-5-101)

LAN 1

REF615 RIO600REF615 RER620 RER620

RER601 RER601

REF611

Fig. 2 Overview of a utility substation using Grid Automation Controller COM600

ABB 5

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

The single line diagram can be conﬁgured

to include an indication for the local/remote

selection switch. Alarm symbols and generic

symbols can be placed in the SLD to give

an even better overview of the status. In

addition, generic control buttons can be

added to control objects. A separate control

dialog is used for controlling the switching

device. It provides information on switching

device identiﬁcation, reservation status and

interlocking conditions. The select-before-

execute logic is used to prevent unintended

operation. By reserving the switching device

for a single user the risk of controlling

the device from two different locations is

eliminated. Further, COM600 supports the tap

changer function.

Connection examples:

COM600 has by default four serial ports. The

number of serial ports can be increased using

the optional serial card. The four serial ports

enable the connection and combination of

different serial protocols. For example 3 SPA

+ 1 IEC 101 protocol or 2 SPA + 1 IEC 103 +1

IEC 101 protocol.

COM600 can be equipped with an optional

Ethernet interface. The number of Ethernet

interfaces can be increased by choosing the

optional Ethernet extension card.

3. Parameter setting

The parameter setting tool (PST) is used for

viewing and/or setting parameters in IEDs

supporting transparent SPA, Modbus or

IEC61850 parameterization. The PST enables

activation of the parameter setting function

for the chosen IEDs. In addition, it enables

that only selected parameters are shown in

the web HMI of COM600 limiting the number

of visible parameters to the ones that are con-

sidered important for the user. Changes in the

settings require that the user has engineering

or administrator rights in COM600.

REF615 REF615REF615PLC PLCPLC

Ethernet switchEthernet switch

OPC Server

OPC Client / Server

LOCAL

HMI

Electrical

SCADA

DISTRIBUTION

CONTROL

SYSTEM

Fig. 3 Overview of an industrial system using Grid Automation Controller COM600

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Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

4. Event and alarm lists

Events and alarms are identiﬁed by date,

time, bay, device, object description and

status. Furthermore, the events and alarms

can be automatically ﬁltered according to

voltage level or bay criteria. By default 50 MB

of disk space is reserved for events storage.

The storage enables recording up to ca.

500 000 events. The amount of disk space

reserved for the events can be conﬁgured by

the user. First-in, ﬁrst-out logic is used for

overwriting events. The user can export an

event list to a .csv ﬁle for further analysis.

COM600 supports printing of events to an

Event Printer for long time archiving.

5. Disturbance and fault

record handling

COM600 automatically downloads distur-

bance records from the connected IEDs. The

disturbance records are saved in the stand-

ard COMTRADE format. In-depth analysis

is enabled using WaveWin ABB software or

any other commercially available disturbance

record analyzer supporting the COMTRADE

format. Downloading of disturbance records

requires use of the IEC61850-8-1 communi-

cation protocol.

COM600 including the optional HMI

functionality supports the viewing of fault

records from the 611 and 615 series IEDs.

The records enable the user to analyze recent

power system events. Each record includes

current, voltage and angle values, etc. The

fault records are marked with consecutive

fault numbers and time stamps indicating

when the faults were detected.

6. Data historian

The COM600 data historian is a real-time

database designed and optimized for process

information management and extensive

history recording. The data historian is

based on ABB’s cpmPlus Knowledge

Manager software. It combines the beneﬁts

of an easy-to-use real-time database

with industrial reliability, performance,

and real-time functionality to provide an

excellent platform for process information

management. The data historian can be used

for accurate process performance monitoring

Ethernet switch

RS-232/RS-485

serial links 1 - 8

link 1 link 8

LAN 1

Web HMI

LAN 2

Ethernet switch

GPS

IEDIED

Fig. 4 Application example

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Grid Automation Controller

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Product version: 4.0

1MRS756764 D

Fig. 5 COM600 web HMI showing persisting and ﬂeeting alarms

Fig. 6 COM600 Data historian

ABB 8

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

by following process and equipment

performance calculations with real-time and

history values. Better understanding of the

process behaviour by joining time-based

process measurements with production

and maintenance events helps the user

to understand the process dynamics. It

further provides required information for

learning how to keep the process running.

High performance and reliability, together

with maintenance-free operation, provide

a solid platform for trending. The optional

data historian functionality offers means of

storing, analyzing and presenting process

data.

7. GOOSE analyzer

The COM600 GOOSE Analyzer Tool (GAT)

is a professional system-level tool for

monitoring and analyzing GOOSE signals

in an IEC61850 station bus. Analyzing of

GOOSE signals is based on used System

Conﬁguration Description ﬁle (SCD).

GAT supports commissioning, operation,

maintenance and upgrade phases of the

system.

GAT consists of a server and a Web-based

HMI (Web HMI). The server incorporates

GOOSE Connection Viewer and GOOSE

Test Manager functionalities. The GOOSE

Connection Viewer presents graphically

GOOSE signal ﬂow from publishers to sub-

scribers on a content page. The Connection

Viewer enables real-time diagnosis of the

GOOSE signal ﬂow presenting the status

of communication between different

network devices, eg. IEDs, COM600 and

the Remote I/O device RIO600. Further, the

viewer provides fast and reliable approach

Fig. 7 GOOSE Connection Viewer

ABB 9

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

to establish a holistic view of all network

devices utilizing GOOSE and the status of the

communication between them. The viewer

also provides a continuous list of latest

sent values and real-time events. Query of

historical events is also supported.

8. Logic processor

COM600 offers straightforward approach to

the languages speciﬁed by the IEC 61131-3

standard for programmable logic controllers

(PLC). The programmable logic processor in

COM600 is offered as a selectable software

option. The PLC programming system

enables programming and execution of

automation tasks. In addition, the IEC 61131-

3 programming in COM600 offers on-line

and off-line functionality for engineering and

diagnostics.

The logic processor is suitable for post-

processing of data from the IEDs and for

programmable control of outputs of the

IEDs. Any analog or binary data, collected

from the IEDs, can be processed in the logic

program. The result of the established logic

can be displayed in the HMI and sent as a

command to an IED or to a remote control

center utilizing one of the slave protocols of

COM600.

COM600 offers a framework for sequence

control. The framework includes HMI

functions for controlling and monitoring

sequence execution and a logic processor

library for creating the sequence logic. With

the help of sequences the operator can run

control sequences that will operate multiple

switching devices, e.g. circuit breakers,

sequentially to a certain state.

9. Access control and

substation security

To protect COM600 from unauthorized

access and to maintain information integrity,

COM600 is provided with a four-level,

role-based authentication system with

administrator-programmable individual

passwords for the viewer, operator, engineer

and administrator level. Further, the security

features include host-based ﬁrewalls and

communication encryption using the secure

HTTPS (hypertext transfer protocol secure)

protocol.

10. Substation

integration

COM600 provides connectivity to a range

of ABB systems. The connectivity to ABB’s

low voltage motor control center MNS iS is

provided using an OPC server in COM600.

COM600 receives data from the MNSiS

devices and provides a human-machine

interface (HMI) and gateway functionality for

a smooth integration. Further, COM600 offers

connectivity to ABB’s Automation System

800xA and MicroSCADA by means of OPC or

other communication protocols.

ABB 10

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

M M M

REF615 REF615 REF615 REF615

MLink

DISTRIBUTION

CONTROL

SYSTEM

Ethernet switch

Ethernet switch Ethernet switch

GPS

PLANT TCP/IP

7.2 kV

7.2/0.4 kV

0.4 kV

OPC Client/Server

FEEDER 1 FEEDER 2 FEEDER 3

LOCAL

HMI

Fig. 9 Substation integration

EMS/

SCADA

ENGINEERING

Ethernet switch

WAN

LAN 1

ELECTRONIC SECURITY PERIMETER

Built-in ﬁrewall

REF 542plus

REF615REF615REF615

REF615

REF630REF611

Fig. 8 Substation security and secured Web HMI for remote access

ABB 11

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

OPC Server

IEC 61850

DNP3 Slave

OPC Client

Web server

HMI application

IEC 61131-3

OPC Client

SCADA

REF630

Web HMI

REF615

REF 543

REF611

Ethernet switch

TCP/IP protocols

(IEC 61850, DNP3,

Modbus

)

• Simulation of complete IEDs

• Source data monitoring

• Forcing of source data

• GOOSE Analyzer

• ...

Fig. 10 Commissioning and troubleshooting

11. Integration of ABB

IEDs

COM600 supports ABB’s connectivity

package concept which simpliﬁes system

conﬁguration and integration of IEDs. A

connectivity package is a collection of

software and speciﬁc IED information, which

enable system products and tools to connect

and interact with the IED. The connectivity

packages reduce the risk of errors in system

integration, minimizing device conﬁguration

and set-up times. The engineering in COM600

is done by selecting the connectivity package

for the IED version and conﬁguration or by

importing the conﬁguration ﬁle from the IED.

12. Commissioning and

troubleshooting

COM600 offers several tools and functions

to support efﬁcient commissioning and

troubleshooting of the substation. The built-in

IED simulation functionality enables testing

and verifying of the correct operation of the

HMI and gateway conﬁguration of COM600

without any physical connection of IEDs.

Further, communication diagnostic events can

be enabled to track all messages being sent

by or received from the IEDs.

Using the Station Automation Builder

SAB600 provided with COM600 on-line

diagnostic data, real-time process data, the

communication channels and the control

function of the IEDs can be analyzed without

separate protocol analyzers.

ABB 12

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

13. Communication

COM600 is designed to support the

IEC61850 standard, and can thereby

conveniently be integrated in IEC61850

systems. Using the IEC61850-8-1 GOOSE

proﬁle COM600 supports GOOSE messaging

between the IEC61850 compliant IEDs and

the Station Automation device COM600.

Further, COM600 supports GOOSE

messaging between several COM600 devices

in the system. Apart from IEC61850,

COM600 supports a wide range of master

communication protocols. This enables

the connection of both IEC61850 devices

and other devices which are not IEC61850

compliant to the system. For example,

native IEC61850 protection and control

IEDs can be connected to COM600 using

the IEC61850 protocol while meters can be

connected to COM600 using the Modbus

protocol.

Due to the vast amount of by data generated

by modern IEC61850 compliant devices

it may in some cases be necessary to limit

the amount of information presented to

the SCADA-system (Supervisory Control

And Data Acquisition) or DCS (Distributed

Control System) to avoid unnecessary

information overﬂow. This is achieved by

using the cross-reference tool of COM600

when mapping information to slave

protocols. Reducing information to higher-

level systems not only reduces load but also

increases security as it is possible to, for

example, disable control to a certain system.

COM600 can be conﬁgured as an IEC61850

proxy server enabling the connection of

non IEC61850 compliant devices to then

system. COM600 converts the incoming

data according to the IEC61850 protocol.

The IEC61850 proxy server of COM600

is thereby very useful during for example

extensions.

In addition, COM600 offers OPC client and

server connectivity. This enables data access

and data sharing between the non-electrical

system and the electrical system supporting

OPC.

14. Communication

redundancy

To maintain and improve the reliability of the

communication network and the communi-

cation between the IEDs and COM600, IEC

62439/PRP (parallel redundancy protocol)-

based communication is supported. PRP is

based on duplicated networks, where each

message is sent via both networks. The ﬁrst

of the received messages is accepted whereas

the duplicate is discarded. Message replica-

tion and discarding is done by the DuoDriver

in COM600. Further, the DuoDriver hides

the two networks from upper level applica-

tions. IEC 62439/PRP-based communication

requires that COM600 is equipped with the

optional LAN card and that the IEDs used

support PRP.

In addition, COM600 supports switch fault

tolerance (SFT) provided that the optional

LAN-card and COM600 are connected to

two separate switches. SFT creates a failover

relationship between the two adapters con-

nected to separate switches. The manager

responsibility is transferred from one agent

to the other in case of a failure. The Switch

Fault Tolerance feature of the Intel network

adapter requires the Teaming Feature to be

enabled.

ABB 13

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

15. Smart Grid

COM600 can be ordered with a fault detec-

tion, fault isolation and load restoration

(FDIR) function suitable for radial distri-

bution networks. The FDIR function gath-

ers data from protection and control IEDs

installed in the radial distribution networks

and substations and automatically runs

a fault detection, fault isolation and load

restoration (FDIR) algorithm using the Logic

Processor of COM600. The FDIR function

continuously updates the network status

by receiving switch status and load signals

from the IEDs.

When a fault occurs in the network, the FDIR

function locates the fault based on switch

open and trip information received from the

IED of the affected feeder. Further, the FDIR

analyzes the network and if the fault is found,

the FDIR function isolates the fault from the

network. When the fault is isolated the FDRIR

function tries to restore supply to the healthy

part of the network without overloading the

switches or power sources. After the fault has

been cleared and the return to normal com-

mand has been given the FDIR function sends

commands to the IEDs to restore the network

to the normal pre-fault condition.

Recloser

GridShield

Recloser

GridShield

Recloser

GridShield

Recloser

GridShield

Pole mounted switch

disconnector

Pole mounted switch

disconnector

Recloser

GridShield

COM600

RER620

(NC)

(NO)

(NC)

Load Load

Load

(NC)

RER620

REF615

Communication

RER620RER620

Fig. 11 Fault detection, fault isolation and load restoration in radial distribution networks

(NC = normally closed, NO = normally open)

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Grid Automation Controller

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Product version: 4.0

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Table 2. Power supply

Description Value (Power supply “H”)

aux

nominal 110...220 V DC

100... 240 V AC

(50...60 Hz)

aux

variation 80...120% of U

(88...264 V DC)

90...110% of U

(90...264 V AC)

Power consumption Typical 32 W (with 110 V DC) ), max. 55 W (with 110 V

DC)

Power consumption at start-up 220 W

Table 1. Dimensions

Description Value

Width 251.2 mm (284 mm with mounting kit)

Height 103 mm (114 mm with mounting kit)

Depth 313 mm

Weight 7.7 kg

Table 3. Hardware

Description Value

Processor Core 2 Duo 2.26 Ghz ( P8400)

System memory 4 GB RAM

Compact ﬂash memory 16GB Industrial Compact Flash

Real Time Clock Battery Lithium battery

Table 4. Interfaces

Description Value

Serial interfaces 3 x RS-232 interfaces

Serial interface 1 x RS-232/485 serial interface

Ethernet interfaces 2 x 10BASE-T/100BASE-TX/1000BASE-T RJ-45

interfaces

USB 4 x USB 2.0 interfaces

16. Technical data

ABB 15

Grid Automation Controller

COM600

Product version: 4.0

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Table 5. Optional PCI extensions

Description Value

Serial interfaces

8 x RS-232/485 serial interfaces

Ethernet interfaces

2 x 10BASE-T/100BASE-TX/1000BASE-T RJ-45

interfaces

1) Operating temperature 0° C - +55° C

2) Operating temperature 0° C - +55° C

Table 6. Inspection of mechanical structure

Description Reference

Markings and mechanical structure According to IEC 60255-1, -5

Degree of protection by enclosure According to IEC 60529

Clearance and creepage distances According to IEC 60255-5

Table 7. Power supply and module tests

Description Reference

Auxiliary voltage According to IEC 60255-1

Aux. voltage interruptions According to IEC 60255-11

Ripple in auxiliary DC voltage According to IEC 60255-11 15%, f = 2 x fn

Power consumption According to CE EN 61010

Table 8. Insulation tests

Description Reference

Dielectric test According to IEC 60255-5

2 kV, 50 Hz for 1 minute

Impulse voltage test According to IEC 60255-5

5 kV, 1.2/50 μs, 0.5 J

Insulation resistance According to IEC 60255-5

>100 MΩ, 500 Vdc

Protective bonding impedance According to IEC 60255-27

<0.1 Ω.

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Product version: 4.0

1MRS756764 D

Table 9. Electromagnetic compatibility tests

The EMC immunity test level meets the requirements listed below:

Description Reference

1 MHz and 100 kHz burst disturbance test

•Commonmode

•Differentialmode

According to IEC 61000-4-18

and IEC 60255-22-1

2.5 kV

1.0 kV

Electrostatic discharge test

•Contactdischarge

•Airdischarge

According to IEC 61000-4-2,

IEC 60255-22-2

6 kV

8 kV

Radio frequency ﬁeld immunity According to IEC 61000-4-3

and IEC 60255-22-3

10 V/m (80% amp.mod.)

f=80...2700 MHz

10 V/m (pulse mod.) f=900

MHz

Fast transient

•Powersupply

•RJ-45port

According to IEC 61000-4-4

and IEC 60255-22-4

2 kV

1 kV

Surge immunity

•Powersupply

According to IEC 61000-4-5

and IEC 60255-22-5

2 kV line-to-earth,

1 kV line-to-line

Conducted radio frequency disturbance According to IEC 61000-4-6

and IEC 60255-22-6

10 V (80% ampl. mod.)

f= 150 kHz...80 MHz

Power frequency (50 Hz) magnetic ﬁeld According to IEC 61000-4-8,

300 A/m, continuous

Voltage dips and short interruptions According to IEC 61000-4-11

30% reduction for 10 ms

60% reduction for 100 ms

60% reduction for 1000 ms

>95% reduction for 5000 ms

Emission tests According to EN 55011,

and IEC60255-25, class A

Table 10. Environmental conditions

Description Value

Operating temperature range -25...+70ºC

1) 2)

Relative humidity range, non-condensing 5...95% at +40ºC

Storage temperature -40...+70ºC

1) Without any option cards

2) With Ethernet option card: 0…+55°C, with Serial option card: 0…+55°C

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Table 11. Environmental tests

Description Reference

Dry heat test According to IEC 60068-2-2

Test values:

•96hat+55ºC

•4hat+70ºC

Cold test According to IEC 60068-2-1

Test values:

•96hat-10ºC

•4hat-25ºC

Damp heat test, cyclic According to IEC 60068-2-30

Test values:

•6cycles(12+12h)at

+25…55°C, humidity >93%

Storage test According to IEC 60068-2-48

Test values:

•72hat+70ºC

•72hat-40ºC

Table 12. Mechanical tests

Description Reference

Vibration tests

•Vibrationresponsetest

•Vibrationendurancetest

According to IEC 60068-2-6 and

IEC 60255-21-1

f = 10...150 Hz, ± 0.035 mm,

10…58 Hz,

5 m/s2 58…150 Hz

f = 10...150 Hz, ± 0.075 mm,

10…58 Hz, 10 m/s2 58…150

Shock and bump tests

•Shock response test

•Shock withstand test

•Bump test

According to IEC 60068-2-27 ,

IEC 60068-2-29 and IEC 60255-

21-2

peak acceleration = 5 x gn,

pulse duration = 11 ms,

numbers of pulses in each

diretion = 3

peak acceleration = 15 x

gn, pulse duration = 11 ms,

number of pulses in each

direction = 3

peak acceleration = 10 x

gn, pulse duration = 16 ms,

number of pulses in each

direction = 1000

ABB 18

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

Table 13. EMC compliance

Description Reference

Complies with the EMC directive 2004/108/EC

Standards EN 50263 (1999),

EN 60255-26 (2008)

EN 61000-6-2 (2005)

EN 61000-6-4 (2007)

Table 14. Product safety

Description Reference

Complies with the LV directive 2006/95/EC

Standards EN 60255-27 (2005),

EN 60255-1 (2009)

UL recognized component for USA and Canada UL-ﬁle number E 231775

Table 15. RoHS compliance

Description Reference

Complies with the RoHS directive 2002/95/EC

Seismic test

•biaxialmulti-frequencyrandomseismictest

According to IEC 60255-21-3

test method B

2 x gn in horizontal direction,

1 x gn in vertical direction

Table 16. Communication protocols

Master protocol Slave protocol

DNP3 LAN/WAN DNP3 LAN/WAN

DNP3 serial DNP3 serial

IEC 61850-8-1

IEC 60870-5-101 IEC 60870-5-101

IEC 60870-5-103

IEC 60870-5-104 IEC 60870-5-104

IEC 61850-8-1 (MMS & GOOSE) IEC 61850-8-1 (MMS & GOOSE)

MNS iS Connectivity

Modbus Serial Modbus Serial

Modbus TCP Modbus TCP

SNMP (

Simple Network Management Protocol

)

SNTP (Simple Network Time Protocol) SNTP

SPA SPA Router

ABB 19

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

Table 17. IEDs with connectivity packages supporting COM600 (applies for the

IEC61850 and SPA protocols)

610 series IEDs

Feeder Protection REF610

Motor Protection REM610

Voltage Protection REU610

611 series IEDs

615 series IEDs

Recloser Protection and Control RER620

Feeder Protection Relay REX 521

SPAJ 140 series relays

Combined Overcurrent and Earth-fault Relay SPAJ 140 C

Combined Overcurrent and Earth-fault Relay SPAJ 141 C

Combined Overcurrent and Earth-fault Relay SPAJ 142 C

Combined Phase and Neutral Overcurrent Relay SPAJ 144 C

Stabilized Differential Relay SPAD 346 C

SACO 16D series units

Digital Annunciator Unit SACO 16D1

Digital Annunciator Unit SACO 16D3

Digital Annunciator Unit SACO 64D4

RE 500 series terminals

Feeder Terminal REF 541 / 543 / 545

Transformer Terminal RET 541/ 543 / 545

Motor and Generator Terminal REM 543 / 545

Feeder Terminal REF 542plus

Table 18. Hardware requirements for SAB600

Hardware Minimum Recommended

Free hard disk space 1 Gb 1 .5Gb

Table 19. Supported operating systems

Description

Microsoft Windows 2000, Windows XP Professional Edition SP2 or later, Windows 2003

Server, Vista, Vista Server 2008, Windows 7

1) Microsoft

.NET Framework 3.5 is required for running SAB600. The software is automatically installed during the

installation of SAB600 if not already available on the PC.

ABB 20

Grid Automation Controller

COM600

Product version: 4.0

1MRS756764 D

Table 21. Tools

Description Version

Station Automation Builder SAB600 4.0

17. Tools

Engineering of COM600 is done ofﬂine on

a separate computer using the Microsoft

.NET-based SAB600 engineering tool sup-

plied with COM600. The conﬁgurability and

functionality of COM600 depends on the

communication protocol used for communi-

cation between COM600 and the IEDs. The

connectivity packages for ABB’s protection

and control IEDs enable an efﬁcient conﬁgu-

ration of COM600. The connectivity packages

include descriptions of the data and signals

available in the IEDs. The descriptions are

used to automatically conﬁgure the master

communication of COM600.

At project engineering SAB600 uses the

potential of the IEC61850 standard by sup-

porting the IEC61850 based SCL (Substation

Conﬁguration Description Language) ﬁle

import, including the import of the communi-

cation and graphical parts of the SCL-ﬁle. The

ﬁnalized projects are updated from SAB600

to COM600 at site or remotely provided that a

secure Ethernet connection is available.

Table 20. Supported web browsers (Web HMI)

Description Version

Microsoft Internet Explorer

(with Adobe SVG viewer 3.03)

6.0 or later

Mozilla Firefox

3.0

Opera 9

Google Crome 17.x

1) If IE 9.0 or later is in use Adobe SVG viewer is not needed

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ABB COM600 series User manual

ABB COM600 series User manual

ABB COM600 series User manual

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