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© Copyright year ABB. All rights reserved. -1- 4/27/2011 Insert image here Introduction to ABB RTU 560

Introduction to ABB RTU Fundamental

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Page 1: Introduction to ABB RTU Fundamental

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� Insert image here

Introduction to ABB RTU 560

Page 2: Introduction to ABB RTU Fundamental

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History of ABB RTUs

ABB RTU Families

1970 1980 1990 2000

Indactic 21

RTU 232

RTU 560

74 90

88 99

RTU 21093

98

99

I 21-Support in HW

Only ZG20 support needed

FM 10b / ZM 20 / others Support in HW

NI23 RTU 20087

RTU 51095 98

*

* = marketing stopped

RTU 21198

*

Page 3: Introduction to ABB RTU Fundamental

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History of ABB RTUs

RTU200 >>> RTU232 >>> RTU560 Evolution

23ZG20

one I/O board family over all generations

23ZG21(32 bit CPU)

new flexible & scalable platform

Page 4: Introduction to ABB RTU Fundamental

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Highlights of RTU560Support of standard

communication protocols Scalability for different applications

High performancemultiprocessor architecture

Diagnosis withWeb-Server technology

Redundancy

State-of-the-art, Windows® basedengineering tool

Open data exchangeconcept

PLC FunctionsAccording to IEC 61131-3

Reverse Engineeringof Configuration Data

Data archives

Integration into theIT environment

Page 5: Introduction to ABB RTU Fundamental

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RTU560 Systems

Solutions:

� RTU560A

� RTU560C

� RTU560E

Page 6: Introduction to ABB RTU Fundamental

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RTU560A

� Sophisticated RTU solution for huge and medium applications

� High performance data processing and communication features

� Suitable for high availability and redundancy requirements

� Always including a communication subrack

Page 7: Introduction to ABB RTU Fundamental

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NCC(s)1...8 Serial interfaces1...2 Ethernet interfaces

560PSU01

560ETH01

560SLI01

560PCA01

560RTC0

1

560BCU0

1560PS

U01560ET

H01560SLI01

560CSR01

System BusDistance < 2m

560PSU01

560ETH01

560SLI01

560PCA01

560RTC0

1

560BCU0

1560PS

U01560ETH

01560SLI01

560CSR01 (opt.)

1... 32 Subdevice lines

Peripheral Bus

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

23TP21/23ET23

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

1..7 23TP21/23ET23

23TP21/23ET23

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

1..4 Segments

1..7

Peripheral Bus

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

23TP21/23ET23

RTU560A Configuration

Page 8: Introduction to ABB RTU Fundamental

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RTU560C

� Compact and economic RTU solution for huge and medium applications

� Suitable for standard communication requirements

� No redundancy requirements

� No communication subrack needed

Page 9: Introduction to ABB RTU Fundamental

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1... 5 Subdevice lines

1...6 serial lines

NCC

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

23TP21/23ET23

560SLI01

560SLI01

RTU560C Configuration

Peripheral Bus

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

23TP21/23ET23

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

1..6 23TP21/23ET23

23TP21/23ET23

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

1..4 Segments

1..6

Peripheral Bus

23BE21

560PSU01

23BE21

23BE21

23BE21

23BE21

23BE21

23BE21

23TP21/23ET23

Page 10: Introduction to ABB RTU Fundamental

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RTU560E

� function compatible with RTU560A,C

� up to 4 Multi I/O modules / housing

� Multi I/O module, up to 220 VDC, 16 binary inputs, 8 binary outputs, 4 analog inputs

� optional modems� V.23� dial up analog

� optional Ethernet interface (10BaseT; RJ45)

� power supply� 24 ... 220 VDC power supply � 110...230 VAC power supply

optional battery (2 hours)

Page 11: Introduction to ABB RTU Fundamental

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RTU560E

� RTU560E� Applications:

� Small distribution substations

� Distributed architectures with decentralized I/O units

� Benefits� Low cost solution for small applications

� Easy and fast assembling, mounting and commissioning

� Same functional scope as RTU560A/C

Page 12: Introduction to ABB RTU Fundamental

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General Modules RTU560EHousing 560HOS80

Communication Unit 560CMU80

Multi I/O 560MIO80

Modem Unit 560MOD8x

Page 13: Introduction to ABB RTU Fundamental

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Protocols for host communication

� Support of standard protocols� IEC 60870-5-101� IEC 60870-5-104� DNP 3.0, also based on TCP/IP� Modbus� Indactic 23 / Indactic 33� RP570/571

� 3rd parties/country specific protocols� Telegyr TG800� Estel (South Africa)� CDT, CDC8890 and µ4F (China)� WISP+ (Malaysia and Great Britain)

Page 14: Introduction to ABB RTU Fundamental

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� Standard protocols:� IEC 60870-5-101

� IEC 60870-5-103

� DNP 3.0

� Modbus RTU and ASCII

� Counter Interface IEC 61107

� Counter Interface IEC 60870-5-102

� ABB specific protocols� RP570 / RP571

� SPA-bus

Subdevice Interfaces

Page 15: Introduction to ABB RTU Fundamental

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RTU560 System Architecture

RTU560 System bus

CPU CPU CPUCPU

CPU CPU CPUCPU

Different network control systems

I/O modules

I/O modules

I/O modules

I/O modules

IED

IED Sub-RTU

Sub-RTU

Page 16: Introduction to ABB RTU Fundamental

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Communication

� Up to 8 serial communication lines for host communication

� Up to 60 communication lines to subordinated devices, (sub-RTUs, IEDs, etc.)

� Support of different communication concepts� Local or wide area networks

� Serial links with RS232-C interfaces� Direct link

� Voice-frequency communication

� Radio link

� Satellite communication

� PLC links

� Fiber optic links

Page 17: Introduction to ABB RTU Fundamental