RTU560/RTU211 for DIN railHigh-end functionality for medium and small applications

2 | RTU560/RTU211 for DIN rail

RTU for DIN rail – the cost effective and compact product line is perfectly designed for distribution and low-end applications as well as smart grids. Offering IEC 61850 client and server functionality, integrated HMI and PLC functions, the RTU DIN rail product line provides the full well known RTU560 functionality.

Your benefits:– Cost effective and compact DIN rail solution with full RTU560 functionality – Flexible solution adapted to your requirements – Support of IEC 61850 client and server functionality – Integrated Human Machine Interface – Excellent solution for smart grid applications – Integrated cyber security features – Minimized installation efforts – Remote diagnosis access with configuration and firmware update – PLC logic functionality including smart grid applications – Archives for events, measurements, counter values, disturbance records and load profiles – Fault current detection optionally available

Your benefits at a glance

1 RTU560 based on 560CIG10 | 2 RTU560 based on 560CMG10 | 3 RTU211 based on 23CM61 | 4 RTU211 based on 560CMU01

One solution for various applicationsThe open architecture of the RTU family supports different applications: Remote control, substation automation, communication gateway, distribution and feeder RTU as well as smart grid applications. All RTU560 functions are available as DIN rail solution.

ScalabilityThe scalability of our RTU DIN rail product line allows perfect adaptation for all types of small applications. Currently it is available in four different versions: – RTU560 in a fixed rugged metal housing – with 560CMG10 as communication gateway – with 560CIG10 and integrated multi-I/O-board – RTU211 in a scalable housing – with 560CMU01 and up to 4 integrated I/O modules – with 23CM61 and integrated multi-I/O-board All versions can be extended with different I/O modules from the RTU family.

RTU560/RTU211 for DIN rail | 3

ReferencesABB has worked for 40 years with continued success in the area of remote control applications and has demonstrated its high expertise in 50.000 installations and projects worldwide.

Asia: One of Thailand’s main power authorities expanded its Dis-tribution Management System (DMS) facilities to enhance the ability to supply electrical power throughout its service territory with reduced system restoration time and guaranteed voltage quality. Its seven DMS systems communicate with its field devices within their dedicated region using DNP3.0 protocol. More than 400 DIN rail RTU560 are installed due to its cost and space saving design for the feeder RTUs and bay level subs-tation RTU application.

Europe: Facing a growing distributed generation of renewable energy, our customer, a German power utility was looking for a solution with a GPRS/GSM communication to improve the information or knowledge of the load flow situation in the medium voltage network. In network parts with a high amount of decentralized power generation along the feeder he needs local intelligence and local information to estimate the current network status.

Communication

Diagnosis Archive

Control system

Communication

Diagnosis

Integrated HMI

Archive

Control system

1 Example for smart grid application | 2 Example for feeder application

The DIN rail RTU560 was extended with cost effective GPRS modems and installed in the medium voltage networks at the connection points of the decentralized generation. The data of these RTUs has been integrated into the customer’s state estimation to have a full load flow data set available.

Research Project: ABB is participating in MeRegio, one of Europe’s leading research projects in smart grid technology. In this project ABB is setting up grid automation technologies in secondary substations based on a DIN rail RTU560 that will be fully in-tegrated in a real-time communication infrastructure between energy consumers, multiple distributed energy resources and smart storage devices. Gaining experience in realizing pilot projects is one element of ABB‘s strategy to develop and immediately test smart grid applications. Applications like simplified measurements of power flows and voltages on medium voltage level and integ-ration of smart meter information have been the first suc-cessfully developed and field proven smart grid applications.

PLC functions RTU560 DIN rail RTU211 DIN rail

Power distributionRenewables

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For more information please contact:

ABB AG Power Systems DivisionP.O. Box 10 03 5168128 Mannheim, GermanyPhone: +49 621 381-3000Fax: +49 621 381-7622Email: rtu-sales-support@de.abb.com

www.abb.com/substationautomation

Note:We reserve the right to make technical changes or modify the contents of this document without prior notice. With regard to purchase orders, the agreed particulars shall prevail. ABB AG does not accept any responsibility whatsoever for potential errors or possible lack of information in this document.

We reserve all rights in this document and in the subject matter and illustrations contained therein. Any reproduction, disclosure to third parties or utilization of its contents - in whole or in parts - is forbidden without prior written consent of ABB AG.

Copyright© 2011 ABBAll rights reserved

RTU560 - Rugged metal housing RTU211 - Scalable housing

560CMG10 560CIG10 560CMU01 23CM61

Serial interfaces 3 3 3 max. 4

Ethernet 10/100 BaseT 1 1 1 0

Integrated I/Os 16 binary inputs Up to 4 of the following modules: 16 binary inputs

8 binary outputs 16 binary inputs 8 binary outputs

8 analog inputs 8 binary outputs 6 analog inputs

6 analog inputs

2 analog outputs

6 temperature sensors

Extension I/O modules Binary inputs/outputs Binary inputs/outputs Binary inputs/outputs Binary inputs/outputs

Analog inputs/outputs Analog inputs/outputs Analog inputs/outputs Analog inputs/outputs

Direct analog inputs Direct analog inputs Direct analog inputs

Optional: Fault current Optional: Fault current Optional: Fault current

detection detection detection

Dimensions 204 x 105 x 55 mm 204 x 105 x 90 mm (181 – 741) x 116 x 81 mm (290 – 400) x 116 x 81 mm

W x H x D depending on integrated I/Os

Technical data