tm emic protocol eng

8/19/2019 TM Emic Protocol ENG

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DC6-049-2.02

TM 1703 emic

Protocol Elements

System Element Manual

______________________________________________________________________________

Preface, Table of Contents ______________________________________________________________________________

Introduction 1 ______________________________________________________________________________

Protocol Element UMPxT0 2 ______________________________________________________________________________

Protocol Element DIAST0 3 ______________________________________________________________________________

Protocol Element 103MT0 4 ______________________________________________________________________________

Protocol Element ETT0 5 ______________________________________________________________________________

Protocol Element DNPST0 6 ______________________________________________________________________________

Protocol Element MODMT0 7 ______________________________________________________________________________

Protocol Element SMST0 8 ______________________________________________________________________________

Protocol Element TG8ST0 9 ______________________________________________________________________________

Protocol Element ST1ST0 10 ______________________________________________________________________________

System Components 11 ______________________________________________________________________________

Literature ______________________________________________________________________________


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Siemens Aktiengesellschaft Order No.: DC6-049-2.02

Hint

Please observe Notes and Warnings for your own safety in the Preface.

Disclaimer of Liability Although we have carefully checked the contents of this publicationfor conformity with the hardware and software described, we cannotguarantee complete conformity since errors cannot be excluded.The information provided in this manual is checked at regularintervals and any corrections that might become necessary areincluded in the next releases. Any suggestions for improvement are

welcome.

Subject to change without prior notice.Document Label:SIC1703-HBTM1703EMICPROTOCOL-ENG_V2.02Issuing date08.06.2010

Copyright Copyright © Siemens AG 2010The reproduction, transmission or use of this document or itscontents is not permitted without express written authority.Offenders will be liable for damages. All rights, including rightscreated by patent grant or registration of a utility model or design,are reserved.


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TM 1703 emic, Protocol Elements 3DC6-049-2.02, Edition 06.2010

Preface

This document is applicable to the following product:

• TM 1703 emic

Purpose of this manual

This manual describes the functioning of the protocol elements:

UMPMT0 Multi point traffic master IEC60870-5-101 SC6-500-1

UMPST0 Multi point traffic slave IEC60870-5-101 S23-481-1

ETT0 Ethernet Interface IEC60870-5-104 S23-480-1

103MT0 Interfacing of protective devices master IEC60870-5-103 SC6-501-1

DNPST0 DNP3 Slave SC6-504-1

DIAST0 Dial-up traffic slave IEC60870-5-101 S23-482-1

MODMT0 Modbus Master SC6-502-1

ST1ST0 SIEMENS SINAUT-ST1 MPT-S SC6-505-1

SMST0 Protocol (ASCII), SMS-Alerting SC6-506-1

TG8ST0 L&G TELEGYR 800 MPT-S SC6-507-1

and essentially contains:

• Functions

• Technical Specifications

• System-technical Parameters

• Diagnostic Information

Target Group

The document you are reading right now is addressed to users, who are in charge of thefollowing engineering tasks:

• Conceptual activities, as for example design and configuration

• Creation of the assembly technical documentation using the designated engineering tools

• System parameterization and system diagnostic, using the designated engineering tools

• Technical system maintenance


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Preface

4 TM 1703 emic, Protocol ElementsDC6-049-2.02, Edition 06.2010

Notes on Safety

This manual does not constitute a complete catalog of all safety measures required foroperating the equipment (module, device) in question because special operating conditionsmight require additional measures. However, it does contain notes that must be adhered to for

your own personal safety and to avoid damage to property. These notes are highlighted with a warning triangle and different keywords indicating different degrees of danger.

Danger

means that death, serious bodily injury or considerable property damage will occur, if the appropriateprecautionary measures are not carried out.

Warning

means that death, serious bodily injury or considerable property damage can occur, if the appropriateprecautionary measures are not carried out.

Caution

means that minor bodily injury or property damage could occur, if the appropriate precautionary measuresare not carried out.

Hint

is important information about the product, the handling of the product or the respective part of thedocumentation, to which special attention is to be given.

Qualified Personnel

Commissioning and operation of the equipment (module, device) described in this manual must beperformed by qualified personnel only. As used in the safety notes contained in this manual, qualifiedpersonnel are those persons who are authorized to commission, release, ground, and tag devices,systems, and electrical circuits in accordance with safety standards.

Use as PrescribedThe equipment (device, module) must not be used for any other purposes than those described in theCatalog and the Technical Description. If it is used together with third-party devices and components,these must be recommended or approved by Siemens.

Correct and safe operation of the product requires adequate transportation, storage, installation, andmounting as well as appropriate use and maintenance.

During operation of electrical equipment, it is unavoidable that certain parts of this equipment will carrydangerous voltages. Severe injury or damage to property can occur if the appropriate measures are nottaken:

• Before making any connections at all, ground the equipment at the PE terminal.

• Hazardous voltages can be present on all switching components connected to the power supply.

• Even after the supply voltage has been disconnected, hazardous voltages can still be present in theequipment (capacitor storage).

• Equipment with current transformer circuits must not be operated while open.• The limit values indicated in the manual or the operating instructions must not be exceeded; that also

applies to testing and commissioning.

Consider obligatory the safety rules for the accomplishment of works at electrical plants:

1. Switch off electricity all-pole and on all sides!2. Ensure that electricity cannot be switched on again!3. Double check that no electrical current is flowing!4. Discharge, ground, short circuit!5. Cover or otherwise isolate components that are still electrically active!


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Table of Contents

1

Introduction ........................................................................................................................7

1.1 Application ............................................................................................................8

1.2 Supported Protocols.............................................................................................9

1.3 Master Control Module CP-6010........................................................................10

1.3.1 Interfaces.......................................................................................................10

1.3.2 Block Diagram CP-6010................................................................................10

1.3.3 Technical Specifications................................................................................11

1.3.4 Front Panel....................................................................................................11

1.3.5 Pin Assignment .............................................................................................12

1.4 Engineering ........................................................................................................12

2

Protocol Element UMPxT0 ..............................................................................................13

2.1 Features and Functions......................................................................................14

2.2 Modes of Operation............................................................................................15

2.3 Configuration ......................................................................................................16

3 Protocol Element DIAST0 ...............................................................................................17



3.3 Configuration ......................................................................................................19

4 Protocol Element 103MT0...............................................................................................21



4.3 Configuration ......................................................................................................23

5

Protocol Element ETT0....................................................................................................25



5.3 Configuration ......................................................................................................27

6

Protocol Element DNPST0 ..............................................................................................29



6.3 Configuration ......................................................................................................31

7

Protocol Element MODMT0.............................................................................................33



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Table of Contents


7.2 Modes of Operation ........................................................................................... 35

7.3 Configuration ..................................................................................................... 35

8 Protocol Element SMST0................................................................................................ 37

8.1 Features and Functions..................................................................................... 38


8.3 Configuration ..................................................................................................... 39

8.3.1 Printer control ............................................................................................... 39

8.3.2 SMS-alert and control................................................................................... 39

9 Protocol Element TG8ST0.............................................................................................. 41



9.3

Configuration ..................................................................................................... 43

10 Protocol Element ST1ST0 .............................................................................................. 45



10.3 Configuration ..................................................................................................... 47

11

System Components ...................................................................................................... 49

11.1 Master Control Module ...................................................................................... 50


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1 Introduction

Contents

1.1 Application ............................................................................................................8

1.2 Supported Protocols.............................................................................................9

1.3 Master Control Module CP-6010........................................................................10

1.4 Engineering ........................................................................................................12


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Introduction


1.1 Application

The protocol elements are used in automation units of the system TM 1703 emic. It is

deployed in the field of telecontrol and automation.

A protocol element is used for the exchange of data - and thereby for the transmission ofmessages - over a communication interface to other automation units or with devices of third-party manufacturers, for example control systems.

The hardware of the protocol element are communication interfaces, which are integrated onthe master control module CP-6010.

System element type Protocol element

consists of Master control module CP-6010 with the respective protocol firmware

can be used in TM 1703 emic

Engineering TOOLBOX II with OPM II or webbrowser


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Introduction


1.2 Supported Protocols

The master control module CP-6010 provides the following protocols:

Protocol Designation Standard EIA-232

(X2)

EIA-485

(X3)

LAN

(X1)

UMPMT0 Multi-point traffic (master) IEC 60870-5-101

UMPST0 Multi-point traffic (slave) IEC 60870-5-101

ETT0 Ethernet TCP/IP IEC 60870-5-104

103MT0 Interfacing of protective devices

(master)

IEC 60870-5-103

DIAST0 Dial-up traffic (slave) IEC 60870-5-101*)

DNPST0 DNP3 (slave)

MODMT0 Modbus (master)

SMST0 Protocol (ASCII), SMS-Alerting

TG8ST0 L&G TELEGYR 800 MPT-S

ST1ST0 SIEMENS SINAUT-ST1 MPT-S

*)The master station and the remote terminal units in dial-up traffic operate with a communicationsprotocol based on IEC 60870-5-101.


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Introduction


1.3 Master Control Module CP-6010

1.3.1 Interfaces

1.3.2 Block Diagram CP-6010


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Introduction


1.3.3 Technical Specifications

Communication

1 serial interface(X2)

• EIA-232 (level according to V.28)

• Not galvanically insulated

• ESD protection

• Transmission rate up to to 115.2 Kbps

1 serial interface

(X3)

• EIA-485

• Galvanically insulated

• ESD protection

• Transmission rate up to 115.2 Kbps

1 LAN interface Ethernet

(X1)

• Ethernet acc. to IEEE 802.3 (10Base-T or 100Base-TX)

• Galvanically insulated

• ESD protection

• Transmission rate 10 Mbps or 100 Mbps

• Line length 0…100 m

1.3.4 Front Panel


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Introduction


1.3.5 Pin Assignment

The abbreviations have the following meaning:

1.4 Engineering

For diagnosis, testing, parameter setting or documentation, the system element is supportedby the engineering tools of TOOLBOX II. OPM II is required.

Further the parameter set up can take place with a web browser.


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2 Protocol Element UMPxT0

Contents



2.3 Configuration ......................................................................................................16


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Protocol Element UMPxT0


2.1 Features and Functions

Communication between one central station and one or more remote stations

(IEC 60870-5-101)

• Unbalanced multi-point (multi-point traffic) according to IEC 60870-5-101

UMPMxx is controlling station (primary station), UPMSxx is controlled station (secondarystation).

─ Supported functionality according to

− ACP 1703 Interoperability IEC 60870-5-101/104 (DC0-013-1)− Ax 1703 Interoperability IEC 60870-5-101/104 (DA0-046-1)

─ Data acquisition by polling (station interrogation)

─ Acquisition of events (transmission of data ready to be sent)

─ General interrogation, outstation interrogation

─ Clock synchronization

− Cyclic, can be set in a minute grid; at least 1x per minute.

─ Command transmission

− Set control location, control location check

─ Transmission of integrated totals

─ Acquisition of transmission delay (for the correction of time synchronisation)

• Standby transmission line over the public telephone network (PSTN)

• Data transmission using time slot radio

• Co-ordination of several masters

• Optimized parameters for selected transmission facilities

• Functions for supporting redundant communication routes

• Special functions

Communication between one central station and one or more remote stations (relayoperation)

• Unbalanced multi-point in relay operation mode (multi-point traffic with routing) based onIEC 60870-5-101

UMPMxx is controlling station (primary station), UPMSxx is controlled station (secondarystation).


− ACP 1703 Interoperability IEC 60870-5-101/104 (DC0-013-1)− Ax 1703 Interoperability IEC 60870-5-101/104 (DA0-046-1)





− Cyclic, can be set in a minutes grid





• Standby transmission line over the public telephone network (PSTN)

• Data transmission in relay operation mode (multi-point traffic with routing)

• Co-ordination of several masters




Hint

The above mentioned functions are described in detail in the document ACP 1703 • Ax 1703 Common

Functions Protocol Elements, section "Multi-Point Traffic (UMP)"


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2.2 Modes of Operation

Standard OperationMode

Extras1)

Interface signals on connector X2

Unbalanced interchange

circuit V.24/V.28

V.28 asynchronous

- RXD, TXD, CTS, RTS, DCD, DTR,

DSR/+5V, GND

Optional Operation

Mode

Extras 1) Interface signals on connector X3

Balanced interface

EIA-485

V.11 asynchronous

- TXD+, TXD- (2-wire)

TXD+/RXD+, TXD-/RXD-, RXD+, RXD-

(4-wire)

Optional Operation

Mode


Balanced interface

EIA-485

V.11 asynchronous

CM-0829 RXD, TXD, CTS, RTS, DCD, DTR,

DSR/+5V, GND

Optical interface

(multimode fibre optic)

Ring


DSR/+5V, GND

1) Extras are optional equipments

Hint

Details about realization of various operation modes are given in the documents TM 1703 emic – Installation and ACP 1703 Plattforms - Configuration.


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2.3 Configuration

For the communication infrastructure, additional suitable transmission facilities and/or networkcomponents may be needed.

Own station ( = central station )

System System Element Protocol element Note

TM 1703 emic CP-6010/CPC30 UMPMT0

Remote station ( = substation )


AK 1703 ACP CP-2010/CPC25

CP-2017/PCCX25

SM-2551/UMPSA0

SM-0551/UMPSA0

BC 1703 ACP CP-5014/CPCX55 SM-2551/UMPSA0

SM-0551/UMPSA0

TM 1703 ACP CP-6014/CPCX65 SM-2551/UMPSA0SM-0551/UMPSA0

TM 1703 emic CP-6010/CPC30 UMPST0

TM 1703 mic CP-6040/CPC60

Third-party system - - IEC 60870-5-101 according

to ACP 1703

Interoperability IEC 60870-

5-101/104 (DC0-013-1) or

Ax 1703 Interoperability

IEC 60870-5-101/104

(DA0-046-1)

Own station ( = substation )


TM 1703 emic CP-6010/CPC30 UMPST0

Remote station ( = central station )



CP-2017/PCCX25

SM-2551/UMPMA0

SM-0551/UMPMA0

BC 1703 ACP CP-5014/CPCX55 SM-2551/UMPMA0

SM-0551/UMPMA0

TM 1703 ACP CP-6014/CPCX65 SM-2551/UMPMA0

SM-0551/UMPMA0

TM 1703 emic CP-6010/CPC30 UMPMT0

TM 1703 mic CP-6040/CPC60


to ACP 1703


5-101/104 (DC0-013-1) or

Ax 1703 Interoperability

IEC 60870-5-101/104

(DA0-046-1)


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3 Protocol Element DIAST0

Contents



3.3 Configuration ......................................................................................................19


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Protocol Element DIAST0



Communication between one central station and up to 100 remote stations

• Unbalanced multi-point (dial-up traffic) based on IEC 60870-5-101

DIAMxx is controlling station (primary station), DIASxx is controlled station (secondarystation).

• Controlling connection establishment and disconnection

─ Connection establishment spontaneously and cyclically, controlling station controlled station

− Establishing a connection cyclically at a settable interval (monitoring cycle)

∗ for transmission of low-priority data

∗ for monitoring the station availability

∗ for clock synchronization

─ Controlling connection establishment by means of modem commands

−

AT Hayes, V.25bis, X.20, X.28− Arbitrary main telephone number of a telephone network (PSTN)

─ Access control (LOGIN with password) in the private range of IEC 60870-5-101 ─ Disconnection control in the private range of IEC 60870-5-101

• Communication when a connection is established according tounbalanced multi-point (dial-up traffic) based on IEC 60870-5-101





− Each time a connection has been established− When a connection is established, one time per minute



• Co-ordination of several masters in "multi-master operation" (availability and datathroughput)

─ The controlling station can simultaneously establish connections to different controlledstations

• Standby transmission line(s) by means of standby telephone numbers of the same oranother (PSTN) telephone network

• Multi-hierarchical configurations


• Toll-Saving Transmission Strategies

• Having a telephone set connected in parallel


Hint

The above mentioned functions are described in detail in the document ACP 1703 • Ax 1703 CommonFunctions Protocol Elements, section "Dial-Up Traffic (DIA)".


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Operating mode Extras 1) Interface signals on connector X2


circuit V.24/V.28

V.28 asynchronous

Modem

(GSM, PSTN, TETRA,

ISDN)

TXD, RXD, GND, RTS, DTR, DSR/+5V,

DCD


Hint


3.3 Configuration


Own Station ( = substation )

System System Element Protocol Element Note

TM 1703 emic CP-6010/CPC30 DIAST0

Remote Station ( = central station )



CP-2017/PCCX25

SM-2551/DIAMA0

SM-0551/DIAMA0

BC 1703 ACP CP-5014/CPCX55 SM-2551/DIAMA0

SM-0551/DIAMA0

TM 1703 ACP CP-6014/CPCX65 SM-2551/DIAMA0

SM-0551/DIAMA0


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4 Protocol Element 103MT0

Contents



4.3 Configuration ......................................................................................................23


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Protocol Element 103MT0



Communication between one central station and up to 25 protective devices, considering the

maximum number of data points (=500) which are processable in the system.

• Unbalanced multi-point (multi-point traffic) according to IEC 60870-5-103

103Mxx is controlling station (primary station), 103Sxx / protective device is controlledstation (secondary station).


− ACP 1703 Interoperability IEC 60870-5-103 (DC0-026-1)− Ax 1703 Interoperability IEC 60870-5-103 (DA0-063-1)





− Cyclic, can be set in a seconds grid



─ File transfer

− Disturbance records to SICAM DISTO− Disturbance records to control centre systems according to IEC 60870-5-101/104

─ Generic functions


• Resetting the short-circuit location values

• Measured value change monitoring

• Monitoring intermediate and faulty positions of double-point information

• Transmission of parameters and diagnostic information for Reyrolle protection equipment

(Embedded REYDISP)• Optimized parameters for selected transmission facilities



Hint

The above mentioned functions are described in detail in the document ACP 1703 • Ax 1703 CommonFunctions Protocol Elements, section "Interfaces of Protective Devices (103)".


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Standard OperationMode

Extras1)

Interface signals on connector X2


circuit V.24/V.28

V.28 asynchronous


DSR/+5V, GND

Optional Operation

Mode


Balanced interface

EIA-485

V.11 asynchronous



(4-wire)

Optional Operation

Mode


Balanced interface

EIA-485

V.11 asynchronous

CM-0829

CM-0819

RXD, TXD, CTS, RTS, DCD, DTR,

DSR/+5V, GND

Optical interface


Ring


DSR/+5V, GND


Hint


4.3 Configuration


Own Station ( = central station )


TM 1703 emic CP-6010/CPC30 103MT0

Remote station ( = substation; e.g. protictive device, power meter )


SM-2551/103SA0

SM-0551/103SA0

electricalBC 1703 ACP CP-5014/CPCX55

local serial interface optical


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Third-party system - - IEC 60870-5-103

unbalanced slave

(secondary),

according to ACP 1703

Interoperability

IEC 60870-5-103 (DC0-

026-1) or Ax 1703


5-103 (DA0-063-1)


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5 Protocol Element ETT0

Contents



2.3 Configuration ......................................................................................................16


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Protocol Element ETT0



Communication of a station with one remote station (up to 4 remote stations in case of

synchonous connections).

• LAN/WAN communication via Ethernet TCP/IP according to IEC 60870-5-104


− ACP 1703 Interoperability IEC 60870-5-101/104; chapter Interoperability forTM 1703 emic


─ General Interrogation



− Supervision of maximum transport delay in control direction (command received toolate)


• Clock synchronization

─ SNTP (Simple Network Time Protocol)

─ up to 4 different SNTP servers can be interrogated (redundancy)

─ Cyclic, can be set in a seconds grid; self-adapting


─ Synchronous redundant connections (proprietary function)


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Operating mode Interface Signals on connector X1

Electrical LAN interface

(twisted pair)

Ethernet IEC 60870-5-104

TXD+, TXD-, RXD+, RXD-

Hint


5.3 Configuration




TM 1703 emic CP-6010/CPC30 ETT0

Remote Station ( = central station )



CP-2017/PCCX25

SM-2556/ET02

SM-2556/ETA2

SM-2557/ET02

SM-2557/ETA2

BC 1703 ACP CP-5014/CPCX55 SM-2556/ET02

SM-2556/ETA2

SM-2557/ET02

SM-2557/ETA2

TM 1703 ACP CP-6014/CPCX65 SM-2556/ET02

SM-2556/ETA2

SM-2557/ET02

SM-2557/ETA2

only IEC 60870-5-104 via

Ethernet 10Base-TX


to ACP 1703


5-101/104; chapter

Interoperability for

TM 1703 mic.


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6 Protocol Element DNPST0

Contents



6.3 Configuration ......................................................................................................31


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Protocol Element DNPST0



General functions "DNP3 Substation Function"

Communication with one central station (DNP3)

• Unbalanced multi-point traffic according DNP3

DNPST0 is substation

─ Supported functionality according DNP3 Interoperability, chapter Interoperability of

SICAM 1703 for DNP3 Slave (serial) using DNPS.

─ Data acquisition by polling (station interrogation, register interrogation)

─ Acquisition of events (transmission of data ready to be sent, Event-Queue)







Hint

The above mentioned functions are described in detail in the document Common Functions DNP3.


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Standard Operation

Mode



circuit V.24/V.28

V.28 asynchronous


DSR/+5V, GND

Optional Operation

Mode


Balanced interface EIA-

485

V.11 asynchronous



(4-wire)

Optional Operation

Mode



485

V.11 asynchronous

CM-0829

CM-0819


DSR/+5V, GND

Optical interface


Ring


DSR/+5V, GND


Hint


6.3 Configuration




TM 1703 emic CP-6010/CPC30 DNPST0

Gegenstelle ( = central station )



CP-2017/PCCX25

SM-2551/DNPMA0

SM-0551/DNPMA0

BC 1703 ACP CP-5014/CPCX55 SM-2551/DNPMA0

SM-0551/DNPMA0

TM 1703 ACP CP-6014/CPCX65 SM-2551/DNPMA0

SM-0551/DNPMA0


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Third-party system - - According to DNP3

interoperability

(DC0-047-2)


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7 Protocol Element MODMT0

Contents



7.3 Configuration ......................................................................................................35


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Communication between one central station and up to 100 remote stations (MODBUS)

• Unbalanced multi-point traffic according Modicon MODBUS

MODMA0 is central station (Primary Station).

─ Supported functionality according MODBUS Interoperability, chapter Interoperability of

SICAM 1703 using serial MODBUS unbalanced Master .

─ Data acquisition by polling (station interrogation, register interrogation)

─ Acquisition of events (transmission of data ready to be sent, Event-Queue)







Hint

The above mentioned functions are described in detail in the document Common Functions MODBUS.


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Standard Operation

Mode



circuit V.24/V.28

V.28 asynchronous


DSR/+5V, GND

Optional Operation

Mode



485

V.11 asynchronous



(4-wire)

Optional Operation

Mode



485

V.11 asynchronous

CM-0829

CM-0819


DSR/+5V, GND


Hint


7.3 Configuration


Own Station ( = central station )


TM 1703 emic CP-6003/CPC10 MODMT0

Gegenstelle ( = substation )



CP-2017/PCCX25

SM-2551/MODSA0

SM-0551/MODSA0

BC 1703 ACP CP-5014/CPCX55 SM-2551/MODSA0

SM-0551/MODSA0

TM 1703 ACP CP-6014/CPCX65 SM-2551/MODSA0

SM-0551/MODSA0

Third-party system - - According to MODBUS

interoperability

(DC0-073-2)


36/52




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TM 1703 emic, Protocol Elements 37 DC6-049-2.02, Edition 06.2010

8 Protocol Element SMST0

Contents



8.3 Configuration ......................................................................................................39


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Protocol Element SMST0



Printer logging (ASCII) and SMS alert/control

• printer logging

─ loggingl on serial printer (ASCII)

• SMS-alert

─ send binary information with SMS

− aquisition time in SMS text

─ send command with SMS

─ member adminstration

─ modem control with AT-Hayes commands

• SMS control

─ receive command with SMS

− command delay supervision for SMS commands

─ member administration

─ modem control with AT-Hayes commands

Hint

The above mentioned functions are described in detail in the document Common Functions SMS.


Standard Operation Mode Extras Interface signals on connector X2

Unbalanced interchange circuit

V.24/V.28

V.28 asynchronous

--- RXD, TXD, CTS, RTS, DCD, DTR, DSR/+5V,

GND

Hint

Details about realization of various operation modes are given in the document TM 1703 emic – Installation


39/52



8.3 Configuration


8.3.1 Printer control

Own Station


TM 1703 emic CP-6010/CPC30 SMST0

Remote Station

System System Element Protocol Element NoteThird-party system - - • Printer

− serial printers

(for printed protocols)

8.3.2 SMS-alert and control

Own Station



Remote Station


Third party system • Mobile phone

(SMS-alert/control)

• Third Party System

(SMS-alert/control)


CP-2017/PCCX25

SM-2551/SMSA0

SM-0551/SMSA0

BC 1703 ACP CP-5014/CPCX55 SM-2551/SMSA0

SM-0551/SMSA0TM 1703 ACP CP-6014/CPCX65 SM-2551/SMSA0

SM-0551/SMSA0


AMIS DC CP-341x/CPC30 SMST0


40/52




41/52


9 Protocol Element TG8ST0

Contents



9.3 Configuration ......................................................................................................43


42/52

Protocol Element TG8ST0



Communication between one central station and one or more remote stations

• Unbalanced multi-point (multi-point traffic) according to L&G TG800

TG8ST0 is controlled station.


− Interoperability TG800 (DC0-041-2)



─ General interrogation, remote station interrogation


− Cyclic, can be set in a minute grid; at least 1x per minute.



• Spontaneous-mode radio transmission




Standard Operation Mode Extras 1) Interface signals on connector X2

Unbalanced interchange circuit

V.24/V.28

V.28 asynchronous

--- RXD, TXD, CTS, RTS, DCD, DTR, DSR/+5V,

GND

Optional Operation Mode Extras 1) Interface signals on connector X3

Balanced interface EIA-485

V.11 asynchronous


TXD+/RXD+, TXD-/RXD-, RXD+, RXD- (4-wire)

Optional Operation Mode Extras 1) Interface signals on connector X2

Balanced interface EIA-485

V.11 asynchronous

CM-0829

CM-0819

RXD, TXD, CTS, RTS, DCD, DTR, DSR/+5V,

GND

Optical interface


Ring

CM-0821 RXD, TXD, CTS, RTS, DCD, DTR, DSR/+5V,

GND


Hint



43/52



9.3 Configuration




TM 1703 emic CP-6010/CPC30 TG8ST0

Remote Station (=central station)



CP-2017/PCCX25

SM-2551/TG8MA0

SM-0551/TG8MA0

BC 1703 ACP CP-5014/CPCX55 SM-2551/TG8MA0

SM-0551/TG8MA0

TM 1703 ACP CP-6014/CPCX65 SM-2551/TG8MA0

SM-0551/TG8MA0

Third-party system - - Interoperability according

to TG800 (DC0-041-2)


44/52




45/52


10 Protocol Element ST1ST0

Contents



10.3 Configuration ......................................................................................................47


46/52

Protocol Element ST1ST0



Communication between one or more remote stations and one central station SIEMENS

SINAUT ST1 (TIM 11)

• Unbalanced multi-point (multi-point traffic) according to SIEMENS SINAUT ST1 (TIM 11)

ST1ST0 is substation (secondary station).

─ Supported functionality according to SIEMENS SINAUT ST1 (TIM 11)

─ Protocol definition (with restrictions)



─ General interrogation, substation interrogation




• Message conversionIEC60870-5-101 SIEMENS SINAUT ST1 (TIM11)

Hint

The above mentioned functions are described in detail in the document Common Functions SIEMENSSINAUT


Standard Operation

Mode



circuit V.24/V.28

V.28 asynchronous


DSR/+5V, GND

Optional Operation

Mode



485

V.11 asynchronous



(4-wire)

Optional Operation

Mode



485

V.11 asynchronous

CM-0829

CM-0819


DSR/+5V, GND


Hint



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10.3 Configuration




TM 1703 emic CP-6010/CPC30 ST1SA0

Remote Station (= central station)



CP-2017/PCCX25

SM-2551/ST1MA0

SM-0551/ST1MA0

BC 1703 ACP CP-5014/CPCX55 SM-2551/ST1MA0

SM-0551/ST1MA0

TM 1703 ACP CP-6014/CPCX65 SM-2551/ST1MA0

SM-0551/ST1MA0

Third-party system - - Interoperability according

to SIEMENS SINAUT ST1

(TIM11)


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11 System Components

Contents

11.1 Master Control Module .......................................................................................50


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System Components


11.1 Master Control Module

Designation Item-Number/MLFB

CP-6010 emic Master Control Module GC6-010

6MF11130GA100AA0


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Literature

ACP 1703 • Ax 1703 Common Functions Protocol Elements DC0-023-2 ACP 1703 • Ax 1703 Common Functions MODBUS DC0-088-2

ACP 1703 • Ax 1703 Common Functions DNP3 DC0-090-2

ACP 1703 Interoperability IEC 60870-5-101/104 DC0-013-2

ACP 1703 • Ax 1703 DNP3 Interoperability DC0-046-2

ACP 1703 • Ax 1703 MODBUS Interoperability DC0-073-2

ACP 1703 Platforms Configuration Automation Units and Automation Networks DC0-021-2

TM 1703 emic Installation DC6-045-2


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Literature

tm emic protocol eng

Documents