Microscada System Config Overview

MicroSCADA System Configuration Overview © ABB Group 20 October 2017

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List of Content

© ABB Group 20 October 2017

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

What is: Node, Link, Line and STA



Application Configuration



Base System



Hot-Standby



Watchdog information via SG Tool Menu

Objectives On completion of this module you will be able to:

© ABB Group 20 October 2017

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

What is a Node, Link, Line and STA



How an Application Configuration may look like



How the Base System may look like



How the Hot-Standby functionality works



Retrieve watchdog information via SG Tool Menu

Secure Knowledge, Learner activities

Objective: 

System Configuration

Time/ Social Form: 

Presentation

Reference Documentation: 

© ABB Group 20 October 2017

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MicroSCADA Manual

MicroSCADA Configuration Overview



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Level 2: Base System Object definition:  Node (NOD): Are directly or indirectly connecting base systems to process communication units. A node is primarily specified by the used connection link and the station address of the node. 

Links (LIN) A link is a data transmission line to the base system. Link of type LAN: The process communication unit may be directly connected through LAN link. Link of type INTEGRATED: For each configured PC-NET. This link type is used only by PC-NET Several nodes can be connected to the same link and use the same LIN object.



Station (SA) Each Node has a station address which is unique in the entire sys600 system.

MicroSCADA Configuration Overview (BL8) Node, Link, Line and STA Base System 1 SA 9

SNMP

Appl 1

SA 19

STA 101..199 (Nod 11) STA 201..299 (Nod 12) STA 991, 992, 993 (Nod 51, 52, 53) STA 900…989, >1000.. (Nod 19)

STA901..989, >1000 Nod 19

Nod 9 LIN 1 (LAN) LIN 3

Nod 11

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Nod 12

IEC61850

IEC61850

SA 11

SA 12

STA101..199

STA201..299

LAN

LAN

SA = Station Nod = Node LIN = Link Li = Line | Slide 6

Nod 51

LIN 4

LIN 5

Nod 52

Nod 53

PCNET

PCNET

PCNET

SA 51 STA991

SA 52 STA992

SA 53 STA993

IEC101 Li 1,2

IEC104 Li 3

DNP 3.0 Li 4

MicroSCADA Configuration Overview (
SNMP

Appl 1

SA 115

STA 101..199 (Nod 11) STA 201..299 (Nod 12) STA 991, 992, 993 (Nod 19, 18, 17) STA 900…989, >1000.. (Nod 15)

STA901..989, >1000 Nod 15

Nod 9 LIN 1 (LAN) LIN 3

Nod 11

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Nod 12

IEC61850

IEC61850

SA 111

SA 112

STA101..199

STA201..299

LAN

LAN

SA = Station Nod = Node LIN = Link Li = Line | Slide 7

Nod 19

LIN 4 Nod 18

LIN 5 Nod 17

PCNET

PCNET

PCNET

SA 119 STA991

SA 118 STA992

SA 117 STA993

IEC101 Li 1,2

IEC104 Li 3

DNP 3.0 Li 4

MicroSCADA Configuration Overview Application Configuration Overview

© ABB Group 20 October 2017

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MicroSCADA Configuration Overview Base System Configuration

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MicroSCADA Watchdog Hot-Standby (on startup) SAS 1

SAS 2

1 – On power up WD will supervise the startup

Cold

Cold

2 – After some times faster PC starting is hot

HOT

Cold

HOT

Warm

HOT

Standby

HOT

Cold

(See the state in SemiGraphic Tool Menu/Base System/Application)

3 – PC (Hot) start transferring Application (Note Do not switch off the PC)

4 – When the transferring is done On next power up the WD will keep the same condition.

© ABB Group 20 October 2017

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MicroSCADA Watchdog Hot-Standby (control by Operator) SAS 1

4 – The operator makes a switching from SAS1

HOT

SAS 2

Standby

(SAS2 must be in standby mode)

5 – The WD is supervising the switching

Cold

HOT

6 – PC (Hot) start transferring Application

Warm

HOT

Standby

HOT

7 – When the transferring is done

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MicroSCADA Watchdog 

Base system config\Applications\appl\Shadowing

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MicroSCADA Watchdog



The following three attributes are reported only when the connection to the external base system has been established:



AS: The state of the external application



SS The shadowing state of the external application “WARM_SEND", “HOT_SEND“, “RECEIVE“, “NONE”



SP: The shadowing phase of the external application “TO_WARM_SD", "WARM_SD“, “TO_HOT_SD“, “HOT_SD“, “TO_WARM_RC“, “WARM_RC”, “TO_HOT_RC”, “HOT_RC”, “NONE”  See doc Sys600_Application Objects page 183  See doc Sys600_System Objects pages 44,56,57,

© ABB Group 20 October 2017

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"COLD", "WARM“, "HOT"