Micom Px3x Introduction en 02b

8/9/2019 Micom Px3x Introduction en 02b

1/65

Product range MiCOM Px3x

General platform presentation


2/65

Schneider Electric 2- AFS/M-F – Jens Eilart – September 2010

Variants

MountingHardware

Detachable HMI

Software

Operation

Communication

Parameter subset selection

Device - Identification

Agenda


3/65


Variants

MountingHardware

Detachable HMI

Software

Operation

Communication



Agenda


4/65Schneider Electric 4- AFS/M-F – Jens Eilart – September 2010

Range MiCOM Px30

Solutions for …

●Feeder protection devices P13x

●Distance protection devices P43x

●Line differential protection devices P53x●Transformer differential protection devices P63x

●Railway substation protection devices Px38

●

One box devices (protection & control) Px39●Bay computers Cx3x



MiCOM Px30 - protection devices

Variants

●MiCOM Px3x in 24 TE case






Variants

Hybrid

version

available

●Connection via …

● Pin terminals

● Ring teminals


7/65


Variants

MountingHardware

Detachable HMI

Software

Operation

Communication



Agenda


8/65



Flush mounting

Two variants for

flexible mounting

●Version:

● Without angle brackets for direct

mounting

● With angle brackets and frame


9/65



Surface mounting

Flexible

surfacemounting

solution

●Cutout for cables above and below

●Easy fixing on the case during installation


10/65


Variants

MountingHardware

Detachable HMI

Software

Operation

Communication



Agenda


11/65



Structure

GGC

GG

G

G

G

MiCOM

TRIP

ALARM

OUTOF SERVICE

HEALTHY

EDIT MODE

F1

F2

F3

F4

F5

F6

Y VXT

Binary signals / Measured data / Commands Power supplyCurrents / Voltages

PP

B

PC Interface

L

Communication

Interfaces

A A

Protection Interface

InterMiCOM

A

NC


12/65



Hardware options

Processor module P

●True 16 bit A/D conversion

● Automatic SW calibration●Parameter storage

● NV-RAM

●Logged data storage

● Battery backed RAM

●Software storage

● Flash EPROM

●Single processor solution as32-bit microprocessor system

● I386 EX


13/65



Hardware options

Power supply board V

●8 output relays

● All output relays are suitable forboth signal and trip duties

connection

●4 opto-isolated inputs

● Nominal voltage range:24 to 250 VDC without internal

switching.

●Wide range power supply

● Nominal voltage range48 to 250 VDC and

100 to 230 VAC

without internal switching

● Separate module for 24 VDC


14/65



Basic hardware, Terminal connection

Power supplyboard V


15/65



Basic hardware

Transformer module T

●Connection● Via pin terminals ● Via ring terminals


16/65



Hardware options

Communication module A

●Separate 16 Bit microcontroller

●Switchable seral protocols● Interfaces

● Serial link

● IRIG-B interface

● 2nd RS485 link for engineering

●Serial link available with

● RS85 connector

● Plastic fiber optic connectorsFSMA

● Glass fiber optic connectors ST


17/65



Hardware options

Ethernet communication

module A●Compatible CPU interface

● Integrated Ethernet Interface● Realtime-Multitasking OS

● VXWorks

●Main communication

with 100MHz Ethernet

● RJ45 or ST/SC connection

(Fiber optics)

●

COMM2 with IEC60870-5-103● Communication via RS485


18/65



Hardware options

Analog module Y

●2 analog outputs 20 mA

● 10-bit D/A conversion,with parallel output relays

●4 opto-isolated inputs

● Nominal voltage range:

24 to 250 VDC without internalswitching.

●Measuring input, 0 to 20 mA

● optical coupling

● 10-bit A/D conversion

●PT 100 input

● optical coupling

●

10-bit A/D conversion


19/65




Analog modules Y

CO


20/65


X_1

1

2

3

4

5

6

7

8

9

X_1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

2021

22

23

24

25

26

27

Ring

Output relays

Pin

X_3

1

23

4

5

6

7

8

9

X_2

1

2

3

4

5

6

7

8

9

K_01

K_02

K_03

K_04

K_05

K_06

1)

1)

1)

1)

Type X 6O

Binary

module



Binarymodules

X

X_1

1

2

3

4

5

6

7

8

9

X_1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

2021

22

23

24

25

26

27

Ring

K_01

K_02

K_03

K_04

K_05K_06

K_07

K_08

Binary

module

U_01

U_02

U_03

U_04

U_05

U_06

Output relays

Pin

X_3

1

23

4

5

6

7

8

9

X_2

1

2

3

4

5

6

7

8

9

Type X6I / 8O

Signal inputs

Vin

Vin

Vin

Vin

Vin

Vin

X_1

1

2

3

4

5

6

7

8

9

X_1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

1920

21

22

23

24

25

26

27

Ring

Binary

module

Signal inputs

Pin

X_3

12

3

4

5

6

7

8

9

X_2

1

2

3

4

5

6

7

8

9

Type X24I

U_17

U_18

U_19

U_20

U_21

U_22

U_23

U_24

U_01

U_02

U_03

U_04

U_05

U_06

U_07

U_08

U_09

U_10

U_11

U_12

U_13

U_14

U_15

U_16

Vin

Vin

Vin

Binary

module

Type X6I / 3O

X_1

1

23

4

5

6

7

8

9

X_1

1

23

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

Ring Pin

X_3

1

2

3

4

5

6

7

8

9

X_2

1

2

3

4

5

6

7

8

9

Signal-

inputs

U_01

U_02

U_03

U_04

U_05

U_06

Output relays

K_01

K_02

K_03

Vin

Vin

Vin

Vin

Vin

Vin

MiCOM P 30 t ti d i


21/65


X_1

1

2

3

4

5

6

7

8

9

X_1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

2021

22

23

24

25

26

27

Output relays

X_3

1

23

4

5

6

7

8

9

X_2

1

2

3

4

5

6

7

8

9

K_01

K_02

K_03

K_04

K_05

K_06

Signal inputs

U_01

U_02

U_03

U_04

U_05

U_06

Ring Pin

Vin

Vin

Vin

Vin

Vin

Vin

Binary

module

Type X6I / 6O

X_1

1

2

3

4

5

6

7

8

9

X_1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

Ring

Type X

Pin

X_3

X_2

1

2

3

4

5

6

7

8

9

6I / 6H

Binary

module

19

20

21

22

23

24

25

26

27

_

1

2

3

4

5

6

7

8

9

High-break

contacts

K_01

K_02

K_03

K_04

K_05

K_06

U_01

U_02

U_03

U_04

U_05

U_06

Vin

Vin

Vin

Vin

Vin

Vin

Signal inputs

+

+

+

+

+

+

X_1

1

2

3

4

5

6

7

8

9

X_1

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

2021

22

23

24

25

26

27

Ring

Type X

High-break

contacts

Pin

X_3

1

23

4

5

6

7

8

9

X_2

1

2

3

4

5

6

7

8

9

K_01

4H

K_02

K_04

K_03

+

+

+

+

Binary

module



Binarymodules

X

MiCOM P 30 t ti d i


22/65



Hardware options, Mandatory modules

A d


23/65


Variants

Mounting

Hardware

Detachable HMI

Software

OperationCommunication



Agenda

MiCOM P 30 t ti d i


24/65



Detachable HMI

●40 TE detachable HMI with graphic display

● multicoloured LED´s available

MiCOM Px30 protection devices


25/65



Detachable HMI

●40 TE detachable HMI with text display

● Function keys

● multicoloured LED´s available



26/65



Detachable HMI

●Detachable HMI (40 TE)

● Insertion depth allows mounting in smallest Medium Voltage switchgears

● Simple wiring ( just RJ45- and grounding connection )

24,0

1 0 7 , 0

( Ground connectionnot shown !!! )



27/65



Detachable HMI


● Same serial HMI modules will be used as fixed HMI (on the device front)

or as Detachable HMI !

Detachable User Interface

Interface

Serial HMI

with multi-

coloured

LED´s

Px3x

Bus system

Device

front plate

processor-module

with serial

Interface

Ethernet cable

14-pole

Flat ribbon cable

Direct connection



28/65



Detachable HMI


● No additional software for detachable HMI necessary

● Supervision of serial communication with HMI

(connected / not connected)

● Removing the detachable HMI is always possible

● Devices without HMI possible, but today no order option



29/65



Detachable HMI

●Operation without HMI

● No operational restrictions of device functionality

BUT

● Software download only via User Interface

● Cold restart initiation only via User Interface

Agenda


30/65


Variants

Mounting

Hardware

Detachable HMI

Software




Agenda



31/65



Software, developement process

Communication

HMI

Datamodell

generationProtection /

control

Device sof tware

Operator

Machine

Interface

System libary

P C

applications

Setting tool»MiCOM S1.103

documentation,manual

DevelopementDesk

Universal

Communication

Interface

System

Device

Drivers



32/65



Software structure, data model

data model

p r o

t e c t i o n

c o n t r

o l

communication

DIST

UMZ

DIFF

SG01

SG02

SG03

VOB

»RMX

μ

i386EX

KOMM PC

......

...

Settingtool

Download

Documentation

Upload

M a n u a l

Device



33/65



Software function flow

NMI: A/D conversion

and data

pre processing

Protection /

Control

Operation /

Communication



34/65



Basic data processing

Agenda


35/65


Variants

Mounting

Hardware

Detachable HMI

Software




ge da



36/65


p

Text-HMI

●LED indicators

● 5 fixed, 18 configurable

●

Alphanumeric Text-LCD● 4 lines x 20 characters

●Clear key

● Reset / Abort modifications

●Protocol key

● Direct access recording

●Function keys

●

6 configurable●Cursor keys

● Navigation / Scroll in the menu

●Enter key

● Modify settings



37/65


p

Graphic-HMI

●LED indicators

● 5 fixed, 12 configurable

●

Alphanumeric Text-LCD● 16 lines x 21 characters

●Clear key

● Reset / Abort modifications

●Protocol key

● Direct access recording

●Cursor keys

●

Navigation / Scroll in the menu●Enter key

● Modify settings

●Control keys

● 5 fíxed



38/65


p

Menu tree

Device Type

Parameters

Device IDConfiguration parameters

Function parameters

GlobalMain functions

Parameter subset 1

Parameter subset ...

Control

Operation

Cyclic measurementsControl and testing

Operation data recording

Measured operating dataPhysical state signals

Logical state signals

Events

Event countersMeasured fault data

Event recording

●Uniform menu structure



39/65


p

Menu tree

●Configure according to the application

21 79

DIST Function group DIST With

MCMON Function group MCMON Without

BUOC Function group BUOC Without

ARC Function group ARC With

...



40/65


global settings

●Global power system characteristics

● fnom; phase-sequence; dynamic range of current

●

CT and VT nominal values● primary values (relevant for recording & metering only)

● secondary values

●CT grounding

● standard = line side● opposite

●Measurement value release

● to force small measurands to zero (e.g. I = 0 if CB is open!)

●Configuration of cross blocking signals●Definition of trip conditions

●Set CB characteristics and autoreclosing scheme restrains:

● tCB,close; no ARC if CB open; ...



41/65


function key configuration

Fx

● Inputs freely configurable

● Fct. Assignm. Fx

● per selection table

● One signal per F-key

● Operating mode Fx

● Key

● Switch

●Password protection

● Individual password protection

● Settable via HMI for each of the F-key

No function keys with graphical

HMI or 24 TE boxes !



42/65


binary input configuration

● Inputs freely configurable

● Fct. Assignm. Ux

● per selection table

● One signal per input

● Operating mode Ux

● Active “high”

● Active “low”

● Active power drain + numerical filter

●Binary inputs Check

● Apply voltage (or no voltage) to anybinary input and check its internal state

● Read physical state signal

● Read assigned logical state signal

Uxx

V in



43/65


Global settings

●Logical input functions (signals) are indicated by appendix ‚EXT‘ to the

description text

●They can be fed from

● Binary input (opto-coupler) U xx

● Function key input F x

● Signal assignment in LOGIC

● Signal assignment in COMM3 (InterMiCOM)

● Signal assignment in GOOSE, GSSE (ethernet comm.)

● In case of multiple assignment, the logical signal is ORed from all



44/65


Output and LED configuration

● Any logical state signal can be freely

configured to any physical output or

LED:

● Function assignment K xx or H xx

● Separate per LED colour

● Operating modes K xx or Hxx

● ES updating (ES = Energised on Signal )

● ES manual reset

● ES reset (fault)

● ES reset (syst. dist.)

● NE updating ( NE = Normally Energised )

● NE manual reset

● Operating modes for LED as blinking

lights

●Only one signal per output or LED, but

multiple assignment is possible

Kxx

Hxx


O l fi i


45/65


Output relay configuration

●Outputs Check

● Integrated test function to operate any

output contact for a settable time (0..10 s)

● Set Px3x in off-line mode:003.030 MAIN: Protection enabled = OFF

● Set the test hold-time:

003.044 OUTP: Hold-time for test = 10 s

●

Select an output relay:003.042 OUTP: Relay assign. f.test =

OUTP Fct. assignm. K xx

● Operate the output:

003.043 OUTP: Relay test = execute

Kxx


W t hd f ti lit


46/65


K_xx'NE updating'

L+

Watchdog functionality

●Configurable to any output

● ‚Alarm‘: OUTP: Fct. assignm. K xx = SFMON: Warning (relay)

●

‚Out of Service‘: OUTP: Fct. assignm. K xx = MAIN: Blocked/faulty

●Set up normally energised signaling,

to get indications also for supply voltage failure or wire interruptions


I t t ti


47/65


Instrumentation

VPG, IP, IDC, T

± VPP, V,Imax/min/pos/neg/zero

x P, Q, cosϕ, ϕ(V,I), f

∫

dt ± Wh, ± Varh, IPmax delayed/stored

Primary & per unit values

●Use for commissioning and operation


t t t ll d t l


48/65


state controlled measurement panels

Voltage B-C prim.

20,8 kV

Current B prim.

1357 A

Voltage VNG p.u.

0,328 Unom √3

Current IN,act p.u.

0,027 Inom

Therm. repl. buffer

64 %

Pre-trip time left

21 min

Fault duration

0,08 s

Fault Location

12,8 km

☺

C

● Normal condition

● (OP_RC)

● Overload condition

● (OL_RC, OL_DA)

● Ground fault

● (GF_RC, GF_DA)

● Short circuit

● (FT_RC, FT_DA)


Fault record triggering


49/65


Fault record triggering

●Fixed trigger conditions (global):

● via user interface: 003.041 FT_RC: Trigger USER = execute

●

via input function: 036.089 FT_RC Trigger EXT

●Fixed trigger conditions (P43x, P13x):

● Starting: 036.000 MAIN: General starting

● Tripping: 035.071 MAIN: Gen. trip command

●User defined trigger conditions:

● by setting: 003.085 FT_RC: Fct. assig. trigger = ...


Disturbance recording


50/65


Disturbance recording

●Use for commissioning and operation

● Protocol for messages and measurements

(via PC, COMMx, HMI)

● Analogue values(via PC, COMMx)


Limit value monitoring (LIMIT)


51/65


measurements:

currents,

temperature,

20 mA DC,

...

signals:

start I>

tI< elapsed,

...

Limit value monitoring (LIMIT)


Measured data input (MEASI)


52/65


Measured data input (MEASI)

●DC current input 0 ... 24 mA ( I nom = 20 mA )

● load: 100 Ω

●

maximal short-time loading: 50 mA● resolution: 25 μ A

●open-circuit recognizing 0 ... 3 ... 10 mA

●overload capacity 24,8 mA ( fixed value )

●zero suppression 0 ... 0,2 I nom

●measured-value linearization over 20 branches

● limit value monitoring via functional group LIMIT


Measured data output (MEASO)


53/65


Measured data output (MEASO)

●2 DC current output 0 ... 20 mA

● maximal load: 50 Ω

●

resolution: 20 μ A●BCD – coded output

●adjustable scaling

● minimal / maximal current

● Break point of characteristics ( for expansion of measuring range )

●settable hold time, signal „value valid“

●all operation-, overload- and incidents measurements


Programmable logic (LOGIC)


54/65


●Expansion of known functions

● „hand over“ transfer functions

●

triggering of fault detection● group signal

●Customer application design of new functions

● possible without firmware update

● reaction time like protection functions

● Boolean Algebra as basis

● high transparency

● simple definition

● minimal effort to work in





55/65


protection control

communication

●Other devices

protection control

commu-nication

Program-

mable

logic

●MiCOM Px3x





56/65


control inputs Trip command

and signalsfunction


Agenda


57/65


Variants

Mounting

HardwareDetachable HMI

Software





Communication interfaces


58/65


Communication interfaces

●Use of communication interfaces

HMI

IEC /

COMM1

COMM2

PC

Modem Modem

Remote access by protection engineer

SCADA / substation

control interface

Local access

by protection engineer

Full access

to all settings,

signals and measuredvalues


Communication protocols


59/65


Communication protocols

●Simply select protocol

● Via serial link

● IEC 60870-5-103

●

IEC 60870-5-101● DNP 3.0

● Modbus

● Via ethernet link

● IEC 61850

Copper wire RS 485

Plastic fiber optics

Glass fiber optics 820 nm

Copper wire RJ 45

Glass fiber optics 1300 nm

Agenda


60/65


Variants

Mounting


Software





Parameter subset selection (PSS)


61/65


( )

PS 1

PS 2

PS 3

PS 4

●Select by

● Binary input

● Function key input

● Local control (HMI)

● Communication interfaces

● PC

● COMMx

●

IEC

Agenda


62/65


Variants

Mounting


Software





Hardware identification


63/65


Test

>>>>>>>>

●Updated during relay start (booting)

Device type 532

Software version 630

SW date 30.01.10

F number 6.123456.0

...

Module var. slot 1

Module vers. slot 1

Module var. slot 2

Module vers. slot 2...

HMI

PC

COMMx /

IEC


Hardware and software versions


64/65


●Handling in the cortec

● -3xx Hardware version

● -4xx Connection diagram version (doc.relevant)

● -5xx Customized version

● -6xx Datamodel version

● -7xx Software version without datamodel modification

● -8xx Language pair version

● -2xx IEC 61850 datamodel version

Make the most of


65/65

your energy™

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Micom Px3x Introduction en 02b

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