L1 V4 03 MiCOM C264 Hardware Presentation E 01

MiCOM C264 Hardware Presentation PACiS Technical Training CS&P – Support Team

PCL

• Content

Generalities Rack Hardware Main Boards Description I/O Boards description Communication Boards

Schneider Electric - CS&P – C264 Hardware Presentation – E01

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• Content



3

• Modular Racks

MiCOM C264C 4U / 170mm / 40 TE with 4 or 6 slots for I/O boards


MiCOM C264 4U / 170mm / 80 TE with 14 or 15 slots for I/O boards

4

• Connections Modular Construction (Back) Shed Contacts should be grounded

Easy to Install

Optional connectors Removable connectors for for 4 mm2 wires 0.8 to 2.5 mm2 wires I/Os direct CT/VT boards & connection Power supply Schneider Electric - CS&P – C264 Hardware Presentation – E01

Connector Screwing

Optional : optic/ Ethernet IED Com, IRIG B 5

• Boards List Short designation GHU 2xx BIU 2x1 CPU 2x0 TMU 2xx DSP 2xx DSPIO 2xx

DIU 2xx DOU 2xx CCU 2xx AIU 2xx AOU 2xx SWx 2xx SWU 2xx SWR 2xx SWD 2xx

CAS 2xx FBP 2xx

Designation

Details

Graphic Humain Unit Front panel / LCD Power supply and 2 RS Basic Interface Unit Computer Processing Unit Transducerless Measurement 4 CT Unit / 4-5 VT Digital Signal Processor TMU Signal Digital Signal Processor Input Output TMU Signal + 5 DI / 5 DO (1 slot) Digital Input Unit 16 DI

Digital Output Unit CB Control Unit Analog Inputs Unit Analog Output Unit SWitch Ethernet

10 DO 8 DI + 4 DO (4) 8 AI 4 AO

SWitch Unit (standard switch) SWitch Ring Redundancy SWitch Dual Hamming redundancy

max 6 ports 2 Fx + 4 Tx 2 Fx Redundant + 4 Tx 2 Fx Redundant + 4 Tx

Package CASe (rack 4U) Front Back Plane ( Bus )

Package CASe (rack 4U) Front Back Plane ( Bus )


6

• Capabilities

MiCOM C264C 4/6 slots

MiCOM C264 14/15 slots

BIU 241 (power + 2RS)

1

1

CPU260 (2RS + RJ45) / CPU270 options : Optic Fx, IRIG-B, DSP

1

1

GHU 2xx : 20x=LCD, 21x=no LCD, 22x=remote

1

1

DIU211 (16DI)

6 (96 DI)

15 (240 DI)

DIU220 (16DI)

6 (96 DI)

15 (240 DI)

DOU201 (10DO)

6 (60 DO)

15 (150 DO)

CCU211 (8 DI + 4 DO)

6 (48 DI + 24 DO)

15 (120 DI + 60 DO)

AIU201 (4 AI, mA or V)

6 (24 AI)

6 (24 AI)

AIU211 (8 AI, mA)

6 (48 AI)

6 (48 AI)

TMU220

1 (4 CT, 5 VT)

1 (4 CT, 5 VT)

TMU210

C264-P : 1 (4CT, 4VT)

C264-P: 1 (4CT, 4VT)

6 (24AO + 24DO)

6 (24AO + 24DO)

AOU200 (4AO + 4DO)

With CPU270, boards 2x1 address is defined in SCE (jumpers optional) : DIU211, CCU211 Schneider Electric - CS&P – C264 Hardware Presentation – E01

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• Example of 80TE Rack Content Front Automatic Production Placement

H

I

J

K

L

M

N

O

P

Q

CPU260

DSP IO

SWX

AIU201_@0

AIU210_@0

AIU210_@1

DOU200_@0

DOU200_@1

DOU200_@2

CCU200_@2

CCU200_@1

CCU200_@0

DIU200_@2

DIU200_@1

DIU200_@0

TMU210

1

2

3

4

5

6

7

8

9

10

11

12

13

7

8

9

10

11

12

13

14

15 B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

I

BIU 241

BIU 241

H

CPU260

6 BIU 241

BIU 241

5

G

CT / VT

G

CT / VT

F

BIU 241 Protection DSP IO Slot


TMU200 DIU200_@0

E

DIU200_@0

DIU200_@1

D

DIU200_@1

DIU200_@2

C

DIU200_@2

CCU200_@0

B

With TMU210

CCU200_@0

CCU200_@1

14

CCU200_@1

CCU200_@2

13

CCU200_@2

DOU200_@2

12

DOU200_@2 DOU200_@1

11

DOU200_@1 DOU200_@0

10

DOU200_@0 AIU210_@1

9

AIU210_@1 AIU210_@0

8

AIU210_@0

AIU201_@0

7

AIU201_@0

SWX

6

SWX

5

4 CPU260

4

BIU 241

3

3

F

8

2

A

1

2 A

1

With TMU200

Q P O N M E

L D

K C

J B A

Basic

• Example of 40TE Rack Content Front Automatic Production Placement A

G

H

1

2

3

4

B

C

D

E

F

1

2

3

G

H

CT / VT

F

CT / VT

DIU200_@0

E

TMU210

D

TMU200

C

DIU200_@0

B

DIU200_@0

6

DOU200_@0

5

DIU200_@1

4

SWX

3

DOU200_@0

2

DSP IO

1 SWX

DIU200_@1

H

CCU200_@0

G

DOU200_@0

F

AIU210_@0

E

SWX

D

CPU260

BIU 241


C

CPU260

BIU 241

A

BIU 241

Protection DSP IO Slot

A

BIU 241

With TMU210

BIU 241

BIU 241

With TMU200

B

CPU260

Basic

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• Content



10

• Rack Mounting Cubicle Mounting (6 screws) on 19’’ Rack LCD Removal (6 Poz drive 10)

C264 Screwing

19’’ Rack Support

Cabinet Mounting

Front Face Screwing Schneider Electric - CS&P – C264 Hardware Presentation – E01

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• Rack / Board Overview Board + rail removing (torque drive 10) Bus

Board Name

Board Number

BIU

CPU DIU Schneider Electric - CS&P – C264 Hardware Presentation – E01

DOU

CCU

AIU 12

• Board Number (Address) Each board has an address, unique per type, starting from 0 by jumpers

CLOSED = 0 Rules :

OPEN (see below) If Open : address = address + 1 If Open : address = address + 2 If Open : address = address + 4 If Open : address = address + 8

Example : => + 2 => 2 + 8 = 10 => + 8 Schneider Electric - CS&P – C264 Hardware Presentation – E01

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• Content



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• Front Faces GHU200 GHU210 GHU220 GHU201 GHU211 GHU221

40 TE 40 TE 40 TE 80 TE 80TE 80 TE

Front Panel Front Panel Front Panel Front Panel Front Panel Front Panel

Leds + L/R switch + Graphic Display LCD Leds + L/R switch : Simple Blind : Leds + L/R switch + Graphic Display LCD : Leds + L/R switch : Simple Blind

2071004 2071010 2071174 2070962 2070966 2071172

RJ11


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• Basic Interface Unit – BIU241 Main characteristics : • Power Supply (4 possible ranges : 24 / 48 / 110 / 220V) • 1 Watchdog contact • 2 DI & 2 DO used for redundancy • RS1 (232/485) • RS2 (232/422/485)


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• Central Processing Unit – CPU260 Main characteristics : • 32-bit Power PC-base processor (80 MHz) • DRAM (64Mo) & Flash (16Mo) • VxWorks for RT OS • Powerful DSP TMS320C6713 for CT/VT • Ethernet-Based 10/100Base-FX or Base-TX • 2 Serial links up to 64 Kbit/s RS232 • IRIG-B port • Bus

Central Processing Unit board

CPU260

12 3 4 5 6 7 8

10/100 Base-Tx Ethernet-based link RJ-45 (female)

OPTIONNAL LINKS:

10/100 Base-Fx Ethernet-based link

1

1

DCD

2

RXD / T-

3

TXD / T+

5

GND

7

RTS

RS232

Serial

6 2 7 3 8

link 3

4 9 5

8 1

1

6 2 7

2

8

3

3

CTS # DCD

RS232

RXD / TTXD / T+

Serial

4 9 5

5

7 8

link 4

GND

RTS CTS #

IRIG B Schneider Electric - CS&P – C264 Hardware Presentation – E01

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• Central Processing Unit – CPU270 Main characteristics : • 32-bit Power PC-base processor (260 MHz) • More DRAM (128Mb) and Flash (64Mb) • VxWorks for RT OS • Powerful DSP TMS320C6713 for CT/VT • 2 Ethernet ports 10/100Base-TX • 2 Serial links up to 64 Kbit/s RS232 • IRIG-B port • New bus

Central Processing Unit board

CPU270

12 3 4 5 6 7 8

10/100 Base-Tx Ethernet-based link RJ-45 (female) 12 3 4 5 6 7 8

10/100 Base-Tx Ethernet-based link RJ-45 (female)

1 2

1

3

DCD

RS232

RXD / TTXD / T+

Serial

6 2 7 3

!

Good Practice : In “Boot Parameters” from CMT, make sure IP address 1 and IP address 2 are belonging to different domains.

8

5

GND

7

RTS

link 3

4 9 5

8 1

1

6 2 7

2

8

3

3

CTS # DCD

RS232

RXD / TTXD / T+

Serial

4 9 5

5

7 8

link 4

GND

RTS CTS #

IRIG B Schneider Electric - CS&P – C264 Hardware Presentation – E01

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• Content



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• Digital Input Unit – DIU200 Main characteristics A01 Vnom : 24-30 Vdc A02 Vnom : 40 Vdc (range 20 to 60 Vdc) A03 Vnom : 100 Vdc (range 40 to 150 Vdc) A04 Vnom : 220 Vdc (range 180 to 264 Vdc) 16 Opto Isolated DI but 40% Thresholds Board addressing

Digital Input Unit

DIU20x

board

Signal inputs

PIN 1 2

+ -

VIN -

DI1

+ -

DI3

+ -

DI5

+ -

DI7

+ -

DI9

+ -

DI11

+ -

DI13

+ -

DI15

+ -

V IN -

DI2

3 4 5

+ -

VIN -

V IN -

DI4

6 7 8

+ -

VIN -

V IN -

DI6

9 10

SPS, DPS SCT, DCT DM

11

+ -

VIN -

V IN -

DI8

12 13 14

+ -

VIN -

V IN -

DI10

15 16 17

+ -

VIN -

V IN -

DI12

18 19 20

+ -

VIN -

V IN -

DI14

21 22 23

+ -

VIN -

V IN -

24


20

DI16

• Digital Input Unit – DIU210 Main characteristics Capabilities : A01 Vnom : 24-30 Vdc A02 Vnom : 40 Vdc (range 20 to 60 Vdc) A03 Vnom : 100 Vdc (range 40 to 150 Vdc) A04 Vnom : 220 Vdc (range 180 to 264 Vdc) 1 ms Time-tag 16 Opto Insulated DI 2kV (1mn) Peak > 25mA when Set

40TE 2 6 3 1

80TE 8 15 10 5

SPS, DPS SCT, DCT DM


21

• Digital Input Unit – DIU211 Main characteristics : Accept all Nominal Voltages according on jumpers definition

Board address 1 ms Time-tag Opto Isolated (2kV during 1mn) 27mA peak for 2ms Board Auto-addressed (CPU3)

16 DI usable for : SPS, DPS SCT, DCT DM


22

• Digital Input Unit – DIU220 Main characteristics : Accept 2 different Nominal Voltages : VA, nom : 48 Vdc (range 20 to 60 Vdc) VA, nom : 110 Vdc (range 40 to 125 Vdc) 1 ms Time-tag Opto Isolated (2kV)

Digital Input Unit

DIU20x

board

Signal inputs

PIN 1 2

+ -

VIN -

DI1

+ -

DI3

+ -

DI5

+ -

DI7

+ -

DI9

+ -

DI11

+ -

DI13

+ -

DI15

+ -

V IN -

DI2

3

16 DI usable for : SPS, DPS SCT, DCT DM

4 5

+ -

VIN -

V IN -

DI4

6 7 8

+ -

VIN -

V IN -

DI6

9 10 11

+ -

VIN -

V IN -

DI8

12 13 14

+ -

VIN -

V IN -

DI10

15 16 17

+ -

VIN -

V IN -

DI12

18 19 20

+ -

VIN -

V IN -

DI14

21 22 23

+ -

VIN -

V IN -

24


23

DI16

• Digital output Board – DOU200 Main characteristics 8 outputs NO contacts and 2 outputs NO/NC UN ≤ 250 Vdc / 230 Vac Isol. 2kV Making 70 VA/W 2.5 A permanent 100 A peak for 30ms

Digital Output Unit board

PIN

DOU200

Signal outputs

1 2

DO 1

3 4

DO 2

5 6

DO 3

7 8

DO 4

9 10

DO 5

11 12

DO 6

13 14

DO 7

15 16

DO 8

17 18 19 20 21

DO 9

22 23 24


DO 10

24

• Digital output Board – DOU201 Main characteristics : 10 DO (8 NO contacts & 2 NO/NC contacts) UN ≤ 250 Vdc / 230 Vac Isolation 2kV Making Power : 140 VA/W Permanent : 5A Peak for 30ms : 250 A

Digital Output Unit board

PIN

DOU200

Signal outputs

1 2

DO 1

3 4

DO 2

5 6

DO 3

7 8

DO 4

9 10

DO 5

11 12

DO 6

13 14

DO 7

15 16

DO 8

17 18 19 20 21

DO 9

22 23 24


DO 10

25

• CB Control Unit – CCU200 8DI and 4DO DI main characteristics like DIU2xx DO main characteristics : 4 power output relays (2 NO contacts each) Making Power 140 VA/W Permanent : 5A 500ms : 30A 30ms : 250A

Circuit breaker Control Unit board

CCU 200

PIN Signal inputs 1 2

+ -

VIN -

+ -

DI1

VIN -

DI2

3 4 5

+

VIN -

-

+

DI3

VIN -

-

DI4

6 7 8

+ -

VIN -

+ -

DI5

VIN -

DI6

9 10

+

11

-

VIN -

+

DI7

-

VIN -

DI8

12 13 14 15 16 17

Signal outputs B A A B

CO 1

CO 2

18 19 20 21 22 23

B A A B

CO 3

CO 4

24


26

• CB Control Unit – CCU211 CB Control Unit (8DI and 4DO) DI Voltage selected by jumpers DI Trigger threshold selected by jumpers 4 DO Double Cut Board Auto-addressed (CPU3)

Circuit breaker Control Unit board

CCU 211

PIN Signal inputs 1 2

+ -

VIN -

DI1

+ -

DI3

+ -

DI5

+ -

DI7

+ -

VIN -

DI2

3 4 5

+ -

VIN -

VIN -

DI4

6 7 8

+ -

VIN -

VIN -

DI6

9 10 11

+ -

VIN -

VIN -

DI8

12 13 14 15 16 17

Signal outputs B A A B

CO 1

CO 2

18 19 20 21 22 23

B A A B

CO 3

CO 4

24


27

• CCU211 – Double Cut CCU board wiring : Double pole relays (A&B contacts) wired in serial CCU pins no

Circuit Breaker side Open Coil CB1 Vcc+

Internal CCU relays description Simultaneous change of both contacts A and B

Close Coil CB1 VccOpen Coil CB2 Vcc+ Close Coil CB2 VccSchneider Electric - CS&P – C264 Hardware Presentation – E01

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• Analogue Input Board – AIU201 Main characteristics : 4 opto-isolated AI (Current or Voltage) 20 ms time tagging (acquisition) 16 bits A/D converter with 0.1% accuracy SMRR : 98dB CMRR : 150dB


29

• Analogue Input Board – AIU211 Main characteristics : • 8 independent opto-isolated AI (Current only) • 20 ms time tagging (acquisition) • 16 bits A/D converter 0.1% accuracy • SMRR : 98dB • CMRR : 150dB • Input impedance : 75ohms ! This board is replacing the AIU210


30

• Analogue Output Board – AOU200 Main characteristics : 4 AO + 4DO as Read Inhibit signals 100 ms stabilisation time external voltage power source 48VDC 0.1% accuracy 4-20mA, ±10mA, ±20mA …


N° 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Description External power supply +48V NIL External power supply (0V) NIL WDOG+ WDOGNIL READ INHIBIT AO n° 1+ READ INHIBIT AO n° 1READ INHIBIT AO n° 2+ READ INHIBIT AO n° 2READ INHIBIT AO n° 3+ READ INHIBIT AO n° 3READ INHIBIT AO n° 4+ READ INHIBIT AO n° 4NIL AO n° 1+ AO n° 1AO n° 2+ AO n° 2AO n° 3+ AO n° 3AO n° 4+ AO n° 4-

31

• Transducerless Measure Unit – TMU220 4 CT 2 ranges each (1-5A)

Range 0.2 In to 4 In accuracy 0.2%

5 VT for TMU220 (4VT on old TMU200) Input Nom: 57 to 500V Range 4V to 500V(800V) acc. 0.2%

(possibility to use TMU220 instead of TMU200 on old substations without changing configuration)

Direct measurement

RMS values of line/phase voltage (Van, Vab, ...) RMS values of line current (Ia, Ib, Ic) RMS values of residual current and voltage (Ir and Vr) Frequency Active power (Pa, Pb, Pc and Ptotal) Reactive power (Qa, Qb, Qc and Qtotal)

Derived Measurements

Fundamental magnitudes and phase angles Apparent Power (Sa, Sb , Sc and Stotal) Import/Export active and reactive energy Power factor (displacement, distortion and true factor) Fundamental Sequence components (Id, Ii, I0, Vd, Vi, V0) Rolling, Peak, Dip demand values Phase and amplitude difference 15th Harmonic 64 samples/period

+ Daughter Board DSP on CPU board Schneider Electric - CS&P – C264 Hardware Presentation – E01

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• Transducerless Measure Unit – TMU220 TMU220 wiring :


33

• Transducerless Measure Unit – TMU210 CT/VT acquisition module (32 samples/period) 3 ¨Phase + 1 neutral current transformer (3*I + Io) Ratings In: 1 or 5 Amperes by jumper Phase Current: 0.1 to 40 In Earth Current: 0.002 to 1 Ien 0.01 to 8 Ien Sensitivity 0.1 to 40 Ien Thermal heating 4 In permanent, 30 In during10secs, 100 In 1sec Bandwidth : 10th harmonic (no MV) Threshold acc : 2% Compatibility with external CT : 5VA, 5P10 4 Phase voltage transformer (4 VT) Nominal voltage 57 to 130 VRMS Thermal heating : 2 Vn (Phase-N )permanent 2.6 Vn (Phase –N) -10seconds Connection options : defined by setting Threshold acc : 2% Schneider Electric - CS&P – C264 Hardware Presentation – E01

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• DSPIO210 => DSPIO211 CPU Daughter board using one slot “C” Digital Signal Processor (DSP TMS320C6711) for protection functions (like P127 + P923) 5 Digital Input - isolated A02_48Vdc , A03_110-125Vdc, A04_220Vdc Consumption 5mA in 48V Settable filtering 4 Digital Output - isolated contacts (NO type) 250Vdc 50W resistive or 25W inductive (L/R=40ms) Carry : 5A 30A during 30s Operation time <7ms In association with the TMU210 – CT/VT Board Always slot C in C264 racks


35

• Wiring DSPIO210 to DSPIO 211 DSPIO

Digital Signal Processor Input Output Board

Signal inputs

PIN 1 2

+

VIN -

-

BLOCKING

3 4

+

VIN

SELECTIVITY -

-

Fixed inputs, usage defined in SCE Blocking Selectivity Cold Load Start Disturbance Start

5 6 7 8 9

+ -

VIN

COLD LOAD START + VIN DI7 DIST REC START -

10 11 12 13 14 15 16 17

TRIP C

18 19

TRIP B

20 21 22

TRIP A

Evolution DSPIO 210 to DSPIO 211 DSPIO 211 3 Separate trip contacts DO 5 for CloseCB in Auto Rec DO 4 for Blocking

23 24

Digital Signal Processor DSPIO211 Input Output Board PIN

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23

Signal inputs

+ + + -

IN

BLOCKING

-

+ -

IN

-

SELECTIVITY

IN

-

+ IN

-

COLD LOAD

IN

-

DIST REC K5

K4

TRIP C TRIP B TRIP A

24


36

• DSPIO 211 Wiring Pin N°. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Signal DI BLOCKING + DI BLOCKING Common DI SELECTIVITY + Not Configurable

DI SELECTIVITY Common COLD LOAD START + DISTURBANCE START + STARTS COLD LOAD / DREC Common K5/1 + Close CB K5/1 - Close CB K5/2 + Close CB K5/2 - Close CB K4/1 + Not Configurable K4/1 - Not Configurable K4/2 + Not Configurable K4/2 - Not Configurable Not connected Trip Phase C + Trip Phase C Trip Phase B + Trip Phase B Trip Phase A + Trip Phase A Trip Phase A -

Digital Signal Processor DSPIO211 Input Output Board PIN

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23

Signal inputs

+ + + -

IN

BLOCKING

-

+ -

IN

-

SELECTIVITY

IN

-

+ IN

-

COLD LOAD

IN

-

DIST REC

K5

K4

TRIP C TRIP B TRIP A

24


37

• Content



38

• Switch Board – SWU2xx


SWU200

4 TX

SWU202 -multimode -

2FX - 4 TX

39

• Switch Board – SWR2xx !

SWR21x is new version able to communicate with Switch Manager software SWR202 - multimode

2FX -> 4 TX

SWR204 - monomode

2FX -> 4 TX

Good Practice : switch number = end of BCU IP


40

• Switch Board – SWD2xx !

SWD21x is new version able to communicate with Switch Manager software SWD202 - multimode

2FX -> 4 TX

SWD204 - monomode

2FX -> 4 TX

Good Practice : switch number = end of BCU IP


41

• Communication Module – ECU20x ECU200 / ECU201 Extended Communication Unit for CPU • ECU200 : converts RS232 -> Fx • ST connector • Wavelength : 820nm • Jumper set : Light On • Jumper reset : Light Off

• ECU201 : converts RS232 -> RS4xx • Jumper set : RS422 (4 wires) • Jumper reset : RS485 (2 wires)


42

L1 V4 03 MiCOM C264 Hardware Presentation E 01

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