Relay Coordination

Tasnee Identification Code AA-BBBBBB-CC-DD-EEEFF

RELAY COORDINATION STUDY

Tecnimont Identification Code

3276-NN-VD-011079 HDPE 400 KT/Y Plants : LDPE 400 KT/Y

Client Ref.: TASNEE

Location: AL JUBAIL – KSA

1/1

Sheet

Issue

02

Q1-A4D-01

RELAY COORDINATION STUDY

02

Issue

REVISION AS PER CUSTOMER COMMENTS

Description

Ubiali

Gambirasio

Ghilardi

19-06-2007

Prepared

Checked

Approved

Date

This document is Tecnimont’s property, and cannot be used by others for any purpose, without prior written consent

PT S.p.A.

TASNEE HDPE/LDPE PROJECT SWITCHBOARDS 5-SW-600 – 6-SW-600 5-SW-601 – 6-SW-601 RELAY COORDINATION STUDY

Job:

8606001370

Dwg.: 1VCC006007T0601

REV.

DATE

DRAWN

CHECKED

APPROVED

0

13/04/07 FIRST ISSUE

UBIALI

GAMBIRASIO

GHILARDI

1

11/06/07 Revision as per customer comments

UBIALI

GAMBIRASIO

GHILARDI

2

19/06/07 Revision as per customer comments

UBIALI

GAMBIRASIO

GHILARDI

Job: 8606001370 Dwg: 1VCC006007T0601 Pag.: Rev.:

PT S.p.A.

2 2

Date:

19/06/07

TASNEE - HDPE/LDPE PROJECT SWITCHBOARDS 5-SW-600 – 6-SW-600 – 5-SW-601 – 6-SW-601 RELAY COORDINATION STUDY

INDEX 1.

INTRODUCTION..................................................................................................................... 3

2.

SELECTIVITY STUDY ORGANIZATION ............................................................................... 4

3.

HYPOTHESIS FOR THE SELECTIVITY STUDY ................................................................... 5

4.

RESULTS OF THE SELECTIVITY STUDY ............................................................................ 7

ATTACHMENT “A” 5-SW-600 ATTACHMENT “B” 6-SW-600 ATTACHMENT “C” 6-SW-601 ATTACHMENT “D” 5-SW-601

Job: 8606001370 Dwg: 1VCC006007T0601 Pag.: Rev.:

PT S.p.A.

3 2

Date:

19/06/07

TASNEE - HDPE/LDPE PROJECT SWITCHBOARDS 5-SW-600 – 6-SW-600 – 5-SW-601 – 6-SW-601 RELAY COORDINATION STUDY 1.

INTRODUCTION Scope of the work is the calculation of the protective relays setting value in order to obtain

selectivity in case of faults into the electrical network for the 13.8 & 4.16 kV Tasnee hdpe/ldpe Project. Basically, the protective philosophy is based on the knowledge that the faults or abnormal operating conditions can be lead to: -

overloads;

-

phase to phase and three phase faults (phase faults);

-

phase to ground faults (ground faults).

The detection of the above conditions is undertaken by the protective relays, whose task is mainly to shut down the faulted part from operation and separate it from the electrical distribution system. The setting of the relays has been selected in order to allow a reliable operation of the system, keeping as long and as much as possible the feeders or the system in service without risk of damage. Settings are fairly above any transient current, voltage, frequency etc. conditions, and intervention times allow for the recovery of these electrical parameters within their normal operating values.

Job: 8606001370 Dwg: 1VCC006007T0601

PT S.p.A.

Pag.: Rev.:

4 2

Date:

19/06/07


SELECTIVITY STUDY ORGANIZATION In order to facilitate the consultation, this document is divided into attachments (one for

each switchgear) that contains data and results that have been used and obtained during the development of the whole job. In order to facilitate the consultation, this document contains data and results that have been used and obtained during the development of the whole job. The topics are: -

ONE LINE PROTECTIONS DIAGRAM: is drawn in a simplified manner the electrical network as well as the point of installation of the main relays forming the protective system.

-

TRANSFORMERS and MOTORS RATING: schedules of the machine data used for the relay coordination.

-

RELAY SETTING TABLE: characteristics of the relays (manufacturer, type, setting range); the ratio of measurement transformers (current or voltage) and the setting values at the primary and secondary side of the measurement transformers. The pages where the coordination curves are drawn as well as the labels of the relevant curves are indicated into the columns "curve, page, label".

-

SELECTIVITY CURVES: selectivity drawing together with the curves that are significant for the relay coordination. The relays are identified with a code (where applicable) to allow an easy identification on the setting tables and coordination sheets. The code is evidenced, into the one line diagram, with a circle for phase relays and with an ellipse for ground relays.

Job: 8606001370 Dwg: 1VCC006007T0601

PT S.p.A.

Pag.: Rev.:

5 2

Date:

19/06/07


HYPOTHESIS FOR THE SELECTIVITY STUDY

3a)

Selectivity study is based on short circuit current calculation (estimated), and has been studied for both with maximum and minimum short circuit currents. The fault current indicated into the selectivity drawings is the maximum short circuit current of the switchgear in subject as per short circuit current calculation, including motors fault contribution. Vice versa, the selectivity curves for each individual user or feeder are drawn up the maximum short circuit let through fault current. The maximum phase to ground fault current on 13.8 & 4.16 kV electrical network is equal to 400 A (limited by resistors).

3b)

Attention shall be paid to the following when reading the selectivity drawings. In fact, for ground fault selectivity drawings, the current scale has been divided by 10. Into the left down corner of the drawings are, in any case, clearly evidenced (if different from one) the multiplying coefficient of the current in axis.

3c)

Into the machine data schedules are listed all the machines data, transformers and motors used for the study. Where data are up to now not yet defined, an asterisk indicates the estimated value.

3d)

Transformer withstand limit capability (evidenced into selectivity drawings with a point) has been estimated equal to the maximum short circuit current with upstream infinite power; time duration equal to two seconds.

3e)

Inrush current of the transformers, calculated with equation Imagn = In x k x exp(-t/T)/√2, has been drawn into the selectivity sheet in order to verify that protections do not operate at the transformer breaker closing (parameters k and T are reported into transformer schedule). The RMS value of the magnetising current has been drawn, in order to be verified with relay measuring criteria.

3f)

Into selectivity drawings are evidenced the short circuit current withstand capability of the cables calculated according with equation I2t = k2S2. The coefficient k for copper cables (G7) is assumed equal to k=143.

Job: 8606001370 Dwg: 1VCC006007T0601

PT S.p.A.

Pag.: Rev.:

6 2

Date:

19/06/07

TASNEE - HDPE/LDPE PROJECT SWITCHBOARDS 5-SW-600 – 6-SW-600 – 5-SW-601 – 6-SW-601 RELAY COORDINATION STUDY 3g)

The motor protection relay group together in a single case all the necessary functions to protect satisfactory motors. Into the selectivity drawings, are shown the motor operating curves and the protection curves as per following: 49-51-50-51LR-48-64 The M.V. motors thermal time constant has been set to allow a new start in case of preload equal to 90% (typical situation in case of automatic transfer). The too long starting protection has been chosen of inverse time type (I2t), with current and time equal to the starting condition.

3h)

The fault current indicated into the selectivity drawings is the maximum short circuit current of the bus in subject as per short circuit current calculation, including motors fault contribution. Consequently the fault contribution through the transformer is lower than this value. High set settings, of the overcurrent protection at the primary side of the transformer is based on maximum transformer let through fault current taking into account the source power and the transformer impedance.

Job: 8606001370 Dwg: 1VCC006007T0601

PT S.p.A.

Pag.: Rev.:

7 2

Date:

19/06/07


RESULTS OF THE SELECTIVITY STUDY

4a)

The general criteria used for the protection settings are the mixed amperometrical and chronometrical selectivity. The main point is in any case to assure a complete and sure protection for the concerned feeder and after, selectivity with upstream and downstream protections.

4b)

Selectivity is assured for phase faults and ground faults into the complete 13.8 & 4.16 kV electrical distribution network.

4c)

MV ground fault selectivity (fault current limited to 400 A): -

motor and transformer feeders: ground overcurrent relays are fed from ring C.T. and consequently settings can be very low. Settings are assumed equal to 10-40 A (primary value).

-

incomings and bustie ground overcurrent relays are fed in residual connection from phase C.T.'s. To avoid false trip during transient phenomena (inrush or phase fault mainly in case of presence of current with DC component), a definite time type characteristic has been selected with a setting of 6-10% of the C.T. rated current.

4e)

ABB REF 542 relays have two independent alternative settings that can be changed via communication channel. The characteristics of the plant do not require different settings and consequently primary and secondary settings are identical.

4f)

Settings of 13.8 kV incoming relays must be verified with upstream relays in order to guaranteed selectivity between protections.

JOB.:

8606001370

DWG.:

1VCC006007T0601

REV.:

2

PT S.p.A. TASNEE - HDPE/LDPE PROJECT SWITCHBOARDS 5-SW-600 – 6-SW600 – 5-SW601 – 6-SW-601 RELAY COORDINATION STUDY

DATA: 19/06/2007

ATTACHMENT 'A'

SWITCHBOARD 13.8 kV 5-SW-600 ONE LINE DIAGRAM

A01

TRANSFORMERS DATA

A02

MOTORS DATA

A03

RELAY SETTING TABLE

A04-A15

SELECTIVITY CURVES

A16-A22

TASNEE HDPE/LDPE PROJECT PT S.p.A. JOB:

8606001370

TRANSFORMERS RATING

DWG.:

1VCC006007T0601

VOLTAGE:

13.8 kV

PAGE:

A02

SWGR:

5-SW-600

REV.:

2

RATED

RATED VOLTAGE

RATED CURRENT

Uk

VECTOR

DATE: 19/06/2007

IN-RUSH CURRENT

ITEM POWER

PRIMARY

SECOND.

PRIMARY

SECOND.

GROUP

[kVA]

[V]

[V]

[A]

[A]

[%]

ONAN

50000

34500

14400

837

2005

12.50

ONAF

65000

34500

14400

1088

2606

10650

13800

9.40

K (*)

T (*)

[x In]

[s]

Dyn11

5.50

1.00

D

6.40

0.70

6.40

0.70

5-TR-600A / B

5-TR-602A /603A

5325

1725

1782

d11:45

5325

1725

1782

y10:45

10650 5-TR-602B /603B

446

13800

446

9.40

D

5325

1725

1782

d0:15

5325

1725

1782

y11:15

56-TR-611 -612A / B

2500

13800

420

105

3437

9.00

Dyn11

7.50

0.45

5-TR-611 -612 -613 -614A / B

2500

13800

420

105

3437

9.00

Dyn11

7.50

0.45

5-TR-601A / B

15000

13800

4350

628

1991

12.00

Dyn11

6.00

0.80

(*) ESTEEMED VALUE IN-RUSH CURRENT IS CALCULATED WITH THE FOLLOWING FORMULA: Iin-rush = In x K x exp(-t/T)/√2

NOTE


8606001370

MOTORS RATING

DWG.:

1VCC006007T0601

VOLTAGE:

13.8 kV

PAGE:

A03

SWGR:

5-SW-600

REV.:

2

RATED

RATED

RATED

POWER

VOLTAGE

CURRENT

[kW]

[V]

[A]

1880

13800

94

NUMBER OF STARTING /HOUR

ILR/In

STARTING TIME

DATE: 19/06/2007

STARTING TIME

at Umin

at Umin

at 100% Un

ITEM

5KM-6101A /B

(*) ESTEEMED VALUE

COLD

3

HOT

2

at 100% Un at 100% Un

LOCKED- THERM. ROTOR CONST. TIME (Un) TIME

ILR/In

[% di In]

[s]

[% di In]

[s]

[s]

[min]

500

5.00

400

11.00

8.00

6.00

JOB: DWG: REV.:

TASNEE HDPE/LDPE PROJECT RELAY SETTING TABLE

PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007

SWITCHBOARD: 5-SW-600 VOLTAGE: 13.8 kV PAGE: A04

RELAY OR FUNCTION

RELAY CHARACTERISTICS In

PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

5KM-6101A /B

4

1-2-3 ABB 2

θ>

5

OPERATING and/or CHARACT.

49

Pn [kW]

= 1880

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

THERMAL

TIME C.T. ratio V.T. ratio: RING C.T. ratio:

TMn= 50 .. 400 °C

NOTES

125 / 1 13800:√3 / 110:√3 13800 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

97.5

0.78

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

720

121 °

121

720

Un [kV]

= 13.8

Tini= 10 .. 400 °C

In [A]

= 94.0

T Trip= 50 .. 400 °C

8

I str. [x In] a 100% Un

= 5.00

T Warn= 50 .. 400 °C

116 °

116

9

t str. [s] a 100% Un

= 5.00

T env= 10 .. 50 °C

50 °

50.0

I str. [x In] a Umin 46

m<3 t str. [s] a Umin

12

nr. str. from cold

13 14

48

I>

= 4.00 = 11.00

T rst= 10 .. 400 °C 46

INVERSE

= 3

nr. str. from hot

= 2

within hours

= 1

I> t>

18 51LR I> t>

INVERSE

0.20

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

415

4.26

IMs= 0.200 .. 0.800 Is

237

0.57

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

50

I>>

50IST

DEF. TIME

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

22

t= 0.020 .. 300 s

Ncs (Cold)= 1 .. 10 t rst=1.00 .. 7200.00 s IEF>>= 0.05 .. 40.00 Ion t= 0.040 .. 30 s U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

A22

A3g SENSOR: 1,2,3

SPABUS CH.: 74

20.0

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

0% 0.78

50tLOW

A3

1.00 98

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

25

90

25

IMn= 0.200 .. 2.000 In

19 20

UNDERVOLTAGE

90 °

Timer decr= 0 .. 100% 51MS

16 51

K= 2.0 … 30.0 Reset time= 0 .. 2000 s

15 17

Is= 0.05 .. 0.30 In

A16

1440

τ OVERHEAT= 10 .. 20000 s

6

11

PAGE CODE

110

7

10

#### A CURVES

and/or

110:√3 110 1

G

MOTOR PROTECTION

Un

SETTINGS

SETTING

1

REF 542 PLUS

Cable= 1x(3x150) mm 49

MODEL

L..

1 3

MNFR

C.T.

11.0

BLOCK 51LR (CH. 86)+TRIP

15.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

189

1.51

98

0.78

261 650

2.68 5.20

2.00 0.08

2.00

80.0

SENSOR: 1,2,3

SPABUS CH.: 51 SPABUS CH.: 87

3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

9660

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE CONTINUATION FOR:

2

MOTORS:

3

5KM-6101A /B

1-2-3 ABB

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

In1= 10-10000 A

94

94

In2= 10-10000 A

94

I/U [A/V]

TIME

REF 542

1

C.T. ratio

125 / 1

PLUS

1

Star point C.T. ratio

125 / 1

87

Id

DIFFERENTIAL

87

I1n [A]

= 94

7

I2n [A]

= 94

NOTES

transformer earthing

INSTANT.

group= 0-11

PAGE CODE

0

Prim. Earth= YES/NO Sec. Earth= YES/NO

SPABUS CH.: 79 SENSOR: 1,2,3

94 NO

SENSOR: 4,5,6 NO

9

threshold current

Id1= 0.1-0.5 Ir

0.15

10

unbiased region limit

Ib1= 0.5-5 Ir

0.50

11

slighly biased region threshold

Id2= 0.2-2 Ir

1.00

12

slighly biased region limit

Ib2= 1-10 Ir

2.00

13

heavily biased slope

slope= 0.4-1 In

0.50

14

trip by Id>

15

Second Harmonics

2HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

16

Fifth Harmonics

5HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

17

#### CURVES

SETTING


SETTINGS

G

6 8

MODEL

L..

1

4 5

MNFR

C.T.

Id>= 0.5-40 In

7.00

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE FEEDERS TO TRANSFORMERS

2

56-TR-611 -612A /B θ>

5

CHARACT.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

150 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

N


1-2-3 ABB

OPERATING and/or

SETTINGS

NOTES PAGE CODE

A17

A4

A22

A4g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 2500

Un [kV]

= 13.8

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 105

Tini= 10 .. 400 °C

7

Vcc [%]

= 9.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

108

0.72

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

SPABUS CH.: 74

90 °

90

11

51

I>

PHASE OVERCURRENT INVERSE TIME

51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

128

0.85

1.50

SENSOR: 1,2,3

SPABUS CH.: 58

12

50t

I>>

PHASE OVERCURRENT DEFINITE TIME

50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

315

2.10

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>

SHORT CIRCUIT OVERCURRENT

50IST

DEF. TIME

t= 0.015 .. 30 s

1425

9.5

0.05

SENSOR: 1,2,3

SPABUS CH.: 51

14

64

Io>> GROUND FAULT OVERCURRENT

50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1800

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

5-TR-611 -612 -613 -614A /B 2

3 θ>

5

1-2-3 ABB


Sn [kVA]

= 2500

Un [kV]

= 13.8

Un

SETTINGS

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

150 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

NOTES PAGE CODE

A18

A5

A22

A5g

PLUS N


MODEL

L..

1

4

MNFR

C.T.

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 105

Tini= 10 .. 400 °C

7

Vcc [%]

= 9.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

108

0.72

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

SPABUS CH.: 74

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

128

0.85

1.50

SENSOR: 1,2,3

SPABUS CH.: 58

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

315

2.10

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

1425

9.5

0.05

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1800

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

5-TR-601A /B θ>

5

CHARACT.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

800 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

N


1-2-3 ABB

OPERATING and/or

SETTINGS

NOTES PAGE CODE

A19

A6

A22

A6g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 15000

Un [kV]

= 13.8

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

τ OFF= 10 .. 100000 s (I<0.1 IMn)

648

0.81

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

6

In [A]

= 628

Tini= 10 .. 400 °C

7

Vcc [%]

= 12.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

9 10

SPABUS CH.: 74

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

760

0.95

1.50

SENSOR: 1,2,3

SPABUS CH.: 58

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

2520

3.15

0.75

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

6400

8.0

0.05

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

40.00

0.40

0.10

SENSOR: 7

SPABUS CH.: 66

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1800

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

5-TR-602 -603A /B Cable= 2x 6x(1x400) mm 49

θ>

5

1-2-3 ABB


Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

1100 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

SETTINGS

NOTES PAGE CODE

A20

A7

A22

A7g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 21300

Un [kV]

= 13.8

N

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

τ OFF= 10 .. 100000 s (I<0.1 IMn)

924

0.84

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

6

In [A]

= 891

Tini= 10 .. 400 °C

7

Vcc [%]

= 9.4

T Trip= 50 .. 400 °C

8

Vector Group

= D…

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

9 10

SPABUS CH.: 74

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

1100

1.00

0.05

SENSOR: 1,2,3

SPABUS CH.: 58

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

2695

2.45

0.25

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

6600

6.0

0.05

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

40.00

0.40

0.10

SENSOR: 7

SPABUS CH.: 66

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1800

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MODEL

L..

1

FEEDERS TO

2

6-SW-600A

1-2-3 ABB


N 49

θ>

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

3150 / 1

RING C.T. ratio:

3150 / 1

#### CURVES

SETTING

1

REF 542

SETTINGS

NOTES PAGE CODE

A21

A8

A22

A8g

PLUS

3 4

MNFR

C.T.

Sn [kVA]

= 65000

5

Un [kV]

= 14.4

6

In [A]

= 2606

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C Tini= 10 .. 400 °C

τ OFF= 10 .. 100000 s (I<0.1 IMn)

2615

0.83

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1200


121 °

121

1200

7

T Trip= 50 .. 400 °C

8

T Warn= 50 .. 400 °C

116 °

116

9

T env= 10 .. 50 °C

50 °

50.0

10

SPABUS CH.: 74

90 °

90

11

51

I>


51IDMT

VERY INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

2678

0.85

0.50

SENSOR: 1,2,3

SPABUS CH.: 57

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

7875

2.50

0.30

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

7875

2.5

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

14

51N

50GLOW

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

189.0

0.06

0.40

SENSOR: 1,2,3

SPABUS CH.: 67

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1200

Io>> GROUND FAULT OVERCURRENT DEF. TIME

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L..

1

METERING BUSBARS

2

1-2-3 ABB


Un

C.T.

SETTINGS

SETTING

and/or

RANGE

V.T.

PRIMARY

RATIO

VALUE

I/U [A/V]

TIME

#### CURVES NOTES

I/U [pu/A/V]

TIME

PAGE CODE

[s/..]

REF 542

110:√3 110

Busbar A V.T. ratio:

13800:√3 / 110:√3 13800

110

110

5-SW-600

PLUS

110:√3 110

Busbar B V.T. ratio:

13800:√3 / 110:√3 13800

110

110

3 4

27A

U<

UNDERVOLTAGE BUSBAR "A"

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

9660

0.70

0.04

5

59A

U>

OVERVOLTAGE BUSBAR "A"

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

16560

1.20

5.00

6

27B

U<

UNDERVOLTAGE BUSBAR "B"

27HIGH

DEF. TIME

U<<= 0.1 … 1.2 Un

t= 0.040 … 30 s

9660

0.70

0.05

7

59B

U>

OVERVOLTAGE BUSBAR "B"

59HIGH

DEF. TIME

U>>= 0.1 … 3.0 Un

t= 0.040 … 30 s

16560

1.20

5.00

motor shedding

alarm motor shedding

alarm

SENSOR: 1,2,3

SPABUS CH.: 65

SENSOR: 1,2,3

SPABUS CH.: 62

SENSOR: 4,5,6

SPABUS CH.: 64

SENSOR: 4,5,6

SPABUS CH.: 61

8 9

BUSBARS

10

GEN. SETTINGS: Meas - Measuring mode

1-2-3 ABB

1

REM 543

C.T. ratio:

3150 / 1 Fundamental frequency

11

- Drop-off time of the operate time counter

12

- FOR ALL THE RELAY FUNCTION NOT DESCRIBED INTO THE SETTING TABLE SHALL BE SET 'NOT IN USE' FOR THE OPERATION MODE

13

87

14

A/B

15 16

Id>

HIGH IMPEDANCE DIFFERENTIAL

INSTANT.

0-1000 ms Id>= 0.5-50 %In

t= 0.03 .. 0.50 s

100 ms 1575

50%

0.03

Diff3

3ΔI>

CT's Vk > 660 V Stab. Res. = 544 Ohm - Vs = 272 V

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L..

1

BUS TIE

2

In [A]

1-2-3 ABB = 2606

3


Un

C.T. and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

C.T. ratio:

110:√3 110

PLUS

TIME

V.T. ratio:

#### CURVES

SETTING

1

REF 542

SETTINGS

NOTES

3150 / 1 13800:√3 / 110:√3 13800

110

PAGE CODE

(*)

A2

A22

A2g

110

N

4

51

I>


51IDMT

VERY INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

2678

0.85

0.50

SENSOR: 1,2,3

SPABUS CH.: 57

5

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

7875

2.50

0.30

SENSOR: 1,2,3

SPABUS CH.: 52

6

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

7875

2.50

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

7

51N

50GLOW

to>>= 0.04..30 s tΔ= 0.2-1000 s

0.06

0.40

SENSOR: 1,2,3

SPABUS CH.: 67

25

Io>>= 0.05-40 Ion ΔU= 0.02-0.4 Un

189.0

8

DEF. TIME DEF. TIME

2070

0.15

2.00

SENSOR: 4-5 / 8

SPABUS CH.: 85

10° 00'

10.0

9 10

Io>> GROUND FAULT OVERCURRENT DEF. TIME ΔU/Δf SYNCHRO-CHECK Δϕ

25

Δϕ= 5-50°

(*) ALL PHASE FAULT DRWG's

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L..

1

INCOMERS FROM:

2

5-TR-600A /B

1-2-3 ABB


RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio: V.T. ratio:

NOTES

3150 / 1

49

θ>

Sn [kVA]

= 65000

6

Un [kV]

= 14.4

7

In [A]

= 2606

49

THERMAL

Star Point C.T. ratio:

110

Tini= 10 .. 400 °C

τ OFF= 10 .. 100000 s (I<0.1 IMn)

2678

0.85

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

T Trip= 50 .. 400 °C

9

T Warn= 50 .. 400 °C

116 °

116

10

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C

A22

A1g

A22

A1gg SENSOR: 1,2,3

SPABUS CH.: 74

1800


8

11

A1

110

400 / 1

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

PAGE CODE

(*)

13800:√3 / 110:√3 13800

N 1

#### CURVES

and/or

110:√3 110

4 5

SETTINGS

SETTING

1

REF 542 PLUS

3

Un

C.T.

90 °

90

12

51

I>


51IDMT

VERY INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

2898

0.92

1.00

SENSOR: 1,2,3

SPABUS CH.: 57

13

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

9450

3.00

0.60

SENSOR: 1,2,3

SPABUS CH.: 52

14

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

9450

3.00

0.60

SENSOR: 1,2,3

SPABUS CH.: 51

15

51N

Io>

GROUND FAULT OVERCURRENT DEF. TIME

50GLOW

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

189

0.06

2.00

SENSOR: 1,2,3

SPABUS CH.: 67

16

51G

Io>


50GHIGH

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

40

0.10

2.50

SENSOR: 7

SPABUS CH.: 66

17

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

9660

0.70

5.00

Trip

SENSOR: 4,5,6

SPABUS CH.: 65

18

59

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

16560

1.20

30.00

Trip

SENSOR: 4,5,6

SPABUS CH.: 62

19

67

67HIGH

DEF. TIME

I>>= 0.05-40 In

t>>= 0.08-300 s

315.0

0.10

0.10

SENSOR: I1,3-U4,6

SPABUS CH.: 54

DEF. TIME

IE>>= 0.05-40 In

t= 0.04-30 s

315.00

0.10

0.10

SENSOR: I7-U4,5,6

REV. DIRECT. SPABUS CH.: 72

I> --> DIRECTIONAL PHASE OVERCURRENT

20 21 22

67N

Io>-> DIRECTIONAL GROUND FAULT OVERCURRENT67NHIGH

Uo= 0.02-0.7 Un

0.10

DIRECTION LINE

23

NETTYPE: GROUNDED

24


(COS PHI)

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MODEL

L..

1

CONTINUATION FOR:

2

INCOMERS FROM:

3

5-TR-600A /B

4 5

MNFR

1-2-3 ABB

C.T.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

In1= 10-100000 A

1088

1088

In2= 10-100000 A

2606

2606

I/U [A/V]

TIME

REF 542

1

34.5 kV C.T. ratio

1250 / 1

PLUS

1

13.8 kV C.T. ratio

3150 / 1

NOTES

87

Id

DIFFERENTIAL

87

I1n [A]

= 1088

7

I2n [A]

= 2606

8

INSTANT.


group= 0-11

11


NO

SPABUS CH.: 79 SENSOR: 1,2,3 SENSOR: 4,5,6 YES

9

threshold current

Id1= 0.1-0.5 Ir

0.30

10


Ib1= 0.5-5 Ir

0.50

11


Id2= 0.2-2 Ir

1.00

12


Ib2= 1-10 Ir

2.00

13


slope= 0.4-1

0.50

14

trip by Id>

15

Second Harmonics

2HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

16 17

Fifth Harmonics RESTRICTED EARTH FAULT DIFFERENTIAL

5HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

87N

Iod

In [A]

Id>= 0.5-40 In

87N

= 2606

9.00

INSTANT.

SPABUS CH.: 95

19

threshold current

Id= 0.1-0.5 Ir

2606 261

20


Ib1= 0.01-1 Ir

1303

21

slighly biased region slope

slope= 0.01-2

22


Ib2= 0.01-2 Ir

23


slope= 0.1-1

24

Relay operate angle

ROA= 60-180°

25

Time

26

PAGE CODE

G

6

18

#### CURVES

SETTING


SETTINGS

Ir= 1-100000 A

2606

SENSOR: 4,5,6

0.10

SENSOR: 7

0.50 0.70

3258

1.25 1.00 75

t= 0.040 … 100 s

0.05

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

CODE CODE

PH

MNFR

MODEL

L..

1

CONTINUATION FOR:

1

INCOMERS FROM:

2

5-TR-600A /B

1-2-3 SIEM

C.T.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

LINE CT -->

1250 / 1

I/U [A/V]

1

7SD6001

FREQUENCY -->

-…-2DA0

#### CURVES

SETTING


SETTINGS

NOTES PAGE CODE

Cod. 7816= Existing

60 [Hz]

Cod. 1101= 60

3

Cod. 1102= 1250 Cod. 1103=1250

4 5

Pilo wire resist.=0-2000 Ohm Min Trip Comm.=0.01-60 s 87L

Id>

LINE DIFFERENTIAL:

INSTANT

Id>= 0.5-2.5 In

tId>=0-60 s

0.00

0.20

Cod. 1131= 0.00

Cod.1134= 0.20

1.00

0.00

Cod 1501=ON Cod.1503= 1.00

Cod.1525= 0.00

6

Imin 0-1.5 In

7

Intertrip= ON-OFF

Send Prol.trip = 0-5 s

ON

0.10

Cod.1541= ON

Cod.1542= 0.10

8

Id for spill 0.1-1 In

time for spill=5-60 s

0.4

5

Cod.1550= 0.40

Cod.1551= 5

9

Pilot Wire Monitoring

10 Emergency Overcurrent

12

Direct Remote Trip

13

Trip Receiver

15

Station Identification I>= 0.1-15 In

Cod.1523= 0.00

Cod 1601=ON Cod.1602= slave

slave

Block diff during failure time for blocking=0.2-60 s

11

14

0.00

tI>=0-60 s

on

5.0

2.0

0.10

Send Prol.transfer = 0-60 s

0.00

Receive signal.transfer = 0-60 s

0.03

Receive Prol.transfer = 0-60 s

0.20

Cod.1603= on Cod 1701=OFF Cod.1702= 2.0

Cod.1604= 5.0

Cod 2301=ON

Cod.2303= 0.03

Cod.1703= 0.10 Cod.2203= 0.00 Cod.2303= 0.20

JOB.:

8606001370

DWG.:

1VCC006007T0601

REV.:

2


DATA: 19/06/2007

ATTACHMENT 'B'


B01

TRANSFORMERS DATA

B02

MOTORS DATA

B03

RELAY SETTING TABLE

B04-B16

SELECTIVITY CURVES

B17-B23


8606001370

TRANSFORMERS RATING

DWG.:

1VCC006007T0601

VOLTAGE:

13.8 kV

PAGE:

B02

SWGR:

6-SW-600

REV.:

2

RATED

RATED VOLTAGE

RATED CURRENT

Uk

VECTOR

DATE: 19/06/2007

IN-RUSH CURRENT

ITEM POWER

PRIMARY

SECOND.

PRIMARY

SECOND.

GROUP

K (*)

T (*)

[kVA]

[V]

[V]

[A]

[A]

[%]

[x In]

[s]

ONAN

50000

34500

14400

837

2005

12.50

Dyn11

5.50

1.00

ONAF

65000

34500

14400

1088

2606

56-TR-614A / B

2500

13800

420

105

3437

9.00

Dyn11

7.50

0.45

6-TR-611 -612 -613A / B

2500

13800

420

105

3437

9.00

Dyn11

7.50

0.45

6-TR-601A / B

6300

13800

4350

264

836

6.00

Dyn11

7.00

0.60

5200

13800

8.80

D

7.00

0.55

6-TR-600A

6-TR-602

218

2600

1725

870

d0

2600

1725

870

y11


NOTE


8606001370

MOTORS RATING

DWG.:

1VCC006007T0601

VOLTAGE:

13.8 kV

PAGE:

B03

SWGR:

6-SW-600

REV.:

2


RATED

RATED

RATED

POWER

VOLTAGE

CURRENT

[kW]

[V]

[A]

6PM-1801A /S

1500

13800

74

3

6PM-1802A /S

1200

13800

59

3

ILR/In

STARTING TIME

DATE: 19/06/2007

STARTING TIME

at Umin

at Umin

at 100% Un

ITEM

(*) ESTEEMED VALUE

COLD

HOT

at 100% Un at 100% Un


ILR/In

[% di In]

[s]

[% di In]

[s]

[s]

[min]

2

600

3.00

480

5.50

6.00

7.00

2

600

3.50

480

6.00

7.00

7.00

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007

SWITCHBOARD: 6-SW-600 VOLTAGE: 13.8 kV PAGE: B04

RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

6PM-1801A /S

4

1-2-3 ABB 2

θ>

5


49

Pn [kW]

= 1500

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

THERMAL


TMn= 50 .. 400 °C

NOTES

150 / 1 13800:√3 / 110:√3 13800 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

76.5

0.51

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

600

121 °

121

600

Un [kV]

= 13.8

Tini= 10 .. 400 °C

In [A]

= 74.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 3.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80 = 5.50

T rst= 10 .. 400 °C 46

INVERSE

= 3

nr. str. from hot

= 2

within hours

= 1

I> t>

18 51LR I> t>

INVERSE

0.20

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

386

5.04

IMs= 0.200 .. 0.800 Is

224

0.58

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

50

I>>

50IST

DEF. TIME

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

22

t= 0.020 .. 300 s


t= 0.040 … 30 s

B23

B3g SENSOR: 1,2,3

SPABUS CH.: 74

20.0

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

0% 0.51

50tLOW

B3

1.00 77

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

25

90

30

IMn= 0.200 .. 2.000 In

19 20

UNDERVOLTAGE

90 °


16 51

K= 2.0 … 30.0 Reset time= 0 .. 2000 s

15 17

Is= 0.05 .. 0.30 In

B17

1200


6

11

PAGE CODE

110

7

10

#### B CURVES

and/or

110:√3 110 1

G

MOTOR PROTECTION

Un

SETTINGS

SETTING

1

REF 542 PLUS


MODEL

L..

1 3

MNFR

C.T.

8.5


8.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

179

1.19

77

0.51

246 615

3.22 4.10

2.00 0.08

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

9660

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

MOTORS:

3

6PM-1801A /S

1-2-3 ABB

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

In1= 10-10000 A

74

74

In2= 10-10000 A

74

I/U [A/V]

TIME

REF 542

1

C.T. ratio

150 / 1

PLUS

1


150 / 1

87

Id

DIFFERENTIAL

87

I1n [A]

= 74

7

I2n [A]

= 74

NOTES


INSTANT.

group= 0-11

PAGE CODE

0



74 NO

SENSOR: 4,5,6 NO

9

threshold current

Id1= 0.1-0.5 Ir

0.15

10


Ib1= 0.5-5 Ir

0.50

11


Id2= 0.2-2 Ir

1.00

12


Ib2= 1-10 Ir

2.00

13


slope= 0.4-1 In

0.50

14

trip by Id>

15

Second Harmonics

2HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

16

Fifth Harmonics

5HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

17

#### CURVES

SETTING


SETTINGS

G

6 8

MODEL

L..

1

4 5

MNFR

C.T.

Id>= 0.5-40 In

7.00

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

6PM-1802A /S

4

1-2-3 ABB 2

θ>

5


49

Pn [kW]

= 1200

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

THERMAL


TMn= 50 .. 400 °C

NOTES

150 / 1 13800:√3 / 110:√3 13800 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

61.5

0.41

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

600

121 °

121

600

Un [kV]

= 13.8

Tini= 10 .. 400 °C

In [A]

= 59.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 3.50

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80 = 6.00

T rst= 10 .. 400 °C 46

INVERSE

= 3

nr. str. from hot

= 2

within hours

= 1

I> t>

18 51LR I> t>

INVERSE

0.20

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

312

5.07

IMs= 0.200 .. 0.800 Is

178

0.57

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

50

I>>

50IST

DEF. TIME

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

22

t= 0.020 .. 300 s


t= 0.040 … 30 s

B23

B4g SENSOR: 1,2,3

SPABUS CH.: 74

20.0

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

0% 0.41

50tLOW

B4

1.00 62

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

25

90

30

IMn= 0.200 .. 2.000 In

19 20

UNDERVOLTAGE

90 °


16 51

K= 2.0 … 30.0 Reset time= 0 .. 2000 s

15 17

Is= 0.05 .. 0.30 In

B18

1200


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1

G

MOTOR PROTECTION

Un

SETTINGS

SETTING

1

REF 542 PLUS


MODEL

L..

1 3

MNFR

C.T.

9.0


9.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

143

0.95

62

0.41

196 495

3.18 3.30

2.00 0.08

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

9660

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

MOTORS:

3

6PM-1802A /S

1-2-3 ABB

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

In1= 10-10000 A

59

59

In2= 10-10000 A

59

I/U [A/V]

TIME

REF 542

1

C.T. ratio

150 / 1

PLUS

1


150 / 1

87

Id

DIFFERENTIAL

87

I1n [A]

= 59

7

I2n [A]

= 59

NOTES


INSTANT.

group= 0-11

PAGE CODE

0



59 NO

SENSOR: 4,5,6 NO

9

threshold current

Id1= 0.1-0.5 Ir

0.15

10


Ib1= 0.5-5 Ir

0.50

11


Id2= 0.2-2 Ir

1.00

12


Ib2= 1-10 Ir

2.00

13


slope= 0.4-1 In

0.50

14

trip by Id>

15

Second Harmonics

2HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

16

Fifth Harmonics

5HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

17

#### CURVES

SETTING


SETTINGS

G

6 8

MODEL

L..

1

4 5

MNFR

C.T.

Id>= 0.5-40 In

7.00

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

56-TR-614A /B θ>

5

CHARACT.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

150 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

N


1-2-3 ABB

OPERATING and/or

SETTINGS

NOTES PAGE CODE

B19

B5

B23

B5g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 2500

Un [kV]

= 13.8

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 105

Tini= 10 .. 400 °C

7

Vcc [%]

= 9.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

108

0.72

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

SPABUS CH.: 74

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

128

0.85

1.50

SENSOR: 1,2,3

SPABUS CH.: 58

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

315

2.10

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

1425

9.5

0.05

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1800

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

6-TR-611 -612 -613A /B θ>

5

CHARACT.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

150 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

N


1-2-3 ABB

OPERATING and/or

SETTINGS

NOTES PAGE CODE

B20

B6

B23

B6g

PLUS

2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 2500

Un [kV]

= 13.8

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 105

Tini= 10 .. 400 °C

7

Vcc [%]

= 9.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

108

0.72

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

SPABUS CH.: 74

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

128

0.85

1.50

SENSOR: 1,2,3

SPABUS CH.: 58

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

315

2.10

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

1425

9.5

0.05

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1800

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

6-TR-601A /B θ>

5

CHARACT.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

300 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

N


1-2-3 ABB

OPERATING and/or

SETTINGS

NOTES PAGE CODE

B21

B7

B23

B7g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 6300

Un [kV]

= 13.8

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 264

Tini= 10 .. 400 °C

7

Vcc [%]

= 6.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

273

0.91

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

SPABUS CH.: 74

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

330

1.10

1.50

SENSOR: 1,2,3

SPABUS CH.: 58

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

1920

6.40

0.75

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

5400

18.0

0.05

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

20.00

0.20

0.10

SENSOR: 7

SPABUS CH.: 66

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1800

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

6-TR-602 Cable= 2x 6x(1x400) mm 49

θ>

5

1-2-3 ABB


Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

300 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

SETTINGS

NOTES PAGE CODE

B22

B8

B23

B8g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 5200

Un [kV]

= 13.8

N

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 218

Tini= 10 .. 400 °C

7

Vcc [%]

= 8.8

T Trip= 50 .. 400 °C

8

Vector Group

= Dd0Y11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

225

0.75

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

SPABUS CH.: 74

SPABUS CH.: 58

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

270

0.90

1.50

SENSOR: 1,2,3

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

765

2.55

0.25

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

3000

10.0

0.05

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

20.00

0.20

0.10

SENSOR: 7

SPABUS CH.: 66

15

T rst= 10 .. 400 °C

SENSOR: 1,2,3 1800

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L.. 1-2-3 ABB


1

METERING BUSBAR

2

6-SW-600

PLUS

Un

C.T. SETTING

and/or

RANGE

V.T.

PRIMARY

RATIO

VALUE

I/U [A/V]

110:√3 110

REF 542

SETTINGS

TIME Busbar V.T. ratio:

#### CURVES NOTES

13800:√3 / 110:√3 13800

I/U [pu/A/V] 110

TIME

PAGE CODE

[s/..] 110

3 4

27

U<


27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

9660

0.70

0.04

5

59

U>


59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

16560

1.20

5.00

motor shedding

alarm

SENSOR: 1,2,3

SPABUS CH.: 65

SENSOR: 1,2,3

SPABUS CH.: 62

6 7

BUSBAR

8

GEN. SETTINGS: Meas - Measuring mode

1-2-3 ABB

1

REM 543

C.T. ratio:

3150 / 1 Fundamental frequency

9

- Drop-off time of the operate time counter

10

- FOR ALL THE RELAY FUNCTION NOT DESCRIBED INTO THE SETTING TABLE SHALL BE SET 'NOT IN USE' FOR THE OPERATION MODE

11

87

Id>

HIGH IMPEDANCE DIFFERENTIAL

INSTANT.

0-1000 ms Id>= 0.5-50 %In

t= 0.03 .. 0.50 s

100 ms 1575

50%

0.03

Diff3

3ΔI>

12

CT's Vk > 660 V

13

Stab. Res. = 544 Ohm - Vs = 272 V

14

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L..

1

INCOMERS FROM:

2

6-TR-600A

1-2-3 ABB


RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


NOTES

3150 / 1

49

θ>

Sn [kVA]

= 65000

6

Un [kV]

= 14.4

7

In [A]

= 2606

49

THERMAL


110

Tini= 10 .. 400 °C

τ OFF= 10 .. 100000 s (I<0.1 IMn)

2678

0.85

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

T Trip= 50 .. 400 °C

9

T Warn= 50 .. 400 °C

116 °

116

10

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C

B23

B1g

B23

B1gg SENSOR: 1,2,3

SPABUS CH.: 74

1800


8

11

B1

110

400 / 1

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

PAGE CODE

(*)

13800:√3 / 110:√3 13800

N 1

#### CURVES

and/or

110:√3 110

4 5

SETTINGS

SETTING

1

REF 542 PLUS

3

Un

C.T.

90 °

90

12

51

I>


51IDMT

VERY INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

2898

0.92

1.00

SENSOR: 1,2,3

SPABUS CH.: 57

13

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

9450

3.00

0.60

SENSOR: 1,2,3

SPABUS CH.: 52

14

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

9450

3.00

0.60

SENSOR: 1,2,3

SPABUS CH.: 51

15

51N

Io>


50GLOW

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

189

0.06

2.00

SENSOR: 1,2,3

SPABUS CH.: 67

16

51G

Io>


50GHIGH

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

40

0.10

2.50

SENSOR: 7

SPABUS CH.: 66

17

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

9660

0.70

5.00

Trip

SENSOR: 4,5,6

SPABUS CH.: 65

18

59

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

16560

1.20

30.00

Trip

SENSOR: 4,5,6

SPABUS CH.: 62

19

67

67HIGH

DEF. TIME

I>>= 0.05-40 In

t>>= 0.08-300 s

315.0

0.10

0.10

SENSOR: I1,3-U4,6

SPABUS CH.: 54

DEF. TIME

IE>>= 0.05-40 In

t= 0.04-30 s

315.00

0.10

0.10

SENSOR: I7-U4,5,6



20 21 22

67N


Uo= 0.02-0.7 Un

0.10

DIRECTION LINE

23

NETTYPE: GROUNDED

24


(COS PHI)

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MODEL

L..

1

CONTINUATION FOR:

2

INCOMERS FROM:

3

6-TR-600A

4 5

MNFR

1-2-3 ABB

C.T.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

In1= 10-100000 A

1088

1088

In2= 10-100000 A

2606

2606

I/U [A/V]

TIME

REF 542

1

34.5 kV C.T. ratio

1250 / 1

PLUS

1

13.8 kV C.T. ratio

3150 / 1

NOTES

87

Id

DIFFERENTIAL

87

I1n [A]

= 1088

7

I2n [A]

= 2606

8

INSTANT.


group= 0-11

11


NO


9

threshold current

Id1= 0.1-0.5 Ir

0.30

10


Ib1= 0.5-5 Ir

0.50

11


Id2= 0.2-2 Ir

1.00

12


Ib2= 1-10 Ir

2.00

13


slope= 0.4-1

0.50

14

trip by Id>

15

Second Harmonics

2HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

16 17


5HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

87N

Iod

In [A]

Id>= 0.5-40 In

87N

= 2606

9.00

INSTANT.

SPABUS CH.: 95

19

threshold current

Id= 0.1-0.5 Ir

2606 261

20


Ib1= 0.01-1 Ir

1303

21


slope= 0.01-2

22


Ib2= 0.01-2 Ir

23


slope= 0.1-1 In

24

Relay operate angle

ROA= 60-180°

25

Time

26

PAGE CODE

G

6

18

#### CURVES

SETTING


SETTINGS

Ir= 1-100000 A

2606

SENSOR: 4,5,6

0.10

SENSOR: 7

0.50 0.70

3258

1.25 1.00 75

t= 0.040 … 100 s

0.05

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

CODE CODE

PH

MNFR

MODEL

L..

1

CONTINUATION FOR:

1

INCOMERS FROM:

2

6-TR-600A

1-2-3 SIEM

C.T.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

LINE CT -->

1250 / 1

I/U [A/V]

1

7SD6001

FREQUENCY -->

-…-2DA0

#### CURVES

SETTING


SETTINGS

NOTES PAGE CODE

Cod. 7816= Existing

60 [Hz]

Cod. 1101= 60

3

Cod. 1102= 1250 Cod. 1103=1250

4 5

Pilo wire resist.=0-2000 Ohm Min Trip Comm.=0.01-60 s 87L

Id>

LINE DIFFERENTIAL:

INSTANT

Id>= 0.5-2.5 In

tId>=0-60 s

0.00

0.20

Cod. 1131= 0.00

Cod.1134= 0.20

1.00

0.00

Cod 1501=ON Cod.1503= 1.00

Cod.1525= 0.00

6

Imin 0-1.5 In

7

Intertrip= ON-OFF

Send Prol.trip = 0-5 s

ON

0.10

Cod.1541= ON

Cod.1542= 0.10

8

Id for spill 0.1-1 In

time for spill=5-60 s

0.4

5

Cod.1550= 0.40

Cod.1551= 5

9

Pilot Wire Monitoring

10 Emergency Overcurrent

12

Direct Remote Trip

13

Trip Receiver

15

Station Identification I>= 0.1-15 In

Cod.1523= 0.00

Cod 1601=ON Cod.1602= slave

slave

Block diff during failure time for blocking=0.2-60 s

11

14

0.00

tI>=0-60 s

on

5.0

2.0

0.10

Send Prol.transfer = 0-60 s

0.00

Receive signal.transfer = 0-60 s

0.03

Receive Prol.transfer = 0-60 s

0.20

Cod.1603= on Cod 1701=OFF Cod.1702= 2.0

Cod.1604= 5.0

Cod 2301=ON

Cod.2303= 0.03

Cod.1703= 0.10 Cod.2203= 0.00 Cod.2303= 0.20

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MODEL

L..

1

INCOMING FROM

2

5-SW-600A

1-2-3 ABB


θ>

Sn [kVA]

= 65000

5

Un [kV]

= 14.4

6

In [A]

= 2606

49

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

THERMAL

TIME C.T. ratio: V.T. ratio: RING C.T. ratio:

TMn= 50 .. 400 °C Tini= 10 .. 400 °C

NOTES

3150 / 1 13800:√3 / 110:√3 13800 3150 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

110

2615

0.83

110 °

110

(*)

B2

B23

B2g

τ NORMAL= 10 .. 20000 s

90 °

90

1200

121 °

121

1200

8

T Warn= 50 .. 400 °C

116 °

116

9

T env= 10 .. 50 °C

50 °

50.0

SENSOR: 1,2,3

SPABUS CH.: 74

1200


T Trip= 50 .. 400 °C

T rst= 10 .. 400 °C

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1

N 49

Un

SETTINGS

SETTING

1

REF 542 PLUS

3 4

MNFR

C.T.

90 °

90

11

51

I>


51IDMT

VERY INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

2678

0.85

0.50

SENSOR: 1,2,3

SPABUS CH.: 57

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

7875

2.50

0.30

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

7875

2.5

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

14

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

9660

0.70

2.00

SENSOR: 4,5,6

SPABUS CH.: 65

15

59

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

16560

1.20

2.00

SENSOR: 4,5,6

SPABUS CH.: 62

16

67

67HIGH

DEF. TIME

I>>= 0.05-40 In

t>>= 0.08-300 s

315.0

0.10

0.10

SENSOR: I1,3-U4,6

SPABUS CH.: 54

DEF. TIME

IE>>= 0.05-40 In

t= 0.04-30 s

315.00

0.10

0.10

SENSOR: I1,3-U4,6



17 18

67N


19

Uo= 0.02-0.7 Un

0.10

DIRECTION LINE

20 21 22 23

NETTYPE: GROUNDED 25

ΔU/Δf SYNCHRO-CHECK Δϕ

25

DEF. TIME

ΔU= 0.02-0.4 Un Δϕ= 5-50°

tΔ= 0.2-1000 s

2070

0.15

10° 00'

10.0

2.00

SENSOR: 4-5 / 8

(COS PHI)

SPABUS CH.: 85


JOB.:

8606001370

DWG.:

1VCC006007T0601

REV.:

2


DATA: 19/06/2007

ATTACHMENT 'C'


C01

TRANSFORMERS DATA

C02

MOTORS DATA

C03

RELAY SETTING TABLE

C04-C16

SELECTIVITY CURVES

C17-C26


8606001370

TRANSFORMERS RATING

DWG.:

1VCC006007T0601

VOLTAGE:

4.16 kV

PAGE:

C02

SWGR:

6-SW-601

REV.:

2

RATED

RATED VOLTAGE

RATED CURRENT

Uk

VECTOR

DATE: 19/06/2007

IN-RUSH CURRENT

ITEM

6-TR-614

POWER

PRIMARY

SECOND.

PRIMARY

SECOND.

[kVA]

[V]

[V]

[A]

[A]

[%]

630

4160

415

87.4

876

6.00


GROUP

Dyn11

K (*)

T (*)

[x In]

[s]

11.00

0.30

NOTE


8606001370

MOTORS RATING

DWG.:

1VCC006007T0601

VOLTAGE:

4.16 kV

PAGE:

C03

SWGR:

6-SW-601

REV.:

2


RATED

RATED

RATED

POWER

VOLTAGE

CURRENT

[kW]

[V]

[A]

6KM-9005A /S

522

4160

89.0

3

6KM-9001A /B

420

4160

62.3

6ABM-5104A /B

200

4160

6KM-5101A /S

260

6ABM-1901A /S

6PM-1804A /S

ILR/In

STARTING TIME

DATE: 19/06/2007

STARTING TIME

at Umin

at Umin

at 100% Un [s]

ITEM

(*) ESTEEMED VALUE

COLD

HOT

at 100% Un at 100% Un


ILR/In

[% di In]

[s]

[% di In]

[s]

2

510

4 (*)

408

8 (*)

3

2

600

4.00

480

7.90

35.0

3

2

600

4 (*)

480

8 (*)

4160

43.8

3

2

600

6.10

480

13.30

200

4160

33.0

3

2

600

4 (*)

480

8 (*)

200

4160

35.0

3

2

600

1.90

480

4.80

7.40

[min]

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007

SWITCHBOARD: 6-SW-601 VOLTAGE: 4.16 kV PAGE: C04

RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

6KM-9005A /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 522

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

125 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

91.3

0.73

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

600

121 °

121

600

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 89.0

T Trip= 50 .. 400 °C

8


= 5.10

T Warn= 50 .. 400 °C

116 °

116

9


= 4.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.08

T rst= 10 .. 400 °C

= 8.00

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

25

0.20

INVERSE

I> t>

18 51LR I> t>

91

0.73

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

401

4.39

IMs= 0.200 .. 0.800 Is

228

0.57

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

C26

C3g

20.0

27

FUS.

1-2-3 ABB

250

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

9.0


12.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

183

1.46

91

0.73

252 625

2.76 5.00

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.30

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

250

250

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

C3

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

C17

1200


6

11

PAGE CODE

110

7

10

#### C CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

C17

C3f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

6KM-9001A /B

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 420

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

100 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

64.0

0.64

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

720

121 °

121

720

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 62.3

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 4.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 7.90

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

20

0.20

INVERSE

I> t>

18 51LR I> t>

64

0.64

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

328

5.12

IMs= 0.200 .. 0.800 Is

190

0.58

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

C26

C4g

20.0

27

FUS.

1-2-3 ABB

160

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

9.0


12.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

150

1.50

64

0.64

209 520

3.27 5.20

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

160

160

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

C4

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

C18

1440


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

C18

C4f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

6ABM-5104A /B

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 200

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

36.0

0.72

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

720

121 °

121

720

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 35.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 4.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 8.00

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

10

0.20

INVERSE

I> t>

18 51LR I> t>

36

0.72

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

185

5.14

IMs= 0.200 .. 0.800 Is

105

0.57

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

C26

C5g

20.0

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

9.0


12.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

84

1.68

36

0.72

116 290

3.23 5.80

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

C5

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

C19

1440


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

C19

C5f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

6KM-5101A /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 260

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

75 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

45.0

0.60

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1200

121 °

121

1200

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 43.8

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 6.10

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 13.30

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

15

0.20

INVERSE

I> t>

18 51LR I> t>

45

0.60

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

244

5.42

IMs= 0.200 .. 0.800 Is

132

0.54

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

C26

C6g

20.0

27

FUS.

1-2-3 ABB

160

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

10.0


18.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

106

1.41

45

0.60

145 368

3.22 4.90

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

160

160

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

C6

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

C20

2400


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

C20

C6f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

6ABM-1901A /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 200

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

34.0

0.68

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

720

121 °

121

720

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 33.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 4.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 8.00

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

10

0.20

INVERSE

I> t>

18 51LR I> t>

34

0.68

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

174

5.13

IMs= 0.200 .. 0.800 Is

99

0.57

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

C26

C7g

20.0

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

9.0


12.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

80

1.59

34

0.68

109 275

3.22 5.50

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

C7

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

C21

1440


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

C21

C7f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

6PM-1804A /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 200

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

36.0

0.72

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

480

121 °

121

480

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 35.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 1.90

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 4.80

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

10

0.20

INVERSE

I> t>

36

0.72

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

181

5.04

IMs= 0.200 .. 0.800 Is

105

0.58

DEF. TIME

I>= 0.05..40.00 In

18 51LR I> t>

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

t= 0.040 .. 30 s t= 0.015 .. 30 s

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

Tws= 20 .. 200 °C

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

C26

C8g

20.0

7.5

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

84

1.68

36

0.72

116 290

3.22 5.80

2.00 0.30

2.00

80.0


7.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

C8

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

C22

960


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

C22

C8f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE FEEDERS TO TRANSFORMER

2

6-TR-614 θ>

5

CHARACT.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

100 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

N


1-2-3 ABB

OPERATING and/or

SETTINGS

NOTES PAGE CODE

C23

C9

C26

C9g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 630

Un [kV]

= 4.16

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 87.4

Tini= 10 .. 400 °C

7

Vcc [%]

= 6.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

90

0.90

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C

SENSOR: 1,2,3

SPABUS CH.: 74

SPABUS CH.: 58

1800

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

105

1.05

1.50

SENSOR: 1,2,3

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

265

2.65

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

1750

17.5

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

CEF

INVERSE

160

160

15 16 17

FUS.

1-2-3 ABB

160

C23

C9f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE CAPACITORS:

2

6PF-601A /C

1-2-3 ABB

θ>

5

CHARACT.

CAPACITOR PROTECTION

49

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


Sn [kVAR]

= 300

TMn= 50 .. 400 °C

6

Un [kV]

= 4.16

Tini= 10 .. 400 °C

7

In [A]

= 42.0

T Trip= 50 .. 400 °C

NOTES

75 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

110

43.5

0.58

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C 46

m<3

46

INVERSE

Is= 0.05 .. 0.30 In

12

K= 2.0 … 30.0

90 °

90

6.0

0.08

Reset time= 0 .. 2000 s

13

C24

C10

C26

C10g SENSOR: 1,2,3

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SPABUS CH.: 53

1800


9 11

PAGE CODE

110

8 10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

3.0 1.00

Timer decr= 0 .. 100%

0%

14

51

I> t>

50tLOW

DEF. TIME

I>= 0.05..40.00 In

t= 0.020 .. 300 s

126

1.68

0.5

SENSOR: 1,2,3

15

50

I>>

50IST

DEF. TIME

t= 0.015 .. 30 s

420

5.60

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

16

64

Io>

50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

17

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

0.50

SENSOR: 4,5,6

SPABUS CH.: 65

18

59A

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

1.50

SENSOR: 4,5,6

SPABUS CH.: 62

CEF

INVERSE

160

160

19 20 21

FUS.

1-2-3 ABB

160

C24

C10f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

6PF-601B /D

1-2-3 ABB

θ>

5

CHARACT.


49

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


Sn [kVAR]

= 150

TMn= 50 .. 400 °C

6

Un [kV]

= 4.16

Tini= 10 .. 400 °C

7

In [A]

= 21.0

T Trip= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

110

22.0

0.44

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C 46

m<3

46

INVERSE

Is= 0.05 .. 0.30 In

12

K= 2.0 … 30.0

90 °

90

3.0

0.06


13

C25

C11

C26

C11g SENSOR: 1,2,3

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SPABUS CH.: 53

1800


9 11

PAGE CODE

110

8 10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

3.0 1.00


0%

14

51

I> t>

50tLOW

DEF. TIME

I>= 0.05..40.00 In

t= 0.020 .. 300 s

63

1.26

0.5

SENSOR: 1,2,3

15

50

I>>

50IST

DEF. TIME

t= 0.015 .. 30 s

210

4.20

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

16

64

Io>

50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

17

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

0.50

SENSOR: 4,5,6

SPABUS CH.: 65

18

59A

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

1.50

SENSOR: 4,5,6

SPABUS CH.: 62

CEF

INVERSE

63

63

19 20 21

FUS.

1-2-3 ABB

63

C25

C11f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

CODE CODE

PH

MNFR

MODEL

L..

1

METERING BUSBARS

2

6-SW-601

1-2-3 ABB


Un

C.T.

SETTINGS

SETTING

and/or

RANGE

V.T.

PRIMARY

RATIO

VALUE

I/U [A/V]

TIME

#### CURVES NOTES

I/U [pu/A/V]

TIME

PAGE CODE

[s/..]

REF 542

110:√3 110


4160:√3 / 110:√3 4160

110

110

PLUS

110:√3 110


4160:√3 / 110:√3 4160

110

110

3 4

27A

U<


27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

0.04

5

59A

U>


59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

5.00

6

27B

U<


27HIGH

DEF. TIME

U<<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

0.04

7

59B

U>


59HIGH

DEF. TIME

U>>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

5.00

8

motor shedding


alarm

SENSOR: 1,2,3

SPABUS CH.: 65

SENSOR: 1,2,3

SPABUS CH.: 62

SENSOR: 4,5,6

SPABUS CH.: 64

SENSOR: 4,5,6

SPABUS CH.: 61

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L..

1

BUS TIE

2

In [A]

1-2-3 ABB = 836

3


Un

C.T. and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

C.T. ratio:

110:√3 110

PLUS

TIME

V.T. ratio:

#### CURVES

SETTING

1

REF 542

SETTINGS

NOTES

1250 / 1 4160:√3 / 110:√3 4160

110

PAGE CODE

(*)

C2

C26

C2g

110

N

4

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

875

0.70

0.50

SENSOR: 1,2,3

SPABUS CH.: 58

5

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

5000

4.00

0.25

SENSOR: 1,2,3

SPABUS CH.: 52

6

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

5000

4.00

0.25

SENSOR: 1,2,3

SPABUS CH.: 51

7

51N

50GLOW

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

125.0

0.10

0.80

SENSOR: 1,2,3

SPABUS CH.: 67

8

Io>> GROUND FAULT OVERCURRENT DEF. TIME


JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L..

1

INCOMERS FROM:

2

6-TR-601A /B

1-2-3 ABB


RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


NOTES

1250 / 1

49

θ>

Sn [kVA]

= 6300

6

Un [kV]

= 4.35

7

In [A]

= 836

49

THERMAL


110

Tini= 10 .. 400 °C

τ OFF= 10 .. 100000 s (I<0.1 IMn)

863

0.69

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

T Trip= 50 .. 400 °C

9

T Warn= 50 .. 400 °C

116 °

116

10

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C

C26

C1g

C26

C1gg SENSOR: 1,2,3

SPABUS CH.: 74

1800


8

11

C1

110

400 / 1

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

PAGE CODE

(*)

4160:√3 / 110:√3 4160

N 1

#### CURVES

and/or

110:√3 110

4 5

SETTINGS

SETTING

1

REF 542 PLUS

3

Un

C.T.

90 °

90

12

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

925

0.74

1.00

SENSOR: 1,2,3

SPABUS CH.: 58

13

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

5500

4.40

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

14

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

5500

4.40

0.50

SENSOR: 1,2,3

SPABUS CH.: 51

15

51N

Io>


50GLOW

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

125

0.10

1.10

SENSOR: 1,2,3

SPABUS CH.: 67

16

51G

Io>


50GHIGH

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

40

0.10

1.50

SENSOR: 7

SPABUS CH.: 66

17

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

5.00

Trip

SENSOR: 4,5,6

SPABUS CH.: 65

18

59

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

30.00

Trip

SENSOR: 4,5,6

SPABUS CH.: 62

19

67

67HIGH

DEF. TIME

I>>= 0.05-40 In

t>>= 0.08-300 s

125.0

0.10

0.10

SENSOR: I1,3-U4,6

SPABUS CH.: 54

DEF. TIME

IE>>= 0.05-40 In

t= 0.04-30 s

125.00

0.10

0.10

SENSOR: I7-U4,5,6



20 21 22

67N


Uo= 0.02-0.7 Un

0.10

DIRECTION LINE

23

NETTYPE: GROUNDED

24


(COS PHI)

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MODEL

L..

1

CONTINUATION FOR:

2

INCOMERS FROM:

3

6-TR-601A /B

4 5

MNFR

1-2-3 ABB

C.T.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

In1= 10-100000 A

264

264

In2= 10-100000 A

836

836

I/U [A/V]

TIME

REF 542

1

13.8 kV C.T. ratio

350 / 1

PLUS

1

4.16 kV C.T. ratio

1250 / 1

NOTES

Id

DIFFERENTIAL

87

I1n [A]

= 264

7

I2n [A]

= 836

8

INSTANT.


group= 0-11

11


NO


9

threshold current

Id1= 0.1-0.5 Ir

0.30

10


Ib1= 0.5-5 Ir

0.50

11


Id2= 0.2-2 Ir

1.00

12


Ib2= 1-10 Ir

2.00

13


slope= 0.4-1

0.50

14

trip by Id>

15

Second Harmonics

2HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

16 17


5HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

87N

Iod

In [A]

Id>= 0.5-40 In

87N

= 836

9.00

INSTANT.

SPABUS CH.: 95

19

threshold current

Id= 0.1-0.5 Ir

836 167

20


Ib1= 0.01-1 Ir

418

21


slope= 0.01-2

22


Ib2= 0.01-2 Ir

23


slope= 0.1-1 In

24

Relay operate angle

ROA= 60-180°

25

Time

26

PAGE CODE

G 87

6

18

#### CURVES

SETTING


SETTINGS

Ir= 1-100000 A

836

SENSOR: 4,5,6

0.20

SENSOR: 7

0.50 0.70

1045

1.25 1.00 75

t= 0.040 … 100 s

0.05

JOB.:

8606001370

DWG.:

1VCC006007T0601

REV.:

2


DATA: 19/06/2007

ATTACHMENT 'D'


D01

TRANSFORMERS DATA

D02

MOTORS DATA

D03

RELAY SETTING TABLE

D04-D24

SELECTIVITY CURVES

D25-D42


8606001370

TRANSFORMERS RATING

DWG.:

1VCC006007T0601

VOLTAGE:

4.16 kV

PAGE:

D02

SWGR:

5-SW-601

REV.:

2

RATED

RATED VOLTAGE

RATED CURRENT

Uk

VECTOR

DATE: 19/06/2007

IN-RUSH CURRENT

ITEM POWER

PRIMARY

SECOND.

PRIMARY

SECOND.

[kVA]

[V]

[V]

[A]

[A]

[%]

5-TR-617A /B /C

630

4160

415

87.4

876

6.00

5-TR-615

435

4160

401

60.4

626

5-TR-616

435

4160

401

60.4

626


GROUP

K (*)

T (*)

[x In]

[s]

Dyn11

11.00

0.30

3.00

Dyn11

12.00

0.25

3.00

Dyn11

12.00

0.25

NOTE


8606001370

MOTORS RATING

DWG.:

1VCC006007T0601

VOLTAGE:

4.16 kV

PAGE:

D03

SWGR:

5-SW-601

REV.:

2


RATED

RATED

RATED

POWER

VOLTAGE

CURRENT

[kW]

[V]

[A]

5PM-6101A /S

185

4160

32.0

3

5PM-6102A /S

185

4160

32.0

5-KM-3501

160

4160

5-KM-5401B /C /S

460

5-KM-5401A

ILR/In

STARTING TIME

DATE: 19/06/2007

STARTING TIME

at Umin

at Umin

at 100% Un

ITEM COLD

HOT

at 100% Un at 100% Un


ILR/In

[% di In]

[s]

[% di In]

[s]

[s]

2

580

2.70

464

6.30

20.60

3

2

580

2.70

464

6.30

20.60

29.2

3

2

510

4 (*)

408

8 (*)

4160

75.0

3

2

600

3.60

480

6.7

220

4160

40.0

3

2

600

1.00

480

1.20

5-KM-5401D

300

4160

49.7

3

2

600

3.50

480

6.70

5-KM-2402A /S

400

4160

65.0

3

2

600

3.80

480

7.60

5-KM-3201

410

4160

73.0

3

2

600

4.00

480

8.05

5-KM-2310

265

4160

45.0

3

2

600

4 (*)

480

8 (*)

5-KM-2203A /S

220

4160

36.0

3

2

600

9.00

480

22.4

5-PM-2101A /S

315

4160

51.0

3

2

600

6.00

480

14.20

6.5

5-PM-1301A /S

230

4160

39.0

3

2

600

3.10

480

6.8

24.0

6.0

5-PM-1203A /B

655

4160

108.1

3

2

600

3.30

480

7.4

22.0

6.0

5-PM-1201A /B /C

655

4160

108.1

3

2

600

3.30

480

7.4

22.0

6.0

5-PM-1202A /B

655

4160

108.1

3

2

600

3.30

480

7.4

22.0

6.0

5-MXM-1201

400

4160

69.0

3

2

600

1.30

480

3.5

16.0

5-MXM-1202

400

4160

69.0

3

2

600

1.30

480

3.5

16.0

5-MXM-1203

400

4160

69.0

3

2

600

1.30

480

3.5

16.0

(*) ESTEEMED VALUE

[min]

38

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007

SWITCHBOARD: 5-SW-601 VOLTAGE: 4.16 kV PAGE: D04

RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

5PM-6101A /S 5PM-6102A /S

1-2-3 ABB 2

3 θ>

5


49

Pn [kW]

= 185

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

THERMAL


TMn= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

33.0

0.66

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

600

121 °

121

600

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 32.0

T Trip= 50 .. 400 °C

8


= 5.80

T Warn= 50 .. 400 °C

116 °

116

9


= 2.70

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.64

T rst= 10 .. 400 °C

= 6.30

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

10

0.20

INVERSE

I> t>

33

0.66

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

163

4.95

IMs= 0.200 .. 0.800 Is

93

0.57

DEF. TIME

I>= 0.05..40.00 In

18 51LR I> t>

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

t= 0.040 .. 30 s t= 0.015 .. 30 s

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

Tws= 20 .. 200 °C

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D3g

20.0

9.5

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

75

1.49

33

0.66

103 255

3.11 5.10

2.00 0.30

2.00

80.0


9.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D3

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D25

1200


6

11

PAGE CODE

110

7

10

#### D CURVES

and/or

110:√3 110 1

PLUS

MOTOR PROTECTION

Un

SETTINGS

SETTING

1

REF 542

G


MODEL

L..

1

4

MNFR

C.T.

D25

D3f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTOR:

2

5KM-3501

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 160

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

30.0

0.60

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

600

121 °

121

600

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 29.2

T Trip= 50 .. 400 °C

8


= 5.10

T Warn= 50 .. 400 °C

116 °

116

9


= 4.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.08

T rst= 10 .. 400 °C

= 8.00

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

10

0.20

INVERSE

I> t>

18 51LR I> t>

30

0.60

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

131

4.38

IMs= 0.200 .. 0.800 Is

75

0.57

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D4g

20.0

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

9.0


12.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

60

1.20

30

0.60

83 205

2.75 4.10

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D4

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D26

1200


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D26

D4f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

5KM-5401B /C /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 460

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

100 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

77.0

0.77

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

600

121 °

121

600

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 75.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 3.60

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 6.70

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

20

0.20

INVERSE

I> t>

18 51LR I> t>

77

0.77

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

388

5.04

IMs= 0.200 .. 0.800 Is

225

0.58

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D5g

20.0

27

FUS.

1-2-3 ABB

200

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

8.0


10.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

180

1.80

77

0.77

248 630

3.22 6.30

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

200

200

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D5

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D27

1200


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D27

D5f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTOR:

2

5KM-5401A

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 220

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

41.0

0.82

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

300

121 °

121

300

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 40.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 1.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 1.20

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

10

0.20

INVERSE

I> t>

41

0.82

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

187

4.56

IMs= 0.200 .. 0.800 Is

122

0.65

DEF. TIME

I>= 0.05..40.00 In

18 51LR I> t>

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

t= 0.040 .. 30 s t= 0.015 .. 30 s

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

Tws= 20 .. 200 °C

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D6g

20.0

3.0

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

96

1.92

41

0.82

134 335

3.27 6.70

2.00 0.30

2.00

80.0


3.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D6

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D28

600


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D28

D6f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTOR:

2

5KM-5401D

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 300

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

75 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

51.0

0.68

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

660

121 °

121

660

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 49.7

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 3.50

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 6.80

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

15

0.20

INVERSE

I> t>

18 51LR I> t>

51

0.68

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

259

5.08

IMs= 0.200 .. 0.800 Is

150

0.58

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D7g

20.0

27

FUS.

1-2-3 ABB

160

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

8.0


10.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

120

1.60

51

0.68

166 413

3.25 5.50

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

160

160

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D7

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D29

1320


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D29

D7f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

5KM-2402A /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 400

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

100 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

67.0

0.67

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

720

121 °

121

720

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 65.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 3.80

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 7.60

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

20

0.20

INVERSE

I> t>

18 51LR I> t>

67

0.67

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

342

5.11

IMs= 0.200 .. 0.800 Is

195

0.57

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D8g

20.0

27

FUS.

1-2-3 ABB

200

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

9.0


11.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

156

1.56

67

0.67

215 540

3.21 5.40

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

200

200

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D8

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D30

1440


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D30

D8f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTOR:

2

5KM-3201

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 410

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

100 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

75.0

0.75

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

720

121 °

121

720

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 73.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 4.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 8.05

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

20

0.20

INVERSE

I> t>

18 51LR I> t>

75

0.75

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

380

5.06

IMs= 0.200 .. 0.800 Is

220

0.58

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D9g

20.0

27

FUS.

1-2-3 ABB

200

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

12.5


12.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

176

1.76

75

0.75

242 610

3.23 6.10

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

200

200

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D9

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D31

1440


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D31

D9f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTOR:

2

5KM-2310

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 265

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

75 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

46.5

0.62

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

720

121 °

121

720

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 45.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 4.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 8.00

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

15

0.20

INVERSE

I> t>

18 51LR I> t>

47

0.62

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

238

5.12

IMs= 0.200 .. 0.800 Is

136

0.57

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D10g

20.0

27

FUS.

1-2-3 ABB

160

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

9.0


12.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

108

1.44

47

0.62

150 375

3.22 5.00

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

160

160

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D10

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D32

1440


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D32

D10f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

5KM-2203A /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 220

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

37.0

0.74

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 36.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 9.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 22.40

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

10

0.20

INVERSE

I> t>

18 51LR I> t>

37

0.74

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

202

5.45

IMs= 0.200 .. 0.800 Is

109

0.54

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D11g

20.0

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

17.0


30.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

87

1.73

37

0.74

120 300

3.24 6.00

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D11

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D33

3600


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D33

D11f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

5PM-2101A /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 315

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

75 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

52.5

0.70

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1200

121 °

121

1200

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 51.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 6.00

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 14.20

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

15

0.20

INVERSE

I> t>

18 51LR I> t>

53

0.70

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

286

5.44

IMs= 0.200 .. 0.800 Is

154

0.54

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D12g

20.0

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

11.0


19.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

123

1.64

53

0.70

170 428

3.24 5.70

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D12

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D34

2400


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D34

D12f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

5PM-1301A /S

1-2-3 ABB

θ>

5

CHARACT.

MOTOR PROTECTION

49

Pn [kW]

= 230

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


TMn= 50 .. 400 °C

NOTES

50 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

40.0

0.80

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

600

121 °

121

600

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 39.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 3.10

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 6.80

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

10

0.20

INVERSE

I> t>

18 51LR I> t>

40

0.80

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

203

5.08

IMs= 0.200 .. 0.800 Is

118

0.58

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D13g

20.0

27

FUS.

1-2-3 ABB

100

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

8.0


10.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

94

1.88

40

0.80

130 325

3.25 6.50

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

100

100

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D13

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D35

1200


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

D35

D13f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS: 5PM-1201A /B /C

2

5PM-1202A /B 5PM-1203A /B 2

3 θ>

5

1-2-3 ABB


49

Pn [kW]

= 655

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

THERMAL


TMn= 50 .. 400 °C

NOTES

150 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

111.0

0.74

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

720

121 °

121

720

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 108.1

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 3.30

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 7.40

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

30

0.20

INVERSE

I> t>

18 51LR I> t>

111

0.74

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

562

5.06

IMs= 0.200 .. 0.800 Is

326

0.58

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D14g

20.0

27

FUS.

1-2-3 ABB

250

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

11.5


11.5

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

260

1.73

111

0.74

359 900

3.23 6.00

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.30

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

250

250

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D14

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D36

1440


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1

PLUS

MOTOR PROTECTION

Un

SETTINGS

SETTING

1

REF 542

G


MODEL

L..

1

4

MNFR

C.T.

D36

D14f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE MOTORS:

2

5MXM-1201 -1202 -1203

1-2-3 ABB 2

3 θ>

5


49

Pn [kW]

= 400

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

THERMAL


TMn= 50 .. 400 °C

NOTES

100 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

71.0

0.71

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

360

121 °

121

360

Un [kV]

= 4.16

Tini= 10 .. 400 °C

In [A]

= 69.0

T Trip= 50 .. 400 °C

8


= 6.00

T Warn= 50 .. 400 °C

116 °

116

9


= 1.30

T env= 10 .. 50 °C

50 °

50.0



12

nr. str. from cold

13 14

48

I>

= 4.80

T rst= 10 .. 400 °C

= 3.50

46

INVERSE

Is= 0.05 .. 0.30 In

= 3

nr. str. from hot

= 2

within hours

= 1

90

20

0.20

INVERSE

I> t>

18 51LR I> t>

71

0.71

Is= 1.000 .. 20.000 IMn time= 0.040 .. 300 s

316

4.45

IMs= 0.200 .. 0.800 Is

209

0.66

DEF. TIME

I>= 0.05..40.00 In

51LR

DEF. TIME

IMn= 0.200 .. 2.000 In t= 0.040 .. 30 s t= 0.015 .. 30 s Tws= 20 .. 200 °C

19 20

50

I>>

50IST

DEF. TIME

Is= 1.000..20.000 IMn I>>>= 0.1 .. 40.00 In

21

66

n>

66

DEF. TIME

Nws (Warm)= 1 .. 10

23

64

Io>

50GHIGH

DEF. TIME

24

27M

U<

27LOW

DEF. TIME

CMF

INVERSE

22 UNDERVOLTAGE

t= 0.020 .. 300 s


t= 0.040 … 30 s

D42

D15g

20.0

27

FUS.

1-2-3 ABB

200

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SENSOR: 1,2,3

SPABUS CH.: 80

7.0


7.0

SENSOR: 1,2,3

SPABUS CH.: 53

SENSOR: 1,2,3

SPABUS CH.: 86

166

1.66

71

0.71

230 570

3.24 5.70

2.00 0.30

2.00

80.0

SENSOR: 1,2,3


3.00

1200

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

2912

0.70

0.20

SENSOR: 4,5,6

SPABUS CH.: 65

200

200

25 26

SENSOR: 1,2,3

0%

IMn= 0.200 .. 2.000 In

50tLOW

D15

1.00


16 51

90 ° Reset time= 0 .. 2000 s

15 17

K= 2.0 … 30.0

D37

720


6

11

PAGE CODE

110

7

10

#### CURVES

and/or

110:√3 110 1

PLUS

MOTOR PROTECTION

Un

SETTINGS

SETTING

1

REF 542

G


MODEL

L..

1

4

MNFR

C.T.

D37

D15f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

5-TR-617A /B /C θ>

5

CHARACT.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

100 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

N


1-2-3 ABB

OPERATING and/or

SETTINGS

NOTES PAGE CODE

D38

D16

D42

D16g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 630

Un [kV]

= 4.16

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 87.4

Tini= 10 .. 400 °C

7

Vcc [%]

= 6.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

90

0.90

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C

SENSOR: 1,2,3

SPABUS CH.: 74

SPABUS CH.: 58

1800

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

105

1.05

1.50

SENSOR: 1,2,3

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

265

2.65

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

1750

17.5

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

CEF

INVERSE

160

160

15 16 17

FUS.

1-2-3 ABB

160

D38

D16f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

5-TR-615 5-TR-616 θ>

5

CHARACT.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

TIME C.T. ratio:

100 / 1

RING C.T. ratio:

100 / 1

#### CURVES

SETTING

1

REF 542

N


1-2-3 ABB

OPERATING and/or

SETTINGS

NOTES PAGE CODE

D39

D17

D42

D17g

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

Sn [kVA]

= 435

Un [kV]

= 4.16

1 49

THERMAL

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

6

In [A]

= 60.4

Tini= 10 .. 400 °C

7

Vcc [%]

= 3.0

T Trip= 50 .. 400 °C

8

Vector Group

= Dy11

9 10

τ OFF= 10 .. 100000 s (I<0.1 IMn)

62

0.62

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800


121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C

SENSOR: 1,2,3

SPABUS CH.: 74

SPABUS CH.: 58

1800

90 °

90

11

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

75

0.75

1.50

SENSOR: 1,2,3

12

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

185

1.85

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

13

50

I>>


50IST

DEF. TIME

t= 0.015 .. 30 s

2450

24.5

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

14

64


50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

CEF

INVERSE

100

100

15 16 17

FUS.

1-2-3 ABB

100

D39

D17f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

5PF-601A /C

1-2-3 ABB

θ>

5

CHARACT.


49

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


Sn [kVAR]

= 800

TMn= 50 .. 400 °C

6

Un [kV]

= 4.16

Tini= 10 .. 400 °C

7

In [A]

= 120.0

T Trip= 50 .. 400 °C

NOTES

150 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

110

123.0

0.82

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C 46

m<3

46

INVERSE

Is= 0.05 .. 0.30 In

12

K= 2.0 … 30.0

90 °

90

18.0

0.12


13

D40

D18

D42

D18g SENSOR: 1,2,3

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SPABUS CH.: 53

1800


9 11

PAGE CODE

110

8 10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

3.0 1.00


0%

14

51

I> t>

50tLOW

DEF. TIME

I>= 0.05..40.00 In

t= 0.020 .. 300 s

360

2.40

0.5

SENSOR: 1,2,3

15

50

I>>

50IST

DEF. TIME

t= 0.015 .. 30 s

1200

8.00

0.50

SENSOR: 1,2,3

SPABUS CH.: 51

16

64

Io>

50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.50

SENSOR: 7

SPABUS CH.: 66

17

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

0.50

SENSOR: 4,5,6

SPABUS CH.: 65

18

59A

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

1.50

SENSOR: 4,5,6

SPABUS CH.: 62

CMF

INVERSE

315

315

19 20 21

FUS.

1-2-3 ABB

315

D40

D18f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH


2

5PF-601B /D

1-2-3 ABB

θ>

5

CHARACT.


49

Un

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


Sn [kVAR]

= 400

TMn= 50 .. 400 °C

6

Un [kV]

= 4.16

Tini= 10 .. 400 °C

7

In [A]

= 60.0

T Trip= 50 .. 400 °C

NOTES

75 / 1 4160:√3 / 110:√3 4160 100 / 1

IMn= 0.1 .. 5.0 In τ OFF= 10 .. 100000 s (I<0.1 IMn)

110

61.5

0.82

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

T Warn= 50 .. 400 °C

116 °

116

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C 46

m<3

46

INVERSE

Is= 0.05 .. 0.30 In

12

K= 2.0 … 30.0

90 °

90

9.0

0.12


13

D41

D19

D42

D19g SENSOR: 1,2,3

SPABUS CH.: 74

SENSOR: 1,2,3

SPABUS CH.: 75

SPABUS CH.: 53

1800


9 11

PAGE CODE

110

8 10

#### CURVES

and/or

110:√3 110 1 THERMAL

SETTINGS

SETTING

1

REF 542

G


OPERATING and/or

PLUS 2

3

MODEL

L..

1

4

MNFR

C.T.

3.0 1.00


0%

14

51

I> t>

50tLOW

DEF. TIME

I>= 0.05..40.00 In

t= 0.020 .. 300 s

180

2.40

0.5

SENSOR: 1,2,3

15

50

I>>

50IST

DEF. TIME

t= 0.015 .. 30 s

600

8.00

0.30

SENSOR: 1,2,3

SPABUS CH.: 51

16

64

Io>

50GHIGH

DEF. TIME

I>>>= 0.1 .. 40.00 In IEF>>= 0.05 .. 40.00 Ion

t= 0.040 .. 30 s

10.00

0.10

0.10

SENSOR: 7

SPABUS CH.: 66

17

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

0.50

SENSOR: 4,5,6

SPABUS CH.: 65

18

59A

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

1.50

SENSOR: 4,5,6

SPABUS CH.: 62

CEF

INVERSE

200

200

19 20 21

FUS.

1-2-3 ABB

200

D41

D19f

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

CODE CODE

PH

MNFR

MODEL

L..

1

METERING BUSBARS

2

5-SW-601

1-2-3 ABB


Un

C.T.

SETTINGS

SETTING

and/or

RANGE

V.T.

PRIMARY

RATIO

VALUE

I/U [A/V]

TIME

#### CURVES NOTES

I/U [pu/A/V]

TIME

PAGE CODE

[s/..]

REF 542

110:√3 110


4160:√3 / 110:√3 4160

110

110

PLUS

110:√3 110


4160:√3 / 110:√3 4160

110

110

3 4

27A

U<


27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

0.04

5

59A

U>


59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

5.00

6

27B

U<


27HIGH

DEF. TIME

U<<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

0.05

7

59B

U>


59HIGH

DEF. TIME

U>>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

5.00

8

motor shedding


alarm

SENSOR: 1,2,3

SPABUS CH.: 65

SENSOR: 1,2,3

SPABUS CH.: 62

SENSOR: 4,5,6

SPABUS CH.: 64

SENSOR: 4,5,6

SPABUS CH.: 61

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L..

1

BUS TIE

2

In [A]

1-2-3 ABB = 1991

3


Un

C.T. and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]

C.T. ratio:

110:√3 110

PLUS

TIME

V.T. ratio:

#### CURVES

SETTING

1

REF 542

SETTINGS

NOTES

2500 / 1 4160:√3 / 110:√3 4160

110

PAGE CODE

(*)

D2

D42

D2g

110

N

4

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

2000

0.80

0.50

SENSOR: 1,2,3

SPABUS CH.: 58

5

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

6250

2.50

0.25

SENSOR: 1,2,3

SPABUS CH.: 52

6

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

6250

2.50

0.25

SENSOR: 1,2,3

SPABUS CH.: 51

7

51N

50GLOW

to>>= 0.04..30 s tΔ= 0.2-1000 s

0.10

0.80

SENSOR: 1,2,3

SPABUS CH.: 67

25

Io>>= 0.05-40 Ion ΔU= 0.02-0.4 Un

250.0

8

DEF. TIME DEF. TIME

624

0.15

2.00

SENSOR: 4-5 / 8

SPABUS CH.: 85

10° 00'

10.0

9 10

Io>> GROUND FAULT OVERCURRENT DEF. TIME ΔU/Δf SYNCHRO-CHECK Δϕ

25

Δϕ= 5-50°


JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MNFR

MODEL

L..

1

INCOMERS FROM:

2

5-TR-601A /B

1-2-3 ABB


RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

I/U [A/V]


NOTES

2500 / 1

49

θ>

Sn [kVA]

= 15000

6

Un [kV]

= 4.35

7

In [A]

= 1991

49

THERMAL


110

Tini= 10 .. 400 °C

τ OFF= 10 .. 100000 s (I<0.1 IMn)

2050

0.82

110 °

110

τ NORMAL= 10 .. 20000 s

90 °

90

1800

121 °

121

1800

T Trip= 50 .. 400 °C

9

T Warn= 50 .. 400 °C

116 °

116

10

T env= 10 .. 50 °C

50 °

50.0

T rst= 10 .. 400 °C

D42

D1g

D42

D1gg SENSOR: 1,2,3

SPABUS CH.: 74

1800


8

11

D1

110

400 / 1

IMn= 0.1 .. 5.0 In TMn= 50 .. 400 °C

PAGE CODE

(*)

4160:√3 / 110:√3 4160

N 1

#### CURVES

and/or

110:√3 110

4 5

SETTINGS

SETTING

1

REF 542 PLUS

3

Un

C.T.

90 °

90

12

51

I>


51IDMT

EXTR. INV.

Ieb= 0.05 .. 40 In

k= 0.05 .. 1.50

2200

0.88

1.00

SENSOR: 1,2,3

SPABUS CH.: 58

13

50t

I>>


50tHIGH

DEF. TIME

I>>= 0.05 .. 40.00 In

t= 0.02 .. 300 s

7000

2.80

0.50

SENSOR: 1,2,3

SPABUS CH.: 52

14

50

I>>


50IST

DEF. TIME

I>>>= 0.1 .. 40.00 In

t= 0.015 .. 30 s

7000

2.80

0.50

SENSOR: 1,2,3

SPABUS CH.: 51

15

51N

Io>


50GLOW

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

250

0.10

1.10

SENSOR: 1,2,3

SPABUS CH.: 67

16

51G

Io>


50GHIGH

DEF. TIME

Io>>= 0.05-40 Ion

to>>= 0.04..30 s

40

0.10

1.50

SENSOR: 7

SPABUS CH.: 66

17

27

U<

UNDERVOLTAGE

27LOW

DEF. TIME

U<= 0.1 … 1.2 Un

t= 0.040 … 30 s

2912

0.70

5.00

Trip

SENSOR: 4,5,6

SPABUS CH.: 65

18

59

U>

OVERVOLTAGE

59LOW

DEF. TIME

U>= 0.1 … 3.0 Un

t= 0.040 … 30 s

4992

1.20

30.00

Trip

SENSOR: 4,5,6

SPABUS CH.: 62

19

67

67HIGH

DEF. TIME

I>>= 0.05-40 In

t>>= 0.08-300 s

250.0

0.10

0.10

SENSOR: I1,3-U4,6

SPABUS CH.: 54

DEF. TIME

IE>>= 0.05-40 In

t= 0.04-30 s

250.00

0.10

0.10

SENSOR: I7-U4,5,6



20 21 22

67N


Uo= 0.02-0.7 Un

0.10

DIRECTION LINE

23

NETTYPE: GROUNDED

24


(COS PHI)

JOB: DWG: REV.:


PT S.p.A.

8606001370 1VCC00600T0601 2 DATE 19/06/2007


RELAY OR FUNCTION


PS ANSI

IEC

USER

PH

CODE CODE

MODEL

L..

1

CONTINUATION FOR:

2

INCOMERS FROM:

3

5-TR-601A /B

4 5

MNFR

1-2-3 ABB

C.T.

Un

and/or

RANGE

V.T.

PRIMARY

I/U

TIME

RATIO

VALUE

[pu/A/V]

[s/..]

In1= 10-100000 A

628

628

In2= 10-100000 A

1991

1991

I/U [A/V]

TIME

REF 542

1

13.8 kV C.T. ratio

750 / 1

PLUS

1

4.16 kV C.T. ratio

2500 / 1

NOTES

Id

DIFFERENTIAL

87

I1n [A]

= 628

7

I2n [A]

= 1991

8

INSTANT.


group= 0-11

11


NO


9

threshold current

Id1= 0.1-0.5 Ir

0.30

10


Ib1= 0.5-5 Ir

0.50

11


Id2= 0.2-2 Ir

1.00

12


Ib2= 1-10 Ir

2.00

13


slope= 0.4-1

0.50

14

trip by Id>

15

Second Harmonics

2HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

16 17


5HarThre 0.1-0.3 Id

Enable= YES/NO

0.10

YES

87N

Iod

In [A]

Id>= 0.5-40 In

87N

= 1991

9.00

INSTANT.

SPABUS CH.: 95

19

threshold current

Id= 0.1-0.5 Ir

1991 199

20


Ib1= 0.01-1 Ir

996

21


slope= 0.01-2

22


Ib2= 0.01-2 Ir

23


slope= 0.1-1 In

24

Relay operate angle

ROA= 60-180°

25

Time

26

PAGE CODE

G 87

6

18

#### CURVES

SETTING


SETTINGS

Ir= 1-100000 A

1991

SENSOR: 4,5,6

0.10

SENSOR: 7

0.50 0.70

2489

1.25 1.00 75

t= 0.040 … 100 s

0.05

Relay Coordination

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