sepam selector v1.4.3

8/9/2019 Sepam Selector v1.4.3

1/33

S23 S23 S23 - Substation Relay 20 Series Substation Protection Relay (24-250Vdc & 120-240Vac) $1,4 3!0S40 S40 S40 - Substation Relay 40 Series Substation Protection Relay (24-250Vdc & 120-240Vac) $2,"13!S42 S42 S42 - Substation Relay 40 Series Substation (24-250Vdc & 120-240Vac) $3,55#S43 S43 S43 - Substation Relay 40 Series Substation Protection Relay (24-250Vdc & 120-240Vac)S 0 S 0 S 0 - Substation Relay 0 Series Substation Protection Relay (24-250Vdc)S 2 S 2 S 2 - Substation Relay 0 Series Substation Protection Relay (24-250Vdc)S 4 S 4 S 4 - Substation Relay 0 Series Substation Protection Relay (24-250Vdc)21 21 21 - usbar Relay 20 Series usbar Protection Relay (24-250Vdc & 120-240Vac) $1,#53!0022 22 22 - usbar Relay 20 Series usbar Protection Relay (24-250Vdc & 120-240Vac) $2,2%%!00 0 0 - usbar Relay 0 Series usbar Protection Relay (24-250Vdc) $3,"50!003 3 3 - usbar Relay 0 Series usbar Protection Relay (24-250Vdc) $3,#50!00

40 40 40 - enerator Relay 40 Series enerator Protection relay (24-250Vdc & 120-240Vac) $3,%0#!002 2 2 - enerator Relay 0 Series enerator Protection Relay (24-250Vdc)

" " " - enerator Relay 0 Series enerator Protection Relay (24-250Vdc)

- enerator Relay 0 Series enerator Protection Relay (24-250Vdc)

'20 '20 '20 - 'otor Relay 20 series 'otor Protection Relay (24-250Vdc & 120-240Vac)

'41 '41 '41 - 'otor Relay 40 Series 'otor Protection Relay (24-250Vdc & 120-240Vac) $3,12#!00' 1 ' 1 ' 1 - 'otor Relay 0 Series 'otor Protection Relay (24-250Vdc)' " ' " ' " - 'otor Relay 0 Series 'otor Protection Relay (24-250Vdc)' ' ' - 'otor Relay 0 Series 'otor Protection Relay (24-250Vdc)23 23 23 - rans or*er Relay 20 series rans or*er Relay (24-250Vdc & 120-240Vac)40 40 40 - rans or*er Relay 40 Series rans or*er Protection relay (24-250Vdc & 120-240Vac) $2,#%1!0042 42 42 - rans or*er Relay 40 Series rans or*er Protection relay (24-250Vdc & 120-240Vac) $3, 0 !001 1 1 - rans or*er Relay 0 Series rans or*er Protection Relay (24-250Vdc)2 2 2 - rans or*er Relay 0 Series rans or*er Protection Relay (24-250Vdc)" " " - rans or*er Relay 0 Series rans or*er Protection Relay (24-250Vdc)

+ % + % + % - +a acitor an Relay 0 Series +a acitor Relay (24-250Vdc) $3, 25!00 . .d/anced is lay .d/anced dis lay included in base unit $300!00

asic is lay asic dis lay included in base unit $0!00

R S'303 Re*ote .d/anced is lay

asic is lay asic dis lay included in base unit $0!00

. .d/anced is lay .d/anced dis lay included in base unit $300!00

+ S'303 Re*ote .d/anced is layP 'i*ic us 'i*ic us is lay 'i*ic us ra ical is lay

1 ++.%34 5. + in uts 1 5. + in uts (3P and round Residual or S+ ) $0!002 ++.%30 .lt! 5. + in uts (re6uires +S 120, 200 or 30) 1 5. + in uts (3P ) 7 ( 8 Residual or S+ ) *easure*ent by +S 120 or +S 200 ero Se6uence + $0!003 ++.%"1 9o: Po:er + (9P+ ) $53

; 0 :it out 8o < ; *odule . '=S114 1 10


2/33

Sepam Model Selection ToolModel Number: SQ1S23B1O 0A 0A 0 Cost of Sepam Unit: $1,483.00

Device Type Provides Protection For: Includes Metering Values:

Display Typ e

Current Option

Digital I /O Option

Communications Option

RTD Option (Not available o n substation or bu sbar m odels)

Analog Outputs Description:

Logipam Programming (Series 80 on ly)

Sync Check Option (ANSI - 25, Series 80 O nly)

* denotes a d efault component

You have selected a (S23) 20 S eries Substation Protection Relay (24- 250Vdc & 120-240Vac), Basic d isplayincluded in b ase unit, (CCA634) 1/5A CT inputs ( 3PH and Ground/Residual or ZS CT), No I/O module, Nocommunications card, No temperature se nsor i nputs ( RTD module), No Analog outputs, No Logipam programmingability, No S ynch Check Module.

Component N

S23 - Substation Rela

Basic Dis la *

þÿCurrent

5A CT in uts*

without

without

without

þÿ46 Negative sequence unbalaþÿ50/51 Phase overcurrentþÿ50BF Breaker failureþÿ50N/51N Ground faultþÿ79 Recloser (4 cycles)

without

without

without


3/33

S=P.' PR<

Competition

Example SQ1 T87 A 1 J 1 A 1 A 0

+ % + %

S23 S23

S40 S40S42 S42

S43 S43S 0 S 0S 2 S 2S 4 S 4

21 21

22 22

0 0

3 3

40 402 2" "

'20 '20

'41 '41' 1 ' 1' " ' "' '

23 2340 4042 42

1 12 2" "

Relay BaseModel

Competition

CompetitionCompetitionCompetition


Competition

CompetitionCompetitionCompetitionCompetition

CompetitionCompetitionCompetitionCompetitionCompetition


CompetitionCompetition

S H 1

R e l a y

$ a s e ' o d

e l

0 i s , l a y

+ u r r e n t

< 3 ; + o *

s

R ( 0

D s

. n a l o >

; u t

9 o > i , a *

S y n c 2 + 2 e

c -

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4/33

Display .

P 'i*ic us

R

+C !!ent

1 ++.%342 ++.%30

3 ++.%"1

; :it out

. '=S114

'=S114=

+ '=S114?

; :it out 8o < ;'=S120

= '=S120? '=S120

'=S120

'=S120< '=S120A '=S120B '=S1209 '=S120

Comm ni"ations

0 :it out1 .+=#5#

2 .+=#%# P2

3 .+=#%#?;2

4 =+< 505 .+= 50

. :it out

+

Analo# $ tp t0 :it out

1 'S.141

Se!ies 80 $ptions . :it out

S? 0 00 :it out

S'303 (Series20 & 40 ;nly)

S'303 (Series0 ;nly)

%&$ 'o! models 20 ( )0 (:ill not :or

%&$ 'o! models 80 Max* 3 pe! +ase

14


5/33

1 '+S025

SQ1 T87 A 1 J 1 A 0 A 0A""esso!ies ot to +e in"l ded in

R ' 30#0R '31"

+S 30 +S 30

+S+ 120 +S 120+S+ 200 +S 200= F100 = F100

= F400 = F400

=+< 50 =+< 50

.+= 50 .+= 50

. 9 RPS24030 . 9 RPS24050

So't-a!e

S? 2 41B< S? 2 41B<

S? B


6/33


7/33

.d/anced dis lay included in base unit $300!00Standard 9= is lay included in base uniit $0!00

$450!00

$540!00

$%54!00

5. in ut standard on relays or current *easure*ent, not included on /olta>e only relays $0!00;nly or use :it +S 120, 200 >round ault sensor, and +S 30 $0!00

$531!00

8o < ; $0!00

10 e starter, includes +S 30

:it *odel 0)

nit (:ill not :or :it *odels 20 & 40)

uts 'odule, 24-4 Vdc ('odel 0 ;nly) t uts 'odule, 24-4 Vdc ('odel 0 ;nly) t uts 'odule, 24-4 Vdc ('odel 0 ;nly)

uts, 220-250Vdc i !u! ('odel 0 ;nly) t uts, 220-250Vdc i !u! ('odel 0 ;nly) t uts, 220-250Vdc i !u! ('odel 0 ;nly)

uts, 110-125Vdc *id !u! ('odel 0 ;nly) t uts, 110-125Vdc *id !u! ('odel 0 ;nly) t uts, 110-125Vdc *id !u! ('odel 0 ;nly)

(2)RS4 5 2:ire orts, Port 1 'odbus, Port 2 'odbus, 8P3 or


8/33

Sync-c ec 'oduleC.8Se a lication ( or all series 20, 40and 0)

=t ernet ate:ayK(2) RS-4 5 serial orts,10 100 ,100?F (?iber), i*bedded :eb a>es,'odbus Protocol

2 =t ernet orts 10 100 base $nly 'o! Se!ies 80 (ProtocolI 'odbus or ra**in> So t:are includes + : relay connector cable & GS Serial cable,necessary or ro>ra**in> and troubles ootin> relays)

Relay Pro>ra**in> So t:are includes S? 2 41 + & S? 2 5 9o>i a* ro>ra**in> +: relay connector cable & GS Serial cable 8oteI *ust a/e 9o>i a* o tion on a series 0relay to use 9o>i a* ro>ra**in> so t:are

ote. S5T28)1 to +e a '!ee do-nload 6li e %$ Set p * T,e it in"l des t,e p!o#!am on adis and t,e "onne"tion "a+les* 9it p!i"e may +e !ed "ed


9/33


10/33


11/33


12/33

ene!al Sele"tion ide4!ote"tion 5 n"tions Appli"ationsBase Spe"i'i" S +station B s T!ans'o!me!

+urrent Protections S20 20

rea er ?ailure S23 23

21

22

Base Spe"i'i" S +station B s T!ans'o!me!

S40 40

directional >round ault S41S42 42

Base Spe"i'i" S +station B s T!ans'o!me!

S 0 0

directional >round ault S 1 1

S 2 2

S 4

"

'ac ine i erential

3

+a acitor ban unbalance

Volta>e and ?re6uencyProtection

disconnection by Lrate oc an>e o re6uencyL

+urrent, Volta>e and?re6uency Protection

directional >round ault andase o/ercurrent


directional >round ault andase o/ercurrent

disconnection by Lrate oc an>e o re6uencyL


rans or*er andtrans or*er-*ac ine unitdi erential


Volta>e and re6uentcyrotection or t:o sets obus



13/33


14/33

Moto! ene!ato! Capa"ito!

'20


40

'41


' 1

2

'

' " "

+ %


15/33


16/33

SE4AM in s.

SE4AM Relays Se!ies 20 SE4AM Relays Se!ies )0 SE4AM Relays Se!ies 80:olta#e&5!; 4!ote"tion $nly

C !!ent 4!ote"tion $nly



SE4AM So't-a!e do-nloads

SE4AM Te", i+!a!y< do"s/ " !=es and spe"i'i"ations

SE4AM 9no-led#e+ase and 5AQ>s

Se!ies 20 "ont!ol =olta#e2) 2?0: DC/ o! 110 220: AC 6'o! AC se RTM@30 0RTM317

Se!ies )0 "ont!ol =olta#e2) 2?0: DC/ o! 110 220: AC 6'o! AC se RTM@30 0RTM317

Se!ies 80 "ont!ol =olta#e2) 2?0: DC/ 'o! 110 220: AC 6 se RTM@30 0RTM317

SH1 21. B s :olta#e and 5!e; en"yrotection and .S

SH1 40. ene!ato! +urrent, Volta>e and?re6uency Protection o a se arate>enerator! ?or en-sel -balance i L "'Ladd asler =3-50 51!

SH1+ %. Capa"ito! +an ouble-:ye connectedrotection :it 1 to 4 ste s

SH1'20. Moto!/ 5: R/ 5:R 100-1500 P-+urrent rotection :it out /olta>e*onitorin>

SH1'41. Moto!/ 5: R/ R:AT/ 5:R/ 5:2S/ 5R 500- 5000 P - +urrent rotection :it/olta>e *onitorin>! ?or *otor sel -balancei L "'L add asler =3-50 51!

SH1 2. ene!ato! Protection cou led to ot er>enerators or to a net:or

SH1S23. S +station - +urrent, rotection o lo:-ca acitance ?eeders 'ainsin i* edance >rounded or solidly >roundedneutral syste*s! +a acitor eeder ban(delta connection)

SH1S40. S +station - +urrent & Volta>e,rotection o lo:-ca acitance ?eeders 'ains in i* edance >rounded or solidly>rounded neutral syste*s! +a acitor ban(delta connection)

SH1 ". ene!ato! - +urrent rotection :it/olta>e *onitorin> and >en sel -balance iL "'L or ull ercenta>e di

SH1 23. T!ans'o!me! - +urrent rotection :it out/olta>e *onitorin>

SH1S42. S +station - (S40. 7 irectional %", %"8)rotection! Parallel *ain rotection, S< and

. S

SH1 . ene!ato! t!ans'o!me! unit di erentialrotection

SH1 40. T!ans'o!me! - +urrent and /olta>erotection!

SH1' 1. Moto! eeder - +urrent rotection :it/olta>e *onitorin>! ?or *otor sel balancei L "'L add asler =3-50 51!

SH1 42. T!ans'o!me! - ( 40. 7 irectional %",%"8)! +urrent and /olta>e 7 irectional!Parallel trans or*er *ain rotection

SH1' ". Moto! - (' 1 7 "')+urrent rotection:it /olta>e *onitorin> and *otor selbalance i L "'L or ull ercenta>e di

SH1' . Moto! t!ans'o!me! unit di erentialrotection

SH1S 0. S +station - +urrent & Volta>e,rotection o lo:-ca acitance ?eeders 'ains in i* edance >rounded or solidly>rounded neutral syste*s

SH1S 2. S +station - (S 0. 7 irectional %",%"8)! Protection o *ain or tie + :it loads eddin>, S< & .S

SH1S 4. S +station - (S 0. 7 irectional %", %"8,2",5#, 5#8, 19, 1R, 32P, 3"P)! Protectiono *ain or tie + :it load s eddin>, S< &

SH1 2. T!ans'o!me! +urrent and /olta>e 7irectional! Parallel trans or*er *ainrotection

SH1 ". T!ans'o!me! ( 2 7 " )! +urrent and/olta>e 7 irectional! Parallel trans or*er*ain & di erential rotection

http://www.powerlogic.com/downloads.cfm/cs/1/csec/2/fk_cat_id/4/fk_subcat_id/21/fk_p_id/38http://www.powerlogic.com/product.cfm/c_id/4/sc_id/21/p_id/38http://www.powerlogic.com/kbuscanadapublic.cfmhttp://www.powerlogic.com/kbuscanadapublic.cfmhttp://www.powerlogic.com/product.cfm/c_id/4/sc_id/21/p_id/38http://www.powerlogic.com/downloads.cfm/cs/1/csec/2/fk_cat_id/4/fk_subcat_id/21/fk_p_id/38


17/33

Compa!ison o' A S% 'eat !es on B s+a! 4!ote"tion Relays

A S% 4!ote"tion 5 n"tions B21 B22 B80 B8325 Sync -c ec2" Gnder/olta>e (9-9) 4 42" Positi/e se6uence under/olta>e 2 2 2 2

2"R Re*anent under/olta>e 1 1 2 22"S Gnder/olta>e (9-8)30 .nnunciation4% 8e>ati/e se6uence unbalance 2 24" 8e>ati/e Se6uence ;/er/olta>e 2 250 51 P ase ;/ercurrent50 ? rea er ?ailure 1 1508 518 round ?ault50 51 Sensiti/e round ?ault5# ;/er/olta>e (9-9 or 9-8) 2 2 4 45#8 8eutral /olta>e dis lace*ent 2 2 2 21 ;/er re6uency 1 1 2 2

19 Gnder re6uency 2 2 4 41R

1% 9atc in>, 9oc out#4 %# + C+ontrol 9o>ic

ote.

; tional T,e Di''e!en"e +et-een B80 and B83(1) Protection unctions :it 2 >rou s o settin>s B83. monito!s ine and B s =olta#e(2) Mit o tional 'S+025 Sync + ec 'odule 62 sets o' :T>s(3) 2 Gnder/olta>e (9-9) and 1 under/olta>e (9-8)

2 1 (3) 2 1 (3)

Rate o c an>e o re6uency (d dt) C (SH1 22.onlyCuse :it en a lication)

e nu*bers in t e *atri@ denote t e nu*ber o tri oints t at can becon i>ured or t is .8S< code!


18/33

Mete!in# 4a!amete!s

Mete!in# :al es A""* B21 B22 B80 B83+urrent 1,2,3 7 - !5N F F+urrent Pea e*and 7 - !5N F F+urrent e*and 7 - !5N F F

+urrent Residual 7-1N F FVolta>e 9-8 & 9-9 7 - !5N F F

7-1N F FVolta>e Residual 7-1N F F F F8eutral Point Volta>e 7-1N F FVolta>e 8e>! Se6uence 1,2,3 7 - 2N F FVolta>e Pos! Se6uence 1,2,3 7 - 2N F F F FBM 7-1N F FBV. 7-1N F FBV.r 7-1N F FBM (+alculated) 7-1N F F F FBV.r (+alculated) 7-1N F F

BM (Pulse +ountin>) 7-1N

BV.r (Pulse +ountin>) 7-1NBV. 7-1N?re6uency !01 J F F F Fe* erature 7 - 1 e> 7- 1 e> + 7- 1 e> +ar*onic distortion (< & V ) 7-1N F FPea BM de*and 7-1N F FPea BV.r de*and 7-1N F FPo:er ?actor -1 - 0 - 71 0!01 F FRotation S eed 7 - 1 RP'


19/33

Compa!ison o' A S% 'eat !es on ene!ato! 4!ote"tion Relays

A S% 4!ote"tion 5 n"tions )0 82 87 8812 ;/ers eed (2 set oints)14 Gnders eed (2 set oints)21 Gnderi* edance 1 1 124 ?lu@ control (V J) 2 2 2

25 Sync -c ec2% %3 er*ostat uc olJ2" 2"S Gnder/olta>e (9-9 or 9-8) 2 4 4 42" Positi/e se6uence under/olta>e 2 2 22"R Re*anent under/olta>e 2 2 2

2 2 230 .nnunciation32P irectional acti/e o/er o:er 1 2 2 232H 40 55 irectional reacti/e o/er o:er 1 1 1 13"P irectional acti/e o/er o:er 23 4# e* erature *onitorin>

R Ds 1% R Ds 1% R Ds 1% R Ds40 ?ield loss underi* edance 1 1 14% 8e>ati/e se6uence unbalance 2 2 2 24" 8e>ati/e se6uence o/er/olta>e 1 2 2 24#R'S er*al o/erload 2 2 2 250 2" iJation 1 150 51 P ase o/ercurrent 450 ? rea er ailure 1 1 1 1

round ault Sensiti/e >round ault 450V 51V Volta>e restrained ase o/ercurrent 1 2 2 25# ;/er/olta>e (9-9 or 9-8) 2 4 4 4

5#8 8eutral /olta>e dis lace*ent 2 2 2 2%0 %0?9 + V su er/ision O O O O%4R=? Restricted >round ault 2 2%" irectional ase o/ercurrent 2 2 2%"8 %"8+ irectional >round ault 2 2 2% one Selecti/e ic

ote.

; tional 'odules(1) Protection unctions :it 2 >rou s o settin>s(2) .ccordin> to ara*eter settin> and o tional in ut out ut *odules(3) Mit o tional '= 14 2 te* erature in ut *odules(4) Mit o tional '+S025 sync ro-c ec *odule

2" 8 %4 2%4

ird ar*onic Gnder/olta>e & 100N stator>round ault

508 51850 51

e nu*bers in t e *atri@ denote t e nu*ber o tri oints t at can be con i>ured or t is .8S<code!


20/33

Mete!in# 4a!amete!s

Mete!in# :al es A"" !a"y )0 82 87 88+urrent 1,2,3 7 - !5N F F F F+urrent Pea e*and 7 - !5N F F F F+urrent e*and 7 - !5N F F F F+urrent Residual 7-1N F F F F

Volta>e 9-8 & 9-9 7 - !5N F F F FVolta>e Residual 7-1N F F F F8eutral Point Volta>e 7-1N F F FVolta>e 8e>! Se6uence 1,2,3 7 - 2N F F F FVolta>e Pos! Se6uence 1,2,3 7 - 2N F F F F

BM 7-1N F F F FBV. 7-1N F F F FBV.r 7-1N F F F FBM (+alculated) 7-1N ; F F FBV.r (+alculated) 7-1N ; F F F

BM (Pulse +ountin>) 7-1N ;BV.r (Pulse +ountin>) 7-1N ;BV. 7-1N?re6uency !01 J F F F Fe* erature 7 - 1 e> ; 7- 1 e> + 7- 1 e> + 7- 1 e> +ar*onic distortion (< & V ) 7-1N F F F FPea BM de*and 7-1N F F F FPea BV.r de*and 7-1N F F F FPo:er ?actor -1 - 0 - 71 0!01 F F F FRotation S eed 7 - 1 RP'


21/33

Compa!ison o' A S% 'eat !es on Moto! 4!ote"tion Relays

A S% 4!ote"tion 5 n"tions M20 M81 M87 M8812 ;/ers eed (2 set oints)14 Gnders eed (2 set oints)21 Gnderi* edance24 ?lu@ control (V J)

25 Sync -c ec2% %3 er*ostat uc olJ2" 2"S Gnder/olta>e (9-9 or 9-8) 4 4 42" Positi/e se6uence under/olta>e 2 2 22"R Re*anent under/olta>e 2 2 2

30 .nnunciation32P irectional acti/e o/er o:er 2 2 232H 40 55 irectional reacti/e o/er o:er 1 1 13" P ase undercurrent 1 1 1 13"P irectional acti/e o/er o:er 3 4# e* erature *onitorin> R Ds 1% R Ds 1% R Ds 1% R Ds40 ?ield loss underi* edance 1 1 14% 8e>ati/e se6uence unbalance 1 2 2 24" 8e>ati/e se6uence o/er/olta>e 2 2 2

=@cessi/e startin> ti*e, loc ed rotor 1 1 1 14#R'S er*al o/erload 2 2 2 250 2" iJation50 51 P ase o/ercurrent 450 ? rea er ailure 1 1 1

round ault Sensiti/e >round ault 450V 51V Volta>e restrained ase o/ercurrent5# ;/er/olta>e (9-9 or 9-8) 4 4 45#8 8eutral /olta>e dis lace*ent 2 2 2%0 %0?9 + V su er/ision O O O%4R=? Restricted >round ault%% Starts er our 1 1 1 1%" irectional ase o/ercurrent%"8 %"8+ irectional >round ault 2 2 2% one Selecti/e ic

ote.

2" 8 %42 %4

ird ar*onic Gnder/olta>e &100N stator >round ault

4 519R14

508 51850 51

e nu*bers in t e *atri@ denote t e nu*ber o tri oints t at can be con i>uredor t is .8S< code!


22/33

; tional 'odules(1) Protection unctions :it 2 >rou s o settin>s(2) .ccordin> to ara*eter settin> and o tional in ut out ut *odules(3) Mit o tional '= 14 2 te* erature in ut *odules(4) Mit o tional '+S025 sync ro-c ec *odule


23/33

Mete!in# 4a!amete!s

Mete!in# :al es A""* M20 M81 M87 M88+urrent 1,2,3 7 - !5N F F F

7 -1N F+urrent Pea e*and 7 - !5N F F F

7 -1N F

+urrent e*and 7 - !5N F F F7 -1N F

+urrent Residual 7 -1N F F F FVolta>e 9-8 & 9-9 7 - !5N F F FVolta>e Residual 7-1N F F F

8eutral Point Volta>e 7-1N F F FVolta>e 8e>! Se6uence 1,2,3 7 - 2N F F FVolta>e Pos! Se6uence 1,2,3 7 - 2N F F FBM 7-1N F F FBV. 7-1N F F FBV.r 7-1N F F F

BM (+alculated) 7-1N F F FBV.r (+alculated) 7-1N F F FBM (Pulse +ountin>) 7-1NBV.r (Pulse +ountin>) 7-1N

BV. 7-1N?re6uency !01 J F F Fe* erature 7 - 1 e> 7- 1 e> + 7- 1 e> + 7- 1 e> +ar*onic distortion (< & V ) 7-1N F F FPea BM de*and 7-1N F F FPea BV.r de*and 7-1N F F FPo:er ?actor -1 - 0 - 71 0!01 F F FRotation S eed - 1 RP'


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Compa!ison o' A S% 'eat !es on S +station 4!ote"tionA S% 4!ote"tion 5 n"tions S23 S)0 S)1 S)2

21 Gnderi* edance24 ?lu@ control (V J)25 Sync -c ec2% %3 er*ostat uc olJ2" 2"S Gnder/olta>e (9-9 or 9-8) 2 2 22" Positi/e se6uence under/olta>e2"R Re*anent under/olta>e

30 .nnunciation32P irectional acti/e o/er o:er 1 132H 40 55 irectional reacti/e o/er o:er 3" P ase undercurrent3"P irectional acti/e o/er o:er 3 4# e* erature *onitorin>

R Ds 1% R Ds 1% R Ds 1% R Ds40 ?ield loss underi* edance4% 8e>ati/e se6uence unbalance 1 2 2 24" 8e>ati/e se6uence o/er/olta>e 1 1 14#R'S er*al o/erload50 2" iJation50 51 P ase o/ercurrent 4 4 4 450 ? rea er ailure 1 1 1 1

round ault Sensiti/e >round ault 4 4 4 450V 51V Volta>e restrained ase o/ercurrent5# ;/er/olta>e (9-9 or 9-8) 2 2 2

5#8 8eutral /olta>e dis lace*ent 2 2 2%0 %0?9 + V su er/ision O O O%4R=? Restricted >round ault%% Starts er our %" irectional ase o/ercurrent 2%"8 %"8+ irectional >round ault 2 2% one Selecti/e e & 100N stator>round ault

508 51850 51


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(3) Mit o tional '= 14 2 te* erature in ut *odules(4) Mit o tional '+S025 sync ro-c ec *odule


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Relays Mete!in# 4a!amS80 S82 S8) Mete!in# :al es A""* S23 S)0

+urrent 1,2,3 7 - !5N F7-1N F

+urrent Pea e*and 7 - !5N F7-1N F

4 4 4 +urrent e*and 7 - !5N F2 2 2 7-1N F2 2 2 +urrent Residual 7-1N F F

Volta>e 9-8 & 9-9 7 - !5N FVolta>e Residual 7-1N F

2 2 8eutral Point Volta>e 7-1NVolta>e 8e>! Se6uence 1,2,3 7 - 2N FVolta>e Pos! Se6uence 1,2,3 7 - 2N F

2 BM 7-1N F

1% R Ds 1% R Ds 1% R Ds BV. 7-1N FBV.r 7-1N F

2 2 2 BM (+alculated) 7-1N F2 2 2 BV.r (+alculated) 7-1N F

2 2 BM (Pulse +ountin>) 7-1N FBV.r (Pulse +ountin>) 7-1N F

BV. 7-1N1 1 1 ?re6uency !01 J F

e* erature 7 - 1 e>ar*onic distortion (< & V ) 7-1NPea BM de*and 7-1N F

4 4 4 Pea BV.r de*and 7-1N F

2 2 2 Po:er ?actor -1 - 0 - 71 0!01 FO O O Rotation S eed 7 - 1 RP'

2 22 2

2 2 24 4 4

2

code!


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29/33

ete!s

S)1 S)2 S80 S82 S8)F F F F F

F F F F F

F F F F F

F F F F F

F F F F FF F F F F

F F FF F F F FF F F F FF F F F F

F F F F FF F F F FF F F F FF F F F FF FF F

F F F F F7- 1 e> + 7- 1 e> + 7- 1 e> +

F F FF F F F FF F F F F

F F F F F


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Compa!ison o' A S% 'eat !es on T!ans'o!me! 4!ote"tion Relays

A S% 4!ote"tion 5 n"tions T23 T)0 T)2 T81 T8225 Sync -c ec2% %3 er*ostat uc olJ2" 2"S Gnder/olta>e (9-9 or 9-8) 2 2 4 42" Positi/e se6uence under/olta>e 2 2

2"R Re*anent under/olta>e 2 230 .nnunciation32P irectional acti/e o/er o:er 2 232H 40 55 irectional reacti/e o/er o:er 3" P ase undercurrent3"P irectional acti/e o/er o:er 3 4# e* erature *onitorin> R Ds 1% R Ds 1% R Ds 1% R Ds 1% R Ds40 ?ield loss underi* edance4% 8e>ati/e se6uence unbalance 1 2 2 2 24" 8e>ati/e se6uence o/er/olta>e 1 1 2 24#R'S er*al o/erload 2 2 2 2 2

50 2" iJation50 51 P ase o/ercurrent 4 4 450 ? rea er ailure 1 1 1 1 1

round ault Sensiti/e >round aul 4 4 450V 51V Volta>e restrained ase o/ercurrent5# ;/er/olta>e (9-9 or 9-8) 2 2 4 45#8 8eutral /olta>e dis lace*ent 2 2 2 2%4R=? Restricted >round ault 2 2%" irectional ase o/ercurrent 2 2%"8 %"8+ irectional >round ault 2 2 2% one Selecti/e


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Mete!in# 4a!amete!s

Mete!in# :al es A""* T23 T)0 T)2 T81 T82+urrent 1,2,3 7 - !5N F F F F

7-1N F+urrent Pea e*and 7 - !5N F F F F

7-1N F

+urrent e*and 7 - !5N F F F F7-1N F

+urrent Residual 7-1N F F F F FVolta>e 9-8 & 9-9 7 - !5N F F F FVolta>e Residual 7-1N F F F F8eutral Point Volta>e 7-1N F F

Volta>e 8e>! Se6uence 1,2,3 7 - 2N F F F FVolta>e Pos! Se6uence 1,2,3 7 - 2N F F F FBM 7-1N F F F FBV. 7-1N F F F FBV.r 7-1N F F F F

BM (+alculated) 7-1N F F F FBV.r (+alculated) 7-1N F F F FBM (Pulse +ountin>) 7-1N F FBV.r (Pulse +ountin>) 7-1N F FBV. 7-1N?re6uency !01 J F F F Fe* erature 7 - 1 e> 7- 1 e> + 7- 1 e> +ar*onic distortion (< & V ) 7-1N F FPea BM de*and 7-1N F F F FPea BV.r de*and 7-1N F F F FPo:er ?actor -1 - 0 - 71 0!01 F F F FRotation S eed 7 - 1 RP'


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A S% "odes S23 S40 S42 S43 S80 S82 S84 B21 B22 B80 B83 G40 G82 G87 G88 M20 M41 M81 M87 M88 T23 T40 T42 T81 T82 T87 C8612 ;/ers eed @ @ @ @ @ @14 Gnders eed @ @ @ @ @ @ @ @21 Gnderi* edance @ @ @24 ?lu@ control (V J) @ @ @ @

25 + ec sync ro @ @ @ @ @ @ @ @ @ @ @2% %3 er*ostat uc oltJ y @ @ @ @ @ @ @ @2" Gnder/olta>e (9-9) @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @2" 2"S Gnder/olta>e (9-9 or 9-8) @ @ @ @ @ @2" Positi/e se6uence under/olta>e @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @2"R Re*anent under/olta>e @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @2"S Gnder/olta>e (9-8) @ @2" 8 %4 2 ird ar*onic under/olta>e @ @ @32P irectional acti/e o/er o:er @ @ @ @ @ @ @ @ @ @ @ @ @ @ @32H irectional reacti/e o/er o:er @ @ @ @ @ @32H 40 irectional reacti/e o/er o:er @ @3" P ase undercurrent @ @ @ @ @3"P irectional acti/e under o:er @ @3 4# e* erature *onitorin> @ @ @ @ @ @ @ @ @ @ @ @ @ @ @40 ?ield loss underi* edance @ @ @ @ @ @4% 8e>ati/e se6uence unbalance @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @4" 8e>ati/e se6uence o/er/olta>e @ @ @ @ @ y y @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @4 =@cessi/e startin> ti*e4 519R =@cessi/e startin> ti*e, loc ed rotor @ @ @ @ @4#R'S er*al o/erload @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @50 2" iJation @ @ @50 51 P ase o/ercurrent @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @50 ? rea er ailure @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @50 51 Sensiti/e >round ault y y y y y y y y y y y y y y y y y y y y y y y y508 518 round ault @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @50V 51V Volta>e restrained ase o/ercurrent @ @ @ @51+ 'a@i*u* unbalance current @519R 9oc ed rotor 5# ;/er/olta>e (9-9 or 9-8) @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @5#8 8eutral /olta>e dis lace*ent @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @%0 %0?9 + V su er/ision y y y y y y y y y y y y y y y y y y y y y%4 100N stator >round ault y y y%4R=? Restricted >round ault @ @ @ @ @%% Starts er our @ @ @ @ @%" irectional ase o/ercurrent @ @ @ @ @ @ @ @ @%"8 %"8+ irectional >round ault @ @ @ @ @ @ @ @ @ @ @ @ @ @ @" PS Pole sli @ @ @ @ @ @"# Recloser (4 cycles) @ @ @ @ @ @ @1 ;/er re6uency @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @19 Gnder re6uency @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @ @1R Rate o c an>e o re6uency (d dt) @ @"' 'ac ine di erential @ @" rans or*er di erential @ @ @

sepam selector v1.4.3

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