AccuSine Selection Tool

7/26/2019 AccuSine Selection Tool

1/34

2010 AccuSine Selection Research 2/10/2010

HarmCalc for specific VFD and VFD combinations

5H A!V"1 10H A!V"1

SCR # 2"1$%&1 SCR # 2'0$%(&

)nstalled *+ !DD )nstalled * !DD )

0%00+ 1&5%20+ 0%00+ 1&$%,1+

1%50+ 51%2$+ 1%50+ 52%22+

,%00+ ,,%2'+ ,%00+ ,$%02+

5%00+ 22%'2+ 5%00+ 2,%2'+

'%50+ 1"%,0+ '%50+ 1"%',+

5H A!V"1 10H A!V"1SCR # 1012%1& SCR # 1020%('


0%00+ 1,2%'0+ 0%00+ 1$5%51+

1%50+ 50%1(+ 1%50+ 51%5"+

,%00+ ,2%&1+ ,%00+ ,,%'$+

5%00+ 22%$(+ 5%00+ 2,%1$+

'%50+ 1"%1(+ '%50+ 1"%""+

5H A!V"1 10H A!V"1

SCR # $&"%$& SCR # 510%$&


0%00+ 121%10+ 0%00+ 125%2&+

1%50+ $(%52+ 1%50+ 50%'0+

,%00+ ,2%52+ ,%00+ ,,%,5+

5%00+ 22%,5+ 5%00+ 22%("+

'%50+ 1"%12+ '%50+ 1"%5"+

5H A!V"1 10H A!V"1

SCR # 2"1%$& SCR # 2'0%50


0%00+ 11,%1"+ 0%00+ 11$%02+

1%50+ $&%(1+ 1%50+ $(%&,+

,%00+ ,$%2$+ ,%00+ ,2%(&+


2/34

5%00+ 22%22+ 5%00+ 22%'&+

'%50+ 1"%05+ '%50+ 1"%$'+

5H A!V"1 10H A!V"1

SCR # 1&,%0$ SCR # 1&2%&5


0%00+ (2%(2+ 0%00+ (0%&&+

1%50+ $"%1&+ 1%50+ $"%5,+

,%00+ ,1%02+ ,%00+ ,1%$&+

5%00+ 21%"2+ 5%00+ 22%0,+

'%50+ 15%'2+ '%50+ 1"%0"+

5H A!V"1 10H A!V"1

SCR # 102%"( SCR # 10'%2'


0%00+ '$%(2+ 0%00+ '5%&1+

1%50+ $1%&0+ 1%50+ $2%"'+

,%00+ 2&%("+ ,%00+ 2(%",+

5%00+ 20%5"+ 5%00+ 21%0(+

'%50+ 15%1"+ '%50+ 15%5"+

5H A!V"1 10H A!V"1

SCR # $(%&& SCR # 5,%"$


0%00+ 55%$1+ 0%00+ 5'%20+

1%50+ ,$%'5+ 1%50+ ,5%&&+

,%00+ 25%,,+ ,%00+ 2"%1$+

5%00+ 1&%"2+ 5%00+ 1(%22+

'%50+ 1$%11+ '%50+ 1$%5,+

5H A!V"1 10H A!V"1

SCR # 1(%&' SCR # 20%&1

)nstalled *+ !DD )nstalled * !DD )0%00+ 2"%11+ 0%00+ 2"%''+


3/34

1%50+ 20%22+ 1%50+ 20%''+

,%00+ 1"%52+ ,%00+ 1"%(&+

5%00+ 1,%$0+ 5%00+ 1,%'"+

'%50+ 11%22+ '%50+ 11%$"+


4/34

,0H A!V"1 "0H A!V "1 100H A!

SCR # ,0((%5$5 SCR # 25"5%(&" SCR #

nstalled * !DD )nstalled * !DD )nstalled *

0%00+ 0%00+

1%,5+ 5(%$2+ 0%("+ ""%('+ 1%0"+

1%50+ 1%50+

2%&5+ ,'%"0+ 2%$"+ $1%01+ 2%5"+

,%00+ ,%00+

$%,5+ 2'%,1+ ,%("+ 2(%,1+ $%0"+

5%00+ 5%00+

"%,5+ 20%10+ 5%("+ 21%,1+ "%0"+

'%50+ '%50+

&%&5+ 15%25+ &%$"+ 15%('+ &%5"+

,0H A!V"1 "0H A!V "1 100H A!SCR # 1005%$12 SCR # ($0%&"15 SCR #


0%00+ 0%00+

1%,5+ 5'%&"+ 0%("+ "5%"$+ 1%0"+

1%50+ 1%50+

2%&5+ ,"%&"+ 2%$"+ $0%$,+ 2%5"+

,%00+ ,%00+

$%,5+ 2"%(2+ ,%("+ 2(%0,+ $%0"+

5%00+ 5%00+

"%,5+ 1(%&(+ 5%("+ 21%15+ "%0"+

'%50+ '%50+

&%&5+ 15%1$+ &%$"+ 15%&&+ &%5"+

,0H A!V"1 "0H A!V "1 100H A!

SCR # $',%1,52 SCR # $&$%"&"2 SCR #


0%00+ 0%00+

1%,5+ 5"%,0+ 0%("+ ",%',+ 1%0"+

1%50+ 1%50+

2%&5+ ,"%1(+ 2%$"+ ,(%"$+ 2%5"+

,%00+ ,%00+

$%,5+ 2"%5$+ ,%("+ 2&%"0+ $%0"+

5%00+ 5%00+

"%,5+ 1(%"'+ 5%("+ 20%(2+ "%0"+

'%50+ '%50+

&%&5+ 15%02+ &%$"+ 15%'5+ &%5"+

,0H A!V"1 "0H A!V "1 100H A!

SCR # ,0(%(5$5 SCR # 25"%5(&" SCR #


0%00+ 0%00+

1%,5+ 5,%&5+ 0%("+ "0%$(+ 1%0"+

1%50+ 1%50+

2%&5+ ,5%05+ 2%$"+ ,&%2$+ 2%5"+

,%00+ ,%00+$%,5+ 25%(,+ ,%("+ 2'%&'+ $%0"+


5/34

5%00+ 5%00+

"%,5+ 1(%,$+ 5%("+ 20%5,+ "%0"+

'%50+ '%50+

,0H A!V"1 "0H A!V "1 100H A!

SCR # 1"&%&(5" SCR # 1'(%2'5' SCR #


0%00+ 0%00+

1%,5+ 50%5$+ 0%("+ 5'%,,+ 1%0"+

1%50+ 1%50+

2%&5+ ,,%52+ 2%$"+ ,"%&5+ 2%5"+

,%00+ ,%00+

$%,5+ 25%0(+ ,%("+ 2'%11+ $%0"+

5%00+ 5%00+

"%,5+ 1&%&"+ 5%("+ 20%10+ "%0"+

'%50+ '%50+

,0H A!V"1 "0H A!V "1 100H A!

SCR # ($%0&"15 SCR # 10'%$,1' SCR #


0%00+ 0%00+

1%,5+ $$%51+ 0%("+ 51%$,+ 1%0"+

1%50+ 1%50+

2%&5+ ,0%"5+ 2%$"+ ,$%1&+ 2%5"+

,%00+ ,%00+

$%,5+ 2,%$2+ ,%("+ 25%",+ $%0"+5%00+ 5%00+

"%,5+ 1'%1(+ 5%("+ 1(%2"+ "%0"+

'%50+ '%50+

,0H A!V"1 "0H A!V "1 100H A!

SCR # $'%0$,0& SCR # 5,%'15&5 SCR #


0%00+ 0%00+

1%,5+ ,$%(&+ 0%("+ $0%&&+ 1%0"+

1%50+ 1%50+

2%&5+ 25%'$+ 2%$"+ 2(%0(+ 2%5"+

,%00+ ,%00+

$%,5+ 20%$,+ ,%("+ 22%"2+ $%0"+

5%00+ 5%00+

"%,5+ 1"%12+ 5%("+ 1'%$(+ "%0"+

'%50+ '%50+

,0H A!V"1 "0H A!V "1 100H A!

SCR # 1&%&1'2, SCR # 20%$5$&$ SCR #

nstalled * !DD )nstalled * !DD )nstalled *0%00+ 0%00+


6/34

1%,5+ 20%(5+ 0%("+ 22%,(+ 1%0"+

1%50+ 1%50+

2%&5+ 1'%2,+ 2%$"+ 1&%2$+ 2%5"+

,%00+ ,%00+

$%,5+ 1$%'0+ ,%("+ 15%$$+ $%0"+

5%00+ 5%00+

"%,5+ 12%$&+ 5%("+ 12%("+ "%0"+

'%50+ '%50+


7/34

"1 250H A!V"1 $00H A!V"1

2"0,%("1 SCR # 2&25%1&" SCR # 25$&%2,&

!DD )nstalled * !DD )nstalled * !DD

"$%''+

$0%21+ 2%("+ ,$%'(+

,%2"+ ,$%"2+

2&%(2+ $%$"+ 2"%0'+ $%'"+ 25%("+

21%11+ 5%("+ 20%(0+ "%2"+ 20%&,+

15%&&+ '%("+ 1"%"2+ &%2"+ 1"%5(+

"1 250H A!V"1 $00H A!V"1('2%1$55 SCR # ("&%",5$ SCR # 101(%2(5


",%5"+

,(%'0+ 2%("+ ,"%"5+

,%2"+ ,$%21+

2&%"$+ $%$"+ 2'%12+ $%'"+ 25%'2+

20%("+ 5%("+ 21%5&+ "%2"+ 20%""+

15%&0+ '%("+ 1'%05+ &%2"+ 1"%$(+

"1 250H A!V"1 $00H A!V"1

50,%$,25 SCR # $&$%,1'' SCR # 50(%"$''


"1%&$+

,&%(,+ 2%("+ ,5%&'+

,%2"+ ,,%5$+

2&%2$+ $%$"+ 2"%"'+ $%'"+ 25%,5+

20%'5+ 5%("+ 21%,0+ "%2"+ 20%$2+

15%"'+ '%("+ 1"%&'+ &%2"+ 1"%,,+

"1 250H A!V"1 $00H A!V"1

2"0%,("1 SCR # 2&2%51&" SCR # 25$%&2,&


5&%'$+

,'%55+ 2%("+ ,$%'(+

,%2"+ ,2%2'+2'%50+ $%$"+ 2"%0'+ $%'"+ 2$%5(+


8/34

20%,$+ 5%("+ 20%(0+ "%2"+ 1(%($+

"1 250H A!V"1 $00H A!V"1

1"$%20(' SCR # 1",%(,1" SCR # 1"'%&105


5$%&2+

,5%'&+ 2%("+ ,2%((+

,%2"+ ,1%00+

2"%5$+ $%$"+ 25%0$+ $%'"+ 2,%&$+

1(%&0+ 5%("+ 20%2$+ "%2"+ 1(%$$+

"1 250H A!V"1 $00H A!V"1

111%"2$& SCR # 111%,,$$ SCR # 10,%&(12


50%51+

,,%&1+ 2%("+ ,1%1"+

,%2"+ 2&%($+

25%$2+ $%$"+ 2,%('+ $%'"+ 22%"0+

1(%1"+ 5%("+ 1(%5$+ "%2"+ 1&%"1+

"1 250H A!V"1 $00H A!V"1

55%&12$ SCR # 55%""'1& SCR # 51%($55(


$0%5$+

2&%(2+ 2%("+ 2"%"1+

,%2"+ 2$%""+

22%5$+ $%$"+ 21%1&+ $%'"+ 1(%(0+

1'%$"+ 5%("+ 12%&(+ "%2"+ 1"%'"+

"1 250H A!V"1 $00H A!V"1

22%"52$, SCR # 1(%2$(," SCR # 20%''&2,



9/34

22%1"+

1&%10+ 2%("+ 1"%5(+

,%2"+ 1"%(5+

15%,"+ $%$"+ 1$%,$+ $%'"+ 1$%"1+

12%(,+ 5%("+ 12%'5+ "%2"+ 12%("+


10/34

'00H A!V"1 AV-RA.-S

SCR # 25$"%"&' SCR # 2500

)nstalled * !DD

0%00+ 1&$%'"+

1%12+ ",%'2+

1%50+ 51%',+

2%2$+ $,%1(+ 2%"1+ ,(%,"+

,%0(+ ,,%('+

,%'$+ ,0%5&+ $%22+ 2&%0,+

5%00+ 2,%00+

5%2$+ 2,%'2+ 5%('+ 21%,,+

'%2$+ 1&%,,+ '%$1+ 1'%12+

&%$2+ 1"%0"+

'00H A!V"1 AV-RA.-SSCR # ((0%,'&, SCR # 1000

)nstalled * !DD

1,(%11+

"2%,5+

50%&&+

2%2$+ $2%5"+ ,(%2$+

,,%5(+

,%'$+ ,0%2"+ 2'%(5+

22%&2+

5%2$+ 2,%5,+ 21%,0+

'%2$+ 1&%22+ 1'%02+

1"%0'+

'00H A!V"1 AV-RA.-S

SCR # 50(%,,'$ SCR # 500

)nstalled * !DD

12,%1(+

"0%"2+

50%11+

2%2$+ $1%"0+ ,&%$5+

,,%1$+

,%'$+ 2(%'"+ 2'%5,+

22%""+

5%2$+ 2,%22+ 21%05+

'%2$+ 1&%0$+ 1"%(1+

15%(,+

'00H A!V"1

SCR # 25$%""&' SCR # 250

)nstalled * !DD

11,%5(+

5'%"(+

$(%,'+

2%2$+ ,(%'"+ ,'%0&+

,,%1"+,%'$+ 2&%&0+ 2"%'(+


11/34

22%50+

5%2$+ 22%",+ 20%"1+

'%2$+ 1'%"'+ 1"%',+

'00H A!V"1

SCR # 1',%,05 SCR # 150

)nstalled * !DD

(1%(0+

5$%2,+

$"%,"+

2%2$+ ,&%0"+ ,5%$$+

,1%1'+

,%'$+ 2'%&&+ 25%(2+

21%&,+

5%2$+ 22%05+ 20%0&+

'%2$+ 1'%,,+ 1"%,'+

'00H A!V"1

SCR # 102%2(52 SCR # 100

)nstalled * !DD

'5%,'+

$&%&2+

$2%2$+

2%2$+ ,$%&"+ ,2%(,+

2(%1&+

,%'$+ 2"%10+ 2$%52+20%&,+

5%2$+ 20%(2+ 1(%11+

'%2$+ 1"%"2+ 15%'&+

'00H A!V"1

SCR # 51%1$'5( SCR # 50

)nstalled * !DD

5"%,1+

,&%&0+

,5%,2+

2%2$+ 2&%(1+ 2'%&5+

25%,&+

,%'$+ 22%"0+ 21%55+

1&%(2+

5%2$+ 1&%"0+ 1"%55+

'%2$+ 15%15+ 1$%"0+

'00H A!V"1

SCR # 21%$,$1, SCR # 20

)nstalled * !DD


12/34

21%&,+

20%50+

2%2$+ 1&%(5+ 1'%&2+

1"%&2+

,%'$+ 1"%01+ 15%0&+

1,%5&+

5%2$+ 1,%(5+ 1,%01+

'%2$+ 12%10+ 11%5(+


13/34

SCA

!DD SHCR tilit SCA 100000%00

1&%50($5 .enerator 0%00

Dist SCA 0%00

ther SCA 21101%(&

CC SCA 21102SCA SS!-3 &"""""%""'

3easure

4

H

4VA

6

6

6

6

6

6


14/34


15/34

7olta8e SC 3VA source -9ui7 at co

$1"0 '20%5, '20%5, '20%5, &"""""%'

0 0%00 0%00 0

0 0%00 0%00 0

$&0 1'%5$ 0%00 21101%(&

$&0

-9uipment DF ulses

3 VFD 0%(5 "

VSI VFD :0%05 12 ,+

AF- VFD 1 1& 5+

DC drive :0%05 5+

DC power supply - Inductive :0%05 5+

DC power supply - Resistive :0%05 2%50+

S ;/Diode rectifier 0%(5 2+

UPS w/SCR rectifier :0%05 0+S ;/AF- rectifier 1 5+

V po;er suppl 1 "+

-lectronic li8htin8 ballasts : std 0%('5 "+

-lectronic li8htin8 ballasts : remium 1 5+

Capaciti7e

resisti7e

)nducti7e

Standard Applied

)--- 51(:1((2

e9ui7alent*

Forced!DD


16/34

)nstalled )mpedance

none

1%50+

,%00+

5%00+

'%50+

default


17/34

20

'55%1,("

nnected V )--- 51(:1((2 !able 10%,

&"""""%""""' Isc/Iload T

< 20 20 5

0 0 20


18/34


19/34

D

%

%

%

.>!

12+

1%$$+

Distributio no

.enerator no

3CC !ran estilit es

500 1000 2500

12,%1(+ 1,(%11+ 1&$%'"+

"0%"2+ "2%,5+ ",%'2+

#$"!! #$"++ #!"*&

&+"'# &)"%' &)"&(

,,%1$+ ,,%5(+ ,,%('+

2'%5,+ 2'%(5+ 2&%0,+

%%"(( %%"+% %&"$$21%05+ 21%,0+ 21%,,+

1"%(1+ 1'%02+ 1'%12+


20/34


21/34

Dri7e H *+

1%0 0%0000 1?20@1?25 1%0$,&&2

2%0 0%0000,%0 0%0000

5%0 0%0000 1?100@1?$00 2%5""('&

'%5 0%0000

10%0 0%0000

15%0 0%0000 2?'5@1?500 2%&$05,1

20%0 0%0000

25%0 0%"'"(

,0%0 1%,$('

$0%0 1%,5&2

50%0 1%20$&

"0%0 0%(555

'5%0 1%1&,&100%0 1%055'

125%0 2%2&25

150%0 1%'20'

1'5%0 2%5&,"

200%0 2%("21

250%0 2%'0,0 1%15+

,00%0 ,%2",5 250

,50%0 ,%15$( 5'%"(+

$00%0 2%(,&($50%0 2%"$"0

500%0 ,%2,'&

550%0 2%(',1

"00%0 ,%,2'&

'00%0 2%2$00

(00%0 2%"$"1

3 VFD

Short Circuit Ratio

Installed Z 20 50 100 150 250 500 1000 2500

0%00+ 2"%$$+ 5"%,1+ '5%,'+ (1%(0+ 11,%5(+ 12,%1(+ 1,(%11+ 1&$%'"+1%15+ 21%&,+ ,&%&0+ $&%&2+ 5$%2,+ 5'%"(+ "0%"2+ "2%,5+ ",%'2+

1%50+ 20%50+ ,5%,2+ $2%2$+ $"%,"+ $(%,'+ 50%11+ 50%&&+ 51%',+

2%50+ 1'%&2+ 2'%&5+ ,2%(,+ ,5%$$+ ,'%0&+ ,&%$5+ ,(%2$+ ,(%,"+

,%00+ 1"%&2+ 25%,&+ 2(%1&+ ,1%1'+ ,,%1"+ ,,%1$+ ,,%5(+ ,,%('+

$%25+ 15%0&+ 21%55+ 2$%52+ 25%(2+ 2"%'(+ 2'%5,+ 2'%(5+ 2&%0,+

5%00+ 1,%5&+ 1&%(2+ 20%&,+ 21%&,+ 22%50+ 22%""+ 22%&2+ 2,%00+

"%00+ 1,%01+ 1"%55+ 1(%11+ 20%0&+ 20%"1+ 21%05+ 21%,0+ 21%,,+

'%50+ 11%5(+ 1$%"0+ 15%'&+ 1"%,'+ 1"%',+ 1"%(1+ 1'%02+ 1'%12+

3 VFDDefaultsB

Accordin8to

HarmCalc;ei8hted

*+


22/34

ther tpes of Con7erters

Con7erter tpe

12: 5%00+ Assume !HDi # 10+&: 5%00+ Assume !HDi # 5+

VVI VFD 5%00+ Assume DC bus has ,+ * for harmonic current if no ER installed notches ;ill be

AF- VFD n/a !DD # 5+

DC Drives 5%00+ Assume DC bus has ,+ * for harmonic current if no ER installed notches ;ill be

S diode 5%00+

S SCR 5%00+ Assume DC bus has ,+ * for harmonic current if no ER installed notches ;ill be

S ).>! n/a !DD # 5+

SCR inductive 5%00+ Assume DC bus has ,+ * for harmonic current if no ER installed notches ;ill be

SCR resisti7e 0%00+ SCR tpe ;ith ,+ line reactor

SCR capaciti7e 0%00+ SCR tpe ;ith ,+ line reactor

,%00+ !ransformer input

,%00+ !DD # 5+

,one .enerato ,%00+ SCR tpe ;ith ,+ line reactor

otesG

>est racticeG use # ,+ line reactors

VFDG lo;er !DD

SCRG Smooth 7olta8e notch

>est performance

Smallest siIe AHF

)f VFD has no impedance # can=t perdict !DD le7els AHF turns off harmonic orders to Jeep AHF on lineB

-9ui7alent*+

V >allast :

ormalV >allast :remium


23/34

SCR

20 50 100 200 250 500 1000 2500

2,%("+ $5%($ "0%2$ "'%&' &1%01 &$%'$ &&%$$ HarmCalc

2,%"0+ $5%0&+ 5&%'$+ "&%&&+ &1%20+ &'%"5+ ('%'0+ 11"%1(+ ei8hted a78 of each

1'%, 25%,( ,0%, ,,%5" ,$%21 ,5%" ,'%"2 ,'%(,

1&%0&+ 2&%11+ ,,%",+ ,"%1&+ ,&%02+ ,(%"(+ $0%5(+ $1%1'+

1'%5( 2'%2 ,2%'" ,"%55 ,'%$ ,(%1( $0%1, $0%'&

1&%,$+ 2&%&(+ ,$%"(+ ,'%,5+ ,(%,,+ $1%0(+ $2%0$+ $2%""+

Kt SiIe

1 500%0 ,%00 15 $5

0 0%0 0%00 0 0

0 0%0 0%00 0 0

0 0%0 0%00 0 00 0%0 0%00 0 0

0 0%0 0%00 0 0

0 0%0 0%00 0 0

0 0%0 0%00 0 0

0 0%0 0%00 0 0

0 0%0 0%00 0 0

ei8hted AV. ,%00 15 $5

AdLusted multiplier 1%20

Appl AccuSine selection mulitplier accordin8 to e9ui7alent impedance of loads installed%

+ )mpeda 3ultiplier 0

0%00 , not possible to predict discontinued orders ,1%50 1%" Some hi8h orders ;ill be discontinued 1%"

,%00 1%2 1%2

5%00 1%1 1%1

'%50 1 1

1%20 ,%00 5%00 1%2000 1

1%2 1%10 1%1

1%2

-9ui7alent *

calculation

sumproduct 9t/siIe


24/34

1%"

,

20

ShCR # 1&%50($5 $5%"11(( K

+I !DD I hi8her !DD hi8her I lo;er

,%000 25%,&+ ,%00 25%,&+ ,%000%000 0%00+ 0%00 2"%$$+ 0%00

lar8e for !HD7 0%000 0%00+ 0%00 2"%$$+ 0%00

0%000 0%00+ 0%00 2"%$$+ 0%00

lar8e for !HD7 0%000 0%00+ 0%00 2"%$$+ 0%00

0%000 0%00+ 0%00 2"%$$+ 0%00

lar8e for !HD7 0%000 0%00+ 0%00 2"%$$+ 0%00

0%000 0%00+ 0%00 2"%$$+ 0%00

lar8e for !HD7 0%000 0%00+ 0%00 2"%$$+ 0%00

0%000 0%00+ 0%00 2"%$$+ 0%00

, 0 ,

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0

0 0 0


25/34

500 , 0%("((

0 0

0 0

0 00 0

0 0

0 0

0 0

0 0

0 0

500

0%00

0%00 , 1%501%50 1%" ,%00

,%00 1%2 5%00

5%00 1%1 '%50

'%50 1 '%50

'%50 1 '%50

5%00 1%1 '%50

,%00 1%2 5%00

3VFD *

3VFD DF


26/34

1%50 1%" ,%00

0%00 , 1%50

!

tdd lo; delta tdd delta I delta Iset AdL !DD 12:p adL

25%,&+ 0%000 0%00 0%000 25%,&+ 25%,&+0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+

0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+

0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+

0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+

0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+

0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+

0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+

0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+

0%00+ :0%2"$ 0%00 0%000 0%00+ 0%00+


27/3425$'05$,&%?ls

a8e 2' of ,$12/1$/201$

Release Date )-0ay-%$!&

1ot applica2le for neutral har3onic current calculations"

1ot applica2le for V4R Co3pensation 5Flic6er7 selection"

1ot applica2le for calculatin8 displace3ent PF ad9ust3ents fro3 leadin8 to la88in8 or vice versa"

!"

%"

a" Co3plete the electrical syste3 data when co3pliance to a har3onic standard is re:uired"

2"

c" Cell co33ents and pop-up state3ents are provided for clarifications and directions"d" 4ll yellow cells are data entry fields"

e" 4n ;User Selected 4ccuSine Ratin8; 3ust 2e 3ade to o2tain corrected results"

&"

'"

a"

2"

c"

4ccuSineP? PCS or PFV7 syste3 to 2e used for any

co32ination of the followin8 3odes har3onic 3iti8ation? displace3ent power factor correction 5Cos 7? or 3ains current

2alancin8"

Follow the ;Co33ents; and ;Pop-up State3ents; within the ;4ccuSine Selection =ool; wor6sheet"

1o electrical syste3 infor3ation is re:uired when selection is 3ade for a specified =otal De3and Distortion 5=DD7value in the ;=DD Re:uired; cell or when @ar3onic 3ode is not selected" A4 default Short Circuit Ratio 5ShCR7 of%#$!! in used if no electrical syste3 data is entered"B

4ccuSine S>P has two 3odes of operation @ar3onic 0iti8ation and Displace3ent Power Factor 5Cos 7 Correction"

4ccuSine PCS has three 3odes of operation @ar3onic 0iti8ation? Displace3ent Power Factor 5Cos

7 Correction? and

0ains Current alancin8"

4ccuSine PFV has two 3odes of operation Displace3ent Power Factor 5Cos 7 and 0ains Current alancin8"

4ccuSine PCS has the a2ility to assi8n functional priority 2etween @ar3onic 3ode and PF/0ains Current alancin83odes" 4d9ust3ent of priority 3ay affect the sie of the 4ccuSine PCS syste3s" Percent of 4ccuSine PCS syste3assi8ned for @ar3onic 0iti8ation 3ust 2e co3pleted and ad9usted to opti3ie the 4ccuSine PCS Syste3 selection when3ultiple 3odes are selected with @ar3onic 3ode"

PF correction and 0ains Current alancin8 are funda3ental current ad9ust3ents" If these two 3odes are activated andavaila2le current of the 4ccuSine PCS syste3 is not ade:uate? the correction of displace3ent PF and 0ains Currentalancin8 will 2e proportioned e:ually"

If it is desired that @ar3onic 3ode has first priority? enter !$$ in ;Percent of 4ccuSine PCS syste3 assi8ned for@ar3onic 0iti8ation; cell" =his assi8ns the capacity of the 4ccuSine PCS syste3 to perfor3 har3onic correction firstand then use the re3ainin8 capacity for PF/0ains Current alancin8 3odes of operation" If all of the capacity is usedfor har3onic correction? then no PF correction or 0ains Current alancin8 can occur"

If it is desired that PF/0ains Current alancin8 3odes have first priority? enter $ in ;Percent of 4ccuSine PCS syste3assi8ned for @ar3onic 0iti8ation; cell" =his assi8ns the full capacity of the 4ccuSine PCS syste3 to first perfor3 PF

correction and/or 0ains Current alancin8 and then use the re3ainin8 capacity to perfor3 @ar3onic correction" If allof the capacity is used for PF correction and/or 0ains Current alancin8? then no @ar3onic 3iti8ation can occur"

y assi8nin8 values 2etween $ and !$$? the allocation of the 4ccuSine PCS syste3 can 2e ad9usted" Properad9ust3ent will opti3ie the 4ccuSine PCS syste3 sie"


28/3425$'05$,&%?ls a8e 2& of ,$12/1$/201

#"

("

*"

+"

If there are any :uestions? please? consult your local Schneider Electric representative"

=he wor6sheet titled ;0odel Selector; uses infor3ation fro3 the ;4ccuSine Selection =ool; wor6sheet to identify the:uantities and 3odel nu32ers for the 4ccuSine syste3 that 3eet your needs" Selection of E0C co3pati2ility andenclosure style is re:uired on this wor6sheet to co3plete 3odel selection" 432ient te3perature and/or altitudead9ust3ents are also possi2le"

=he wor6sheet titled ;C= Selector; uses data fro3 ;4ccuSine Selection =ool; and ;0odel Selector; wor6sheets to identify theC= sie and :uantities re:uired" 4dditional data entry is re:uired to co3plete"

=he wor6sheet titled ;=ypical =DD evels; displays typical =otal De3and Distortion 5=DD - sa3e as =@Di at full load7 valuesfor P>0 VFD with different a3ounts of installed inductive i3pedance at various short circuit current values"

DC 2us cho6es and input line reactor i3pedances 5Z7 are su33ed for total i3pedance for P>0 VFD" =he results are usedfor P>0 VFD solutions"

ES= PR4C=ICEfor (-pulse P>0 VFD is inclusion of & to # total i3pedance either installed in the DC 2us? on the &-phase 3ains input? or 2oth for si8nificant initial =DD reductions" If very low to no i3pedance is installed co3pliance to anystandard is dou2tful"

DC drives? UPS w/SCR 5thyristor7 rectifiers? and SCR 5thyristor7 power supplies cause a uni:ue pheno3ena identified as;volta8e notchin8;" Volta8e notchin8 can adversely effect other SCR 5thyristor7 rectifiers and electronic loads installed onthe sa3e distri2ution 2us" Volta8e notchin8 can only 2e reduced 2y installin8 & to # i3pedance line reactors" 4ctivehar3onic filters cannot re3edy volta8e notchin8 due to SCR 5thyristor7 rectifiers"

ES= PR4C=ICEis to install &-phase line reactors with &-# i3pedance at the input rectifier to s3ooth volta8e notchesand reduce volta8e distortion due to the volta8e notches"

4ccuSine


29/34

DateG

Custo3er 1a3e

Pro9ect ID Pro9ect 1a3e

4ddress

City? State 5Province7

Postal Code Country

Prepared 2y

Electrical Syste3 DataSource

? UtilityVolta8e

$1"0 100000

.enerator

G> Volta8e PF ratin8

GV4 I3pedance AB

GV4 I3pedance AB

1000 $&0 5%'0+

Volta8e where 4ccuSine syste3 is attached $&0

Point of Co33on Couplin8 5PCC73CC !ransfomer : Secondar

@ar3onic Standard for current li3its is )--- 51(:1((2 optionalB

4pply solution for

Harmonic 3iti8ationG ? !DD Re9uiredG ,%0+

o;er Factor CorrectionG 0%(

ercent of AccuSine CS sstem assi8ned for Harmonic 3iti8ationG '0%00+

3ains Current >alancin8G + mains current imbalance 10+

E:uip3ent list for 1,1I1E4R ,4DS

)tem Kuantit SiIe nit of 3easure !pe of -9uipment

1 1 500 H 3 VFD " ,%00+ &0%0+

2

,

$

5

"

'

&

(

10

4C 0otors ,peratin8 Direct-on-ine )--- 51(:1((2 !able 10%,

4ccuSine


30/34

)tem Kuantit SiIe nit of 3easure

+ !DD

11 1 552%" 4 0%(00 &0%0+ M20 5+

12 1 (0 4VA 0%&00 &0%0+ M50 &+

1, M100 12+

1$ M1000 15+

15 #1000 20+

E:uivalent installed i3pedance ,%00 +

Selection ad9ust3ent factor accordin8 to installed i3pedance 1%20

Syste3 Short Circuit Ratio 5ShCR7 selected PCC 1&%5 G1

Uncorrected Syste3

Power

!!'*"* a3ps )#'"!* GV4

!!'$"! a3ps +($"*' G>

!&%"! a3ps $"))&' Distortion PF

'')"! a3ps &*&"'$ GV4R

=@Di !!"#) $")!*' Displaceme

=DD !!"#) $")!!& =otal PF

4ccuSine ratin8 re:uired 2us volta8e 1$2%$ amps

4ccuSine ratin8 re:uired unit 2ase volta8e 1$2%$ amps

User Selected 4ccuSine ratin8 unit 2ase volta8e amps

Corrected Syste3

Corrected Power

!!'*"* a3ps )#'"!* GV4

!!'$"! a3ps +($"*' G>

!&%"! a3ps $"))&' Distortion PF

'')"! a3ps &*&"'$ GV4R

=@Di 5achieved7 !!"#) $")!*' Displaceme

=DD 5achieved7 !!"#) $")!!& =otal PF

=he re:uired har3onic li3it is not 2ein8 3eet" =he re:uire3ent is &"$$ =DD=his selection attains $")!*'

4ll results are esti3ates" 4ctual results 3ay vary"


4ccuSine< is a re8istered trade3ar6 of Schneider Electric

Rated Full EoadF ameplateB

3a?imum CapacittiliIed )

sc/)

f FEA

=ype of R0SCurrent

,ri8inal Syste3 Current 43plitudesJ =otal @ar3oic Current Distortion

=otal Ir3s

=otal Ifund

=otal Ih

=otal Ireactive

Cos

@ar3onic 3iti8ation and/or displace3ent PF correction 3ay not 2e achieved due to an undersied ;User Selected

4ccuSine ratin8;K

=ype of R0SCurrent

Corrected Current 43plitudes J=otal @ar3oic Current Distortion

=otal Ir3s

=otal Ifund

=otal Ih

=otal Ireactive

Cos

DPF 5Cos


31/34

4ccuSine 0odel Selection

roLect ameG Date

4ccuSine syste3 volta8e '+$ V4C

!'%"' !'%"'

!$$$ 0eters 5Cannot eLceed '#$$3"71/4

'$

no$"$

Is E0C Re:uiredM Enter ;L; if re:uired

Enclosure type re:uired IP%$

5select usin8 an ;L;7 IP&$ 0odes Selected

IP#' @ar3onic 0iti8ation

L U =ype !

U =ype !%

4ccuSine 0odel Selection

Ite3 Nuantity 0odel 1u32er Description


43peres of correction re:uired5includes derate7

43peres re:uired a2ove syste3volta8e 5includes deratin8 for altitudeand te3perature 5if applied 2elow7

43peres re:uired u2ase volta8e for4ccuSine S>P or PCS3odels

4ltitude 5ad9ust when altitudeeLceeds !$$$ 3eters7 43peres re:uired u

2ase volta8e for4ccuSine PFV 3odels432ient te3perature 5if eLceeds

'$$C7 $C 5Cannot eLceed #$$C7

Use te3perature and altitudederate for selectionad9uste3entM

54d9ust unit ratin8 accordin8 to hi8haltitude and/or a32ient te3perature"7

43peres of correctioselected 2y user un

2ase volta8e

0odel Selection is 2ased upon the ;0odes Selected;? E0C co3pliance? altitude? a32ient te3perature? andenclosure type re:uired"


32/34

4ccuSine Current =ransfor3er 5C=7 Selection

roLect ameG Date

Select C! accordin8 to current ratin8 ofG Eoad >us current ratin8G

Are sin8le phase loads presentN no

C! positionG EoadC! core constructionG Split

C! mounted onG >us bar

Nuantity of each C= 0odel 1u32er Re:uired

4ccuSine 0odel0odel 1u32er Description

S>P PCS/PFV

CS!"00S Current transformer Jit of ,O "00G1 split core : round

CS!2000S Current transformer Jit of ,O 2000G1 split core : rectan8ular

CS!,00C Current transformer Jit of ,O ,00G1 solid core : round/rectan8ular

CS!500C Current transformer Jit of ,O 500G1 solid core : round/rectan8ular

CS!1000C Current transformer Jit of ,O 1000G1 solid core : round/rectan8ular

CS!1500C Current transformer Jit of ,O 1500G1 solid core : rectan8ularCS!2000C Current transformer Jit of ,O 2000G1 solid core : rectan8ular

CS!,000C Current transformer Jit of ,O ,000G1 solid core : rectan8ular

CS!$000C Current transformer Jit of ,O $000G1 solid core : rectan8ular

S>P PCS/PFV

CSC!1000SC Current transformer 1000G5 split core : round

CSC!1000SCR Current transformer 1000G5 split core : rectan8ular

CSC!,000SC Current transformer ,000G5 split core : round

CSC!,000SCR Current transformer ,000G5 split core : rectan8ular

CSC!FCE50005& Current transformer 5000G5 split core : round

CSC!5000SCR Current transformer 5000G5 split core : rectan8ular

CSC!'RE"011 Current transformer "00G1 solid core : round

CSC!'RE1021 Current transformer 1000G1 solid core : round

C= used with 4ccuSine S>P 3ust have a ! a3p secondary"

C= used with 4ccuSine PCS and PFV 3ust have a # a3p secondary"

4ll C= 3ust have a fre:uency response of #$-'$$ @ and Class ! accuracy"

If there are any :uestions? please? consult your Schneider Electric representative"

=he a2ove selection assu3es one 3ains 5power7 ;source"; If 3ore 3ains 5power7 sources are present and C=position is ;source;? then additional sets of C= 3ay 2e re:uired" ,ne set per source location 3ay 2e re:uired"

Selection of Current =ransfor3ers 5C=7 is site specific" =he C= a3pera8e ratin8 3ust 3eet or eLceed the eLpected3aLi3u3 load current a3plitude to 2e 3onitored"


33/34

25$'05$,&%?ls a8e ,, of ,$

Electrical Syste3 Sin8le-ine Dia8ra3

Custo3er 1a3e Date

Pro9ect

Pro9ect ID

Source Selected Utility

Utility .enerator

Volta8e $1"0 V 4

ShCA 100000 A Volta8e

Subtransient Reactance 0

!ransfer S;itch F ratin8

Distri2ution =ransfor3er

4VA 0 JVA Selected CCG 3CC !ransfomer : Sec

Secondar Volta8e 0 V

)mpedance 0%00+ *

Distri2ution us

0CC =ransfor3er

4VA 1000 JVA

Secondar Volta8e $&0 V

)mpedance 5%'0+ *

0CC us

inear and 1onlinear oads


34/34

=ypical =DD evels

20 50 100 150 250 500 1000 2500

0%00+ 2"%$$+ 5"%,1+ '5%,'+ (1%(0+ 11,%5(+ 12,%1(+ 1,(%11+ 1&$%'"+

1%12+ 21%&,+ ,&%&0+ $&%&2+ 5$%2,+ 5'%"(+ "0%"2+ "2%,5+ ",%'2+

1%50+ 20%50+ ,5%,2+ $2%2$+ $"%,"+ $(%,'+ 50%11+ 50%&&+ 51%',+

2%"1+ 1'%&2+ 2'%&5+ ,2%(,+ ,5%$$+ ,'%0&+ ,&%$5+ ,(%2$+ ,(%,"+

,%00+ 1"%&2+ 25%,&+ 2(%1&+ ,1%1'+ ,,%1"+ ,,%1$+ ,,%5(+ ,,%('+

$%22+ 15%0&+ 21%55+ 2$%52+ 25%(2+ 2"%'(+ 2'%5,+ 2'%(5+ 2&%0,+

5%00+ 1,%5&+ 1&%(2+ 20%&,+ 21%&,+ 22%50+ 22%""+ 22%&2+ 2,%00+

5%('+ 1,%01+ 1"%55+ 1(%11+ 20%0&+ 20%"1+ 21%05+ 21%,0+ 21%,,+

'%50+ 11%5(+ 1$%"0+ 15%'&+ 1"%,'+ 1"%',+ 1"%(1+ 1'%02+ 1'%12+

=DD 5=@Di at full load7 levels 2ased upon installed inductive i3pedanceand short circuit ratio 5ShCR7

AV.)mpedance

*+BShCR #

20ShCR #

50ShCR #

100ShCR #

150ShCR #

250ShCR #

500ShCR #

1000ShCR #

2500

0%00+1%12+

1%50+2%"1+

,%00+$%22+

5%00+5%('+

'%50+

0%00+

20%00+

$0%00+

"0%00+

&0%00+

100%00+

120%00+

1$0%00+

1"0%00+

1&0%00+

200%00+

20

50

100

150250

500

1000

2500

=DD for P>0 VFD

I3pedance

=DD

ShCR

ShCR= ShortCircuitCurrentofSupply

FullLoad ( fundamental)CurrentofAllLoads

Date post:	13-Apr-2018
Category:	Documents
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