Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
SPF and EPF Variable Frequency Drives
; - j 1 � Submittal Schedu [ e Details for SPF -3 - ; � ; _. _ _ _ - - . ftem . . _ Tag i EquS�Sment ib P�'oducEtD : ;. ,, , .,, :,__ «,. _ ` _ ..... .. . . .. . . _ . :. _: . __ .:. _. .. .. . . _ 1 SPF-3 ACH550-PDR-012A-4+B058+L512 � r -.-::::............. .- ---- ._._._...._...... .. . - - . - - - - -- -- .:.... - - - - - - - - - - ,,.___:_.,, �,::,_:,._:_:.._::::::........:.::. �......_._....., .... ..._ :_.............. - - - - - - - - - - - - - _..... _...._._.. .. _. .._........... .: . .. ._ . _ . _.. ...._......_.._ ..._. . . ,....:.- --- -._.. ___ _ ..._.._._.__.__ _._..... . . ............ .... . . .. . . ... . __ . .-.. ,::::::�-.. _.. ...... :.._ _ .: ... .._._._ ... ......_.::::-::__:.,:::�_: _....,.<:.-::::_-._:,:::_,,:::,::,__::::_:____.,_: ::,_:i-:=:,:_:,:_,::,�:: :�:-,:::::_,_,;-_::_::-::::_:::_::::::: ::__-:_,_::_;: �fem ;Clescr�p��an:.:. � ::;; . _ 4 _ :.. :._ . ... . . . - •. . . . - - ::: :. . ::.. _::. _: , Input Voltage: 480 VAC ; Rated OuEput Curren#: 1 '[ .9 AMPS . Construction : Drive with Discannect � Enclosure: NEMA 3R Nomina[ Horsepower: 7:5 ; Frame Size: R1 _ i lnput Risconrteating Means: Disconnect `t � Bypass: None ' Input Impedancs: E Short Gircuit Current Rating: 100 kA � Communication Pratocols: I. Other O tions: 1151230V Digitaf Input Interface � � r � ; :=; , _:-,: ' , :_ :_ . .,. : IIr�v�=inpt►t Fuse :l�ating� �� � -�:- ; � - f�lofe.::F7rive: is._UC. s pr.oue�f.wtthooE;fhe need_fori� utfuses Fuse ratiFl Cnf.o€mahvn:pro�zided fQrcus.tkittertefe[ence _ -- i _ , ._ ._. _ ::.. _ _ �Xrr� `_ 60Q �t ....... ...... _Bu��m�i�e� T e; E� ( 1' , .,.�.,. . . .. :� � yp = - - - - ,..... . ., t .. . . .. .. . � - - - . _:: � : - . .: ..::: , . .... . _.. _ .. . ... . .. . _ . . .,., . ..�.... . .. . ;: 15 KTK-R-15 I -:_ :_�_:-:.._...: ..:.:.::::.:.:.:::..:.:.- - ------------------._......... ._._._. .....-::--:. .,..:,;.....,: _ . . . .. _.._. ..._,:=::,: .::::=:,._:::_:_:.:,:::_:::, ___.:,-:_•::-::.: .._.....- ------- .-:__.._.,:_ ::,,:::.:.. :::::.:. . ; , -: :: W�r�S�z�Capac�f�es oFPower=T�rntinals.. . . -: .. .-.. ` _ . .: _ _ , ' : ��rcui�Bres(cec EJisco�tk��ct=.Sw�tckt = ,TeCrrnnal _Block . <._ �YerJaadRe(ay . .... .. .. . .Gr`out�d Lug := �_ ; N/A #10 12#n�bs �/� #2 ; N/A 7 in-lbs Pl/A 4Q in-16s i ; � ._ , � . _ . _ . _ .. ' . - . �.�.i�r . . . . . . . . j y , n..�. . _ _ _ . �1 .. • � ° . _...._:_ D�mensrortsaetd1l4fetghts •:. -- -- -� ` . � . ... ;, .. .,.. � •:: �;,,.�,• -� ° _:,... . . .. . .... . _ . - i . � � ? F " H�aght : Yl(�dtit� _�� _� ::: °= Depth �llle�ght - ��mens�o� DEavu�n � i i _ _ . . . in ;t3nm °= -_ in !" ,mrti :._.:_: : _ �nf=;;mm : :: ._ .:. :stbs�fkg� :: . ._ � 9 � , : ; ,� . :, .. . ___ . . _.,-.__._ . :: ,. ; 24 / 610 11 .5 / 546 14.1 / 359 75134 3AUA0000012806 � 2 ' : _. i t ° - _Heaf. Diss� 'a#ion..� A1.�flowRe.qurre��r��s � `° i 3 � � : � � ; � w in „ .,, .,� � � �_ , � � ,:. . ' __.,._ �..1 _ — . . . ... :... . .. . _. _._._ . ._.._. ...,..:. ..,._ , . ... . ; , , _ PoiKer �oss0s . _,., . .,,, ._ .._ :_ .. . . � . . - � :: . F�ef4qNr . .. _ . _ , , . ._:_. :_ „ :.: ... :_. ; ..; . _ ._ . . ; , _� . :. : .� . �tllfatts . : : . : .:, _. ,: .. . �, LB�lttF�r:=:::���:;:';:.: - -:: � . _�. ,_ C�M ::� . .. .. . :: : . _:.:. _CMIHr .. ,. ._:.: �.: ; 172 587 26 �34 ; � � -..-.. -----=----:_.._:__:_::::_: ,:_:_:-::-_ .:-.:,.:--:._.: .._..__.__.___.__ :._._.:_....:..._.... . . .,._.._.....,_...___. ............ ......_.._.__._.._._.._...__....._..._. ._.._.. _ .__..._ .. . .. _ .. :. ., _.._........ ._....:.......- ---... .:._.._. ' ........___...___ ..__.,. �----,_..-_-._-.----..-.....,_--_........,__. ---_ __._._.._. ._. _..___.......... ..... ....... ... ... . . . .. ...._ .._.._._.__. _ _._..._.__..- �--._._..-------._ _ _ __ , --_•--_• �--_.__:..:._:__._._..�:_..,.,:,�,:..-:,:,.,.._:_...:..:.:.::..::.�::___:_.::.,::__;-.,:,: � _ :=.::::_:::,:_:_ ,__,:-:_,::,:,:::.:_:,.,.,:::_:_:::;_::_::.-�::::::�::::__��.:::�-�_.,_:.�._ �.._._•:.,:,. . t _ v :. . . ........ .__...��._.1�eferenee:Drauuings .,�: .�. � _ :.� . -=_ --. .... ... _ . . . . . ._. . .. . - - _ - :• . _-_._.::::_ ; _ :. �....._.__. : _ = , - �,... . : _ _:. :::.P. owerVllrring _ . __: . . .. . . :. = Conneotior� Diagrar� -: ,_ ,Dimension`Defa�l __.;�,:': ; < i z 3AUA0�00014935-A908 3AUA14PCPD37CC-S 3AUA000001 �806 ' 3AUA0000014935-OHDI i 't � , i � i ; . � i i I ; ; _ � ; � ; ; � ` ; ; ; i � � I � ubmittal Schedute Details for SPF -4 , SPF -5, EPF=4 , EPF -5 j .: _ _ . ... _. . . .. _; ._.. _ . _ .=.._:_ .... . : .. ..--: -. . :. .. : .. .. ..... . Item ,; ' Tagt=Equipment:l � __ _ _ : Product I[� _ i _ :. _ -- .- .., � -.- . _...... .... ... , . . . ... : .._:.: :: _ 2 SPF-4 SPF-5, EPF-4, E�F-5 ACH550-PDR-OSA8-4+B058}L512 � ___ ._._.:::. ---........._ ___.... - - - _...._. _._.__. . ...... ..............:.. . .._.._. ___ . . ._ .._ . _ - � -._... ,- - - .. . ... ...... . - - - - - - - - - - - - - - - - :: .. .:..:.: ..:::... _._..._..... : � ..._.:: . ::� , . . . . . . .__ ......... .__.... -- - ....._ _ ____._...._._ _ ------._._....._.:_.:.,: _.........: ..:......::......_............-- :-:_:._:::_::_.._:..:___, :,:.:_„___ :-:.-:::, ,,: :: .-:..-.:_., _:..._._..._ ._. .... .. ,-_ ,__........:......._.., ........... • .._._...... ....: ..._ .._..._.__..,-.-:.:...._ ,::.:::_::::::_ } -:- .-::._:_-::::::__:_::_;__:,_:::::.-::.:,:._;:�:--::•�_: .: :..._.�._ _..._..__..:_. � ::�.._�..:...:_�_:.::::::.::.-:.- � . � ... .: . .. . .. . .- :. _::. : Iferii: Descn t�an:.: , � , . �„ _ _ • _ . . --- . ..,.: . , . . . _ _:,. _. - . - - - - - - - -. _ - _ .. . . .. . , . : , .:. _ - i tnput Voltage: 480 VAC ; Rated Output Current: $.8 AMPS Construction: Drive with Disconnect � Enclosure: NEMA3R ; Nominat Ftorsepower: 5 ` ! Frame Size: R1 � lnpu# Disconnecting Means: Disconnect ; Bypass: None ! Input lmpedance: � Short Circuit Current Rafing : 100 kA � � Communica#ion Pro#ocols: t Qther Options: 115l230V Digitat In ut Interface ; . . . � :- . , : �7r.�ve:�nputFuse .Ratiii s - : : - �- ; j __._. . _�.: . _._� - ; = , :_:._ . . __....--- -: .. . , Note - Driue fs �lk a r.oveifwrfhouf�he need.fo�in u{ fuses Fus� Fafm anfbrmak�on_ rov�ded;for eus#omeT7efeEence) _:- , :: � z .: :. - - ._.. .. , . . : . am _s 600V) " 1 �- = __ -,Bus - ._ , : _ _ � stn:ann Typ� = � � � _ . ,. ; , � � ,, ,. . _ '15 KTK-R-15 � � � ,,_:--:_, _:'-:,:,,:,_:=_:�_-_,..:__,_..-_:.::_-_:,:::___:_.__::-,:_:::;:;:- __„__.:: -�-•::-<_.._ -_:>:::_-: : :...:....:: : :::..:.:.:....:. .::::..:__:,::.:.-:,-_::_.:_:.,:..,:=:,,_-_:-__:_:_:_. .._--:-_:_:-=-:_--- - - - - _=:'_.:,: :::_:_: _. ... ... . .. . _ �K�_Size Gapac�ties.ofi Row��fierm�naTs _;;:.°,:-_: � . . _. . .. , . ;. . _ , �EVCt�i€ Brea[€ee __ F'1is.connect:5witch ;: _ Te.fm►nal::B[a��C _ -_ Oker.l.oad Relax ._ ... ;.: �round, Eug_ � _ ! N/A #10 #10 N/A #2 � N/A 7 in-Ibs �2 �n-��5 N/A 40 in-Ibs j - __ _�--. . .. ..._ _ - - s � _:�-�::::::.: ... . . . ::u . . Qimen�ion� a�d_Weights ,: ; , . ; : He[ght W W�tlth = F]epfk� x Weight � � , � I _:.. ._ in I mm. : _---°-. �n { znin ;:, _ in.l_ mm . � ` ' ' D�m�nsic�n �raw��n� � �; ±3bs t k : . _. := -- ,._.< ,,: .. � 24 / 61 D 11 .5 / 546 14. 9 / 359 75 / 3q. 3AUA00000'128Q8 � 2 1 2 . .. . . . . . . . . . ......� .... ca '_ __ _" _ "_ . _ i _ _ , _ . _ ' . _ i • �.:.,-:-:;_._=--:°_ ���Heaf Qrssrpation �Aiiflow Re;gu�Kei's7[enis ��•� , ; • � . . . , . . . . ._ - -- _ .' _ _ _ _._ _ ... . . . . , . _ :: : _ _ _ - ... , _. _ _ = ' ... . �`•;;�;:p;ov+ierLosses L =_ _;_: , .; , , „ . A��flow._... ... _. .. _ � . . . ._. _ . . • -- - - - =_-: : == : . ,; . .: . 'Wat#s:�.;�:..` :..� .. _ . _ _ - - � . _., _:BTUTHr'�:`_ . . :;-. . . . . : . :� . �FN� :_ . _ . � :_ ..::_ : ' : . . : GiN/Hr ,:�: _ :::,. ; 127 433 26 44 ; ; `�. ..:.... ` :-;- • - --= =- . Reference_prarvin: s � _ : ' °_ ... - . ., ,._ : _ _ j "; . Fower W�rin .: : : -.: Connectiorc D�a raiir '' ,, . _...._ ... . . . g . .. .. . : DEmens�or�_D�ta�E __�� �� �- --. _: . _. .. ! � t 3AUAOD000'[ 4935-R1Q8 3AUA14PCPD37CC-B 3AUAOOOD012806 ` 3AUAOOOOQ14935-OHDI ; 'r ; i � � i S i � � I � � � i i i � t t i Submittal 5chedule Details for SPF =6 ' � . . ; i �texn __ tag f Equipment;lD ° ' � Prs�duct 1R =_ ' . . � .. ... ..:;_ .. -._- -.,_:. _ - - � - _ _.. . .... . . -- , .. : .. . . . , .,. .. „ � --__. _ _. . . . „ _.... . __ , _ - .. 9 SPF-6 ACH550-PDR-08A8-4�BQ58 ; _... ._. ._--. - . .. __. . �__.._ _ . I .._..-- -. .�... , ' , .:_._::.--:�.:. : � � � ; � ...._.... ........ _ � � _: ,:.. . :.,. , If�� Descr�p#tan : ,.. . : - .. .. - ...:� . , _ .. ... _.. ..'. . ... . _ z . . „ _ _ - - .. _ -:: . .. .. __ ...... . --- , . .. - ' ; i _ . :. • ... . .. In�ut Voltage: 480 VAC . ; Rated Output Current: 8.8 AMPS � Cons#ruction : Drive with Disconnect t Enclosure: NEMA 3R i Nomina[ Horsepower: 5 � Frame Size: R1 € Input Disconnecting Means: Disconnect � Bypass: None � lnput Impedance; 5% ; Short Circuit Current Rating: 10d kA I Cammunication Protocols: Johnson ControEs N2, Siemens Buildings Technologies �LN (Pi ), Modbus RTU, � BACnet Other Options: � � .:.:.:: :...._...::::.::- .............___ ____........_..._----- - - - - - - - - - - - - - - - - - - - - - , _ < < _. �:.:_ .:........:.::::.::1;,_:;� � _, , ,. . . .. . :, ,: .�,,� � _ _ ::. :. :�� , ,i::: :: :�:���:,d.N„_�.,..nx:: . . . �. _... : _. . . � Drtu�_�n �� Fuse Rati�gs ,,� �:,. , �_._� � .....:..:..:.:�:�s� < ,� , » �� i ': Note::L3Ftx� _ts UL appcoyed �v�nthautifi�e �ee@:far.`3n uf;ftises, _EWS�F��t� _.inf4irttatio�_proiricierJ'fareusfnirierfefe[ence -, �-: I �:, .___ _ _. .... , , � ._, �tmp.s. . (&UOIt}. .: . . , _. _J...... ` _ _.. - -- `- - _..- :. �.:. . Bi�ss�na�i� '� � . .. . _ ..� . , �; . r .. .....I f.. ._3 � k � 15 • KTK-R-15 ; ::,�.,::,,.._:,,_�............:..-�:_.._:•..,,:._�:. _ ..-----------------�m_�---.t �._1:� .,_ ..... _�.:...:_..�.. . - - - - -- - - --- - - - _..._._ .......___..=:_r,���:,�.:::.—W:::�:. � � _ ... :..._,..._ . . . --�-- �.,: __ . .:,,:;==_;-, .--..—�e.= -,: _ — _ _,:t.:.�.,_,_-,�,;,.;:.:.r�nr,,:c,:::���ec:: :..: �::..�::�:.:::: :--_�:.:::�,��.���,�. ! _�:.,:...:._._�....,_�:.,.,..u;,?a�'�;:::_:::.—::::::::::..::.�:______: � ,_ . . .:. � -, _ - . . . . . . ..-----�---.._�._.,,.._................__,, ...,z.� , . ...,� v. .nx� . ..acv...;..c.�..r....��...s�""'_'_'__"'_"_"":'__._._.___" '_ .• , . _ ;.. : . ._. _ . . �:..nu_.e�_'.e.'='.��'a:�;�:_:;:;:;v:.-':,-.::_�e:::c35.�vL,::�_'e'a'_ .:_,3:,;:_,_,s,:,.,,:: .:--..::.........._........_....._...._,_...._____._ __-Wice�ize,�apac�ffes_af:F�.owe�.'fer��na[�::_:_�::��:=_-::�:::--�:_�:::,_:�:-:�::::-�_.:., ,,.,.,:,-..,_,,...,...:...;_:. ! : �ireui�°BFea�ker ' . Uisconnecf:Sw�tsh :� . Te.r_,_Fnmat _�loc�C U ;v�;�,;0uerlaatl ffela; .":.;-: :�::!�'= Gee.ui�d �.0 ;�`:�:��_ i N/A #9 0 #9 0 1�lIA #2 4 N/A 7 in-Ibs 12 in-lbs ��A 40 in-!bs ; i . ...., ..._ _ :_.:: ... ..... .... ..........::.::..::- , - _ - ; � : ���y ` , , .. :. ���/ Dime��y►`c?nsanctTN2i...��. . ._ . t� < t a �� t 1 .u:�,;.::: s � � il����k. i i i r c . . PIF��� . s�� n e w � � i �� � ���Cff nr � � , ' i. W����� :t a i � a� ' s � uusa v. . i _ `; % �„ , � • ._� ...., ibst k ' . D�rttetts►ortDrawmg � .. �', Lt;iri]` mrrr.:...:_ .:_...._��r� t ..rttin �� , _�, �„= i� ���mm ,, = .�_ . . . .. . . . � , _ ; ,�..�, . ., � ,. ,.. . ._ ...... , - _-: 24 / 69 0 9 9 .5 / 546 14.1 / 359 75 / 34 3AUA00 z0012806 # i ! ' � _ .: .: . . ;.. Heat Diss] attoTl � .A_ irfFav�c Re:ija�rerttei�ts . ; . . � , ;, ; ...=-::°=-;`'° j u c.,. . _ . ._ .. _ S .� 55 t ' 1 .1 . . ... - '.].Ti.:..::.i....V]q tl 19. �. :' i � = 3�QHrer�osses .. _ : � z,= _ , , - � - � �., �,rckl.o� ..,� . - - - _ . ,. ., ,, _ -::•,z����-�.� � ; ... Y.,. � . < <, � ,s ...:� .. .. . ..... . � , -::�: .. . . a t . �., .�.�. ._.. - - - _- -:..: Watt� . ._:.: : _ : -_: `. . 8TET1Hr _.._:.. . � _. . . .:.. ..... : : . CFM...._.: °:_... . -- . � ;: ....��41i_LNrt_. _ _: _ -; ; 127 433 26 44 £ -__:uu:,:.:.__:_:,,-:,:,.,,,: - :__.____.__.........._......._ --- - -- - - - - - - -- --- - — - ; . . •--- ---.._ ___ .,,:. __.:,:,: =•_ __ ,<-... - -- - - - .._,.�.<...,_: , ...,. .._...:... .::.:...:.... ... ...._....._..__......___._...----- -------_' .�.... ....� . . . ......._.._._..___�a_.t._ _"""_ _. ._ _ .._ . . . . . ....: -_ .......... .. .. .... ..p..." _ ' _ ' _ " ' __ ":FaL_��:cez�e_-a^"ca�•ee_ '__'.._._.. .. -....:._...a..,:�._ -:_:_:_-_.::,-. ;�,:...::"s°J.:;;_v . ___s..._.e.__.�__:.-._....�............._......_. .' ' ' _' '_�:_c._.sr_e:=-_:.=-.e'_,'__.'._.'.1:';.:_y..�_�•...........-._-........,...,....__...'_""._:.:_.:..ii e , 5: : . . ....._:...,: ...._.:.._.:.:.+.�.:.:'"'_.'"',.,�:"s•c�:�__,.�_.._...�_""__'.__.'_'_"_'""":". '.': _:' ' __:..�_.,.�.::,�,=,-.==:_;,,,::,-:.-:::::.::::...:_:::::;:,:.�L:s::�:=:..;:;:;_��-_;��:.�;��.: e�`erence.Drav�in s..._.._.�.�._._._.__._..___ __.. , �. .. ., . ..�..._.._.�_......_�.....,_�.._L., . R _ - . .. - ., Rouve�W�r�ifg _�._�. , � _ _::_ _�onReqtran:Dra rat�i . . .:: -- . ..__..._ �rrter�s�a�t C)eta�l 1 _ , , �E R - � � �. ; � � � ._�:. � . _ .. ; � 3AUA0000014935-A108 3AUA14PCPD37GC-A 3AUA0000012806 ` i � , ; ; � j S i ' E I � ; ( i � : i � I � Submi �t�i � chedule Qetaits #'or 5PF -1 , SPF-2 � i j ;_ ' I Item _Tag f EquEpmentl� Pr.oductlD � � '; • � _ i :<.;. ..-,. . ... .._ ,. ..., _ . . :� r:.:: _ ., : . =:_.. ,_ ._ . .. . . ._ . ._ .: ::..: :. . . . ::. ...,r.-'. ._ --•. : ::.:: --_:--� - . . .:. .... . . :...._� .. .. . ....:.,.,:. ..: , ._. _ ._ - :--. _ . . . . �. :,; . � 12 5PF-1 , 5PF-2 ACH550-pDR-b8A8-4+BQ58+L512 ..--:.-_..-- - --- °_ - - -•--- -°•- -..__.....----•- ---.......__..._._:.......:............_..::. .,.::..:.. __ _.._..,.,. _.... - - - - ...,. _.. .__.__._. _..:. ::- ,_,.. ._::-.-.._ .. .. . . . . .,, ,.:-::- ,.,- - :: •� - - — � : Ifem Qescnpticr�`' ' , _._ ___ . , . -. i „ r' '_ , . . . -._. ,.... . .._ _ _.. _. . ..._. . . . . '_ ... , ,., � . ., ..._ � . _ �.. .�� .. � .�[ , _ . .....:. ' _ " _ - _ _ . : . . .. . . . .:..�. .......`..'.=:,�.' . . ... . . ...: ..=° . .. . I lnputvoltage: 480 VAC j Rated Output Current: 8.8 AMPS � Construction: Drive with Disconnect EncEosure: NEMA 3R i Nominal Horsepower: 5 i Frame Size: R1 ; lnput Disconneciing Means: Disconnect Bypass: None Inpuf lmpedance; - � Short Circuit Current Ratiny: 100 kA ; Communicatlon Protoeols: � Other O tions: 1 �I51230V Di ital fn ut Interface . i - --._..____. .. ; � �, , � „ ' _ � -=�'- Dr���Jr�put F�ise t�at�n 5 ..,. .., � « t , � S ! 5 LSS ' t I �. 1 . _ tA 4LY } i.!!vtU]lU'.L':_:� 61 ! J � • -- .. � .. � •q f. . . •id � . .._ . .... ._ .. . _.. . . ___ - . : Note DnVe°is UL a ro�e� uu�thoutfh�neecE fortn utfuses Fase rat[n informatton rau[dec�;for ousfotneT<[e�ef.ence .�� *�- ! � � ;._ L =� ..Am s GQ� .I�} _ � � , ' .._ . �., P f .F3�[ss�iati�►1:�;'..p� , ` . i._u i _ ... � .�.�. . .n!_. - -f��.L . .A. � � '. �ta ..:�.. ..�. .�..: ' : 15 KTK-R-15 f i -:------ --------,..__._-° -----•----------._..._...--•---------_-- -::::::,::•-,�_.__,.__.__..._...__..,.._.. .,,_—_- •--.._,._.......:..._....__.___...____..________..._...:__................................._._......__. � : . :, :�� . : :, - 1 = , _ Wir�S�zeCa ae�t[es af Pawe�Term�nafs�__:-���;;:;:,:�::;:_::,_�i::::�°„:;.:;-::_�;:�.:_°.;;::--; i a. .. .. ... ..... ..... - _._,. ..... . _. � Ci�cuit Breake� ... B�s.GOnneGt SwitcF�.� '�. e�ana�;Block`=:;�: ��: Qrce�Toa�i-;�;ela �rouz�c� Lc� : : .. ; � . Y . - ; N/A #10 12#nObs . . N/A #2 � N/A 7 in-Ibs N/A 40 in-1bs � ; I t ' SSf1 ' ! .::i..a � �� .�. _ ..�.: .. . .n..u �. nr�;. y . ._ . _ _ _ . ... ..::a � ° . . . �,. � _ � =::t� , � : . � . D�mensions.af�d :V1►e� hts ,.,..� , � � y � : : ..... . _ .. . .,.... � _ . _ .. . . . . z.. t.v .. ; Fi�igh� Width = _ •Depfh = � ; s :,1llfeig[�t ,�' r ,� " ` in:1 m�n ;;: . .. . _ : an�.1 ..r1€trn _... -` � , in,.t_.;nlnn�. ° � „ „� .' Ibsl.._k -y Dim�ns�an Drawing i .•=_ _9 _._. . . .. .. _ :i: . _. . --- - - _ .. _ . .. .. 24 / 610 11 .5 / 546 14. 1 ! 359 7� � �4 3AUA000�012806 � 2 i � . . ,�.�..,:._.. ,..,..z.. ..... ...,_.. �_.:..._...,_-. ..:- . . .... .. . .... ................... .. . �--_ ,.�..... . . .. - .r_. . __"�h ....���.�..�O::.x.'vL��.i..�.�i[r.��......t�..'....:" Ci.1'�.::']v.`� f � � , ::=s:_��; _..�: ,_::::;:._: :.,_.�...�_:_.:.: T�ea�"D��ss�pa�EOn �'�ic�€fow `Requi�em�nfs __ _ _ ,, . ,s, .... . :.: . . Pouver.LossQS ��. „ � : _..: �� 3 � . ' _ �u-=. .._ . � . ... ��� � , ktrflQw , ,::: --- t � < � : -=. . .V1Catts . . :... .... . .... .: .: S�U/ECr � ,:: _ � L, � CMIHr :_: . � . . �... .. . �. . . 1 4 ! � 41 .d�iCl ��� { aL! 1 S' 1 .tk:5_t_ { S 5 � C ___. _ _�__. 127 433 26 44 i _, � — � ��, r --, � _ , _ _ _ 's � � �� � �. ::::� _ � R�ferencet]r�wE�i 's ._..v . ..=��__� -�-- --. �.._.... _-___.,.;: _ ..�at. ,.,. �..__=.� . : PcswerVtF�ring -__,- , ; .._, , a 1 �Connectio��Dt�9rai?1 � `.:tiL�: . _._. . . .- bimensio� betaiil '..::: : _::: ' ' S 1 3AUAOOQ0014935-A908 3AUA94PCP�37CC-S 3AUA0000012806 ! 3AlJAOOOq014935-OHDI ° i � ; I i � . � 3 f` ) { l � J � R ; i � ; , ACH554 Praduc� Overview = ; Descripi�ion ; The AGH55Q series is a microprocessor based Pulse Width Modulated (PWM) adjustabie speed AC dri�e. ; The ACH550 drive takes advantage of sophisticated microprocessor contra! and advanced 1GBT pawer j switching technology to deliver high-perFormanee control of AC motors for a wide range of HVAC i applicatians. � ; With drives ranging from i to 550 HP, the ACH550 series features a universal fu1l graphic intertace tha# � °speaks" to the operafar in plain English phrases, greatly simplifying set-up, operation, and fault diagnosis. ; The ACH550 is also programmable in fourteen other languages. ! � Each ACH550 drive comes equipped with an extensive library of pre-programmed HVAC applicatian � i macros which, at a touch of a button, allow rapid configuration of inpufs, outputs, and performance � parameters for specific HVAC applications to maximize convenien�e and minimize start-up time. The ACH550 series can handle the most demanding commercia! appfications in an efficiant, dependable, and , economic manner. i � , ( �::u \ : .^p�].� ':' i�iiL'�iitii�� �w��:]'l'LTu4riTL'w'.�EL � F.ai,c;;ii'r.e:i:ii;::::•—n�cm�.a._ "'� � i .a:�_._�x 3:= n<9.. �2:i:z2i:s�;.'.:i::C:::C;;.:�n�`:�;:.::::�r.:....�. : � :?�titic�:�i;3ivS:��r��P�.;':!=:::!rs,msmxn, _ " ". _ ... .,... ..... _.."'_..r.�:::��r:;".� - � � iiiiie5i6ii»ii�ii3ii�ii5i'__«�5���c�-d-[:i:::d_^'p: �. .,i�ii:9x•.q:"�g::':"'_::_,..�.�.cv-• .�—>c,-�-ytw•°_�e�a ' : �. ..�J""'�:::`: 1..3::i��.:�fi.:!"i�..E.' s.�:aE.;;.p�a.;- u_•e.:-:.w:-,�4u;�e :v� � -_ " _i•_q•:2•?�r..:G:._.. I ::...:....... .: ` '�:.: '.-.�. -..—�..,....�a::xas�l�.a.:.:..:..:....... ••-_�••a L"'.�.�LL. __ _ _ ___ ..,..Y" .._ . ...ilG::::t . t :C•t� ' � ,�Yr.�� MfYnl�tflt 'LFi�� • �=-u.� _�`� :3i�,?_�._.._�_iz"ac�i..:,.:2-�� i �: ":::__,... .. �-�c:::::...:,: � - y:�. '0::ae:.y �:;a-�i��'s.:z.� ' zii:� . � -�.� •rl-�"ecc {c��r.attr.aa �''�""vc :� _ ?iiyi� ; YSi R�tFC+' ��J :�N': �'3. ' �..���.�. ' � _ i,.' . y �.:��n:2: i �:s._`i'a:: i;: - : . '�' '�r�r•b :e ��a� S ' - aa.r:�=r :z .__ '�.ii�ir:[ •^' _=.^'e�E.; '-i.-.e_:_�-RV:.-=e._._ . :^ ..^.P.:!:!::C._ :�4�a=��,::�:_.. . c'c'"y>^� •__ �:Z���yii:s!i5 ,m .. _ '. ::� :_ .. T���.w� .�SC�.�i:::::::i �:_:: .:'::[:CG�t:t. ��� 1[C�!a .. .�...'iil�i� •.. `::yT:V......::�..°.5:: : ....':: : �- 'i?�.. .. .: Ci�.2Cr IS�� �.�•^I154�iit=„tq '(�� � � ' { �..�- ''.i�I]��'. . na]�: . � ^ " }v::"i".�' �_ �:ii'Y:Z . . �•�� T�1Bt_�_�leia�i FI� l: �: ' _ . { �� ' ' ' �•:::?rv...._z": � ' ' " � �..� ,.. . ..�... . .�... _. ...._ a:�:^: ��.� ................�.,.: :_ .. .. ... � : ..�"' "::�,': ....:. ... .. ... . ".-."""' vnn.n� .sn `__!f..:..i_I:.vp. ..pv..�.�i i -- ::qST. -� - :'.( {���i�a..:� i z E:i3i:�ii_ii:oc%:-v�:��:.�':��m {S �� -. � � '."....:�:::•.::^"::...^�i.2�^.::L': : �icsE?::i F:s�:;.:::°�i:�:2oi:i?:w—c-':a:i':i -..- '=i�:i;ii�ii:Siiii:ins�ii__i'riii-'?'_ - ' - � ��+;_�%._�_�:v.�e::^:._::°ieEi�3:e:=iiS�iEe . �uss: '_ nasiui�_�:::'ercmu':_:eie::'m'�cz:_ca � . . . �-�"• ��i�iii::i:S�;L!yi Il;7i2i^�Su�iic�iii?�eii: . . ! a-r,�.-.:.�.. x..:.�:s::c:.,:;c.evedr_-u::trr,.._..i::::-, w r:rr.av�vr.e:,i::...y...._...•c . i +;f_ :saaxi:stn ..^ . ,....�.�.^_er_�.tfs�.c.:iciiiiiti'<: ^-- - ' - ' ., .,�r�:s::r.:r.:n:u:rz::ci:.:r.:::.:::vz::x�_c:::::::c:. i F"'..w,�"Y .°'s�ac'%:ir%::%�e�siir::"r:i�s�u�:��iiii=:-�::3?ici: ' :ice4e:::s:.�<x:x::m:uu�...asxin<>er,�.:::.i.:::: ' . . � ':"'.yi e._o�.eo:�n.w:u:vno�m:.:_:xew � �- %:::iSi�i::_:'.•."=:my��,���sstpu�sv'"v�F�ii2�'+,� i �au� m�r.•e:.u:a:�r.i::�._i.ti°tii�:''•••-•t•. , _ ^�:nu-�=.' .__ .:misi::_°•2n ...s��..�. t.,.�::_ ..:r..�.�. ••�" . . y. " - ':i:`:�2'i::�?�:i:�iii'�[i`•'::i:� � - -::IN:_ii:iatiiti:iii:::i:::i'ti^:ij'rr_ _ _ - - __ ' _ _ ipi:::_2'- .:m...3 ieiii"a'�eY? i -v:;:��_:r.;_iz�.i:.;._ _..: ' ._.r::e::::_:_^:i:.--rnr�'w�:!�:'ii;;.�i ; � ::::4]:_`�i::::iO:R.�^.<.V ySY(1r��� ' i:C:—�JitF�tiY'FI�A'.:t1�:iV:9'v IN � ��4'-it_'y'_�.:XE:':3:::::` .:5• �:�::.�.:.�:i. ... .. ........ .....Y...: .li:iG. ��C.. {'��'.:y'�'1 ti`i�iC::( � � _.i...cyr tf.:::.^.. `•:: .:..: 1 ..:..:� Y.__.___.�_ I —..::..._. : :. ::o ...1 . :::��� ^ .'_�:.::- rY+.y�Rj!�'J::f�j':�:���'.,�:' J _.......... ...�....... _ �.::.............. .. ....:.. ' Ck.� .:x::::::::::L:ii_..]:�........._.....::. . : iC5).:l:t:'.t.:f:i::::C:.::'..':4 • :::::::�'[)]` .�':: . �....�..�_.�....'.u�..-.��.....oe�r..�....-���:�� : � [G'.':�..F'::�..:::� .t:C.q:YI:•.i:t:.='�:...:4i'.IG ]:�i : .........................�...i........��:::.�..�.��n�.• : C6T�-�_::::I'.:1::_;'.i���::�tiiliC:::'.��ili:::It�:t' �Y:{�� f ...�..._.. •��L`:jiR:[::::::L:19CL:::^.SiC:':�jt;?:z:.�:i�••• - ������� ����C; _.Eaf'-.i^ � �:5���.•�j:�: ':i �::��n::::t.'i'�:.:.':::����)p:�'::� � ^:lY.C[:i:j:j.�?<��«��CI^jYt:l.i::]i :::::.'�i::....._ . . . . . 8::...:�n : '.t::::):f::::l��t I<(:�3^1^�:'..':SS:::i::::'�iG::::J j ..�1:::::�:I.....0.. � . . i[C].��I[L�{ltElitSO�L'3 ^ .�50..^.:![6H4::[i::ti:'.':::'iL....u;:i:...:3XG..iil � �:::"_ti�LCi .� C"vu�u�'_„'�'[ii:i ":'^ijk::::CmtlT�r:1P.(t� 11C1'l: - C1:2 .E f.'.::L::::@:1.:L•L'1:11::�:�:i._.I']�"-it �Y.W':1 '1C� ....:�`:R::C:f:<t^Jtl'.::'r.: - - : ... ��.. ..]a � �`.l�S::•••l:1��.1_tll>C p � )9:1:1::<[.:%4�6CD(0::: :1L.:.St �fS � :::":: tY.:L: ttYY:tO:::l.::O::tl� aP.a� 'ctXL'ri'l.![:c ' '-1 :>:c '::.:�gi i �� '.�i[[t: ['.:::�.M;^,'.. . T:�e. L..6...._ i `l'�.1:fC:'bLY�iS.:.....�.: R9i1�:l'I�.�I�651i ' ' ....r ...�j..ffi:^ a.�6L:LSqI::t.S". . L'::::1:` S tl C tnGiJ�.�:.o�:iL......�un........:.(.{[�u....: _ ........ .....:1.:::::.".:: � � �:ti„'j:Ri'iL[`.s<<i�::::�:::.5•.�:P.:::6;�:::5 : - . I'xei:�ii:E!ii:':::i�i;ii°:_^:i?::...;;��.r.:..::�:; .. r:..... . j u5%q:d:S:;c•.""-,�.^t�c.ae8:z'�i:�Fi I �:c:�':�: ::;:iii2a:�;°:.:�•.::`F;::e:�i ' ."r.,:s�y:::: �Si;4i;"i31e�iiti2�:i�:�Eiii4:i'x''�z:n.._.. �.�. ( :.. :_•�ee::.v: _ :s�� '��Cii "�:lil:f!j132+CC4'l:�t"I::utiiit .i::_._s:::::� ::sa::.::r:d::: - ' - ' :�:�_�:;.�m�' :i:c��ssiieie2,' ' _ .'i.. .-sr,......, . - ' ' ' �=3iii " ..L �. ::�i'�:'�:�!G::�::z::Ei :::f%L:`.iE:'r:j�ii::in!6_:" i issl[:�::.�:�- � ���i;-ii:-::t1^_'::'.:.r'.._ 2 1 1 i � i � i i F 1 r - � i i i ; � ; � ACH550 Standara( Fea#ures UL, cUL labeled and CE marked HVAC Specific Application Macros � EMI/RFI Fiiter (7S� Environment, Restricted Distribution) Separate Safeties (2) and Ftun Permissive Inputs i 5tart-Up Assistanfs Damper Contro) - Maintenance Assisfanfs Override lnput (Fire Mode) i Diagnosfic Assistants Timer Funciions Real Time Clock Four (4) Daily Starf/Sfop Time Peri❑ds � Includes �ay, Date and Time Four (4) Weekly Start/5top "fime Periods � Operator Panel Parameter 8ackup (read/write} Four Timars for Collecting Time Periods and j Fulf Graphic and Multilingual Display Overrides � for Operator ControlR Parameter Set-Up and Seven (7} PreseE Speeds t Operating Supervision Functions ': Dafa_Display: Adjustable Curren# Limit � Output Frequency (Hz) Electronic Reverse � Speed (RPM) Automatic Extended Power Loss Ride Through j Motor Current (Selectabie} ( Calcufated °/a Motor Torque Programmable Maximum Frequency to 500 Hz ; CalculaEed Motor Power (kVl� PID ConErol � DC Bus Voitage Two (2) fntegral independent Programmable PID ? � � Output Voltage Setpolnt Controllers (Process and External) � Heatsink Temperature Externat Selection beriveen Two {2) Sets of Elapsed Time Mefer (reset-able) Process i KVVh (reset-able) PI� Controller Parameters � Input / Qutput Terminal Monitor PID SEeeplWaKe-Up PID Actual Value (Feedback) & Error Mator Control Peatures 1 Fauli Text Saalar (VIHz) and Vector Modes of Motor Control � Waming Texi VlHz Shapes l Three (3) ScaEable Process Variable Displays Linear ; User Definabfe Engineering Units Squared � Two (2) Programmahfe Analog Inputs Energy Optimization Siac (6) Programmable Digital Inputs IR Gompensation ; Two (2) Programmable Analog Qutputs Siip Compensation . f Up fo six (6) Programmable Reiay Dutputs (Three (3} Three (3) Critical frequency Lackout Sands � Standard} Preprogrammed Protectian Circuits � Adjustabfe Fiifers on Analog Inputs and �utpuis �vercurrent Mathematical Functions on Analog Referance Signals Short Circuit � Ali Control Inputs Isolated from Ground and Power Ground Fault Four (4) Resident SeriaE Communication Protocols Overvoltage 4 Johnson Controls N2 Undervolfage � Siemens Building Technologies FLN (P1 ) lnput Phase Loss j Modbus RTU Output Device (1G8't� dvertemperafure ! BAGnet (MS/fP) Adjusfahie Current Limit Regulator j Input Speed Signals UL508C approved Electronic Motar Overload ({2T) ; Gurrent 0 (4) to 20 mA Programmable FauIE Functions for Profection Include = Voitage 0 (2) Eo 10 VDC Loss of Analog Input � Increase/DecreaseRefetence Gontacts Panel Loss s (Floating Point) Externai Pauft ; Serial Communications MoforThermal Profection SfarUStop Stall > 2 Wire (Dry Contact Cfosure) Underload i 3 Wire (Momentary Contact) Motor Phase Loss F Applfcation af Input Power Ground Fault Application of Referertce Signa! (PID SleeptWake- 5% Input Impedance � Up) Equlvalent 5% Impedance with ]nterna( Reacfor{s) i Serial Communications Patented Swinging Choke design for Superior i Start Functions Harmon'ic Mitigation (R1 to R4) ' Ramp I Flying Start � � Premagneiization on Sfarf OPTIONAL FEATURES '• Automatic Torque Boost 3 Relay E�ension Module (OREL-01 ) f Automatic TorqUe Boost with Frying Start 115l230 V Digita! input InEerface Card (OHDI-01 } ! Auto Ftestart (Reset} — Cusfomer Selectahle and Fieidbus Adapter Modules � Adjustable LonWorks Stop Functions Profibus � Ramp or Coast to Stop Ethernet Emergency 5top DriveWindow LighE Sfart-up, Operafion, Programming ` DC Braking ! Hold at Sfop and Diagnos#ic Tool ; Flux Braking Fan Replacement Kif ( Acceil�ece! Two (2} sets of lndependentiy Ramps � � � Linear or Adjustable 'S' Curve AcceUDecei Ramps ; i I ; ' _ i I I , ; � � ; ACH554 Specifications � Input Connection 4 Input Voltage (U�) ... .... . .... ..... . ... .... . .... .. .... .... . .. . ......... . .... . .. . .. ..20H/22ol230124o VAG 3-phase +/-10% ; 208/220/236/240 VAC 1-phase +/-10% � 380/400l415/440/4601480 VAC 3-phase -r1-9 0% ! 500/fi00 VAG $-phase +/-10% E , Frequency: . .... ............ ...... .. ... . ... ... ... .. .... .......... ..48 - 63 Hz ! . ..... ...... ... . .. . . , Line Limitations: ..... .... ...... .. ..... .. . ... .. ...... ........... .. ... ....... ... ... ...Max +!-3% of nominal phase to phase inpuf voltage ; Fundamentaf Power Factor (cos �}: ... ........ ....... . .. .. .... . ... ... ...0.98 at nominal load �3 Connection: . ...... .... ........ .. . . .... .... . . . .. .. .. .... .... ....... . ... . ..... . .. ... ...Uz� U�, Wi ��1, va. '�-Phase) t Output (Motor) Connection ; Output Voltage: .............. ..... . .... .. ... ...... .... .... .... ... . ... .. .... . ... ... ..Q to U�, 3-phase symmefrical, Uz at the field weakening poini j Output Frequency: ..... .......... . .... ... ..... .. .... .... .... ... . ... .. . .... ... . .. .:500 to 500 Hz ; Frequency Resolution: ....... .. . .... ... ..... .. ........ .... .... . ..... .... ... . .. ..0.01 Hz J Continuous Output Current: - � Variable Torque: ... .... ... ..... .... .......... ..... .... . . . .. . .. . ....1 .0 * 1sN (Nominal rated output current, Variable Torque) ; Shoft Term Overload CapaciEy: _ Variable Torque: .. .... .. .... .............. ........... .... ....... . ... 9 .1 � 12r�, {i min/1 D min) . � Peak Overlaad Capacify: r Variable Torque: .. .... . .. ... .. .... .... .... ........ ... . ..... . .... . . . .1 .35 " Izr,, (2 seG7 min) 1 Basa Motor Frequency Range: ... ... ...... .... .... .... .... ... . ..... . ..... . ..1 D to 500 Hz � Switching Frequency: . ..... ..... .... .. ... . ..... .... .... .... .... .... ....:. ... .. ....'i � 4� 8 ar 12 kHz � Acceleration Time: ..... ..... ... .. . ... . ..... ... .. .... .... .... .... ... . .. ... . ... .. . ..D. 1 to 1800 s ! Deceleration Time: ..... .. ...... .. . ... . ... .. ... .. .. .•-•-- ._-_ ---. ..._..... . ._. ... ._0.9 to 1800 s i Efficien .. ,.D.98 at nominal ower levei � cy: ... .... .. ... . ..... ....:... ... ... . ... .. ... .... .......... .... .. .. ...... . .. . P � ShorE Gircuit Withstand Rating: .... .. ... . ... .......... ...... .... .. .. ... . .. ..10D,000 A!C (UL) w/o fuses � Connection: .... . .. ... . ........ .... ... ....... . . ... . ... .......... ..... . ...... ..... . .... Uz, �z, 1Ns f Enclosure f Style: . . .......... .... .. .......... .. ......... ...... ... .. ......... ................:..... . ... UL (NEMA) Type 1 , Type 12, or Type 3Ft � UL Plenum Rated Typ.e 1 , 7ype i2 [ Agency Approval � Listing and Compfiance: ...... .. .... ... ..... ... .... .... .... .... .......... .. . .. ... UL, cUL, CE i Ambient Conditians, Operation � Air Temperature. ... . ... .. ...... .. .. .... ... . ... .. ........ .. .... .... ...... .... ... .. . ..D° fo 40°C (32° to 104°F), above 40°C the maximum output �urrent is � de-rated 1 % for every additional 1 °C (up fo 50°C (122°F)) rrtaximum i . limit. _ Reiative Humidity: .. . ... ..... .... .... ...... . .... . ... .... .... .. ...... ........... . .. ..5 to 95°l0, no condensation allowed, maximum relative humidity Is 66% i in fhe presence of corrasive gassea ! Contamination levels: i IEC:... . .. ... ... ... .. ........ ....... ... ... .. . ..... .. .............. ...... ... .50729-3-1 , 60721-3-2 and 60721-3-3 � Chemicai Gasses:....... ... ... ... ... ..... .. .................. .. ... . 3C1 and 3C2 ; Solid Paftictes: .... ........ . .. . ..... . .. . .... .... ............ .... .. ... .3S2 ; Instalfation Siie Al6tude: ....:........ .. . . .. . .. . .. . .... .... .... .... ....: ... .. . .. .0 to 1000 m (3300 fE) above sea [evel. At sites over 1000 m (3300 ft) E a6ove sea level, the maxirrtum power is de-rated 1% far every additionaE 100 m (33Q ft). If fF�e instaliation slte ls higher than 2Q00 m ; (ssoo f�) above sea level, please contact your tocal ABB distributor or _ representative for further information � Vibrafion: ..... ... . . ... .. . . .. ..... .... .... ......... .. ... ..... .... .. .... .... ......... .....Max 3.0 mm (0_12 in) 2 to 9 Hz, Max 10 mis2 (33 ftlsz} 9 to 200 Hz i sinusoidal £ � Ambient Conditicns, �toraya (in �rotective 5hipptng �ackage) t Air Temperature: .. ..... .. . . . .. . .. :. .... .. .. .. .. ... . .. .. .. . . .. . .. .. ........ .... .. .... ..40°fo 70°C (-40° to 158°F) � � Relative Humidity: .... .. .. . . ... . ..... .... .. ........ . ... . . .. .... ... ...... .... ...... .. .:Less than 95%, no condensation allowed : 3 Vibratian Tested to (IEC 60068-2-6}: . . .... .... .. .... .... .... ...... .. . .. . . . .. In accordance with ISTA 1A and 1 B specifications � Bump Tested to (IEC 60068-2-29): ... .. .... .... ... ... . .. . . .. . . ..... ... .. .. ..Max 100 misZ (330 ft/s2) 11 ms (Tested 500 times each axis, ? each pole; 300b times total} � Ambient Condifions, Transportation (in Protective Shipping Package) ; Air Temperature: ...... .. .. . ... . . ... .. .. .. ....:... .... . .. .... ... . ...................... . -4D°to 70°C (-40° to 958°F) s Relative Humidity: ....... ... ... . . ...... .... .. ......... . ... . .. ... ................ . ... ..Less thao 95°to, no wndensation allo�ved ! Atmospheric Pressure: .. ...... .. .... .. ... ... .. .... ..... ...... .......... ..... .... ...60 to '[O6 kPa (8.7 to 95.4 PSI) i Vibration Tesfed to (I �C fi006&2•6):. .. . . ....... .... .. .......... .... ..... ...Max 3.d mm {0. 14 in) 2 to 9 Hz, Max 15 mis2 (49 ft/s2) 9 to � 200 Hz sinusoidaE Bump Tested to (IEC 60068-2-29): ..... .... .... .. .... ... . . .... ... . :. ... ... ...Max 10Q m/sz (330 fUsz) 11 ms (7ested 500 times each i axis, eaCh pole; 3000 times totai) � Shock Tested to (IEC 60Q68-2-27) j Ri : 76 cm (30 in) R2: 61 cm (24 inr R3: 46 cm (18 in} R4: 3S cm (12 in) R5 & 6: 25 crrt (10 in) i � . � 1 i � � i i i � 3 I i i , ! ; i 1 ACH550 Specifica#ions (con#inued) ; Cooling Information i Cooling Method: . ..... .... ........ .. . .... .... .. ... . ........ .... .. .. ... . .... .. ... .. . . . fntegra[ fan(s) ; Power L.oss: .. .... ..... ............... ... . .... .. . .. . .... .... .... .. ..... . . ... .. ... .. . . .Appro�amately 3% of rated power ' Analog Inputs � Quantity . --� -� �--� �-- • -- ---� •-�... ....... .... . ... .. . .. . .... .... .... .. ..... . ...... ... .. . ..Two (2) programmab(e i Voltage Reference: ... ............. ..... . .. . .. .. . .... ........ .. ...... . ..... ... ... ..0 (2) io 90 V, 250kOhm, single ended � Current f2eference: ... ...... . ...... .. ... ... . .. ... .... ...... .. .. ....... ..... ... ... . .0 (4} to 20 mA, �IOOOhm, single ended ; Potentiomefer: .... .. .... ...... ............ . .. ...... .... .. .... .. ...... . .. . .... . ..... .. 10 VDC, 10 mA (1 K to 10KOhms) ; Input Updating Time . .... .... ....... ... . .. . .... . .... .. .. ..:. ...... ... . :... � --�-- ..8 ►ns i Terminal BlocEc Siae .. .... .... .... ...... . .. . ..... .... .. ... . .. ...... ... . ..... . .. .. ..2.3mm? / 14AWG � Reference Power Supply ; Referance Voliage .. ...... .... ........ ... ... ....................... .. .. ..... . .... . .+10 VDC, 1 °10 at 250� ��oF� ; Maximum load --�---- ------ �--- �... .... ...... ... . ... .......... ..... . .... . .... . .... . .1QmA ; Applicable Potentiometer .. .... .... . ... .. ... . . .. ................ .... ..... . .... . .i kOhm to 90 k�hm ; Terminal Block Size .... .. .... .... . .. . ... . .. . .. . ... ................ .... ..... . .... . .2.3mm2 ! 14AWG € Analog Outputs Quanfity ........ . . . .. ..... .... .......... . ... . ... .. . .. . ... ...... ........ .. . .... .... . ...: . .Twa (2) programmable current outputs Signal Leve[ . . . .... ... . ... ...... . ... . ... .. . .. . . .. .... .. .... .... ....... ..... ... .. .D (4) to 20 mA Accuracy... ... .. . . .. .. . .. . ... .... ....... . .. . ... .. . ... . .. .....� -----�-- .. ..... .... .... . ..+/- 1 °/a full scale range af 25°C (77°F) Maximum Load lmpedance.... .... ... . .. ... . .. ...... .... .... .. ..... ..... . .. .. .500 phms Output Updating Time. .... ....... . ... ... . .. ... . .. .. .... .... .... .. ..... ...... .. ...2 ms Terminal Block Size . ... .......... . . ... ... . .. ... . .. ...... .... .... ....... ..... . .. ...2.3mm2 ! 14AWG dI�1�0� �11 �}UtS Quantity ... .. .. .... . .. .. ....... .......... . ... ... . .. ... . .... .... .... .... ....... .. . ... .. ...Six (6) programmable digita4 inputs fsolation ... .. .. . .... .. ................. ...... .. .. .. . ... .... .... .... .... .... .... .. ... .. ... Isoiated as one group Signal Leval . . .... .. ................ ....... .. . . .. .... .... .... .... .... .... ...... ... .....24 VDC, (1DV Logic 0) Input Current. ...... .............. ...... . ...... ...... .... ........,... .... .... .. ... .. . .. 15 mA at 24 VDC Input Updating Time: ............ .. ....... . ..... .... ........ .... .... .... .. ..... . ..4 ms Terminal Block Size ...... .... .... ... ... .. . . .. . .. .... ........ .. ...... .....• •---. . _2.3mm2 / 14AWG lnternal Power Supply Primary Use.. . ... . ..... .... .. .... .... ... ... .... .. ....... .....-- ---------..... . ... . ...Internal supply for digital inputs Voitage: . ....... . ... . ..... .... .. .... .... ... . .. ... . .. . ...... .. ...... .. .... ... ..... .... . .. .+24 VDC, max 250 mA Maximum Current: .. .... .. .... ....... . ..... . . . . ...... ...... .. .. ....... . .... . ... . . ..250 mA Protection: .... . .. . . ..... .... .. .... .... . .. . ... . .. ... ...... .. ...... ...... ... . .... . ... . . . .Shart circuit protected Relay Outputs Quantity . .... . . ... ... ..... .... ..••...... .... ... . .. ._.. ....... .... .. . ..... ... . .... . .... . ..Three (3) programmable relay (Form C) outpufs Switching Capacity: .... .... ...... . ... ... . .. . .. . ... .... .... ........ .... ..... ..... ..8 A at 24 VDC or250 VAC, 0.4 A at 120 VDC Max Gontinuous Current: .... .. . ... ... . .. ... . ... .... .... ........ ... . ..... . . .. . ..2A RMS Contact Material:. .. .......... ...... . ... ... . .. ... . ... .... ........... . ... . . .... .. . .. ..Silver Cadmium Oxide (AgCdO) Esolation Test Voltage . .... ...... . ... ... . .. . .. . . .. ...........•--•- --- :..:.. ..:.:..4 kVAC, 1 minute Output Updafing Time. .... ...... . ... � -�- �-- -. . .-� ----��--�--... . . .. . . . .... . . . .. .. 12 ms Terminal Block Size .. ...... ...... . ... . ... .. . .. . ... ...... ........ .. ... .. .... ... .. ..2.3mm2 ! 14AWG Protections Singla Phase .... .. .. .... ...... ....... . ... ... . .. ... . .. ...... ........ .. ... . ..... ... .. ..Protected (input 8 output) Overcurrent Trip Lfmit: .... ........ ... ... . .. ... . ........ ...... .. .. ... . ..... . .. .. ..3.5 x IzN instantaneous Adjustahle Current ReguEation Limit: ... . ........ .... .. .. .. .... ..... ... .. ..9 . 1 x IzN �RMS) max. �veivoltag2 Trip Limif: .. .. .... .... . .. ... . ... .. . ........ .... ...... .... ..... . .. .. ..1 .30 x UN Undervoltage Trip Limii: ...... .... . .. . .. . ... .. . .... .... ...... . . .. .... .. ... . .. .. ..0.65 x UN Overtemperature (HeatsinK):.... .. . .. . ... .. ... ...... ...... .. .. . ..... ... . .... ..+715°C (+239°F� Auxiliary Valtage: .... .. .. .. .... ....... ... . .. .. ... . .. ...... .... .... .. . ........ . .... ..Short Gircuit Protected Ground Fault: . ... . ..... .. .... ........... .... .......... .. .... .... .... .. . .... .... . . . .. ..Protected Short CircuiY. . . --- °�--- � .... .. .... .... ...... . .. .... .... .. .... .... .... ... .... .... . .. . ..Proiected Nticroprocessor fault: .. .. .... .... ... .... .. .... .......... .... .... . .. .... .... .. . . ...Protected Moior Sfall Protection: .. .... .... ... .... .. . ... ...... .... .... .... . . .. ... ...... . .. ..Protected tJfotor Overtemperature Protection (Izt): ... .... .... .... ... .... ....... ....Pro#ecEed Inpui Power Loss af I'hase: .. . .. .... .. . ... ...... ........ .... . ... ... .. .. .. . . . ..Protected Loss of Reference:.. .... .... ...... . .. . ... .. . ... .. .... .. ...... .... . ......•. -.-. - . ---Protected Short Circult Current Rating: . . .. .. .. . .. . .. .. .... .. ...... .... . ... ...... . .. . . ...100,000 RMS symmetrical Amperes Input Line Impedance: .... .... .. . .. . . .. . .. . .. . ..... .... .... .... . ... .... . ..... . ...Swinging choke 5% equivalent R1 -R6, 3% equivelenE Ft8 U� = input Voffage U�v = IVominal Motor Voltage. UZ = Oulput Voltage fN = Nomina! Motor Frequency PN = Po�ver — Normal Duty (HP) 12rv = Nominal Motor Current — Normal Dufy Specifications are subjact to change without notice. Please consult the factary when specificaYions are crifical. i ; i j � ; ACH550 Control Panel i The ACH550 Con4rol Pane! is a muitifunction control panel with f�ll graphic LCD display and multipfe language capability. The control panel can �e cortnected to and detached from the ACH550 at any time. ; The panel can be used to upload and copy parameters to other ACH550 drives. ? status � LED ;_::-_ .��___:�:_- � �:.:;;..._. I _.,i�_::�::�:':�_��:—�.—�?�.�3s�,= �-,;�- i ::�.7:.7��•4C.._Y.^'� "t1`:sftWi4lil (Green when = .:_ :���.f�=��r�:�'��=��� -" :.�, � ..� �+aniu.+a ��__,�r •i__�e��-v� no�malr e�;��°.vj�"•',_ 3iEF �'-�:uc��" a I if flashing i ;:�:;3m��;:` -�-::���;:��om._.-��.,, o.rfed, see -: :M� ;�i� ! e:a ; diagnos[icsJ - - y �=8�@ i _ �' �! �' 1 ; �m� ��� � UP , : ` SOFT = .� �ry SOFT � _-�� KEY 2 � _ a ,__ � ::�:..�,�.,.-_._� � KEY 1 —,�;. -==�- ��:.:�: �� � _ ':=�,:�.in. W..:;:._ .�,. . --��•� . � � .. �`„ �� � ��; i DOWN "�� , ; �� � .. Y �:::: ' 1 � _ - - `_�,�:t's;i.;i__i=i:_:.:;::::{ +�' Z y + � s i� ? if . r- i,,"` r�x --+� z - � i �.. .. t _:rc�"' .i�-'_ . . ' ESi( . .' � �, .3 AUTO .:_ � _ : _� HELP ; ::::g;;:?E :-;;?r�:_::i:.,:�;_: - ::� �:::�:._:.• (ahvaysavailahle) ,:;_}:,:ui;�S'.1,�,;:�v:::�:u ! �.'.s:��;:�_.-_is:-;:;'r_''r_:,=t;wt�:.,,;v:::,.,. . i ' :. .:.:.:.:::. ......:... _._.._.__,.._.:r. -. .... .. . .. OFF '_�:",� .�._.�„�._�._..,_� HANO � i Run Indication and Shaft Qirection � Confrof Panel Dis la Si nificance Drive is running and aE set poirtt � Rotating arrow (clockwise or counterclockwise) 5haft direc6on is forward or reverse � Rotatin arrow blinkin Drive is o erat[n but not at sef oint { Stationa arrow Drive is sto ed � ; � LED Indicators ; The green LED indicates fhat the pawer is on and the drive is operating normally. Th� red L�D indicates a a fault. A blinking green LED indicates an alarm conditi�n . A blinking red. LED indicates a fault that requires � power to be cyclec! oif and on to reset the drive. j Fautt Indications � E The ACH550 Control PaneE can display aver 2� alarm and fault messages. The las# fault and previous { faults (1 ta 9) are refained in memory_ The last fault and previous faufts (1 & 2) also record €mportant ; diagnostic information to assist in troubleshooting . Most faults can be reset by pressing the RESET key j (Sof� K@y 1 }. ; . � , Parameters i Applic�tio� speci€ic pararnePers �r� imrrt�diately accessible through a selection of start-up "Assistants". A j complete list of parameters is also available grauped by function in approximately 33 msnu groups. One of ' the basic menu functions can be used to display the camplete list of changed paramefers. ; Real Time Clock � The Qperator Control Panei includes a real time clock which provides Day, [�ate and Ti�ne information, f displayed in a choice of formats. The real time clock has a 10 year battery back up and provides time and ; date stamping oP drive faults and other evenfs: The clock is also used by the AGH550s internal timer ; funetions, providing an integral tirne clock for start/stop control as welf as other control operations. s ; i � � i ' { I I � ) i i i i ; s i I � i I Control Modes i When the HAND key is pressed , the drive starts and pressing the UP/DOWN keys can modify the � reference frequency. 7he HANq (keypad) control mode is indicated. ! i When the OFF key is pressed, the drive stops and the OFF confrol mode is indicated . t � When the AUTO key is pressed, the AUT"O contro! made is indicated . The drive can be started and `i. s#opped using whichever remote start/stop command has been configured, a contact closure applied to ` the start/stop input, a serial communicafion cammand or a process feed6ack signal . fn AUTO mode the � drive speed is .typically controlled by the external speed reference input or by the P1D cantroller.� . ; If the HAND key is pressed while the drive is running in the AUT� control mode, the drive continues to run ; without changing speed , but ceases to respond to external input or PID speed reference changes. ! ( Bumpless transfer) Pressing the UPID�WN keys can modi4y the reference frequency. � � If fihe AU70 key is pressed while the drive is running in the HAND cantrol mode and an externaf start i command is present, the drive continues to run and fallows the acceleration or decel�ration control ramp ' to the speed set by the external input or PID speed reference. (Bumpless transfer) � I Cable Connecfions ; Terminal Description Note � U9 , V1 , W1 3� power supply inpuf Use of 1 � supply requires 50% derafe of output current � and is a (icahle for 208 to 240 VAC o eration onl . , � PE / GND Pretective Ground Fallow local rules for cable size. � U2, V2, W2 Power oui ut to motor � Uc+, Ua DC hus ; X1 1 to 18 Control Wirin Low volta e confrol — Use shielded cable # X7 19 to 2� Control Wirin Low volta e or 115VAC � E X1 28 to 32 Serial Communicafions Use shielded cable � i Follow local codes for cable size. To avoid efectromagnetic interference, use separate metallic conduits � for input power wiring , motor wiring , controf and communications wiring . Keep these four cfasses of wiring j separated in situations where the wiring is not enclosed in metallic conduit. Also, keep 1 '15VAC contro[ _ wiring separated from low voftage contro[ wiring and power wiring . � 'i Use shielded cable for control wiring. i t � Ampacity is based on the use of 60 °C rated pawer cable up to 10� Amps (75 °C over 100 Amps) . ' ; Refer to the induded tables far current ratings, fuse recommendations and maximum wire size capacities i and iightening 'torques ior itte terminals. The ACW550 is suit�b[� gc�� u�e �r� � cir�uif ��pabfe o� d�liv��iP�g ; not more than 100,000 RMS symmetrical amperes, 480 V maximum. The ACH550 has an electronic ; motor pratection feature fhat complies with the requirements of the Nafional Electric Code ( NE�}. When � this feature is selected and properly adjusted. Addiiional overload protection is not reguired unless more ; than one motor is connected to the drive or unless additianal protection is required by applicable safiety � regulations. � For CE insfallation requirements, see ABB publication CE-US-02 "CE Counci) Directives and Variabls Speed Drives." Contact your local ABB representative for specific IEG installation instrucfions. � i j i 3 { S . ` ! t . 1 � � 1 1 1 � ! � i � t t ! ACH554 Con�rol Terminais - Main 1/D Terminal X� ' � X1 IdentificaEion Description ! 1 5CR Terminat far si nal cabie screen. . Connected intemali to chassis round. ! Analog input channel 1 , pragrammable. Resolution 0. 1 % accuracy ±l %. � 2 A� � Qefault: 0 (4} - 20 mA (R; = 50Q S�) (J1 :AI1 ON) � Q {2) - 10 V (R; = 200 ks2) (J1 :Al9 OFF) � E�ernal reference 3 AGND Anala in ut common . Gonnected internall to chassis round throu h '1 iVl SZ 4 10 V 10 V/10 mA reference volta e out ut for �nalo in ut otentiomeier, accurac t2 °la . Analog input channe! 2, programmabfe. Resolution 0. 1 % accuracy }1 %. ' 5 A� Z Default: 0 (4) - 20 mA (R; = 500 i2) (J1 :Al2 ON) � 0 {2) - 10 V (R; = 20Q k S2) (J1 :AI2 OFF} � P1D Feedback ' 6 AGNQ Analo in ut common. Connecfed internali to chassis round throu h 1 M �2 i � A�� Analog output channel 9 , programmable. Default: 4 (4) - 20 mA (load < 500 S2) 4 Out ut fre uenc � $ AQZ Analog output channel 2, programmable. Default: 0 (4) - 20 mA (load < 500 Sz) � Out ut currenf f 9 � A6ND Analo out ut camman. Connected internall to chassis round throu h 9 M S2 ' F 10 24 � Auxiliary voltage output 24 V DC / 250 mA (Reference to AGND). � Short circuit rotected. � r 'I 1 GND Common for di ital in ut DI return si nals. ; 32 DCOM Qi ital in ut circuit common for all di ital in ufs Dls . € To activate a digital input, there must be >_+10 V (or s-10 V} between that input and � � D] Configuration DCOM. The 24 V may be provided bythe ACH550 (X1 :iD) or by an external 12-24 V ; source of either olarit . � 13 Dl 1 At1T0 mode StartlSto : Activation starts the drive 14 DI 2 Not used ; 15 DI 3 Gonstanf s eed 9 : Activation selects constant s eed 1 ; 16 DI 4 S#art enable 1 : Deactivation sto s fhe drive. i 17 dl 5 Not used r 18 Di 6 Not used ; , 19 - R01C Common � Re{ay output 1 , programmable � 20 R01A Normall Closad NC (De4ault; Ready - 19 connected to 21). ; 21 R01 B Normall O en NO 12 - 250 V AC / 30 V DC, 14 mA - 2 A � 22 R02C Common Relay output 2, programmable i 23 R02A Norma{I Closed NG (Default: Running - 22 connected fo 24} , i 24 R02B Normall O en NO 12 - 250 V AC / 30 V DC, 10 mA - 2 A i 25 R03C Common Relay output 3, programmable ; 26 ft03A Norma[1 Closed NC (Qefault: Fault(-1 } - 25 connected to 27). ; 27 - R03B Norma[1 0 en NO 32 - 250 V AC I 30 V DC, 90 mA - 2 A ; 28 Screan Terminal #or si nal cable screen . Connected internall to chassis round . 29 B RS-485 Serial Communications Positive in ut connection ' ; 30 A R5-485 Serial Communications Ne ative in ut connection ; 31 AGt�b Analo in ut common . Connected internal! to chassis round fhrou h 1 M Si. � 32 Screen Terminal fdr si nal cable screen. Cannected inFernall ta chassis round , ! ; Notes: Digital input impedance 1 .5 k Use multi-strand wire, size range: 20-16 AWG (0.5-1 .5 mm2) For #ail-safe reasons, the 3 Fault (-1 ) Relay signals a "Faulf", when the ACFI550 is powered down. f ( � _ i ; ; i � t i I I � 1 : ; 1 � , I 1 Drive Pack Standard Fea#ures ; i ACH550 Drive Pack - Overview ; I The AGH55Q Dr3ve Pack is an ACH550 Variable Frequency Drive enclosed with either an input disconnect ( switch and fast acting fuses (ACH550-PDR) or an input circuit breaker (ACH550-PCR). The ACH550 � Drive Pack provides a door-mounted input disconnect operator (padlockab[e in the OFF position), � electronic motor overload protection, lacal operatar keypad with graphics display, and provisions fior ; e�ernal control connections. ' i i UL Type 1 {NEMA 1 ) and UL Type 12 (NEMA 12) Drive Pack units are a�ailable from 1 to 100 HP at j 208I240V, 9 to 560 HP at 480V, and 2 to 150 HP at 600V. UL Type 1 and UL Type 92 units are wall I mounted from 1 to 24Q HP and flaor mounted from 250 to 550 HP. The operator keypad is rr�ounted on ; the door of the enclasure. � . ; For outdoor applications, iJt Type 3R .(NEMA) 3R enciosed ACN550-PCR and -PDR Drive Pack 3 packages are available from 9 to 100 FiP et 208/240V, 1 to 200 HP at 48QV and 2 to 150 HP a# 600V. j Cons#ruction is sheet steel with a taugh powder coat paint finish for corrasion resistance. A 100 wait, ; thermostatically controlled space heater and thermostatic controf of the force ventilated cooling system are ; standard . 7he aperator keypad is mounted on the drive within the enclosure. € � F � � . ! ..� � , I � a a �. i ; i ! � � i � � � � 3 � . � i � 1 ; 1 i i �Y 5 � a — i i . � � , � . . ; ACFi550 Drive Pack Exterior Views � { i Cable Connections � � � The #ollowing illustrations show the ACH550 Drive Pack cable connection points for the various enclosure � styles. The illusfrations indicate the (ocation of input and oufput power connections as well as equipment ' and mator grounding connection points. � � ACH550-PCR and PDR packages are configured for wiring access from the bottom only on vertical waf[ ; mount unifs and from the top only on UL Type 9 and UL Type 12 standard wa11 mount and floor mount ; units. UL Type 3R enclosures are configurad for top or bottom access. At least three separate me#allic i conduits are required, one for input power, one for output power to the motar and one for confrol signals. ; � 5 { i , i - I TG'l7]7111?� $iZ@S i Power and motor cable terminal sizes are shown in the Submittal Schedule Detalls and in the Wire Size i Capacities of Power Terminals 7able. The information pravided is for cannections to an input circui# ; breaker or disconnect switch, a motor terminal block, overlaad relay and graund lugs. The tabfe a}so lists � torque that should be applied when tightening the connections. � � , i a o k e ; aa ep � . a j ncHSSa ' : ' e iN2NE ' IA�➢I1LE t ' � CI °� • -� � ' � ' � � . d � b ' Q ' ' i � � o i m OUTPUT M070R CtlNNECTION i � � 7 m i .DRIVE � . Q� 1 $��g �FU ES e o D e ' i � 2F, 3F, 4F � Q, i e —. ' o a a . QtIIUND �' � TERMINAL � ; • i o . o o i ' 1 , O � ` � • INPLJ7 POVER CONNEC7ItlN � � � : �1 CIRCUIT HREAKER IMCB OR 1 � � - � DISC�NNECT IDISC � i < i I i Vertical Wall (�ount Drive Fack Internal Views � s (RWl10 5 1FIilfIN?L f � � � ; • 3 i I . /S}{SgG - i INPtlT POKER CONHEC710N OilfYc. i pRCUIT BNEAHER IIdCB � . MO�ULE i 0(t • ' U4 DISCONNECT 7p(SC .W - i i t O �R"d�! ' - . Q 2 .. . . � ��w. � � t E > � f • i nu�ar uoroR coHr�cnor� ; j i i 7 ' { DR14E. � INPili f175E5 i Y� �. � � i Standard Wall Mount Drive Pack Internal View ; � f i ( ; ; ; � . DR1VE (NPUT FUSES � �2F, 3F, 4F � � GROUNI� BAR ' . . aa �.a.o.o��� - � �kfTPUT fviQTOR ° � ' CONN.EGTION ; ; � G O :O D O C . G � INPU.T PaWER CONNE�TIUN ; CIRCUIT BREAKER 1MG8,. � a o . e ; DISC�NNECT 1_DISC;. ; OR. � o 0 0 ; TERMINAL BLf3G4C 'IF?TB ° ° � � i a • i ; cor��a� ; POY�F2 TRANSFORMER ; . '1T 1�/ITH 8F & 9F � ; (U_L. : TYPE 12 ; OPTIQf� �NLY) i � s s � ACH5�Q ° DRIVE a �Q �(� . MOI7t1LE SECONQARY s _ �. U1 FUSE HOLDEi�- ' NOT USED - - . . _ . � : .. . . ; e _ ., i ��a��� j Standard Floor Mounted Drive Pack Internal View � ; � ; ; ; ; � ; { _ i s i 's � i , ; i � i � i t Dimension Drawing for SPF-3, SPF-4, SPF-5, EPF-4, EPF-5, SP�'-6, SPF-1 , SPF-2 ; � i RECOlAI.1ENOED }Ot.6 7"0.2 ' � CONOUIi AC RESnS [4.0] [3.0] � � � - 763 l �a.o7 ! i irr.s l [7.0] i � i i 1 v - E �3 - TOP NEW � o j . H � °.�.. . � c � p - RAIMHUOD 2PLC5 ' � c e lEFT 90E u � ' { ,°a < 88.9 � 457.2 ' i dm (3.5] �18-0� f a° 6 � n• 85.7 � . � e [3.4] ' _ .� 5 -0 304.8 83.9 19.0 419.1 21270 � a a � [,z.o) �z.t7 Ca-�] I�6.5] [e0.50] « � 3 = �� Q �' �' MOWV7ING 1i0LE5 — i � �Q �� iyp, REAR OF ENCIOSURE � . � n ' _'_'—_—_—' 4 PLACES i 'o „ — e E -� _ o e 164.0 � � i �i [6.5) � fi � e i o � � 3 � � �0$.B ! � m 571.5 NP: I I I24.0] � � '' (22.Sj � � 3 $ 'o � � i e 3 � � � s � �� i � � t _ $° ? '_"__'...� . Lo j o � 1 . � � ; i i t 2 i i i Z NOTES ' 1. DIMENSIDNS SHOWN AftE IN MILLIMETERS [MCHE3] ' f 2, APPROXIMATE PRODUCT WEIGNT: R7 – 34KG [75 L8S] j ° R2 – 37KG [82 LBS] ; � 3- RAIN HOODS ON LEFi ONLY. � � j v t _ eav�uasv TtEL&ASED ' a mo. f � USINY/ 40062 D.VARBLE 4/12/06 rn° DIM$NSIONDRAWING co�t. �,. ? � ""°`' USI�N�Yt/ 205Qn0 K.PRODOEHL I/03/OZ DILIVE W/DISC MEANS % g°; FecP tlept 1TSIt`e A � �LOSVQ 20500 3l07/06 UL I'YPE/NEMA 3R, SIZE 0 �� 3 ! � � w Q '� ,R Oacunen[ number ln�g. Rev. NE. 9�eet t � A��i� ABB Automation and Drives 3AUA0000012806 EN A . 2 ! � i � ; F i i � i i � Power Drawing for SPF-3 , SPF-4, SPF-5, EPF-4, EPF-5, SPF-6, SPF-'l , SPF-2 M N m m � u' r m m v, n � � in r ' . Y"� �P N N N N N C1 Cl CI f") V' } L ¢ . m S M � O x ' O � k � � `4 � o r�� � ?Q J � 1 � <_ '1 h - . " f/`r' 1 i m I I I N I ~ � � � 3 N � F � 1 f 1 cs I I � � � N I � I m I � f a 1 1 I � d I 1 1 � ; � � �" a � ¢ . .. . . _ . i . _ a a � a° . K y � a � � c W � i s a a "Y 0 L t z x S � � � E L a £ z � ; > ; i , J j ° > � d � � 1 : R i a Y i b � � � Y 3 ,", U ' n0 i � � � a � � neoa = : � � � 1 nnea � nosr °_' =2 � s z _ - uc � a vd i n � � i 06 uq : � N i .z- Cl � �y u C ¢ St % J � �� } _ a = °> 3' � � i s stn � i ! S � a a �� � i3z � y - - `guio - a �� a s � a .aaa 3 � o W � u�iwwN p6 ~ 6 k W N V � Yfg QL 6 U a � Mt a �j �� y� � 1tl�W O ^ I N YI N o 44l O � �j a � N a . � F � � � o � l � - � �� n �� � o ° 4 � � -� � � z� � e L ^ a � AaS t I I I � � $� ° ' _ � : . � [ I I I � a4 �-� ° �: � . Ng = _ j� ^ v> m °Q4 S Q i w S �Y �� a ¢zy � e a �n�u ' � �'eW� " �� ` y m1�I Y " �V� � L9 K n ^. U�m Z }Q¢ pi � �W �5� u� O . _ = �zy"' � drptl a zu� �' �y � � W G V S Y � f Q r � N~ c7YFH m = a � a y a ..� M N rv L� r i � � � (V N N N N l7 [+l � � � C q Q . tsM '�vl v ew��n pQy vvp.4nf ��VU» T RL+»ano unw.� axe..Ga a �..yNpaaV�eJ rv CO-4-8 0 'nd.� '{�-Z0509�Ob11AE-J • evPe9 +e �m�vq{e P�+�+tl : . Y�^.°F�^+� `�^pr�.�el'q ali Wo lvrvnvaP 4f1 . st Eu pO i.vdf sp 1 1 i 3 t � 1 � � 1 � i � � Connection Drawing for SPF-3, SPF-4, SPF -5, EPF-4, EPF-5, CT-'I , CT-2, SPF-1 , � ' SPF-2 t ; c9 �n n m .M.. in n a� c�i rti %{ n a c9 us 1. m m �n r . f N N M 1� [n t+J l�J � < V� �p � w Y 1 r r � � � �i ° E U � a V E a ` 3 q ` i'7 � i � € � � h g !` P S t> L m � 4q N � t 1 �� � � ! ri ? c ° � : 4� � a � ! i' V r i � � ! i Z S E L� r 2 S E � � ; J Y � � � � ��� � Y� � va F� � �] q , _ Y � � iSPa � � m~ � � � � � ^ T � ^ ^ � �� �� � � o i >�, � � � � � � �' � � � o � g °° ' � � � d �� � � � � � � B � � gB € ( s �� q g g �� �� �� e - I �. � ; ,r ` ,�� 3 � s � `d � � § kt� Baa � � '�d � od 'r _ < � -'� �� R wr � a � nmw aS '_° .. S � v �i � � O i � �'� i � ii p 3 L� � 0 L i f�F+ C '- ur '¢3 i y, � y i � :.L j �A S W y� � Gf �,a % a ��� i � U ��� � ��� i , �� ; m � i � . E : � ��� � Q ,, a s j � i .�-� .�-1 .�i .�i (�l I!1 1` P M Vf h m t7 In 1+ � .w M in 7� T � IV N N N N t� (O ln tR Cl O p e v Wo �f �n�v�fiO�+R+>! MTOa n H/AYMe N+t91+ M+dv� i+W�M Mi+b M(i 03 m�ias o •+w 'Ibi�osvl(vn! j MaWil .n �hn 'Wia�iatlA wJi�R cHeCUO� teelwaeY� rs Tw fVMiL�aO 40. 4 �NA+ M uufu aA � � � � � R I, I I I I _ I i � 1 � i Connection Drawing #or SPF-3, SPF-4, SPF-5, EPF-4, EPF-5 , SMP-'! , SMP-2, j CHWP-S3, CHWP-S4, GEF-1 , HWP-S5, HWP-S6, CT-'l , CT-2, SPF-1 , SPF-2 , HhlWP- � S3 � �t7 IIl 1� O� .�. .�-� .r. P [U N N N N C1 f�'1 !N'! � � Y < Y P y � u I �� i o� j d� � O K o 7 i » n.. m v t� ' C � �i . 9 . _ � _ ! 3 E �� � » o , s � '° = "� evoo � i NJJJJ �JJ SILS3 W ' a g � m � � � _ , °-�i t3 � E ,`u,aa'r 5 e, i �. : m ; y °B�N 4 � ,;4.� Sp a �� I � yyW// 2' 2 ' � � I °o � ! o � ^ ( a ` _f & °� o°c_ I _ �{ � � r � t 'k U lY (F> � � I z I z ( w � J � � S] � � � J £ , � k d i � I " 3am ; �--N f Y�N �°ca.�.. -� � e i � . w i � QZ i �o - r �u i z� � u . �^z i v�t^�� � x�V • Q �J i WQa j 4 ��Z t � � q�OLI Q $ ! W V � � � ` e t i o � } N � V O 1 � � y � o � � � t � � � � P U v °' � 3 Q � a m � 9 ..� M V1 h N .�-� � r � .P+ N N N N N ('> tM'l t'Nl In'+ lP'l v v v '^C ; gil '�V[ v t �nY CG ) �I:iVN A R1V^Vl�e uay�Y� ixf.�Gxa Jv'y)�sis+„i+� m an �i [>R•Y 0 'rY 'I(.a1'Ctp6PINE�J S uko �o a ni1C1.:^FaAJyVVd.iE4> PdV.OIYO] W.iNJO)4 ifli NN ]W'�iOP W� �I� /a a aq I t t � ; � i i { , ; � _ I ; � ; . � ! Cannec#ion Drawing for SPF-6 ; [O IA I� N m � � p N N N N N �l � � � l��l P P P Q � l 1 < M � } U h N9 x d � U j b � Q � g ¢ I M - � $ � '.. a � U I cs ; m � [ N Q i i ai■ i �� r� € a a� + c �� ! � t a � � � � � z ! i f x { 'r t i J i f �r j Y � ��� � � �� ,.� �� w < � � a I � � � � � � � � � � g � � ���� � Q , � � o � � � � � � � � � � � � �� �� �� a � � � �g �� �a � � � � � � � � � � � � � � � � � - - � d � = Z � 3 �� A . v w q .% A 7 : f11 ,jaG . f n� ` � f ;'u F � ��# S ��� i u�� i 4#q t 4 O �,f i � � � CAL�f I W � � � ,. � ; ��� ; C � ±� ` Z �g i u ��� � � ��� � ; ; a � ��� s 3 � � i ... co m n m � � R °'i Fd £u' '�U' rt'�i �4'i S3 $3 '� .Ct k"i ^v e v a i�opq a�'�7 +oH�A��t#+vi �hFi�4� F AFW Vr �Wti� sw�d�� M�IIM ��Iwb Mw % !?Tti 0 '+� �owl[O�J � '�1F'�9�MI W W� MAi� wf1�JV NF A+� i��a1 NM 4 nV�L TP +�+�+� 4� i i � � � � I I I, � Engineering �ata and Ratings Tables Fuses � i Drive input fuses are provided ta disconnect the drive from power in the event that a component fails in ; the drive's power circuitry. Since fast-acting fuses are provided, the branch circuif protections will not clear � when the drive input fuses blow. If the drive input fuses blow, the motar can be switched to a Bypass � (when provided) withouf replacing fuses or resetting a circuit breaker. The drive's eiecfronic pratection ; circuifry is designed to cfear drive output short circuits and ground faufts withoui blowing the drive input ! fuses. Drive input fuse specifications are listed in the Submittal Schedule Details and in the Fase Ratings � Table. Fuss rating information is provided for customer reference. � < ` �r�ve Inp�� �uae Ftat�ngs � � � ° a iltem ' ,a' ` , �3 � ; , Catalag Numher � p i � • :: ".;.,..: :::_ Amps j60 U� � $uss�an� TYt?e � ..... ..... � t S L S �. '� � :. .. S ..�. ..�� t . 2} , I . . .,._ _.� ... . ... . .._ ...� ... . . � . .- ... .... : L __ __ �e_.. ....: _. . _. _ - .- . : . . .. .. . . ::.r. 1 .•_. ..n. ..... . :.... _..:._ .. . .. __ .. - . _ _ .-�::::: . ' - . ..._ . ��. ..:..[ t 1 ACH550-PDR-012A-4-�B058+L5'f2 15 KTK-R-15 � 2 ACH550-PQR-08A8-4+g058+L542 95 KTK-R-15 � 3 ACW550-PDR-023A-4*B055+L592 30 KTK-R-30 ' 4 ACH550-PDR-D3'�A-4+B055+L512 eQ JJS-60 ; 5 ACH550-PDR-097A-�+B055+L512 200 970M1370 or M2617 � 6 ACH550-PDR-08A8-4+B055+L512 15 KTK-R-15 ! 7 ACH550-PDR-Q38A-4+B058+L512 50 JJS-50 = 8 ACH550-PDR-015A-4+B055 30 KTK-R-30 � 9 ACH550-PDR-08A8-4+BD5$ 15 KTK-R-15 ; 10 ACH550-PDR-038A-4+BQ55 60 JJS-60 ; 11 ACN550-PDR-D6A6-2+B055 15 K7K-R-15 12 ACH550-PDR-Q8A8-4+B058+L512 15 KTK-R-16 ( � 3 ACH550-PDR-p12A-0+B055�-L5'f2 15 KTK-R-95 � i � . . � Terrrrinal Size� / Cable Connection Requiremen#s ; Power and motor cabfe termina! sizes and cannection requirements are shown in the Submittal Schedule ; Defails and in the Terminal Sizes / Cable Connecfion Requirements Table. The informafion provided - below is for connections to input power and motar cablss. These connections may be made to an input circuit breaker or disconnect switch, a motar terminal hlock, overload relay, andlor directly #o bus bars and � grountl lugs. The table also lists torque that shauld be applied when tightening terminals and spacing i requirernents where multiple mounting holes are provided in the bus bar. ; ::::v:c:::a�:::_.1::: �.::.::Y..<:::::::::ro::::::c:a:::::c::::::::a:::::r.:'::xr.::... ..............._v.c _:..�..............................;... . . - ._ . . . . 3 . �....... .. ....�. . .uM1.......n.f................. ' R:.t.::.:::::L_... .... �.... .. . ... . ..........� ........... . .u.. _�-.r�.�................._...... �� .. ............�. ..n.n...».�....�...��.���n.n.�.�": `.. 2 .._____�.�......�[h::e :::!:q::�!_.......!........................ . ..... .... . .... ....... ............ ......��..........�.................. ...... ...........................e.n .... ........�......... . ......t.... ....�...�.............�. ...J.....�.�.......... [. 1Xe ._. :: ...e ..�✓ ...ne.. . ..t .u.6.niF�.� L��.......... .........................n.. .y.'.p . . . .r............. .............. ..........:�:.....�.�. ..�.�......... .............. ..�.... ..................... ......��..... .......il-.S�o.tL.. .._._._..._.._.t':']il:i._.n:.�. ..............._ �. • ..._. ................_......... .....1.........6}S:t..............i....................., ..... r i.............._. ...... ... . ... .............. . ._ ........y:f? ...._ '.._� _..1.z...] ' . ..........�. . . ........................... _...................,..............,........._._........[.....t.M1...... .......... ......�.5: ' _:I:1 ... . tCj�S:,::::..;......ee S L'�:^2'i[y:.:':�[K....tl10... :,:�:J.:-....[]f...1.:.^:4'•(C:C t:;:tG:.::::::::j(C::::K:(fiC�: p::::,....:::_�::i::5f r:niei�?Fz$en:::: :q:.e�::ieii:iy::.::y.::;:.: :i'ti�mi?::g:::;::-'r r:i�v:: �. :cr.�:: rz: - . . . �:: : - �..v ....... - . � .i: I v ., . :t .... . .:::,: :.::•::.. :. - :. : . . �::�::::�:::::� � ,Gtecutt;.:::::: :�isconnec�.. ::.::_��rrr�thal , .;: :...::O,ver.f.aaci;..�: �rounc� .- :;: ( ::.:E#�na;-=::> :�::r: :f:�:.E:::CatatQ : Number;=�:_.:�...�:: . � . .,...;.:. . . _ _ . .. ._. .. _. � �.:,.�,,, .�,:: . , :: ...... ... , .�, ::_. .. ,,,..._.-:: ,. .. . . . • . . ... _. .,._ � �::::� ....:� _.. �xs'v�t,_�,. ,�. .,....�;;�.'"'. - E _........._....,,,�,.. �. . ... � _ . .... .......... .... . .. .... .. .. _.. ... .:�:�........ ._....._:—�- .. . .. � -::��.:�:�:�-. .. .:.....:.::_::::.:.:::,.:::.:::.::.:.:..::,:_:..:.: .::::::: ::: .. _.:::::.-. -:::_:::: :;:-�::::: �src�s�: ' :.::�:���: .:::,::.:_.:. :;"```':,;'sii;s;:�=.ii ........... .. ...:.. ::..�:,,..:,....--_...�_.!:...................._.. . .. ._.... ._..._.__. . . . . . r�aker:::�=:: :�::,,:�,:S:VUitch::::,::-. :,..,=:,,:8I6ck-:;:::;::: .. e " - � ---�- ... ..._....,.. .._...._....................................._....,............�.:,:. .,,.,.,.��..:_. R. .(a .;:��- : . ,:,�„�,�.:,:L� :::�:,.:,:«, .--°.................. .....�....__. .,........._......._..........._........................... ... .. .. ........................... .............................�;;.._.. ........................._..._.:-::: ..::::::. z. . . :t.=s.: ,_ .. _...9......_...... i ...........�.r.::::e.:e:: ::�:::::::..............._.........._....._...............................__......... ...n..u...i........................... ,,............................ . .. ... .:........_,"""'.......... ..u.<a::::::t ............ . .....___. .. ............................... ............. .............._.......... .... .. .. . .. . ..'__._......._.�... s:s:-:a:::::::n:._.._�n�...... ......�.....�......�.�y .....�.............. ....................... ....II..I..ISI:::::::::::::::::I:::i:::G :: ^�t _ _._ .. . _ . ... . ............................L......_..........................n .... l.A.�.^.::L:...h:......:J::::.:� :nY�.a..6....��...r....n.o..n. .....r..............�..n.....n�. ...Ly 1.�..��l�i )i . . ... . . . ......... ..._ _.__........_........................ _............n ...�.....n..-..r.... .r..........................:.....-� r1flLi:a{0.[.:'... ^A'..1...R!_ I i � ACH550-PDR-Q12A- N/A #10 12 n-�Ibs N/A #2 ? 4+B058+L512 fVIA 7 in-Ibs N/A 40 in-fbs € i ACH55Q-PDR-Q8A8- N!A #10 #� � tV/A #2 � 2 4+B058+L512 N/A 7 in-Ibs 12 in-Ibs N/A 40 in-!bs E � ACN550-PDR-023A- NIA #8 #6 N/A � #6 j 3 4+B055+L512 N/A 7 in-Ibs 12 in-Ibs N/A 35 in.lbs ; s ¢ ACH550-PDR-03'[A- N/A #g 24 #31bs �/A #3 4 4+B055+L512 N/A 7 in-Ibs N!A 6p in-Ibs i ACH550-PDR-097A- N!A #1!0 �� �� N/A 3x #3/0 � 5 4+6055+L512 . N/A 70 in-Ibs `�$ �n���s N1A 250 in-fbs '• ACH550-PDR-48AS- N/A #1D #10 �JA #10 � 6 4+B055+L512 N/A 7 in-Ibs � 2 in-Ibs N/A 35 in-Ibs ' i I ACH550-PDR-Q38A- N/A #4 #3 N/A #3 ! � 4*B058+L512 N!A 18 in-Ibs 2A� in-Ibs NJA 50 in-fbs ; . � � i , ; . __.. i , ...:_. .. . . . ...... ., ..._....;:.; - - - :.::::.::.:...:.:.��•:. �.... , ., , _ _ :;;.;: :.. ._ .... _._ ._ . .. . . ::. : . ,•�•�.. .,�.�, . .., , . ._.., .... _ _ .._. _............... . ......�.....:._.::_;...... ............. ..... ...... . :::::._.:=.......: ::: ::... ..._._..._. ._:.�: :.�:� : _ . :.:.. .......... . ...� ....._..............._.._..........._._..__......_...._._.,_..........�........_ _ _ - - - - - - ...... ...... ......._._...__.. --- ........... _................................ ..... ._......._,....._.._.....<_........,. .._..:•:,::-::::::�_::: � ...,: ..._. ...... . . . ..�........: ._....... ......... ...�., ___.. .. _..�. ,_ ......... . ........ ... . ....,.._. ......................._,...._.. : _.._........ . ......_ .......__._..,_.._ . . . _ ... . ....::::::.: ... ._......_.......r::.... __: .::.... . ..._....._ ._....,--- - ;:-::s�;:;:<:;:.-:;::is:i�:i: :;:i's�'s=av:;i:'r:€:::-:::;s:.:::: ; _,. .; .�. .. . . ..... .:. . .. ..� i:- ::;�;:;CiFCUit ... . . D�sconnect:_ •:::��Te,'r:'itiinaF .. Overtoar� i Gropn`d' ;: � = ltetst r � � G�fdlog Nt�mheG .._;;..;:..;,: ::;- � � _ ; ,:: .:..:.:::�::.. :s . :._:::::>_:; ��e�ker Sw�tc� �lac[c. .. Relay Lu� ! ......_. ... , ...__. . . . .. .. . . . . . ... ...... .. : - - -_ ........ ._... . _...._............�:�.: . . , _, ...... ..._. . .. : : ... . _ ,. .::-:� -:::.: :: .. .. _. . . . ._ . . ...: . ,:_...... . . ._ . : :._...:,.: .. .........._ ._......... . ... ... .. - . . _ :. .. .... ... . ... ,:. � :. . ._.:.. . .... ._.., . .... _.:� ,:•::,;,�..,;;; , ... ... ..... . . . : #6 '• 8 AGH550-PDR-015A-4+B055 N A 7 irn-�Ibs 12 in-Ibs �/A 35 m Ibs . � � N/A #14 #� � NIA #2 � 9 ACN550-PDR-08A8-4+g058 ��A 7 in-Ebs � Z in-�bs N/A 40 in-Ibs i . j N/A #4 #3 NlA #3 i 10 ACH550-PDR-038A-4+B055 N/A � 8 in-Ibs 24 in-Ibs � wA 5Q in-Ibs � � N/A #10 #� � NIA #10 I 11 ACH550-RDR-06A6-2+BD55 N/A 7 in-lbs � 2 in-Ibs �!A 35 in-]bs . I ACH550-PDR-08A8- N/A #10 #10 N/A #2 � � 2 4+B05&+L512 N/A 7 in-tbs � 2 in-ibs wA 40 in-Ibs � � 3 AGH55�-PDR-012A- N/A #10 � 2�n�bs N/A #10 � 4+B055+L512 N/A 7 in-Ibs N/A 35 in-]bs ; t , I , Heat Dissipation Reqcriremeni�s ; The. caoling air entering the drive must be clean and free from corrosive materials. The Submittaf . � Schedule Details and the Heat Dissipation Requiremerits table below give the heat dissipated inta the hot { air exhausfed from the drives. If the drives sre installed in a confined space, the heat must be removed ? from the area by ventilation or air conditionirig equipment. ; } . � . . 2 ' ' 11 I! !� 1 ' t , il . . .L. . [fem` �,� �afalo���m�ber �„ , ; � RoWer �osses ,' ; � , , � , . ; i1'fi-ow = � , � m Wa�fs B7UtFTr �s � 4, � � t �FM _:-GMIHr ' ' � � � :. v. ': : := : .LU_. . - . e._ - .._. �� �. v. .�...... . . .__.»5:....6::) ..:�.e.. ' :;: ; j . _ ._ . ...c. . .. .. . . . .. .. ... ....::v . ._:. ._ �-� � - ACH550-PDR-012A- . � 4+BD58+L5'f2 172 587 26 44 � z ACN55b-PDR-08A8- �y "433 26 44 , 4+BQ5$+L512 f 3 ACH55�-PDR-023A- 337 195d 52 88 ? 4+B055+L512 ' ACH 550-PDR-031 A- . } '� �+BQ5��,��� 2 457 1560 79 134 i i 5 ACH55Q-PDR-097A- � �4p q,g15 99 16� � 4+gD55+L512 � ACH550-P�R-08A8- j 6 4+g��5+�5 � 2 127 433 26 44 � ACH550-PDR-Q38A- 562 1918 79 134 � 4+Bd58+L512 ' 8 ACH55Q-PDR-015A-4fi8055 232 792 52 88 i 9 ACH550-P�R-a$A8-4+g058 127 433 26 44 ; 1Q ACH550-PDR-038A-4+�055 562 1918 78 134 11 ACH550-PDR-Q6A6-2+B055 73 249 26 44 ACH550-PDR-08A8- 12 727 433 26 44 ! 4+BD58+L512 � 13 ACH550-PDR-012A- 172 5g� 26 44 � 4+8055+L5t2 j s � � � � ! i i f I Dimensions and Weigrhts - ; Dimensions and weights of the drives provided are given in the Submittal Schedule Details and in the ; Dimensions and Weights Table. The table also lisfs the appficable dimension drawings that include i { 1 1 i additional detaif. Qimension drawings may be provided in the back of this submittal. � ; - - f ....< -�:, � : :::: -._-: ...::::: .:.:... �:_ �_.::.: _:.._�. .:.... .:.._. .: : . _ . : _ . ., . . _ .. . .. ._ . .. . . ._: ::-:::-�•�•:•: : He� ht 911�df . �De E .:°_ ?.:�IUet t : ;-�:a�:�s:s:;�•;<s:°: ::;::a ..:.....:.: ..., . :::....: ... ,,,. . .__ . .. . . .... : ,::..::•:•:: ::::_:.�::::::.: . . . . . :. --- ::: :: :.: :x:::.::::: : : . . . _ :::.:::::::.::::: . :.::::::.:�9:.::::-:. -� :.:.: _:;:.,_:..._ .....:...:..:P._.:::-; ::::.....:... . .. . ....:: _ - ::; :: -: tfem:�:: -::.:::�::_::::.Cata[o :;Nu ec:�:�:::::::_:�:: :::.,,::._:::..:��:::.�,. :_,:::::::�_.:: _:.::�,: :::::::::�:�:._ :_��:::. �:.-- :::::,.,....:�:_�:� :?::-;::Bme sion::Qrawin .::_::_: ; :-::::::::��:: ::,�,:::�•:::.�::-�::::�.:::�::g:::::-<�?::::::-::::.,::::__�: ::: ,- : :> ::� ,: _: :: : -:: ::: : . :: .:::::::::.::l:::::::..�::::::::::.::��_::::::::.::::�9.:::::: :,:�::;�::;:::: -:::�.�:,:f::::.�.: :�:� :::� �:�:::�:::::�::_,::::::::_-:::,:,��.::::: :::rr►m=f:�n:- :-mr►�:L: �n:-: ::Enm:•l:tr��_: ::, k . d: Ibs:::: :::::: ��:: :.:.�::�-::::::,::::�::::::::�.::::: �. ,::_:: :: � . .... .. . . ... . . . . . ._ . . . . _. . . . _... . _ .. .. . .__ ....... .._ ... ._ ._..... .... ...... ........................... .,.... ._...__... . ..... . ....._..._._...�_..�.............._................ .. _. , � ACH550-PDR-092A- 610 / 24 546 / 359 / 34 / 75 3AUA00000128Q6 I 4-�8058±L512 1 '1 .5 14. 1 2 i 2 AGH55b-PDR-08A8- 6't0 / 24 546 / 359 / 34 / 75 3AUA0000092806 4+B058+L512 11 .5 14.1 2 ; 3 ACH55b-PDR-023A- 844 / 222 / 295 / 21 / 47 3AUA0000008218 ; 4+8055+L512 33.2 8.7 11 .6 2 4 ACH55Q-PDR-031A- 90301 267 / 304 / 36l78 3AUA000000822D 4+B055+R512 40.6 10.5 11 ,9 2 � ACH550-PDR-097A- 138� / 713 / 483 / 121 ! 3AUA���0021149 4+6055�L512 54.3 28.1 19.0 286 1 6 ACH550-PDR-08A8- 7441 222 ! 283 / 17 ! 37 3AUA000000$216 4+B055+L512 29.3 8 ..7 11 .2 2 � ACH550-PDR-038A- 762 / 3Q 699 ! 359 ! 61 / 135 3AUA0000012807 4+B058+L512 27.5 14. 1 2 8 ACH550-PDR-015A-4+B055 844 / 222 ! 295 / 21 / 47 3AUA000�008218 33.2 8 .7 11 .6 2 9 ACH550-PDR-08A8-4+S058 610 / 24 546 / 359 ! 34 / 75 _ 3AUAOOOOb12&06 ? 1 .5 94.9 2 10 ACH550-PD}�-038A-4+6055 fi030 / 267 / 3Q4 ! 36 / 78 3AUAOOOOQ08220 40.6 9 Q.5 11 .9 2 'f 1 ACH550-PDR-06A6-2+gp56 �44 / 222 / 283 / 17 / 37 3AUAOOOOD08216 29.3 8.7 112 2 12 ACH550-PDR-08A8- 610 / 24 546 / 359 / 34 / 75 3AUA0000092806 4+B058}L512 91 .5 14. 1 2 13 ACH550-PDR-012A- 744 / 222 / 283 / 17 / 37 �3AUA0000008216 4+B055+L512 29.3 $.7 19 .2 2 Schet�atics anaf V��ire L)�agrams Defailed wiring diagrams and schematics may be incfuded for the praducfs covered in this submittal. Please reference the following ABB par# numbers for fhe drawings included with this submittal: ____:_____�_ .�_:: ::.-:_:_=::=_w=_::_:�_:::-,:=�_:_ =_�:,�_:::::_::�:.:;_,..:_ ::_.._:_............ - --- - - - - - - ..._ �_,......_.. ............:......_...._..._.... �_........,......_... ,.,_......a,,. �. . ..__.._..._�_�....�.,�,,,;;;;_._,,,.,:._y: ,.;r:�_.;.;:�-- , - . i.._._.... .L.:...d�.... _.3=...�i...nn..� r.n��u / i_f.:�m..:.�vc �.<.�v...�....�.i. _uv.n..v...�v�.SV.�:ij.'viGFU�.::iiRi_ivi[i!i' ._i..... . . . . . . � . . ..__.�_.__... _._.�. .�u�.�u:cue. unl � _ L'��u: ��u: :i : = '''-�. �y �yj /�' :21:m 2qLVL .. . L 5. SS. �IOIl��V`�V� L 1(� ./.l{L /�rt{w { ife� Catafog Nurn6er , Pow�r W�r�ng ' -r t •P..e Y�:it •t3 S +1 rziL L 'i v ,i ; : �����J�V� Q�i�QFI - ,_M,_ . _ . .,,_ _ . . _�_ . . , _, _ : � � �IS�1"dl'EI_.:: ....... _ _ . . . . . .. ..... .... : . . . .:_ _ .. _... . ... . . : ._. . .:- ...:�:::.:: _ _ . . .. ... . .. . ._ . - .:.:.::: ..._._. 3AUA14PCPD37CG ACH550-PDR-O'[ 2A- 3AUAOOap014935- B 3AUAOOOOD12806 � 4+8058+L512 A908 3AUA000�094935- 2 OFEDI 3AUA14PCPD37CC- �� ACH550-PDR-OSAS- 3AUAOOOOb14935- 3AUA00 0014935- 3AUA00000128a6 4+B058+L512 A70& OHDI 2 � PCPQR014CGB 3 ACH550-PDR-�23A- pppOR016PW-A 3AUA00000� 4935- 3AUAOOOb00$218 4+8055+L512 OHDI 2 PCPDR094CGB � ACH550-PDR-031A- 3AUA0000014935- 3AUA0000008220 4 4+8055+L512 pa00R036PW-A pHDf 2 PCPDR058CG6 � 5 ACH550-PDR-097A- pqdOR016PW-A 3AUA0400094935- 3AUA�OOOQ21149 4+B055+L512 OH�I 1 PGPDR014CC-B � ACH550-PDR-08A8- PDOOR016PW-A 3AUA6000Q14935- 3AUA0000008216 4}8055+L512 OHDI 2 i i ._ . _..___- . ' : : � ;�"- �OL][18G�[Qit ; . - � Itetrt Cafaliig=Number PowerV�tiring : - QEmeascortDetaEE ., . ! .:...:::.::::._,::- . _ _ ; . . .-:-. .r . . . �:Dia ram ::;. , ;_ .; . : ,: _ �.: . ,. i . -_ .:: . . :: .. _ _ _. _ , . . . .- _ ; 3AUA14PCPD37CC- ACH550-PDR-038A- 3AUAOOOQ014935- B 3AUAQOOOQ12807 � 7 4+8058+L512 A914 3AUA00000'14935- . 2 � OHDI � � - PCPDR014CC-A 3AUAODOOOQ8218 � 8 ACH550-PDR-015A-4+g05b P�OOR016PW-A 2 I i 3AUA14PCPD37CC- . l 9 AGH550-PDR-08A8-4+B058 3AUAQD00014935- A 3AUAO�OOQ12806 A108 2 ; i PGPDR014CGA 3AUA�O�Q008220 i 10 ACH550-PDR-038A-4+B�55 PDOOR016PW-A � . ; PGPDR094CC-A 3AUAOQ0���8216 ' 11 ACH550-PDR-06A6-2+g�55 PDOORQ16PW-A 2 � � 3AUA94PCPD37CC- � 12 ACH55U-PDR-D8A8- 3AUAOOQ0414935- 3AUA00 0014935- 3AUAOOOOQ12806 i 4+B058+L512 A108 OH Df 2 � . � i PCPdR094CC-B ; ACH550-FDR-012A- 3AUAOOp0014935- 3AUA000�008216 ' 13 4+g055+L512 PDOOR0.1.6PW-A ��p� 2 � � t � Product short Circuit Current Rafing j Shark circuit ratings shown below arP as shQw on the clevice rating label_ : ; -.._::::__:::::_ :::=.::.:__:__::_.._:.::—_._-,.-,�..:....._.............:......::.::::::::...... - : :_:____ _� .:,__:�---__-____::::_-:-_ : .:,:� ::.::::__�.::.�.:�_:<�..:..:.:::_:_::::_:._:_::_:_::_::: ; .:- .:-.�,•:_::: ..:..�._,._....... . . .... ... ..:: . ...__._... ..__._._:_-:;;::�;.._. :._;_,_:_.,._..—::-._.._.:_.::,....:._.::�:�. _ .,_ .: .. __........ _ _ . .._. ... _... ; .. ....,. :._,,,,:.,,,,..;,,.,,___._:::_,._,::,,,,-_,._=-,:.. Etern _: .,. .....�atalog_Numb�r . . . _ .'. . . .. . : _:_ .. . '_.:.: �;::��:Sho� ��r�E�G�-Cur���tf �a#Eny��„ �r , :.�,� : � .. _...• ...._�..___��.:: ; ACH550-PDR-012A- � � 4+B058+L512 100 kA � ACH550-PDR-OBA8- Z 4+B058+L512 100 kA ; ACH550-PDR-023A- '• 3 4+B055+L512 1Q0 kA ACH55D-PDR-93'iA- �' � 4+B055+�.512 100 kA ACH550-PDR-097A- ; 5 4+B055+L572 100 kA i 6 ACH550-PDR-08A8- 100 kA ' 4+SQ55+L512 ° i 7 ACH55d-PDR-038A- 100 kA ; 4+Bp58+L512 ; B ACH55D-PD12-Q15A-4+Bp55 100 kA i 9 AGH55D-PDR-Q8A8-4+g058 100 kA 's 10 ACH55D-PDR-038A-4+BOb5 100 kA 11 ACH55D-PDR-D8A6-2+BQ55 1D0 kA. ; ,12 ACH550-PDR-�8A8- 100 kA � 4+8058+L512 � r ACN550-PDR-D12A- � 13 q+B055+L572 100 kA ! ; ; , i Line Current Harr�nonics ; This paper provides a sliart introduction to line current harmonics and also presents an example of how the harmonics can be measured. ; ' i i ! � a , , f i , i j i General i i Line current harmonics are injected to the electrical network by non-linear loads cannected to fhe network. a Non-linear Eaads are devices the input current waveform of which is non-sinusoidal, in other words, the j current waveform does not follow the voitage waveform . Examples of such devices are variable speed � drives, welders, switch-mode power supplies, battery cf�argers etc; They generate harmfui current ; harmonics that cause additional fosses in the supply system degrading the active power handling capacity i of the system. 'Fhe harmonics also afFect the voltage waveform and thaf can cause malfuncfion in ofher ; sensitive devices connected to the same transformer as the device producing harmonics, � k Narmonics are part of EMC, more exact fhe low frequency end of the EMC specfrum. All non-sinusoidal 4 waveforms incEude harmonics. According to Fourier theorem, any non-sinusoidal waveform can be � � described by the fundamental wave plus one or more harmonics. A harmonic is a frequency that is an � integral multiple of the fundamental frequency. The fundamental frequency is the frequency of the ! electrical network, 50/60 Hz. 7he term harmonic is used for both current and voltage distorti�ns. The #erm ' THD (Total Harmonic Distortion) is often used to describe the harmonic contents in the line current and is ; calculafed with the following formula � � � I 2 IZ �Z 1 THD = 100 • � I" = 100 � SI s' � i h—z 51 sl � � where IS is the tofal rms current, IS� is the fundamental component and !Sh is the harmonic companent af f order h. � ; Because the current harmonics from all devices connected to the supply system sums up in the nefi�vork, s a sma[I reduction of the harmonics generated in every device could lead to remarkably big savings in ; transformer heat Iasses. 7he heaE Ibsses in a transformer are directly related to the loading of the ; �ransform�r �nd the e�p��r losses af f€�e fransfarm�r �re r�lated .�a th� s�uare of the current. If the � converter feeds the mptor with a certain power it requires the same fundamental current component !S, ! regardless of fhe choKe. Tha additiona! [osses are caused by the unwanted harmonics generated by the ' device. It can be seen from the formuia below thak the total rms current w[ll be smaller. if the 7Mb is � � smaller thus reducing the iosses in the nefwork. Chapter Measurement Results presents an example o� � the savings in fransforrrier heat lasses that can be achieved by using ACS550 wifh a Swinging Choke ` instead af a converter with a conventional choke. ; f z � THD , IS = IS, ' 1 + 100 ' � i � The standa�d ( EC 6100a-3-2 and the prospective standard IEC 6100D-3-12 only restrict #he amount ofi ; harmonics at norr�inal load but there are no resfrictions on harmonics at partial load . Every device 3 connected to the supply system is not operating at nominal [oad all the time, especial(y if it is a variable � speed drive. A variable speed drive is used just in order to adjusf speed and torqua and is therefore often 3 operafing at partial load. In rectifiers with conventional LC-filters, the harmonic content increases rapidly as the load decreases. The amplitude of the harmonic currents a[so decreases but their parC of the rms i current increases. By reducing #he harmonics at partial load, fhe harmonics in the whole supply systetn ; decreases. The Swinging Choke decreases the THD at partial loads because its inductance increases � when the load decreases. The size and weight of the 5winging Choke is the same as for a Conventional ; Choke. The onfy way it differs from a Conventional Choke is that its inductance changes according to the ; current through it. ' � � � i ! ; i 1 + i � i i i . t ; " 3 va i Ta � �> � � � � � Figure 1 An example of the waveform of the current drawn by a six-pulse rectifier 3 i .o . i.a - ; o.s o.$ - � 0.6 � 0.6 � a.� o.a ; o.z �`� .. .. .. 0.2 "���. ; . i � 1 5 7 I1 13 1719 23 25 � 1 5 7 11 13 1719 23 25 a {a) (b) i Figure 2 Typica! current spectrum of the three-phase rectifier (a) with ideal rnductive smoafhing ( � j Construcfion of a Swinging Choke � The main objecfive of using a Swinging Choke in the frequency converker is fo reduce the line current ; harmonics af partial load . There ara also other benefits with a Swinging Choke. It reduces the peak line j current and the peak-to-peak DC bus ripple current especially at partial load conditions. The tatal i harmonic disiortion praduced by the device with a certain DC-capacitor bank depends directly on the � incfuctance of the chokes in the drive. Larger inductance gives IowerTHD. �th a Conventional Choke the � THD increases rapidfyas the load decreases because ifs inductance -is constant regardless of the load. : Because the inductance aP the Swinging Chake increases �as the load decreases it reduces the amount of ; THD at partial loads. ; To obtain a choke wifh non-linea� inductance, fhe form of fhe air gap is changed . In order to increase the ; inductanoe at smail currents, a "step" is introduced in the middle of the center post in the EI-core choke, ; Figure 3. When the current increases, #he "step" begins to saturate which reduces the inductance of the ; choke. Figure 4 shows how tf�e flux density is distributed in the choke when it is carrying a large current. It ! can be seen that the flux density in the "step" is very high and as a result of that, the parmeability of fhe ; iron in the step is almost the same as for air. A bit simplified, it can b� said fhat the air gap is small at !ow = currents and grows as the current increases. ; � r I-piece � i i i F i ! Step ; ; i ; i : � � � � Center post i i Figure 3 An example of the form of the air gap � ; i I I I i i � 1 y 3 >2.007erOD0 t 1 .825e;000 : 2.�07c+U00 � �I 1 .643e+q00 : 7 .925e+000 t 1 _d60e+000 : 7 .693e+000 � 1 .277e+000 ; 7 .960e+D00 I r � 1 .095e+000 : 7 .2T7e+0�0 � 9.125e-00'1 : 7 .095e�000 7.30�e-001 : 9.125rDU1 I 5.475e-OOi : T.30Qc001 � 3.65�e-001 : 5.475e-061 � 7 .825e-DO7 : 3.650e-OUl � <1 .825e-041 j Density PIUY. �B�, Tesla ; i i i ! ' { i � � Figure 4 Simutated magnetic flux density in the Swinging Choke ; . � I � Measuring Equipments and Test Set-up ' � ; The line current harmonic iest is performed on the basis of the prospective fEC 6100Q-3-12 standard at ! nominal load_ The total f�armonic distortion at �arious different loads is alsa measured to show ihe - performance of the Swinging Cho[ce. The line harmonics are measured with a power analyzer using � current shunts. The current in all three phases is measured while the frequency converter is running in the � field-weakening region, 50 Hz. The active power and current drawn from the suppiy are measured. i The test setup for harmonic distortion measurements is shown in Figure 5. The value of the additiona) � inductance added to the 5upply system is chosen in order to adjust the short circuit power of the supply f and obtain a suitable value of short circuit ratio RS�� according to the prospective IEC 61000-3-'f2 � standard. The value of R5� should be above the minimum value 192 defined by the prospective IEC ; 61000-3-12 stanclard. This means #hat the value of the additional inductance depends on the rafed power 1 of the drive under test. The motor is loaded with a generator fhat is controlled with a regenerative drive, ; which transfers the energy to anather network thus not disturbing the harmonic measurements. The star i poin# of the supply transformer is earthed and there are no other devices connected to the same � transformer during the measurements. � r ; , � � � 1 Transformer Additional � i L = x uEI Inductance Power Analyzer i i L = xuH } � A Frequency � _ � V CUnVerter ` I ( i i i � ! � ; i Regenerative ; � / FACt0Y5' 1 � 1 � 1�7T1Ye iviaiaSysiem ' 3 � i E Figure 5 Test setup far total harmonic distortion measurements E � IVlea�urement Results E ; The results of fhe THD rneasurements for fhe ACS55d-01 -038A-4 R3 device are presented as an � example in Figure 6. According to the measured THD results, it is very clear that the capacify of � suppressing harmonics of the Swinging DGchoke is higher than of a conventianaf DGchoke with the ; ; ; ; , ; I same size and weight. Gompated to the DGchoke typicaUy used in frequency converters e. g . in ACS400, ; the THD is decreased with up to 25% at about half of the rafed load. ; � I Measured InpuE Line Current THD for ACS550-01 -t?3�A-4 R3 i ; . � ��a iRif� q3Y.���.ti tiiL�4Al3l:�iJu�ylK�iR��ilALtiti�1 f �i�(CY.��iw-��L:t1y1==�'.--ii.i�....i�"��iu���]ui�..A.:iiG�:i:G1 ..�:°...�� dc'�!w_�.��im��a-vtos!�'"'c"T;nTt�ru�._r:tikiez�_.r.:=::_^.r_�:r_.-.r.tiai I y:�_ " ss`. r.r....,,�-�;..:.'::_:._ _r'-- ae:.:�r__-:.:;�ti'�� j u°.��.S:E?�'�E�16dC3'�7�:r.�..��r.s��r�C'�i��:::.:xr ti�,yr_.;.: ' ... �:rrra:rr.c:m.=xa:a.,^'_n_. •�-,_,�_••n.=':.::..:.;.�:..-..r>......�.._ ! •µ_.cy�s_W�Sa.,-1�c.�c::v�TM^��^.�.�^.^3::.�:'cc„i..T•i!�?::«��'�::sx M�.. '� OO ::ntic`4�.,r. `•i�air�.i M1^I`�.:'.T.'^...'...^'1..^..�.^,Gn:�t�.'tiM�.ipi:l:i��_'a' i �..^.'�..^..:..... ..�� .....�::.�.fi�:0: •^��'1�j�.w-..^'ti.^.1�^^�'...>�:.: . "1:5�: I 9��^..��.0 �:.[ . !.'�.C��1"L.�.n.5Y3^pT':J���i�.�l�^..a�'C�:: �'r�I�l:. �S�C �•��-�'=�^S���i.4...����".���L�.T'�'^�'1 L�'�'.�'�..ML.�.� � ...� � ti�..�..: ^'^^�tir�.`3^'S.L 'I.r���r�y�.'� ^•6_� �� ��� � 8d ' �^�.``"T� �^�c.��F�;'��•�''�'x.�:c���^...._'`--..w.-._,.. -y..r��.�--�-z.^. � _.y.;._._.s..�. ... .•"�s"�i"`.m=„c�,�-Z �°--Cn."�i'�'�z.m�,inr^. "'��cy� ' __�r-....W�?',3;,�`�-,. �___-^ . � � �>?-".??.Sox..;�� .��ia�'��.�, .^s�n�z:a;a��nr��.�sur.syv�h.?nu�. . o ' "�4.... ";;2_.'r°Tc"y,;r...:"92i°^���.�'.:!_�,�'��..'..."-'�s..,i'::u.0's^iin i .r -. _ ,,�:,��, ,.�:.�: -,Y;�-;v::.� ����;:�;�;_�:.,Wz --�- Conventional Choke � -vear.m_ecz ass �au.=r..-i:a_ :—�sv__��c_ic_�u:�._ai:n:uv:_.n: � ❑ 60 ...,–_�_�_-�-�,- --•---_�-� -- .–�-� ACS550_ Swin _ • mr.,,�: . ,��;w_.•=;�;a�.�W�;�r�s�� ging Choke � _..._.._.�_._ � . f.. �n.���,,.����_..�._� � ��n .. .. ����=�z�.�ar.��,_ : �i's-cnGev�irn?r�.i�T�:� �:c�.a:.n_iimW`�•""�•wu'r_��i�.neri:'r�_u_ 40 - - - - " - =-=w'` - - - -- � �R���L��.^�:t1.C1:L�^.�..:w:�:.4C.,�..1��S:Y.:.r... ��� t - - � ��:c��W�2r..�:���.:�^.� 1 �I[T�'1v_.Z...'Yi"..��.r�'A.'�''��^.Vl�'.�.�^...�..'�.S"�e.�...�:A...�'._F'S`"�''l'4'.��.:�'���:.-�=�: � 2�JCY.�..�a.�..�.�1����1F���:n1'�.�'C'.�'�'��....��JLIYS.Y ti����.L:.�..�i a.'iy�"��••�•`���`•._•_-__-�•Y�SfR9q�l �0.'Slt6f6m11II'��ICHNlAti - 2O -_.�_G��.��-.�.'�.._..:'�=��:,..,ti,�-_�=Z._�.'_����—.-...��.----.�....=�..�..T'.�'.'. � �_�::_�„__�_...._�;,��---_• __. �------•..�,��:-e--���::: i ....�a���—W-n�r.�:.'_'����er:-n:.vri-m:�.,.�..,,_... ._.. :�-w^..:.:^� ......� -... ry-.^-.-:a�..�^M � ^.^i.T.^^RL:.IC`.ix^S~C.��P'�'�.'I���S��]I4L�..^.1`I^.^TC�.«' T""'..��' .'�1...K�"�'�1.�'�"....A�.'A�.iiP'Y"`^�..'YC�^��1�•'r.^.��L.F:S ITn. •:.^�^"C::T ����'��T^�^S'�...��...�:�`1J���.9:J�'J� ; 0 � � � - I o,ao 0,20 o,ao o,so a,so � ,o0 1 ,20 � ; linAinrated i Figure 6 Measured input line current THD for a Conventional Chake � and ACS550 Swinging choke in the ACS5�0-038A-4. R3 device _ 1 When the amount af THD is decreased, the transformer heat losses also decrease as mentioned eariier. � Figure 7 shows an example af the transformer heat lasses with ACS550 Swinging Choke campared to a � Conveniional choke. This example is based on the TND measurements shown in Figure 6. The { transformer heat losses are reduced because the required rms current at a ce►tain motor power : decreases. In ofher words, the power handling efficiency of the whole network is improved _ ; f _ , Transformer Heat Lasses as Function of Canverter - � Output Power ; I . .. ; 1 n � GQ aaar.r�v.:�ex:r�:a� .�:e..:�.:_ __:a-•az--� • - : :ti• '_" � ; :uty:a- m1c:t-_r• y�_y��-r.N'x.r.m�si= _....a_'�.'.^.ei.'W'"a.�;'a� ss:r��' ...T..�_�_ r..... { •nm��„��.c.x-•...i�rnu�aa .n�yu.��.� . � �=._.a• s'-+,.'---s°'�'�°r �..s-r . � oo _ 'uYa��u�q.... 'Yy��'.•M .5..`�Y�""L�[�'bL'ItsYai V ;,,y„� . . J�'V^ 4T�. j • .^C..� _ •,��f; ' =_ �VW �.L�.l1��� 1.. ��� � �:�� Q(� �°^�:.,- . .,�.,.. . �i-�:�umiar """ )' sm..� '^^ 44 . . .. -�am��-W_.._._____ �., �� . { �^�-.•.• ..�.:' � � � �'�n. .5� "�:".�v_�_.... ....._ :a�ar��^=^- � n..-.......� .�^..8 ... ..�. '�]..�a^.- �:�^�.s� � ="�-��� '�""�'� � � �� � Conven#ional Choke ; . y �"-ni7_.... a'°n°*�_°.?Ru�... �._____��° . � (�O 'rvas3.a� aiiae""I:£rv�wiw -�sr.s�-!a^'� y V �m.��... ^� �'M:-:�' o ..... ..�.=....:�,�.�.:�.�;�,••� fll . �.=_:�n " _ .c�.v�°_..:�'�—�- ,�r._ "_ �-.a� i� �„ — ��:T,�. . �� Swinging Chake , . N �. "� ` _:�'t�, . _. �-==� , ��. '��=�r=�;:..i -:v"•„,��= � w0 " -- - ;�_.�...� �»:^3'�`.�.�.� :�==:.::=�a.a^, i � �t u^..� ^.- " jH �-. ..^;=....�a�.�:u _�:as. ramnwasumi�mr.a� '�t7�.��V ��SRI[VRa�� M1All��:S`�L'S� � .. ys_...._.-x .r....���q;�..�..,.... t. �. �-^�'��i� � .._ ..'.�..'^'f. n:,.z�•-� .��;^.�=:�r=`::' ( ' ��:.u�,�-a_.1 �s'r":�G��� —::'' 'ti��, i -'�i�._i�iei�.� „, �..� 'i::...�.��. _ � �;�.:.;......._r:a��:'�_... 20 _ '^' . S{E.1 '.:�:C0.�11:�.�.�C:�T�'SthSA11! rar=n��ane_:a:�x���: =sc�j::m=irz.:i�i'a. _=�-'u:y�::x:..=�ez�L� •_;:�_en:::er?iFi=�.:a�.r. � :r ear.m::.:o�.:e.�•:x�r.. �w-�-:....�a::c:..::tr.:...� .r_.ar.aw^.muonsa�•r.:vz;r. :.M�"���nc:.uF�-,-�-r '•��7�:u.�?:.'sr��:.:?�r.1 ._Miss'eii�raiazsc.Czn � °c-�--?i�ni:tiem.',s"'c"'.�: ..�irn:ua:._-'�':�a_e�T,� ...� ,_ k.h ,�,�... . _.. _ ... ; Q ����rai'razvis_ c�is�.-.v iC'�'irii�i�auuui'w Smm�u' i}as°stt��v�o�ui�•'�'i7iim� ..._._...._._.. .. ... ._�i........ . tw_ .._��.. ...1... ..... ' _. .._ _ i 4 50 300 450 = : Load [,°/a] t i �igure 7 Transformer heat (osses wi#h ACS550 Swinging Choke compared to a Canventional i Choke ' A Swinging DC-choke is used oNy in frames R9 -R4 because AC-choke technalagy is used in frames R5- j R8. The reasan for this is that when the rated current of fhe drive increases it is more suitable to use AC- ' choke technology. In #h� future, the Swinging Choke technology will be implemented also in AC-chokes. � I i i ; i