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20120188 Pump Skid 02272013 Table of Contents Tab 1. Brochure � Tab 2. CR 20-3 Pump Curve Tab 3. CR 20-3 Technical Data Tab 4. CR 20-3 Dimensions Tab 5. CR 20-3 Motor Data Tab 6. .CR 90-1 Pump Curve Tab 7. CR 90-1 Technical Data Tab 8. CR 90-1 Dimensions Tab 9. CR 90-1 Motor Data Tab 10. Pump Skid Valves Data Tab 11. Pump Skid Gauges 8� Transducers Data Tab 12. Booster Pump Skid Dimensions � CR Pum s Brocnure p . � � . ,.��,,,: r"� ��., � ,� 9 �4.. $ ¢e S �" f Y.'- � a �� y �. �t� a ��"' ��; �"' 3� � « � � � � � � -� � i� n�,. ��, � �� f , , y . �° � � ° , � � � �� . � _ : ,. ` � � ;, �" i` i � � � � ,�" = �� , s , ; , � ,� n,.; . � ��r i ��' �.. � ��.; �''� r ,� �� .�,'�° � � � � 1 � � �,��a � �� , �_ pJ � �� ' � �F� � �g� i �� . � �� a �'f� � L�. �� F� �� 3 �� f � '�- • � � � i . ' �4 � i' I >Motor `„ Grundfos provides many motor solutions depending upon the application and demand.In addition,Grundfos makes its own motors to ensure maximum performance.The ML motors' are remarkably quiet and highly efficient. They are also available in the self-regulating MLE configuration, featuring an integrated variable frequency drive. >Cartridge seal The speciaily designed cartridge seal increases reliability, ensures safe handling and enables easy service and access. >Shaft seal solutions �°�" The cartridge shaft seal configuration comes in a wide choice of materials. It is available in flushed seal and double seal configurations and can handle temperatures ;�,;_ from-40°F to+356°F(-40°C to+180°C). s.� >Connection options The Grundfos CR can be connected to an i in s stem. . � �" ` YPP g Y , �, � ;: � >Dry-running sensor � The patented Grundfos LiqTec'"'system eliminates the risk r� � of breakdowns due to dry running.If there is no liquid in � the pump,the LiqTec will immediately stop it. � ". >High-performance hydraulics Pump efficiency is maximized by state-of-the-art hydraulic ' design and carefully crafted production technology. ' � ��;; >Durable bearings `g' The CR bearings are remarkably long-lived thanks to hard- � l '� � � F w e a r i n g m a t e r i a l s a n d a wi d e r a nge o f op tions for di f ficu l t � � ; liquids. ' >Material options � The CR is available in four different materials:AI51304/cast � iron,stainless steel AISI 304,stainless steel AISI 316, and � E titanium. ��, � >Wide range of sizes The CR comes in 11 hydraulic sizes and hundreds of pres- �, sure sizes,ensuring that you can always find exactly the �' ' � rightpumpforthejob. �' { ! � �� +��: .. � � �� To many,innovation is just a buzzword.At Grundfos, � �' innovation is an integrated feature of all our products. � � � �';� After all,it's what's inside that matters. ��,: M�;;... hi ��; .� f 'Grundfos ML motors are not available in Canada. 2 . ti� � . � , . �- ' � , �,:. � �.. 3: The last word in multistage pump technology Grundfos was the first pump manufacturer ever to create a S�nerior reliabilitv ■ � multistage in-line pump.Known as the CR pump,this inno- vative design has inspired followers all over the world.Even �n1Y��C��QS�_ef{lClet]C�C____________._.__.____.._____ ___�_� so,continuous development and innovation ensure that the Grundfos CR remains unmatched. II�tY105t eXtet151Ve Y8t1gL Ot1 tFte IY18CI(Et ■ � The CR of today reflects the needs and requirements of cus- The new generation of Grundfos CR pumps features a full tomersworldwide.We knowthis,because we askedyou first. range of sizes and limitless scope for combinations to suit All development work at Grundfos is carried out with the your specific needs. At Grundfos, innovation is about mak- end-users in mind;never for its own sake.The latest improve- ing things better.And we focus our effort where it matters: ments provide: inside. 3 � �b ' °�$�$r�� 4r 5 PA � ; .. ��° �'$��'I.::: Reliability in real life °" ' ��`,`� �� k %� � �a,� �� I � �ti"fi,._ f ��ri� i � t,� The CR is well known for its reliability.And rightly so.The CR design has all the durability that customers expect from a high-quality multistage pump — and then some. We have added unique features to ensure unsurpassed reliability: dry-running protection, a unique cartridge seal, and a full- titanium variant. The virtually endless range of standard and customized CR pumps means that you can find the right CR to provide reliable operation for most any requirement. Superior dry-running protection s' ;; ,,, ,�� , .�„:_ Dry running is the most common cause of pump failure. In most • " � "'� „$. pumps, the shaft seal and bear- ings will burn out almost imme- pumps with a shaft seal and bearing system that can with- diately if liquid stops flowing in stand extreme heat and friction for longer periods of time. the pump. This makes them more forgiving ifthe pump does run dry. The Grundfos CR is different. As Grundfos LiqTec checks for liquid 24 hours a day part of our constant dedication to For those who need to avoid dry-running altogether, the innovation, we have tested new Grundfos LiqTec is the answer.Available with all CR pumps. and alternative materialsto bring the LiqTec is plug-and-play technology at its very best. Ever you the best possible solution. vigilant,the LiqTec constantly checks that there is liquid in This means that we can equip CR the pump.If there isn't,it stops the pump immediately. a It's reliable. � And we can r ve it � po . � ' In the event of dry running,the , � Grundfos LiqTecT""immediately ; ,� - . shuts down the pump before �; ; � � � � damage occurs ,� ,: �� , , & $ ��.. , �. �_. 4 Unique cartridge seal design Spacer coupling minimizes downtime too The seal used in the CR line combines the best features of Minimizing downtime is part of a reliable operation.That is standard seals,wrapped up in an ingenious cartridge design. why Grundfos has eliminated a major nuisance for owners of All ofthese ensure extra reliability. large pumps.Now,it is no longer necessary to remove heavy motors to replace the seal. With the The durable seal is made from hardwearing materials which innovative spacer coupling,all s ' � prevent downtime and extend the lifetime of the seal. All motors weighing more than 75 Ibs. �'� ��. �..�Y S�t axial movement has been eliminated, preventing wear of can be left in place during ��,��i the shaft and rubber parts—a problem for traditional seals. seal replacement. �'s� +�,, ° �;; � The cartridge seal is a balanced type seal,which makes it less �'��.�;`�-� �,,. sensitive to pressure. �� We know, however, that even the best of materials are �:� ' � subject to wear.That is why the innovative team at Grundfos � set out to eliminate the small,yet crucial, factors that can $ ��^ V ;� , ,m � �� >� have a negative impact on pump reliability. Many of these � ; ,� ,�� havetodowithhandling,assemblyandservice. � �.� �``'' `' s , �� _9 � �, The cartridge design ensures that the seal components will never be assembled incorrectly, the spring will never be incorrectly preloaded,and that sensitive surfaces will '�'�'�'�� never be subjected to greasy fingers or dirt.These factors are common causes of short seal life in other pumps. The cartridge design also enables rapid replacement when With unfailing attention to reliability, the seal ultimately does need changing.All in all,downtime is the Grundfos engineers have designed minimized,which translates into significant savings for your business. an innovative cartridge seal that can be replaced within minutes —just one of the remarkable benefits it offers. The cartridge design allows you to replace the seal in minutes without special tools and without dismantling the pump. �' �f � �� y�£, � , �� ,-� �� : : � ��' ^-� ':r�, �.., �'�z.�. � .m;-� �,c,z', 3 '4 q, �� „?✓.', pfl`;: 5 _.. �'_�:._F f 4.��_�_4X_S —__.—_—____——___'----—"'.—_ 9 ; Y��fi , �� ` r� �i:.:;. � Reduce the real costs � �� £��f �... Electricity is the most expensive part of any pump—a simple �� , , ��"i� 4'' fact that is often overlooked when pumps and prices are ,�, compared. r` ,� �; �� It may be surprisingthatthe purchase price and maintenance � costs account for less than 15%of the total lifetime cost of a � y' � ;; � ��, pump. Electricity accounts for a staggering 85% or more of the total costs.So if you want to save money,thaYs where �� you should look. ,"`" The Grundfos CR makes a real difference; the table below showsjust how much electricity CR can saveyou annually. These savings will continue for years and years—for every pump you own.Its low lifetime cost makes a CR pump a very I sensible investment. CR pUt11p efflCieFlCy i �x� The table at right shows the unique efficienry of the 80 �a��« � Grundfos CR range. ,a 60 � � 50 40 30 I � 20 i � 10 3 5 ]5 50 150 500 ( .__ 4 10 IO 30 40 100 200 300 400 Q[gpmJ � � I How much difference does a CR make? ' � �.. . �- . . �. ..- . - -. . ! �- .. �-� i . . , � . �� -x�� F� �' {�� :$�,�� . E s < � � I �� 1�;,,� � �� J' SY$�5(J�T#kV1/� � , . . .. A � ,Y�.�S i��.P;i �m � p , ;t�'.e� . ,. �=, . . , I --- �gp, P;�� , < �r E; q� ,� 12 700 kW h �I Boiler#eed 17 m@ 225 5� �5 hou�s . , �------—..__._ 4 � �.�a � � ry �• ' Y ' «�`Y.. � �. ��p��.Y°: fi j" �� ;'�< � 3 2tlOkW�# � � * ��n . �. Industrial washing and cleaning ` 25 gpm @ 225 psi 5 hours 1,600 kWh v"t� ,�� a. ��°€�, ��i` -,�.3��`�z, ��i x 3� �s e a : �w e ,; +��'��f��€.�,,�_ , �¢��5 N ;� � ��e�,�- � � �s`,��i�J�lr�' }$ `$` 2 2d0 kVillH .,, ._. "4 � .., . , -. �, i � , _.. . � �i ,'„��t _a . .�,. . . � � . 6 Efficiency saves money �, ��ieWv ry� � yea r after yea r '"��" _ ' W p�1 � � Gettingthe best possible overall efficiency out ofyour pump i makes financiai sense.The narrow interval between CR pump � I sizes allows you to eliminate the efficiency drop associated �_ I with over-sized pumps. i By minimizing the difference between pump capacity and Internal leakage caused by pressure differentials � the required pressure and volume,you get a pumpwhich runs within the pump was minimized.Tests have shown I as close to its optimum duty point as possible.That makes it that an impeller seal clearance gap of just 0.016" i as cost-efficient as possible. between the impeller and the chamber causes a 5% drop in efficiency. When liquid seeps out into the � The result of years of Grundfos development work is a 10% pump, precious energy is wasted on circulating that i increase in pump efficiency. This translates into a power liquid. Grundfos uses a floating seal ring between i reduction of 15-20%for the CR pumps.When pumps are in chambers,providing a nearly perfect seal. '; operation many hours a day, such improvements provide � -----—J substantial savings—year in and year out. � � � Good thin s come in threes g % �� o �. �':;��, 60 so An enhanced impeller design reduces eddy flow and ao friction losses. We developed a highly specialized 30 laser-welding technology which brings you impellers oftruly superior design and construction. io 100 1 2 3 4 5 -� gpm � Ze�o impeller seal dearance gap(theo�etical) _ � — 0.004"impeller seal clearanm gap —�--�— � 0.012"impeller seal dearence gap i — Grundfos achieved a 10% increase in y �''�° �° , � pump efficiencythrough three innovative �.:;' ��;� improvements to the impeller and seal. � These improvements also mean a smaller motor can often be used to power the State-of-the-art production technology guarantees pump—and that equals savings on both the best possible results and gives the CR pumps the initial investment and running costs. � final edge. At Grundfos, we develop our own too�5 and processes to ensure a perfect match between what we want to do and the tools we use to do it. The final outcome is products with near-perfect geometries and tolerances, reflecting the care that has gone intothe research and development stages. � � .\ i i � ■ SOLUTIONS The CR range has the What can you pump with a CR� right pump for the �ob �}�� f�� i �§� :� y � �� , , � � ' �,p�P�35�v� � �¢aur�t° �hloKi#� icft�tonc acr8 ��'{�� "`','�'$ k �d��ti�"�c(d��ttl�i(f�a5� � a T �� ' � � '� r f� � �� f i .�.�,_#'i��._�`;Y��.r i� . sl..F � .:'�;� t'h:,: v� ! x n�. �` . Choosing the right pump can be difficult. It may be easy Abrasiveliquids Metasilitate-tontainingcleaningagents, enough to find a pump that will do the job,but it gets trickier abrasive alkaline cleaners,phosphates whenyouwantanexactmatch.Therearemanygoodreasons ��''��(jye �t��'`{� "�I�„�t�u��t�bic�h�� ; toavoidover-capacity,withenergyconservationatthetopof ��{�ti��',�� 1��ts�r��al�s�qi � ; ,�,';x ' ' },.�.�` e�..°..�t�E.F'�:u r��,��3rr.,v�� ....:3_-r.�.a�-.�Sf.4T:: 5. .,s, �, the list.The CR range lets you choose pumps which exactly ° High-viscosity Glycols,carboxylates(forcooling),Iubricating match your system demands. ►iquiGs oils,rapeseed oif" � �P�� 3(A��3' d�SY��3Ctl3`Fh�' g4i��'� y�� d � ', CR is available in 11 hydraulic sizes,four basic materials and ,_ ��-r � ��,�,,�;�3 about one million configurations.You can get CR pumps with trystallizing Giycol additives,naphthalene,'sugar ` magnetic drives, with air-cooled shaft seal chambers, with liquids products{e.g.dextran),satts double shaft seals, etc. Special CR pumps are availabfe for � � �� ,�� .�.: �.��k �� e�; � �� f high-pressure performance,for aggressive liquids,and much ��.�,�,;��,,�,��'- �,�, ��,�;�„��,y�`��;�' more.And there is a CR pump for almost any liquid you could Extreme Fetrocfiemicais;oils,boilerfeed,secondary possiblywant to pump. temperatures coolarits The CR range is available in four different basic materials: Y J F;, �� €;`,: � , k::.<`�':; � CR CRI CRN CRT '�„�s , AISI 304 stainless steel AISI 304 stainless steel AISI 316 stainless steel Titanium with a cast iron top and base throughout throughout throughout Motor options Shaft seal options Pump options � Special supply voitages and protection • Chemical resistant O-rings for aggressive • Horizontal position for height limitations methods chemicals • LowNPSHpumps • No�-standard motor size(e.g.for pumping • Special seal face or LiqTec`"run-dry sensor • High-pressure pumps high or low viscosities) to protect against dry running • Special surfacetreatments or approvals • Explosion-proof,dustignition-proof • Balancedhigh-pressureshaftsealfor • Pumpsforextremetemperatures • For extreme temperatures,humidity,or 362 to 580 psi • Silicone-free pumps altitudes • Air-cooled shaft seal system for extrerne • Corrosion-free titaniurn CRT pumps for • Specific approval requirements high temperatures sea water or highly corrosive liquids • Multi-plug(Harting�Plug) • Double shaft seal with pressure chamber • Wide variety of connections • Non-Grundfos motor for pumping explosive ar poisonous liquids 8 �,,. �,, � : � � ' The Grundfos CRE: Ultimate solutions Variable-speed motor To accommodate the many situations where the required flows and pressures vary considerably over time,CRE pumps have a variabie-speed motor that continually adapts pump performance to match current conditions. CRE pumps combine the very best of pump technology with sophisticat- Ultimate efficiency ed motors developed by Grundfos with optimum efficiency CRE variable speed pumps yield constant benefits.With their in mind. ability to change speed to suit the demand,you never spend `r energy generating pressure you do not require. The elec- Do you need constant pressure? Constant differential tronically controlled motors complement the already highly pressure? Stable pH levels?Specific temperatures?Carefully efficient Grundfos CR pumps,saving even more energy and timed operation? Grundfos CRE can give you all this and contributing to a very low total cost of ownership. much more. The entire CR range can be fitted with a variable speed motor, Communication options meaning that you can enjoy the benefits of the CRE model CRE can be remote-controlled and/or linked to management regardless of whatyour other requirements may be. systems of your choice for perfect interaction. CRE offers unique posibilities of monitoring the performance and the result of the performance as well as controlling the pump CRE pumps combine highly efficient Grundfos CR pumps with performance.Or both in the same solution. our variable-speed motors. i, H[mj H[it] ��. ,o� CRE,CRIE,CRNE � eoo 60 Hz zoo s� aoo "' iao � eo �� so 2oa �� ao � e �F�'� ioo ea ` ' � zo � ;� � 40 �4, 10 8 20 �.M,::�' ;. ' , § " 2 4 6 8 10 20 40 60 80 100 200 400 fi00 800 0 � �[US GPM) �'�, U $ k 2 a s e ia 2o ao so eo mo o�m=m� � #, _ � �e � � � ,� � �,. � 4, �� 9 i ; , I�i ■ PERFORMANCE CURVES AND TECHNICAL DATA __� CR Performance Range H H [m] [ft] soo 60 Hz zoo 600 ' �� ' � �, " �. ��.,,P �'� ;:f'L g �� '', � .r'" :� ;�-a s t; 400 �' � A �" 100 300 `� � ', �� ;� 80 �` � 4%F ,. � � ;��-s F� � � �h � �` �CK � 60 200 � �€� � �; ,*C�# ; �' °5� `v �4?e�✓ �-� �` �� '� '� � �� 9 40 ;» � �� , 30 100 �� - � ,� f. q. �j 8� "� �� -S,. 20 ^�'�'" F` r� '` 60 ,�: �, ;.0 �� 40 ` � ,� a:. � ��". 10 30 �.. �� ,��.„� a k � ��. �;� '$" a,� r �k `� � ^.. �0 `<��.. �� ' ��'� i, 1 2 4 6 8 10 20 40 60 80 100 200 400 600 800 Q[US GPM] 1 2 3 4 5 6 8 10 20 30 40 50 60 80 Q�rp3�h� CR Efficiency Eff [il so 60 40 �� ' � r; � �r�,,'. � .,�.. � 20 0 1 2 4 6 8 10 20 40 60 80 100 200 400 600 800 Q[US GPM] IV ��h� $ ! £ ��" ��:. , ;;y, ., F;. }. � e 4 � F V::: `/ 10 ,� � �' CR Product Range - - , . . �. x � � � � . � � , , � � �. � ,k 7a � � ,�� ._.�§ .. � ,.�,..��`fi��'�i�`�� f §'�`30 C�� ,CIt�+/S � t'CR�,6� .tR9fi �.� . : ,. „ . Nominal flow rate(US GPM) �'�, 4 5 S.S ' 15 �. 30 � 55 95 110 140 �� 220 340 440 .... ..___ _. _ __ ._.... ___ . .��. . ....i. .. .�._ . _ . . .. , _... . . . . .. Temperaturerange('F) �I -4to+250 -22to+250 Temperaturerange('F)-on�equest �', -40to+356 -40to+356 ..... ____. ... ._ . .._. .;_.._ .__... , . . .. .. ._ ... . . .. _ ..__ .. . . . . Max.workingpressure(psi) ��. 360 , 3fi0 360 �� 360 � 360 � 360 3fi0 435 - 435 360 3fi0 ...___.. .____ _. _ .....,. . ,._. '� ;; Max.workingpreszure(psi)-onrequest '��, - 725 �725 I. 725 ; 725� � 725 725 580 , 580 580 580 Max.pumpefficiency(%) ' 35 � 49 59 � 67 70 )2 72 76 , 78 79 HO ,m„ _ ___ ._. �..d��r�'��.: e ,�'.' , ` � 't , � fi�� - � � �� "��' � �� #� k �� r � � - - - .�'�' .a�,�;�;i ro�`s,�i:, ,Fa.n.�:Y�+�s.,ti�,.#f;!,,, 4,_,+cx,-;,3 .a.,a,d... t��" . CR�Flowrange(USGPM) '. 0.5•5.7 ' 1-12.8 ',�1.5-73.8 '��. 3-45 � 5.5-70 9.5-125 . 11-155 14-210 � 22-310 34-450 44-630 CR:Max.pump presswe(H[ft]) ��.. 760 ', 790 790 '�. 780 �, 865 800 700 995 940 565 595 CR:Motorpower(HP) '. 1/3-2 ; 1/3-3 �� 1/3-5 ',3/4-71/2 �'. 3/4-15 2-25 . 3-25 3-40 71/2-fi0 71/2-60 15-60 ,�p y�,, i.9 3 �'&q' ��§E y § .. . . .. .. .. _. , _. . �4��J . .�.��`��i.,'F��"T��i�CSi.tr.'n�Fi��E�:.��''Y'�tfx+F'Y�.*��KbA..~�'ae��#r_d�y+��. CRE:Flowrange(USGPM) ��. - �,� 0-12.8 i 0-23.8 '�, 0-45 � 0-70 0-125 � 0-155 0-210 0-310 0-450 - ._.._._.. __.. ____ _��___. ___ _ .._.... CRE:Max.pump presswe(H[ftJ) �'� - .�� 790 I 790 ��. 780 �� 665 ��390 270 � 240 �120 � 100 - � . ._ _ . . .. i. . _ . . . CRE:Motorpower(HP) , - �i 1/3-3 ! 1/3-S ,3/4-71/2� 3/4-10 2-10 3-10 3•10 �� 71/2 71/2 - 5"I�T 'Y i b 1`.' !".� . "T. �: e j '�', �s � �`t�t;,,�1 i t�l�,'w ,gw. �,,,��'i �fiY y:y l�"S'�.�+r=.k. "" �i : �� .m 'Y.,�`�n�' �..�;. . ;f��.'�fi� ,��T�.�V'� ��la'..��s..�k::�:��1�t:::��d,r.�„F:?�`�T�'�r.�a-��=:ti CR,CRE � I �� i � Cast Iron and stainless steel AISI 304 ' � ,� � � � �� ' • �� • • • • • • _ _ j _ � CRI,CRIF� � ��. � � • • • • • - - ' ' StainlesssteelA151304 , ; �. �. CRN.CRNE � � �' � '�. • � • '. • • • • �� • • • StainlesssteelAl51316 �, �� '� � �� ._ __.. _ . ._ ..;. . .i _-__ .._.. .. ...._. _ ,_.. . .. . _.. . _ CRT,CRTE: ...� .. .. .�.. . . �.,�� CRTl ' CRT4 �'�, CRTB . CRT16 � _ Tltdnillflt � ; �RTE 2 CRTE 4 ��. CRTE 8 CRiE 16 � ....., . . .,: _.. . . ,...._ _.. . � : � �- : E.�p1�ry �r� .�,� sx;st a�:� �kF�' i,� � �.. -�, ��; . . . , � _ _ �-.k��e �f�"��.��s�a.��+�r'��,::r'f,� �k;..�i�r..3. .�kr:6 ��.,.P��',.,'; Oval Flange(NPT) � 1" 1" i 1" 11/4" �� 2" 2" 2" - � - - - --___ ___.__. ..__._ _...___.. :__ �__...... _ .,.. _ ___ ......_. _ _... _. _ . . .. .. _ .... .. . Oval Flange(NPT)-on�equest 11/4" ':, 11/4" � 11/4" ! 1" '�.. 11/2" � 21/2" 21/2" - - - - ANSI flange Size . . . . .... . ,. .11/4•�� '. 11/4.. I:. 11/4• ��i 11�4" ',. Z,.� � �• � �., �l�z" 3" 4„ 4• ..._.____. __ .----- --;;_._ .._.__ ,. ANSI Flange Size-on request � _ ,, _ _..i--__ ....._. __. ._._ . _ ..._. ._ . . .. _ _. _..3., . _....4.,... .... .5„ � 5,. ANSI Flange Class � �� Z5016. , 250 16 { 250 1b . 25016 2501b 250 16 250 16 1zs/ZSO lb 1z5/iso lb 1z5/zso ih iis/zso lb �� ,�'�� .-. sa� , . � _ , � � .�' ��»��!'.:S r_.,�'��1�'s''.�a�..y,�:,Ay�.-��itt.�ri.�4 �... . Oval Flange(NPT) . 1" , i• f� 1" �..11�4" �' Z., . �,• �� 2•• - � - - - _----.. .___.____. ... ___ __. �,. .... _ ,___. . .. _.. . .. Oval Flange(NPT)-on request �. 11/4" �..11/4 � 11/4" 1" ��. 11/2" � - . - - � - � - - ANSI Flange Size ... ._. . . �. .11�4" � 11/4" ''.... 11/4" I� 11/4" ' 7.. � � 2.... . 2,:. . . ,� .. . . .__;-._. _._ __... ._..__ ..__ . ._ . ._._..- - ANSI Flange Class � �� 3001b. ��. 30016. I 30016. �� 3001b. ; 3001b. 3001b. ��30016. - - - � - Clamp toupiing(NPT)-on request ��. 1",I 1/4" �I 1"i l/4" �'�, 1",11/4" ' 1",11/4" �:, 11/2",2" I 1/2",2" � 2",2 1/2" - - - - —._.._. ._.. ..__.. ..---_ �S._. �___ .._._.. ...__ ._, . . ._._ . .. . . _.. ._.. . Union(NPText.thread)-onrequest 2•' "' .2" ....'�. 2 .....2" , - . - .. - . - . . - . ..- - . ..r. , . . - .. ' - �.., ,'. , . , . . ._ . _ . . �.,� �,��:�.��'�3zti'i��r�9,' y A��''°��$�� ;j�� t �<� .e:; ., . . . _ � ' � uvrx,x.4c .�. !. _-- - . .. .. . . -, .' � .. .�.�:�� .�ro.�. �s �«.,.,..,�'w.:�.f ts.t�l�: ._ L_...-t4-r aie(v�cta�u�) i i/a° i i/a' ',, i i/a° � i i/a. z" z. z" - - - - ; P1E(Victaulic)-oniequest � - : - �'' - - - � - . - 3" 4" 4" 4" __- ---.... � . �I-_ . ._-- --.._. . .�__.. ...... .. . _. ..._ .. __ . . ANSI Flange Size .. . ...11/4•, ��.�l i/4"" .. 11/4" � 11/4" ��. 2, � 2" .. 2" 7 1/2" � 3,. 4.' 4•' ANSI Flange Size-on request � � - � - �' - ' - '�. - - - 3" 4" 4" 4'" .... . ... ._... . . .__ ._ ---._-. -_ .___ .L... . _ ��.... ..__. ...... .. . _... . ._ ._. _.. .,_... .. . ..... .._ __._.... ANSI Flange Qass �'� 3001b. � 300 Ib. �'i 300 Ib. '�. 300 Ib. '�, 3001b. 300 Ib. 300 Ib. 150/3o01b. �t50/30o Ib. 150q0o Ib. iso/3oo Ib. Clamp coupling(NPT)-on request � 1",11/4" i 1",11/4" �, 1",11/4" �' 1",11/4" �:� 11/2",2" � 11/2",2" 2",2 1/2" - - - - ._._.. �..__ ,___. :. _. __._.. ___.__ .. .,._ . ... ...._ .._.. ._ _.___. ...._._.._. Union(NPTeM.thread)-onrequest 2" � 2" : 2" ��. 2" � - - - - - - - . _—_— ' �r ig.°f :� � : ,'. �. � ��8 , b .. 3 .i��ir'_ � �F :.�"�i�e xq�'y�a�� d � i,y � �4 �E � t ��"�,. .:. _ " � at,,:;�a°,.��d .��'��re�`��-,�'i..�+��4��::` ..�'?'�r�"a�"`�v*�.��+.."�r�^I�,��?.'��e�� :�t a� P1E mupling(Vidaulic) ,.. .�. - � _ I 11/4., ��.. 11/4" �I' 2" 2" . - - ' - - - AN51 Flange Size-on request . . . . -. . . - '�.._... - .�.� - ��. � 2" . . . 2" ... .. -. .. ..- .... -. - . . .- . •Available -Not available 11 BEING RESPONSIBLE IS OUR FOUNDATION B E �TH I N K� I N NOVATE � THINKING AHEAD MAKES IT POSSIBLE INNOVATION IS THE ESSENCE The CR range from Grundfos Grundfos was the first company to develop a multi- stage in-line pump, and today the CR remains second to none.It is the most extensive in-line pump program on the market,matching customer requirements with many innovative features unique to Grundfos. CR --- provides superior reliability and the lowest possible cost of ownership to customers worldwide. Impressive as the CR range is, Grundfos offers much , more. Our complete range of pump solutions means that you can rely on Grundfos know-how and our complete dedication to quality and service for all pump applications — industrial and domestic. L-CR-SL-005 Rev.2/OS PRINTED IN USA Subjectto aiterations GRUNDFOS Pumps Corparation GRUNDFOS Canada Inc. � � BombaS GRUNDFO$de Mexico S.A.de C.V. ' � �� . � .� . � � ll1C0 West ll8th Ieirace 29a1 Erighton koad Boulevard iLC tt15 Olathe,Kansas 60061 Oakvllle,Ontario L6H 6C9.Canada Parquc Stiva Aeropuerto � . . � �`P�� . Telephone�913 227 3400 l�elephonc 905 829 95i3 � Apodaca,N.L Nlexico 66600 � � .. �: Fax:913 227 35C0 Fax 905 829 9512 felephone 52 81 8144 4000 G R U N L7 FO S � � www.grundfos.[om �� . fax�.5%81�81444010. . . . . . �, . � . � Pum CR 20 -3 Pum Curve p p 96524010 CR 20-3 60 Hz H ! � , , �ft� ; '� ; CR 20-3,60Hz e� � [%] ' � � � � Pumped liquid=Water _ __- _ . l _ ; ' ! Density=62.29 Ib/ft' 220 _, , i i i � _ 100% 200 ' ' � � �� : � �+ - �� -- � � � -� -� � � 00 �_ 1 s 180 �` � � ' ' z � � _ 90 � ��, �`�� :; �� , ��$ ��, - 1�17 GPM @ 114' TDH � ��. �so �� , � � , •fr �b df 33E'4 A q .. � I - � 8� �: § �'�� E ,,��i �f � . '. +�aC�?' £�$�L�i.��' } % , ; . �� i . 140 ��' ��' �� 70 ,.��. �;�' �.r� e;� ��t �. r s... � . & .��N� . �. . upu�.�� y ! , z �s J � � 120 �� 3��f��"��k �� , � ._ 60 �� : � k a� a �� ' �� ,. t s x � , *�. �ya� � � _.�r v �, a �.� '�x �' g+ .. � ;'�`'V F ;� .: �F f � � ' X � 1�� ,a" _ _ . � ; �K� s -,: , 50 � �rr � r:, z 3 :y �:,� � a � �i s-3 �,� s�'t 4�' f d �'e�a+.' � p{� «� � 7^_� a 4:, �� ; g. .� x S �.. s , f.. !"�,"�`�. aJ ' `� Ia s � ' � � � '.: �s ��-��'� . 80 ��'v:� n , ` '�a-� 4,��wa� g ,? '' ? �� s � 4� ,�x� a' ?��k 4 f ��' � '�wA' .A �g. � � �u S3c 3,: . '; �'. a ? t�y � 1 S� `^ t � ,��'"' fz , ^ '1f� 2, � :. 3 ` � 3 �F , $ .. , 6� ., x � � _ _ I . .� �i`� c �� H �, � � � „ , � �� , m � � : � �.. � � f �� 3 . r � , �� ; � � � < 40 � � �� , � , _ � . p __ . __ _ n a � � ` � 2 * �s�� ; � � � � � . , . 7,e'��S :, x,� " . > � _ �' - . ,, . � , 2� : ., ✓E. . . ; ' . .... . .__ '�. I._.. . . �� ,��1Y � � _ �. �, , . .. ,Z;�: . . _ . '.. ' f ',. t �F � ., ,, .. � : 0 � � 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 Q[US gpm] P2 a � NPSH �HP� � ! Ift� ; ; i � ' I � � 7 _ ' __ , ____.. _ _� , 70 1 I � ; � ' � � � E � � : � � ; � � ;� 6 _ , ___ _� _; ; . ,'. �. > i _ O � , � � 6 ; � � � j � � � � � j„- 4� S � � > 5 � _ t � �,�„�,;,,"�.,�.,--'�.": j 50 i i � � i � � � , __ , 4 _ _ � -i- r � � 40 � � $ , : ,', � � , < , i .r� .--�--�'"'.w�...�.�--�'�'"�' ` 3 '°,'a�z�`$�x � r f. � { _ i � _ � �,��. t; I_ 30 4�� u � �� ( I •s. � , � � "`. � �.,. � �?t`.� a . ;� ,,- . i � . � . 2 . � ., i, s � ° ,� z — — � . ,�.,W °' - � �. = � . �. ; , ,.s s � � '. .� . � � i. � ' � � � „ f i � ,: ; r. . � � �� - � ! - 10 F �. 4f.�..a: . . ; . �# { Q Q Printed from Grundfos CAPS(2013.01.080J �n Pum CR 20-3 Pum p p Technical Data Position Count Description 1 CR 20-3 A-GJ-A-E-HQQE Product photo could vary from the actual product Product No.: 96524010 Vertical, non-self-priming, multistage, in-line, centrifugal pump for installation in pipe systems and mounting on a foundation. The pump has the following characteristics: - Impellers and intermediate chambers are made of Stainless steel, DIN W.-Nr. 1.4301. - Pump head and base are made of Cast iron. - The shaft seal has assembly length according to EN 12756. - Power transmission is via cast iron split coupling. - Pipework connection is via ANSI flanges. The motor is a 3-phase AC motor. Liquid: Pumped liquid: Water Liquid temperature range: -4..248°F Liquid temp: 68°F Density: 62.4 Ib/ft' Kinematic viscosity: 0.0388 ftZ/h Technical: Speed for pump data: 3467 rpm Actual calculated flow: 129 US gpm Resulting head of the pump: 138 ft Shaft sea�: HQQE Approvals on nameplate: ANSI/NSF61 Materials: Pump housing: Cast iron EN-JL1030 ASTM A48-30 B Impeller: Stainless steel DIN W.-Nr. 1.4301 AISI 304 installation: Maximum ambient temperature: 104°F Max pressure at stated temperature: 232 psi/ 250°F 232 psi/ -4°F Flange standard: ANSI Pipe connection: 2" Printed from Grundfos CAPS(2013.01.080) 3I8 , D��{�ja�'fi� '�,.._.;.i�,��.�� ,'�4a s��:��r��'�'�., '�;.�'4,k �ft� ; CR 20-3.60Hz �o� Product name: CR 20-3 A-GJ-A-E-HQQE 220 ; , _ j Q=�z9 us ypm A-GJ-A-E HQQE ' H=i3s ft -- 200 ;�- - � -�� ;Pumpedliquid=Water - 100 EAN number: 5700396915692 ' " , " �ensityemperature=68°F _ . . ...__ ... . ��. =62.4 Ib/ft' 90 Product Numb_er:_ 96524010 180 Liqw t _ __ _ _ _ iso �_ ',__ � , '. so TechnicaL• iao ' . , _ ' �o Speed for pump data: 3467 rpm_ �zo !,_ ____. _( ; _ __._ �_. so Actual calculated flow: 129 US gpm ioo - ;-- -� --- � - ao Resulting head of the pump:_ 138 ft_ ____ _ . eo - - . '-- - - ;. - -- - ao Head max: 206 ft 60 _ _ --. ;.. 30 Impellers:__ _ 03_ _ _ _ _ ao _ __ __ __E 20 Shaft seal; HQQE I ; '. Approvals_on namepiate: _ ANSI/NSF61 Zo ; ' ' err P�mP=sa^ro 0 Stages: __ _ _ 03 _ 0 2o ao so eo ioo �zo Q[US 9Pm1 Pump version: A Pz , NPSH ModeL _ _ _ A_ _ ___ �Ha� ! ' � (nl _. __ _ .. . _ i Cooling:_ _ TEFC __ ; ,_ ___ __ _ __ I ! 4 , ' � _ _ ; ; _ ;. ao Materials: ; Pump housing: Cast iron 2 ;- � � - � '' zo EN-JL1030 � + P2=s ss HP - NPSH=12.98 ft ASTM A48-30 B o 0 Impeller. Stainless steel „B- - _ __ _ _ _ DIN W.-Nr.1.4301 ,o,�- AISI 304 Material code: A Code for rubber: E I _ _ Installation: ,m�,�-... ro�.o, ,�w�� Maximum ambient temperature: 104°F �°^ Max pressure at stated 232 psi/ 250°F temperature: ,,,�,,,. � .°�i�w w�m � i ^ 232 psi/ -4°F : Flange standard: ANSI , � j Connect code: GJ „ = Pipe connection: 2�� 67�- ' M]IY Ia�eH6' Pressure stage: Class 250 ��bne" ��n� _ . . . . ii�n- �o�ro^ Flange size for motor: 213TC Liguid;__ -- Pumped liguid. Water _ - Liguid temperature renge____ -4_._248°F � - Ligwd temp; _ 68°F w , �''' 1 Density: 62.41b/ft' ��°� ��° ��„�-�� Kinematic viscosity:_ 0.0388 ftZ/h �� _ _ _ _ .� , w�o •-�•--� € o�� e m� �� o� E . �� g� � � �� _. �� _ _ �� YaP �w-� g � ' -- — ?k�e�ef�eles=_ � �� '�� .-+; _ _ __ __ % � <w e � 4 �ated-@e�� R 8�� Y� �$ - � __ - - _ �< � '.� 4��g °�� A4ai�fi�e�eaey= _ _ . &9-F�{a __ _ Fta�ed-velta� _ _ _ _ _ F�ewi�e�asleF � o�.� �� See Motor Data s�� ade�eae-� Sheets . e:se�-sa ��: a�.e-a�ae-� _ _ _ _ . ee;e�� . ss�-se-�-9,� . s�-ss-�� . . � - � � �� s � $gsee�ss otners: Net weight: 192 1b Printed from Grundfos CAPS�2013.01.080J sia Construction CR,CRI, CRN,CRE, CRIE,CRNE CR(E) 1s, 1, 3, 5, 10, 15 and 20 CRI(E), CRN(E) 1s, 1, 3, 5, 10, 15 and 20 � � � � � � <, � � � � � � � � b � g r O � � o � N � A � �: O W @ . f � "� � � � Sectiona�drawing Sectional dra 'ng 0 � o � � 0 0 3 10 3 0 4 I o 6 Z� I �0 7 4 5 6 5 t"f � N 9 ` � 8 � 8 ---- -- W -- 9 `� N � �Z � � �� r Materials:CR(E) Materials:CRI(E),CRN ) Pos. Designation Materials AISI/ASTM Pos. Designation Materiat AISI/ASTM 1 Pump head Cast iron A 4830 B 1 Pump head Cast iron A 48-30 B 3 Shaft Stainless steel AISI 316�� Z Pump head cov Stainless st el CF 8M4� AISI 431 2� AISI 316 5� 4 Impeller Stainless steel AISI 304 3 Shaft Stainless steel AISI 329 6� 5 Chamber Stainless steel AISI 304 AISI 431�> 6 Outer sleeve Stainless steel AISI 304 8 Base Stainless steel CF 8M4� � O-ring for outer EPDM or FKM 9 Neck ring PTFE sleeve 10 Shaft se I Cartridge type 8 Base Cast iron A 48-30 B 11 Base ate Cast iron A 4&30 B 9 Neck ring PTFE Beari g rings Silicon carbide 10 Shaft seal Cartridge type Ru er parts EPDM or FKM Bearing rings Silicon carbide CRI(E) Rubber parts EPDM or FKM 4 I peller Stainless steel AI I 304 12 FJG flange Cast iron A 4830 B 5 hamber Stainless steel AIS 04 ��CR(E)1s,1,3,5 6 Outer sleeve Stainiess steel AISI Z>CR(E)10,15,20 7 O-ring for outer sleeve EPDM or FKM 3�Stainless steel available on requesi. 1 FGJ flange ring Ductile iron A 65-451 4�CF SM is cast equivalent of AISI 316 stainless steel. Oval flange Stainless steel AISI 316 5�CRI(E)/CRN(E)1s,1,3,5 GRN{E� 6>CRN(Ej 10,15,20 4 Impeller Stainless steel AISI 316 ��CRI(E)10,15,20 5 Chamber Stainless steel AISI 316 6 Outer sleeve Stainless steel AISI 316 7 O-ring for outer sleeve EPDM or FKM 12 FGJ flange ring Ductile iron A 65-45-12 14 crauNnFOS•i� Type keys and codes CR, CRI,CRN, CRE,CRIE,CRNE Type keys Example A-G-A-E•H QQ E Materials CR(E),CRI(E),CRN(E) A Basic version Example CR E 32(s)-4-2-A•G•G•E•HQQE D Carbon-graphite filled PTFE(bearings) Type range: I G Weried parts AISI 316 CR,CRI,CRN All parts stainless steel,wetted parts AISI Pump with integrated G� 316 frequency control I Wetted parts AISI 304 Nominal flow rate[m3/h] �� All parts stainless steel,wetted parts AISI All impellers with reduced diameter 304 (applies only to CR,CRI,CRN 1s) K Bronze(bearings) Number of impellers S SiC bearings+pTFE neck rings Number of reduced diameter impellers X Special version (CR(E),CRN(E)32,45,64,90,120,and 150) Code for pump version Code for rubber parts E EPDM Code for pipe connection F FXM Code for materials K FFKM Code for rubber paAs V FKM Code for shaft seal Shaft seal A O-ring seal with fixed driver B Rubber bellows seal Codes E Cartridge seal with O-ring H Balanced cartridge seal with O-ring Example A-G-A-E-H QQ E K Metal bellows cartridge seal Pump version O Double seai,back-to-back A Basic version�� P Double seal,tandem B Oversize motor X Special version E Certificate/approval B Carbon,synthetic resin-impregnated F CR pump for high temperatures H Cemented tungsten carbide,embedded(hybrid) (air-cooled top assembly) Q Silicon carbide H Horizontal version U Cemented tungsten carbide HS High-pressure pump with high speed MLE X Other ceramics motor I Different pressure rating E EPDM J Pump with different max speed F FXM K Pump with low NPSH K FFKM M Magnetic drive V FKM N Fitted with sensor ��In August 2003 the NEMA version pump code was discontinued for all P Undersize motor material numbers created by Grundfos manufacturing companies in North America.The NEMA version pump code will still remain in effect R Horizontal version with bearing bracket for existing material numbers.NEMA version pumps built in North SF High pressure pump America after this change will have either an A or U as the pump ver- sion code depending on the date the material number was created. T Over size motor (two flange sizes bigger) U NEMA version�� X Special version Pipe connection A Oval flange B NPT thread CA FlexiClamp(CRI(E),CRN(E)1,3,5,10,15,20) CX Triclamp(CRI(E),CRN(E)1,3,5,10,15,20) F DIN flange G ANSI flange J JIS flange N Changed diameter of ports P PJE coupling X Special version cRUNOFOS•i� 17 Operating and inlet CR,CRI, CRN,CRE, CRIE,CRNE pressure Maximum operating pressure and temperature range Oval flange ANSI,Clamp,PJE � '.� � � J� � � 0 Q 0 0 � o i ti � �n �= m �o � ro 0 0 � � � F Max.permissible Liquid temperature Max. Liquid temperature operating permissible pressure range �erating pressure range CR,CRI,CRN 1s 232[psi] -4°F to+p48°F 362 [psi] -4°F to+p48°F CR(E),CRI(E),CRN(E)1 232[psi] -4°F to+248°F 362[psi] -4°F to+z48°F CR(E),CRI(E),CRN(E)3 232[psi] �t°F to+248°F 362[psi] -4°F to+248°F CR(E),CRI(E),CRN(E)5 232[psi] �°F to+248°F 362[psij �°F to+248°F CR(E)10-1 > CR(E)10-6 145[psi] -4°F to+248°F - - CRI(E),CRN(E)10-1 > CRI(E),CRN(E)10-10 232[psi] �1°F to+248°F - - CR(E),CRI(E)10-1 > CR(E),CRI(E)10-10 - - 232[psi] -4°F to+248°F CR(E),CRI(E)10-12 > CR(E),CRI(E)10-17 - - 362[psi] -4°F to+248°F CRN(E)10 - - - 362[psi] -4°F to+p48°F CR(E)15-1 > CR(E)15-5 145[psi] �°F to+248°F - - CRI(E),CRN(E)15-1 > CRI(E),CRN(E)15-8 232[psi] -4°F to+248°F - - CR(E),CRI(E)15-1 , CR(E),CRI(E)15-8 - - 232[psi] -4°F to+248°F CR(E),CRI(E)15-9 � CR(E),CRI(E)15-t2 - - 362[psiJ -4°F to+248°F �CRN(E)15 - - 362[psi] -4°F to+248°F CR(E)20-1 > CR(E)20-5 145[psi] -4°F to+p48°F - - CRI(E),CRN(E)20-1 > CRI(E),CRN(E)20-7 232[psij -4°F to+z48°F - - CR(E),CRI(E)20-1 > CR(E),CRI(E)20-7 - - 232[psi] -4°F to+248°F CR(E),CRI(E)20-8 > CR(E),CRI(E)20-10 - - 362[psi) �°F to+248°F CRN(E)20 - - 362[psi] -4°F to+248°F CR(E),CRN(E)32-1-1 > CR(E),CRN(E)32-5 - - 232[psi] -22°F to+248°F CR,CRN 32-6-2 � CR,CRN 32-11-2 - - 435[psi] -22°F to+248°F CR(E),CRN(E)45-1-1 > CR(E),CRN(E)45-4-2 - - 232[psi] -22°F to+248°F CR(E),CRN(E)45-4-1 > CR,CRN 45-8-1 - - 435[psi] -22°F to+248°F CR(E),CRN(E)64-1-1 > CR(E),CRN(E)64-3 - - 232[psi] -22°F to+p48°F CR(E),CRN(E)64-4-2 > CR(E),CRN(E)64-5-2 - - 435[psi] -22°F to+248°F CR(E),CRN(E)90-1-1 > CR(E),CRN(E)90-3 - - 232[psi] -22°F to+248°F CR(E),CRN(E)90-4-2 > CR(E),CRN(E)90-4-t - - 435[psi] -22°F to+248°F CR(E),CRN(E)120-1-1 > CR(E),CRN(E)120-5-1 - - 435[psi] -22°F to+z48°F CR(E),CRN(E)150-1-1 � CR(E),CRN(E)150-4-1 - - 435[psi] -22°F to+248°F 18 cr�uNOFOS•� Operating and inlet CR, CRI,CRN, CRE, CRIE, CRNE pressure Operating range of the shaft seal Shaft Description Max.temp. The operating range of the shaft seal depends on seai range[°F) operating pressure, pump type,type of shaft seal and�j HQQE O-ring(cartridge)(balanced seal}, _z2�F to+2ae°F liquid temperature.The following curves apply to clean s�cis�c,EPDM HBQE O-ring(cartridge)(balanced seal), +32°F to+248°F water and water with anti-freeze liquids. For selecting Carbon/SiC,EPDM the right shaft seal, see List of pumped liquids on HQQ� O-ring(cartridge)(balanced seal), .��F to+�sa°F �page 74. siCisC,FKM HUBE O-ring(cartridge)(balanced seai), +32°F to+Z48°F CR 1 S-CR 20 TClcarbon,EPDM HUBV O-ring(cartridge)(balanced seal), +32°F to+�g4°F P P TClcarbon,FKM [bar] [pSi] KUBE Bellows,metal(cartridge), +32°F to+p48°F 400 TC/carbon,EPDM 25 Bellows,metal(cartridge), Zp 300 � KUBV TC/carbon,FKM +32°F to+194°F HQQE HQQE' 15 ZDO � HqQ Bellows,metal(cartridge), KUHE TCICarbon with embedded TC, +32°F to+194°F 10 o EPDM n 5 100 ^ Bellows,metal(cartridge), n KUHV TCICarbon with embedded TC, +32°F to+�g4°F 0 0 o FKM -40 0 40 80 120 160 200 240 I[°F] � KUUE eellows,metal(cartridge),TC/TC, _ZZ°F to+194°F EPDM Fig.14 Operating range of standard shaft seals for KUUV BKl�l�ows,metai(cartridge),7C1TC, �oF to+�ga°F CR1s-CR20 Note:TC=tungsten carbide CR 32-CR 150(3.0-60 Hp) See section Lists of variants-on request on page 83, P P in case of extreme temperatures: [bar] [ps�� • low temperatures down to—40°F or 500 HUBEIHUBV HUBE 30 4� • high temperatures up to+356°F. 25 Zp 300 w w> KUHEIKUHV 15 z� � �� KUBE/KUBV KUBE 10 Y Y Y KUUE I KUUV 5 100 e 0 0 °� -40 0 40 80 120 160 200 240 t[°F] ; � N O -40 •20 0 20 40 60 BO 100 t[°C] � Fig.15 Operating range of standard shaft seals for CR 32-CR 150(3.0-60 Hp) CR 120-CR 150(75-100 Hp) P [Psi1 400 300 Z� � �� HQQEN HQQE _ _= HBQEN HBQE 100 � 0 °v -80 -40 0 40 80 120 160 200 240 t[°F] g � � Fig.16 Operating range of standard shaft seals for CR 120-CR 150(75-100 Hp) crauNOFOS•N 19 Operating and inlet CR, CRI,CRN,CRE,CRIE, CRNE pressure Maximum inlet pressure Example of operating and inlet pressures The following table shows the maximum permissible The values for operating and inlet pressures shown in inlet pressure.However,the current inlet pressure+the the tables must not be considered individually but must pressure against a closed valve must always be lower always be compared, see the following examples: than the maximum permissible operating pressure. Example 1: If the maximum permissible operating pressure is The following pump type has been selected: exceeded, the conical bearing in the motor may be CR 3-10 A-A-A damaged and the life of the shaft seal reduced. Max. operating pressure: 232 psi Max. inlet pressure: 145 psi CR,CRI,CRN 15 �s-2 >�s-2� �as[psi� Discharge pressure against a closed valve: 139.2 psi, CR(E),CRI(E),CRN(E)1 see page 34. i-z >>-zs �as�psi� This pump is not allowed to start at an inlet pressure of 1-27 218[psi] CR(E),CRI(E),CRN(E)3 145 psi, but at an inlet pressure of 232.0—139.2 = 3-2 �3-15 145[psi] 92.8 PSI. 3-17 >3-25 218 fps�] Example 2: CR(E),CRI(E),CRN(E)5 s-2 >s-s ias�psi� The following pump has been selected: s-�o >s-2a 218[psij CR 10-2 A-GJ-A CR(E),CRI(E),CRN(E)10 io-� >>o-s iis�Psi� Max. operating pressure: 232 psi io-s >>o-i� ias[psi� Max. inlet pressure: 116 psi CR(E),CRI(E),CRN(E)15 Discharge pressure against a closed valve: 15-1 >15-2 116[psi] 153 >�s-�2 �as�psi� 42 psi (97 ft), see page 42. cR(e),CRI(E),CRN(E)20 This pump is allowed to start at an inlet pressure of �2o-z >zo-to ia5�ps j 116 psi,as the discharge pressure is only 42 psi,which crt(E),CRN(E)32 results in an operating pressure of 116+42=158 psi. az-�-i ,s2-z 58[psi] On the contrary, the max. operating pressure of this 32-3-2 >32-6 145[psi] s2-�-2 >s2-i�-2 2�8�PS;� pump is limited to 158 psi, as a higher operating CR(E),CRN(E)45 pressure will require an inlet pressure of more than as-�-� >as-� 58[psi] 116 psi. 45-2-2 >45-3 145[psi] as-a-2 >ae-a-i 2�s�ps�� In case the inlet or operating pressure exceeds the CR(E),cRN(E)sa pressure permitted, see section Lists of va�iants- on sa-�-i 58[psi] request on page 83. 64-1 >64-2-1 145[psi] 64-2 >64-5-2 218[psij CR(E),CRN(E)90 90-1-1 �90-2-2 145[psi] 90-2-1 >90-4-1 218[psi] CR(E),CRN(E)120 120-1 145[psi] �zo-z-z >>2o-a 2ie�ps�� 120-4-2 >120-5-1 290[psi] CR(E),CRN(E)150 150-1-1 145[psi] 150-1 >150-2 218[psi] 150-3-2 >150-4-1 290[psi] 20 cRUnioFOS•N Performance curves CR(E) 20,CRI(E) 20, CRN(E) 20 CR(E), CRI(E), CRN(E) 20 H H H [m] [�t] � CR(E) 20 [it] iso �so zzo _�o � , CRI(E) 20 -- - _— �� ; � CRN(E) 20 �� 200 eso � 2-pole,60 Hz eso 180 � ! 6� I -8 S50 � 550 160 500 -7 ! 500 �� 450 450 � � 120 4� --- 400 I 350 -5 350 100 � 300 � 300 80 � 250 - -- - 250 -3 60 2� � I 200 � 150 -Z 150 40 I i 100 ' 100 _� I 20 50 - -- -- -- 50 0 0 0 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 Q[U5 GPM] Pz P2 0 2 4 6 S 10 12 14 76 18 20 22 24 26 28 30 32 34 Q[fil3/h] Eff [kW] [hpl [°�] 4 --- --- - - 80 2 3 Eff 60 2 P2 40 � 1 - - - 20 0 0 0 o io zo so ao so eo �o so 90 ioo iio izo iso iao Q[U5 GPM] H NPSH H [m l [ft] [ft] $ 30 i 30 20 I 2p �, 0 4 10 --- — --- - � --� — 70 N NPSHR � 0 0 I 0 N 0 o io zo so ao so 60 �o so 90 �oo iio izo iso iao Q[USGPM] � 50 cr�uNOFOS•N Technical data CR(E) 20 D2 D2 D1 D1 m O m � O GVYPLW PoMING PRIMING NATH 1/1'TAP T G 1R NATH 1 A AP PORT G 112) FOR GAUGEI FOR GAUGEI SENSO SENSO 2"ANSI 2501b.R.F. 2"NPT m SUCiION AND ORAIN DISCHARGE m DRAIN � VLUG G 1 I 1 3/16" M10 x 40 PLUG(G 1/2) I 3/4 x 7/6� � w i O N N ' 4%09/�6� . o lV IC �tl � O 1`Y N � p N N 5 1/8" `,°_ 5��a�' 0 5��g•• � 04 3/4' 4 x e9/16" � 7�, �+ 81/2" � 615176" "' 81/2•' 7 T/8" 10 1/8" M 71 718•' 10 7/8" o F � Dimensions[inch Dimensions[inch] Pump P2 Ph TEFC ODP Sh�P�' MLE Ship Wt. tYpe [hPl Oval' 67 [Ibs.� [Ibs.] D1 D2 B1+B2 D1 D2 67+62 D1 D2 61+62 1 • 1720 8.60 6.87 31.85 - - - 181 - - - - CR(E)20.1 3 3 • 1720 7.01 4.33 30.43 - - - 151 7.01 6.57 30.00 161 1 • 1720 10.62 7.46 32.72 • - - 205 - - - - CR(E)20-2 5 3 • 1720 8.66 528 32.71 - - - 201 8.66 7.40 30.00 194 1 • 1929 10.22 7.62 34.82 - - - 223 CR(E)20.3 71/2 3 • 1929 8.66 5.28 34.80 - - - 209 8.66 7.40 19.29 223 1 • 21.06 10.23 10.30 37.13 - - - 337 - - - - CR(E)20-4 10 3 • 21.06 8.66 5.28 36.57 - - - 214 1024 8.39 34.37 232 CR(E)20.5 15 3 • 25.39 10.22 8.67 41.97 10.62 7.33 41.70 398 13.39 12.13 44.17 488 CR(E)20.6 15 3 • 27.17 1022 8.67 43.75 10.62 7.33 43.48 402 13.39 12.13 45.95 491 CR 20.7 20 3 • 28.94 1022 8.67 45.52 11.50 8.92 48.63 438 - - - - CR(E)20.8 20 3 - 30.71 1022 8.67 47.29 11.50 8.92 50.40 442 13.39 12.13 49.49 508 CR(E)20-10 25 3 - 33.62 12.94 11.52 53.44 11.50 8.94 54.43 496 13.39 12.13 56.34 543 All dimensions in inches unless othenvise noted. `Oval flanged pump B1 and 81+82 dimension is equal to ANSI fla�ged pumps and weight is approximately 3 Ibs.less. •Available. GRUN�FOS'I% 51 Pum CR 20-3 Pum p p Dimensions 96524010 CR 20-3 60 Hz .�Z!� 90 ic � � a� ��90 � � ,.9�/6 � / � N � M � r- - � � O Op l9 00 � � ti � N ��9�/£� z � � � a a T— _ � � � � � � � � ti � � r � � � �O r T � a W � N � ~ � � J � Q � � N = � ° Z � .�Z/� £ � � � W � J c9 � u. u� oa 49`9 4 6Z`6� Note!All units are in[mm]unless others are stated. Disclaimer:This simplified dimensional drawing does not show all details. Printed from Grundfos CAPS(2013.01.080J e�$ Pum CR 20 -3 Motor Data p 'C� � C� � � � � w � ° � c� ' a� � � � Z � � 0 � � � � o� U � � U �- � � � � � U .��. � � � � O w Q- � � � Z � M � � � — c� Q � � � � o U � � J � � � o �- c � � � O � M � � � � � N N W c� Q N o � u- _ � � L � o • p � C� _ � `�- Z O r� �° � � � � � �■ M � � v � _ � o � U � � � � N N � � w O Q � M �3 � � /�w � 1..1.. 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I � 180 ' � . � _ ' { � 0% � j 160 . , 1 ,_ ; � _ _ _ __ , � � � � :� I ' ! , 140 : _ _. _ _ __ � .._. _ __ __ � � ; � �0 o/a ` � � � ..: ,`�- � { ,�; � i � x "�,� ��` �'- ��.. �, : � 120 .: � _ _ ____._ _ __ .!_.. � ._ _ __._ _ . �� t � ! i ; a > r _ �� r I I � , , 9�ar � � �. a � ` � � , i � � 1�� ` � g Y� i � � �£ a � � � ��0 y� f` � xf`� � �k �f�.i k £ $, I � T �� _ � % � � :�Y 375GPM@45' TDH ` � ` � � � � � �� . �° � , ao �; ' ' ' .a x � �� _ . __ eo �� b��, - ' �ari er� - ; • £r; �.. . �+�1 .: - � K . ; 1�' 3 �� 1§s d � �. .£� ,�g� s�, d`.: . .. . . � '�n.� �.� '� �� . - fF f 6� �Sv a s' b R ` . �r � � �y� �`M�+a >��'* ' "" "_"_- � � L �C,� �. �, w. aS 3�� xE � _ q �,� . , ; ; �� ,� x �, � — ��;�r ' b: ,�� ..�:- f :'P : ,�,�a � � a, '�- '� t � � ,� � c � '.:�i x � . �f: �� „',' ��*�r t t+� �. 3;.. 7Oi .�;: % �� ; -� �� tse. 4 } � �' 's 40 ` ' ' ` � i a sx; — __. .._� p a`�° . :��+.,.�� _: � s n �� ..v. ; �' . . -� _ ^ r �y,r , , v ' �' �i � ., ," '� �.? .;:. ,. ,.'� � � .,�� 2A - y _ � `� € � �kP ` , .: . .. .. ,. > , ,., £ � i t +t , , , �� ' . , � . ,3� .'# �� , . "'�.'"� �� 1��, A"#+4zry y*y h^:- �; � �. ,° ��.. . ,� _ ' ,a b � . . . ,� _• . � , ` �'� 20 _ __ � � � � , .� ��' � .� t - ' i i I '2 �` � � . �! ' �, - _ �� ' � Q 0 50 100 150 200 250 300 350 400 450 500 550 600 Q[US gpmJ P2 1 � � NPSH IHPI ' ; � ', (ft] ; � � � 16 ._..__ .. _ i _ _ _ . __. __;__ ;_____ G . _ 80 _. __ _ __ __ � __ ______ _ _ , , [ . ii �, . . �,.,Tp- . � 14 _ _ _ 1__ _ _. _._ �__._.. ,__ .__ _.__. _. ," _ p � � � �z � � � 12 i __ __ p z �y� ��i �gvr : f � �'x � 6 0 ��'f k ;, b��.K� &�s`�� yf '. , . ... .j .� � A ,i 8 �� R. ' ; .,. ', , r..��. k �t'.T ��`�a�� ; .____ _'_'_ .___.._.. . Q � : � 5 �� a t � i t� ,�� ' a�fF�' ��t� ; "� i .' ��. �y �, .�? �� ; � � � �N � .:. �� _ ' �� : ' � 8 � . �` � ��' � '�'.,,......ru�—�—�-„=:.._. � _. _ _.__ . p � q� � �� x s >v'� «� .... , r � t� �i r�f��1 a � : . �'q��"� s ,.;k' � � '` � a"� €x f �,. f ' " *' � . �� < 6 : :r .`. �. '. r . . .. ...._ . ..__ .. ._ _ 0 .v T , � ; � , , g � u .. ... .� ,: - .z �� _�° . , . , F •.� � � ,.r ... � � ; -.� , . . , . _ � ., .• , , - a� r , „ a �t � .. ,u �� °v � , . c 4 � ..; z..';. ; � �-��`�? +' ��_ __ _ _ _ , i . � � ;° � f � s ,, " � : �g , - � = r,� z z .•, � � � .� , . .. . ,� ,.. ' . � : �:- i,. , j P � ;�< ,2 ' ' ..___� �.___._ __.._. �� : � _ _ _.__- --- __---- :. . s- � , 0 i � , 0 Printed from Grundfos CAPS(2013.01.080J �i� P m - u CR 90 1 Pum p p Technical Data Position Count Description 1 CR 90-1 A-G-A-E-KUBE �� 3 � ��° ,,��>.� I�� t !'�r� , � tif �:' - ;.�=. Product photo could vary from the actual product Product No.: 97761590 Vertical, non-self-priming, multistage, in-line, centrifugal pump for installation in pipe systems and mounting on a foundation. The pump has the following characteristics: - Impellers and intermediate chambers are made of Stainless steel, DIN W.-Nr. 1.4301. - Pump head and base are made of Cast iron. - The shaft seal has assembly length according to EN 12756. - Power transmission is via cast iron split coupling. - Pipework connection is via ANSI flanges. The motor is a 3-phase AC motor. Liquid: Pumped liquid: Water Liquid temperature range: 32..248°F Liquid temp: 68°F Density: 62.4 Ib/ft' Kinematic viscosity: 0.0388 ft2/h Technical: Speed for pump data: 3444 rpm Rated flow: 476 US gpm Rated head: 97.8 ft Shaft seal: KUBE Materials: Pump housing: Cast iron EN-JS1050 ASTM 80-55-06 Impeller: Stainless steel DIN W.-Nr. 1.4301 AISI 304 Installation: Maximum ambient temperature: 104°F Max pressure at stated temperature: 232 psi/ 250°F Flange standard: ANSI Pipe connection: 4" Pressure stage: 125 Lb. Flange size for motor: 254TC Electrical data: Motor type: BALDOR Printed from Grundfos CAPS(2013.01.080) ��5 N •� � -, ,� �,ya�c ,�� n� cR sai,soHZ �� l��f��'��;�..: �� *��,�F��'��, �, �-.;,,��; � �� '� '. Q=510USgpm Product name: CR 90-1 A-G-A-E-KUBE A-G-A-E �ao — -� - , H=as.i n KUBE t ; '� ; �� Pumped liquitl=Water PfOdUCt NUfilb@�: 97761590 ` Liquid temperature=68°F EAN number: 5710623922089 �so f ' bensicy=sz.a�wtr _ TechnicaL iao __, _i ' ____ _ _._ { Speed for pump data:_ 3444 rpm i ', Actual calculated flow: 510 US gpm 120 ' , Resulting head of the pump: 83.1 ft i ' '. ! Headmax: _ 170ft i� . ___'. ;_ ; _ .._;_ .__._ _ ___ ioo Impellers: 1 r I ' ' Shaftseal: _ KUBE ao _� ao Stages: _ _ _ 1 ._ Pump version: _ A so __. ; _ !_ so Model: A �� Mate�ials: ao _ ' ao Pump housing: Cast iron � '' EN-JS1050 zo _ __, _ , zo ASTM 80-55-06 � � 30o aoo 50o q�714/ , Eff pump Impeller: Stainless steel °o ioo z � _ US 9Pm1 DIN W.-Nr. 1.4301 PZ NPSH AISI 304 �HP] _. . } ! ! [nl Material code: A i , ' 1�� Code for rubber. E �a --� , -- - �o __ _ _ __ � �2 r ; - + - --- � ___ . so Installation: �o --) � . ; . so Maximum ambient temperature: 104°F ; Max pressure at stated 232 psi/ 250°F e _ ___! -_ . _ ao temperature: s -_._._; __,_' �_ __ -_._ ___. so Flange standard: ANSI a � . --: . - ' - ; - zo Connect code: G Z � ; P2-i5 HP io Pipe connection: 4" '� NPSH=17.45 ft Pressure stage: 125 Lb. o 0 Flange size for motor: 254TC Liquid: Pumped liquid: Water Liquid temperature range: 32..248°F x Liquid te_mp: 68°F _ _ _ y __ ____ _ _ Density: 62.41b/ft' Kinematic viscosity: 0.0388 ftz/h , � � ' F:�estr•isal-dat� _ .�,„„ � Ot2. . , _ 8A�S9F� _ �mta."; � � . . ... . .. . _. _.. .. ... ... . 4 ow..w ' ' �{Z % w:n'i,*a�, s�.aw- � .___ .r__. __. __ _ _. .. .. ._ . .._.. .... ��'. _ _ __. .�� .. . .. . . ��YQ{�� ' � ! � : ___—_ ___.'__.'___.._'___ .__._._— ___...._ ___. ._ _. ._ .. � _ b2FW6��3fi�AF �.}{) 6 " _ __ ___ ___ _ - �/��A^�+9,F"�F,A1,�„2�6��iA�Rc {�AR@ ___ . _ .. . ,� . . �V[V�T�cR1OCT -. . �___ �. 4A�vtCOTJCV ..�_ Others: _ __ __ _ _ Net weight: 341 Ib _ _ Gross weight 359 Ib _ _. - _ Sales region: Namreg ee tl'IOt01' dat8 sheets Printed from Grundfos CAPS(2013.01.080] al5 Performance curves CR 90, CRN 90 CR, CRN 90 H H H [m] [ft] CR 90 �ft� iso 60o CRN 9p 600 -a-i sso 2-pole,60 Hz sso 160 _q_Z 500 500 140 '3 450 450 -3-1 120 400 400 -3-2 350 350 100 -2 300 300 80 '�-2-1 250 250 -2-2 60 Z00 200 150 -1 150 40 I -1-1 100 100 20 50 50 0 0 0 0 50 100 150 200 250 300 350 400 450 500 550 eooQ(US GPM] 0 10 20 30 40 50 60 70 80 90 100 110 120 130 140 Q�rp3�h� P2 P2 Eff �kW� �hP) Pz i/ �%� 16 80 Eff� g lZ P2 2/3 60 8 40 4 4 20 0 0 0 o so ioo iso zoo zso 300 3so aoo aso soo sso 600Q[US GPM] H NPSH H [m] [ft] [ft] 30 30 8 20 — I 20 4 10 NPSHR 10 0 0 0 0 � 0 0 50 100 150 200 250 300 350 400 450 500 550 50o Q[U 5 G PM] N 0 � f- GRUN�FOS'IC 63 Technical data CR90 p� 4-5 STAGES 4"ANSI D2� 250 LB R.F. G/z i I SXPJB I B2 4X m 16 -j- 5 8 7 8 10 �4 3 i6 11 I 13i6 I � 1-3 STAGES I 4"ANSI G'r�PLUG PRIMING �z5 LB R.F. G�Z B� WITH 1/4�� PORT G Yz TAP FOR I � SENSOR/ j $X p�4 � GAUGE � - -- - 4X 0 16 � t -�- 68 72 9 52 a 7 8 3 3�g M �q <v 10�g 11 0 15 1316 � � ANSI dimensions[inch] ANSI dimensions[inch] PZ Ship Wt. Ship Wt. Pump type �hP� Ph. B, TEFC ODP ��bs� MLE [Ibs.] D1 D2 87+62 D1 D2 61+82 D1 D2 61+62 CR(E)90.1-1 15 3 26.81 1022 8.67 43.39 10.62 7.33 43.12 387 13.39 12.13 45.59 544 CR(E)90.1 20 3 26.81 10.22 8.67 43.39 11.50 8.92 46.50 392 13.39 12.13 45.59 548 CR(E)90-2-2 25 3 30.43 12.94 11.52 50.25 11.50 8.94 5124 450 13.39 12.13 53.15 640 CR(E)90.2-1 30 3 30.43 15.32 13.11 53.62 11.50 8.94 52.24 611 13.39 72.13 53.15 666 CR 90-2 40 3 30.43 15.32 13.11 53.62 1325 12.21 53.68 625 - - - - CR 903-2 40 3 34.06 15.32 13.11 57.25 1325 1221 57.31 636 - - - - CR 90-3-1 50 3 34.06 16.88 14.12 61.87 1325 12.21 56.61 667 - - - - CR 90-3 50 3 34.06 16.88 14.12 61.87 13.25 12.21 56.81 667 - - - - CR 90-4-2 60 3 37.68 19.00 14.90 68.47 15.12 13.19 63.81 869 - - - - CR 90-4-1 60 3 37.68 19.00 14.90 68.47 15.12 13.19 63.81 869 - - - - �>Weights are based on pump with TEFC motor(see price list for individual weights) All dimensions in inches unless otherwise noted. 64 GRUN�FOS'I% Technical data CRN 90 -�� 4 STAGES D2 4"ANSI � 300 LB R.F. G%2 I 8X 0 8 I 62 4Xf6�s J -I- 68 78 10 �3 3 is 4 �� 3 is � 1-3 STAGES � 4"ANSI G�/2 PLUG PRIMING 150 LB R.F. B1 wiTH�la�� PORT G Yz G/ TAP FOR I SENSOR/ � GAUGE � SX 0 q � � -� . 4X 0�g � -�- - 6 8 7 Z 9 5� 2 � ' L-7 8--� �3 � 3 ts °o 4 W 10 t6 11 0 � 15 �3 jg ^ N O � H Dimensions[inch] Dimensions(inch) PZ Shi Wt. Shi Wt. Pump type �hP� Ph. 61 7EFC ODP [Ibs.] MLE [Ibs.] D1 D2 61+62 D1 D2 61+B2 D1 D2 61+B2 CRN(E)90.1-t 15 3 26.81 10.22 8.67 43.39 10.62 7.33 43.12 393 13.39 12.13 45.59 549 CRN(E)90-1 20 3 26.81 10.22 8.67 43.39 11.50 8.92 46.50 398 13.39 12.13 45.59 553 CRN(E)90-2-2 25 3 30.43 12.94 11.52 50.25 11.50 8.94 51.24 455 13.39 12.13 53.15 645 CRN(E)90.2-1 30 3 30.43 15.32 13.11 53.62 11.50 8.94 5224 629 13.39 12.13 53.15 671 CRN 90-2 40 3 30.43 15.32 13.11 53.62 13.25 1221 53.68 631 - - - - CRN 90-3-2 40 3 34.06 15.32 13.11 5725 1325 12.21 57.31 642 - - - - CRN 90-31 50 3 34.06 16.88 14.12 61.87 13.25 1221 56.81 668 - - - - CRN 90.3 50 3 34.06 16.88 14.12 61.87 13.25 1227 56.81 672 - - - - CRN 90-42 60 3 37.68 19.00 14.90 68.47 15.12 13.19 63.81 876 - - - - CRN 90-4-1 60 3 37.68 19.00 14.90 68.47 15.12 13.19 63.81 876 - - - - ��Weights are based on pump with TEFC motor(see price list for individual weights) All dimensions in inches unless otherwise noted. GRUN�FOS'� 65 Technical data CR 150 13 STAGES �� 5"FLANGE 2j 125 LB R.F. D2 G 1/2 8xm7/8" 4x m 9/16 °0 N N ' � m � OD � � 3 15/16 M 15 � `� 18 518 I G 1/2 PLUG �/ 4-5 STAGES WITH t/4" j` 5"FLANGE 2� TAP FOR �pRIMING z5o LB R.F. SENSORI j PORT G1/2 G 1/2 GAUGE � m � Sx m 314 I � � � � 4xm11/16 � � � - � - � � � � rn o � � � � � � 10 7/8 d � 315/16 ° 13 9/16 M 15 N M 15 18 5/8 � g � � Dimensions[i�ch] Dimensions[inch] Pump type �hP� Ph. TEFC ODP Sh�P�•�� MLE Ship WC g� (Ibs.] Dbs.] D1 D2 81+62 D1 D2 61+62 D1 D2 61t82 CR(E)150-1-1 25 3 32.83 12.94 11.52 52.65 11.50 8.94 53.64 507 13.39 12.13 55.55 561 CR(E)150.1 30 3 32.83 15.32 13.11 56.02 11.50 8.94 54.64 669 13.39 12.13 55.55 587 CR 150.2-2 40 3 38.98 15.32 13.1'I 62.17 13.25 1221 62.23 705 - - - - CR 150.2-1 50 3 38.98 16.88 14.12 66.79 1325 1221 61.73 735 - - - - CR 150.2 60 3 38.98 19.00 14.90 69.77 15.12 13.19 65.11 915 _ _ _ . CR 150.3-2 75 3 45.55 19.00 14.90 76.34 15.18 13.19 71.68 1178 _ _ . . CR 150.3-1 75 3 45.55 19.00 14.90 76.34 15.18 13.19 77.68 1178 _ _ _ _ CR 150.3 100 3 45.55 19.00 17.38 76.37 15.12 13.19 72.93 1215 - - - - CR 150-4-2 100 3 51.69 19.00 17.38 82.51 15.12 13.19 79.07 1234 _ _ _ _ CR 150.41 100 3 51.69 19.00 17.38 82.51 15.12 13.19 79.07 1234 - - - - ��Weights are based on pump with TEFC motor(see price list for individual weights). 2�CR 5"flange is not manufactured to ANSI speafication.Gasket contact surface is approbmately 0.25".CR 6"ANSI flange adapter is manufactured to ANSI B16.5 speafiration. All dimensions in inches unless othenvise noted. 7� GRUN�FOS'I� Technical data CRN 150 13 STAGES p� 5"FLANGE Z� 150 LB R.F. �� G 1/2 8xm7l8„ 4x m 9/16 °D N - - - o N � m � � � 3 15/16 � 15 18 5/8 G 1l2 PLUG � WITH 1l4" � 45 STAGES TAP FOR �I 5"PL.ANGE 2� SENS�R/ 300 LB R.F. GUAGE PRIMING � PORT G 1/2 G 1/2 m � I � 8x�3/4 � � I 4x�11/16 °D � � � � � � � r � �O rn o f` � , I - o 10 7/8 � I 3 15/16 � � 13 9/16 n' 15 0 15 � 18 5/8 $ � � Dimensions(inchj Dimensions(nch] PumP�YPe [hPl �' B� TEFC ODP Sh[IbWI" MLE S��b WL D1 D2 61+62 D1 D2 B1+62 D1 D2 81+62 CRN(E)150-1-1 25 3 32.83 12.94 11.52 52.65 11.50 8.94 53.64 514 13.39 12.13 55.55 568 CRN(E)150-1 30 3 32.83 15.32 13.11 56.02 11.50 8.94 54.64 675 13.39 12.13 55.55 594 CRN 150.2-2 40 3 38.98 15.32 13.11 62.17 13.25 122t 62.23 711 _ _ _ _ CRN 150.2-1 50 3 38.98 16.88 14.12 66]9 1325 1221 61.73 741 _ _ _ _ CRN 150-2 60 3 38.98 19.00 14.90 69.77 15.12 13.19 65.i t 922 _ _ _ _ CRN 150-3-2 75 3 45.55 19.00 14.90 76.34 15.18 13.19 71.68 1184 _ _ _ _ CRN 1503-1 75 3 45.55 19.00 14.90 76.34 15.18 13.19 71.68 1184 _ _ _ . CRN 1503 100 3 45.55 19.00 17.38 76.37 15.12 27.38 72.93 1222 _ _ _ _ CRN 150-4-2 100 3 51.69 19.00 17.38 82.51 15.12 27.38 79.07 1243 . _ _ _ CRN 150.4-1 100 3 51.69 19.00 17.38 82.51 15.12 27.38 79.07 1243 _ _ _ _ ��Weights are based on pump with TEFC motor(see price list for individual weights). z�CR 5"flange is not manufactured to ANSI specification.Gasket contact surtace is approbmately 0.25".CR 6"ANSI flange adapter is manufactured to ANSI 616.5 specification. All dimensions in inches unless otherwise noted. GRUN�FOS'� 7� Pum CR 90 -1 Pum p p Dimensions 97761590 CR 90-1 60 Hz „s N � „Z/4 L � � „8/6 9 M � � io � � � — — — — — � M � � c0 Z m m � Q x x "v ,.ti/£ 6 N � Z� �~ Q'� aa I io � i ti � - - - - - o _ � � M ap I a� c�� 'v Q aF�z .�Z/4 S c73°uWi ,�8/9 9L ,.8/L 9Z Note!All units are in[mm]uniess others are stated. Disclaimer:This simplified dimensional drawing does not show all details. 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PART MATERIAL(ASTM) 1 NUT ZINC PLATED STEEL 2 HANDLE ZINC PLATED STEEL 8 3 BONNET BRASS(C37000)) 4 PACKING TEFLON 9 5 STEM BRASS(C37000)) 6 BALL SEAT TEFLON _ 7 END PIECE BRASS(C37000)) 8 BODY BRASS(C37000)) 9 BALL BRASS(C37000)) ° 10 SLEEVE PVC S APPROVALS soo -ANSI/NSF 61 u� 500 -� q 40� �� '`�-.__✓'� a 300 rn e � 200 0 3 �oo 0 -50 50 150 250 350 450 Working Temperature(°F) ��F'��"� Rev.06-10-08 wAFER TYLE SILENT CHECK VALVE 2" thru 6" MODEL 888 c , 2 , ' ' 3 � � � 4 B � 5 � � � 6 I� / / / / / / / / / / / / / / / / A PAT. PENDING * OPTIONAL RESILIENT SEAT (NITRILE) AVAILABLE, ADD "R° TO THE PART NUMBER. FOR REFERENCE U,S'E ONLY, �5'PEL'IFIG'ATION,S ,S'UBJEdT TO G'HANG'E WITNOUT NOTIL'E. WEIGHTS & DIMEN�IONS BOLT SELEC�TION �IZE PART A� in B in C� in W(�T. 125 250 125 250 2 2434 2 13/32 2 43/64 4 1/2 5 4 8 5/8 x 5 1/4 5/8 x 5 1/2 2 1/2 2432 2 9/16 2 7/8 5 7 4 8 5/8 x 5 1/4 3/4 x 6 1/2 3 2435 3 1/4 3 13/64 5 3/4 11 4 8 5/8 x 6 1/4 3/4 x 7 4 2436 4 3/8 4 1/16 7 3/16 18 8 8 5/8 x 7 3/4 x 8 5 2433 5 1/4 4 3/4 8 3/8 25 8 8 3/4 x 7 3/4 3/4 x 9 6 2437 5 29/32 5 5/8 9 3/4 36 8 12 3/4 x 8 3/4 3/4 x 10 ITEM QTY. DE,�CRIPTION MATERIAL ASTM # 1 1 VALVE BODY (EPDXY COATED) CAST IRON A126 CLASS B 2 1 BUSHING BRONZE 660 3 1 SPRING STAINLESS STEEL 302 4 1 POPPET BRONZE C83600 5 1 0-RING BUNA-N --- 6 1 *SEAT RING BRONZE C83600 F�_ ��'�� FLOMATIC CORPORATION DATE: 4/4/95 �- GLENS FALLS, N.Y, 12801 PHONE (518) 761-9797 �WG. N�.: 5888-� FAX (518) 761-9798 REV.: Ci �rJ�� C� FACTOR MODEL 888 U.S. SYSTEM: Cv = U.S. gal/min � 1 psi with 60'F water. HEAD LOSS METRIC SYSTEM: Cv = I�ters/sec � � kPa W�th �5•� water. yVAFER C�HEC�K VALVE VALVE SIZE IncheS 2 2 1/2 3 4 5 s s �o mm 50 65 80 100 126 150 200 250 Cv FACTOR �al/Min 60 77 110 340 430 550 900 1600 Litr/�ec 1.2 1.8 2.8 8.2 10.3 13.2 21.6 38.4 EQUIVALENT LENdTH Feet 60 54 81 37 74 117 182 191 OF P1PE Meter� 15.2 16.5 24.7 11.3 22.5 35.6 55.4 58.2 EQUIVALENT LENGTH OF PIPE EQUIVALENT LENGTHS OF PIPE ARE BASED ON DATA CONTAINEO IN HYDRAULICS INSTITUTE PIPE FRICTION MANUAL. IN GENERAL, THIS DATA IS FOR NEW,CLEAN WROUGHT IRON OR STEEL, SCHEDULE 40 PIPE WITH NO ALLOWANCE MADE FOR AGE, DIFFERENCES IN OIAMETER OR ANY ABNORMAL CONDITION OF THE INTERIOR SURFACE. FOR FURTHER DETAILS, REFER TO ABOVE MANUAL. 10 $ o '� � a 6 ^�ry � I 5 �b N � M cn 4 tr� O 3 W � � 2 c� W � � 1 � CJ� O� �l -� N W � CT� O1 �l -° N W � CT Q� �I O O O O p O O O O O O � O O O O O O � O O O O O O O O O O O O O � O O O O O O FLOW IN GALLONS PER MINUTE FI..,aMATI�� FLOMAi1C CORPOR4TION DATE:�Z�ZH�94 +� GLENS FALLS, N.Y. 12801 PHONE 518) 761-9797 �WCi. N�.: S$$$HL FAX f 518) 761-9798 REV.: A �12�97� WARNtNG NOTICE WAFER STYLE 1. Damoge to the volve ond/or internal leokoge con result if other than stondord inside d�ometers conforming to �ws� Bt6.5 0► AYVWA C207-94 ore �t��zed. �ILENT CHECK VALVE Mortor I�ned pipe, w�th exponded diometers thot compensote for the mortor lining, may require a bockup ring flonge. MODEL 888 $$Ui1 2. Proper centering o( ring gosket is importont to prevent internol volve leokoge. 3. The valve & odjocent piping must be supported & aligned to prevent stress from being tronsierred to the valve�s flon9es. The torquing ot the flonge bolts should then be done in severol groduote steps, ustny the number seque�ce shown below. The even looding of the flonge bolts will eliminote concentroted stresses which could frocture the volve�s flanges. 4. If used on the suction side of the system or for low pressure applicotions model 888R with Nitrile (Buna-N) seol is required. 1� 11 5� ��7 1 � 4 31 i �9 $J 2 J �2�6 INSTALLATION REQUIREMENTS 1 A RECOMMENOED FOR VERTICAL OR MAXIMUM ALLOWABLE INSIDE VALVE HORIZONTAL POSTIONS ONLY OIAMETER OF FLANGE � SEAT � \ � � IMPORTANT ANSI 816.5 COMPANION NOTE N0. 1 The motching componion flonge I.D. fLANGE W/ FULL FLATE FACE _ must overlop the volve seot. This is required for proper seot retention. VALVE NOTE N0. 2 The flange gosket must be properly RING OR FULL FACE GASKET BODY centered ond oi the size indicoted. This is required (1/8" MAX THICKNESS) to ochieve o seal between the seat 0.0. and the body I.O. interfoce oreo. MAXIMUM ALLOWABLE INSIDE RING GASKET DIMENSIONS DIAMETER OF FLANGE (SEE NOTE N0. 2) (SEE NOTE N0. t) VALVE GASKET GASKET 0.0. VALVE GASKET �SKET O.D. SIZE A SIZE A SIZE I.D. 125L8 250L8 SIZE I.O. 125L8 260L8 2.5 2.94 14 14.19 2.5 2.875 4,875 5.125 14 14,00 17.75 19.125 3 3.67 16 16.19 3 3.500 5.375 5.875 16 16.00 20.25 21.25 4 4.57 18 18,19 4 4,500 6.875 7.125 18 18.00 21.625 23.50 5 5.66 20 20.19 5 5.562 7,750 8.500 20 20.00 23.875 25.75 6 6.72 24 24,19 6 6.625 8.750 9.875 24 24.00 28.25 30.50 8 8.72 30 30.25 8 8.625 11.00 12.125 30 30.00 34.76 37.50 10 10.88 36 36.25 10 10.75 13.375 14.25 36 36.00 41.25 44.00 12 12.88 42 42.25 12 12.75 16.125 16.625 42 42.00 48.00 50.75 FOR REFERENCE U�5'E ONLY, �5'PEC1FIdAT10N� �S'UBJECT TO CHANCE WITHOU9' NOTICD. F�_ ��'��FLOMATIC CORPORAiION DATE: � ��Z�O� ••. GLENS FALLS, N.Y. 12801 OWG. NO.: S5O12.2 PHONE (518) 761-9797 Fnx (618) 761-9798 REV.: B (1/02) � SYLAX SERIES 149G BUTTERFLY VALVES Lug Type Butterfly Valve 2" trough 12" � - With 10 position lockabie handle (2"-12") or Gear Box (2"-12") _, A�plications and features Designed for water supply, HVAC and general industries. � Body types: Lug style with drilled and tapped lugs per ANSI 125/150#bolt circle. � Epoxy coating: internally and externally. • Ease of maintenance: interchangeable parts including discs, shafts, and liners- simplifying service and reduces maintenance costs • Blow out proof shaft • Spline driven one piece shaft connected to spherically machined disc allows high torque transmission i.e. quick response with minimum back-lash • Floating disc design allows self centring-preventing wear on the liner • Tongue and groove seat design assuring long term tightness • Extended service life with upper and lower anti-friction bearings � Standard ISO top flange for direct mounting of actuator • Lockable 10 positions handle" or gear operation �•for 8-12 inch sizes for pressures less than 100 psi o�iy� Technical features: � � Descri tion Material Valve Bod Cast Iron ASTM A126 Class GG25 E o Coatin Valve Disc Stainless Steel AISI 316 or, N lon coated Ductile Iron GGG40 � � Valve Seat EPDM Standard or Buna-N and other seat material available Valve Shaft Stainless Steel AISI 420 � Shaft Bushin s PTFE lubricated lated steel To Flan e ISO 5211 standards SYLAX Face to face API F)OJ t8bI8'I(ISO 5752 Gass 20,DIN 3202 part 3 Kt BS 5155 fable6 col.4) Pressure ratin 200 PSI/16 bar for ANSI 150 Flan e Simple,high Temperature rating Working temp:Min+46°F(+g°C)Max+230°F(+�10°C) quality EPDM Seat Liner Desi n tem erature ratin :Min-4°F -2o°C)Max+248°F(+120°C construction SYLAX Series 149G Part Numbers Size Metric Model Model Mode1149SS Model 149DI 149DI6 (Stainless Steel 149SSB (Ductile Iron (Bare shaft) Disc) (Bare shaft) Disc 2" 50 mm 149G 037290 149G 0372906 149G 037300 149G 0373008 2'/:" 65 149G 037291 149G 0372916 149G 037302 149G 0373026 3" 80 149G 037292 149G 0372926 149G 037303 149G 037303B 4" 100 149G 037293 149G 0372936 149G 037305 149G 0373056 5" 125 149G 037294 149G 0372946 149G 037306 149G 0373066 6" 150 149G 037295 149G 037295B 149G 037307 149G 037307B 8" 200 149G 037296 149G 037296B 149G 037308 149G0373086 10" 250 149G 037297 149G0372976 149G 037309 149G037309B 72" 300 149G 037299 149G0372996 149G037310 149G037310B ��: ;h�� :,+,. ;� � :'�� .�. � ..`��,�� .� ��"tif�'#;�°1t�'.,� www.flomatic.com IS Pruynslsland,Glens Falls,New York 12801 Phone.•518-761-9797 FcrY:518-791-9798 � _.�.,�.� .�.� SYLAX Model 149G Butterflv Valve Dimensions 0 0 � -+ \�. - ��' � �� v , m �.�r�; n m �air,�� M J-i �`_ O� �� _ � a � Wafer type t Z Side view `O ' °� Lug type �\ a�\ � . q J� E � F 5ize `� Dl�'�t',. -. A -''B $ ��C ��`�D . ; _"'f F ��' M �'� N� 1N�IGHT Lbs' ��m��.o � WaferT e�� L , �: � . � � . 2" -' S0 2.44 6.77 1.69 7.87 4.80 5.00 .12 .91 7.5 8.8 �Ys^•= 65 2.75 7.13 1.81 7.87 5.39 5.51 .35 1.77 8.4 11.1 ' 3" "k 80 3.50 7.36 1.81 7.87 4.96 7.71 .33 1.81 8.8 12.2 `: 4r' � 100 4.17 8.31 2.05 11.42 5.98 8.19 1.10 3.31 12.8 18.5 5" ,� 125 4.72 8.90 2.20 11.42 7.17 9.53 1.30 4.37 17.2 21.7 ` r. 6"+ >'' 150 5.2 9.41 220 11.42 8.11 10.63 179 5.43 18.1 26 $" �,? 200 6.46 11.54 2.36 17.72 10.43 13.19 2.71 7.54 36.6 50.8 ; .an"r_.:; 250 7.87 12.56 2.68 17.72 12.52 15.75 3.66 9.76 51.2 61.8 : 12"'�� 300 9.37 13.50 3.07 17.72 14.61 17.95 4.37 11.54 68.4 93 *Note:Cast iron body-ductile iron disc-EPDM liner.See other specification sheets for different types of SYLAX butterfly valve actuators. Material s ecification Item Qt Descri tion Materials 1 1 Bod Cast Iron ASTM A126 Class GG25 E o coated �g 14 13 18 12 2 1 Disc Stainless Steel AISI 316 or N lon/Ductile Iron GGG40 3 1 Shaft Stainless Steel AISI 420 5 4 1 Liner Standard EPDM standard,Buna-N O tional and other materia� ♦ :t>i 5 1 S rin cli Stainless steel ' � 6 1 "O"-Rin Nitrile 15 16 17 7 1 Bushin Glass filled Acteal � � 6 8 1 Metal ta Aluminium � 9 1 Safe bushin SS 304 L 8 � ' 9 10 1 Upper guide bushing PTFE on lated steel 10 11 1 Lower guide bushing PTFE on lated steel � 12 1 Ca Cast Iron ASTM A126 Class B FG25 3 ' � =�� l� 13 1 Hand lever Cast Iron ASTM A126 Class B FG25 � ' 14 1 Lever Cast Iron ASTM A126 Class B FG25 ��' '- -� � � 15 2 Ca screw Plated steel,SHCS `"� + ` 16 2 Sto washer Plated steel 2 17 2 Nut Plated steel 4 ` , s 11 18 1 Pin Stainless steel ' I' 19 1 S rin Stainless steel Installation � � .. Recommended Possible Possible Not recommended ��+�i� ��..r,y+��.'��"�5 FL�/V�ATIC�VALVES ._ � � � � � � .� _ � 3 ':� , ... x:u:,..xh. � ...r >, T': - . +. � ,�a.,::a,. : �e `+,.= s.#�; � ,,:::� , � . '.. , ...,� ,;.: � .. � . �� ,,., _ �^¢.: ¢ �, .r• � � 5 t' � A'�, , � ° ;. - �«r.'; r.... ; � . . � �,. 'r._� . .,, �„� -�- �-_.. �. ....� . ,.._.-.a _..,,. . . � . - . . .�.. �: -' . �� ,�.. 4�d`��`�` � � �.' _ �� .� ,�� y<�,"��,d.��' �.,wM � ,��: ��a�w�,,,u_,.�' .�: ,; �� .' �,.� �..�s, � .� i°I�tl� 1+'�tlV+� a�at��s�.d c�, r ��-f � Flomatic Valves High Quality Valves Built to Last... ODEL 109 OS&Y (Outside Screw & Yoke) AWWA C509 AN51 125# FEAT MATERIALS: o ' �._.w �"`'""�.."_" .�. Sizes: 2'h"- " Valve Body& Cast Iron ASTM A126 Class B Handwheel Max.working water pre re 250 PSI(1723 kPa) Max working water temper e 140°F(82°C� Covers Cast Iron ASTM A126 Class 8 - Hydrostatic test pressure 400 P 2758 kPa) End connection ANSI/ASME B16.1 Internals Cast Iron ASTM A126 Class B&NBR STANDARDS COMPLIANCE• Coating AWWA compliant G550&FDA Compliant � �.,� ► AWWA Compliant G509 . dge Cast Iron ASTM A126 Class B with UL�dassified 262 SBR coating(Styrene Butadine Rubber E �'` ULC�Gassified ASTM D-5000) ,„�.l.�,.�� fM�Approved 1120/1130 Elastomers una Nitrile FDA approved �. �.�� SI�25lBs ,�� .„, � =�� FIANGE ► ` �`��' � -' Fasteners Zinc p ed steei ASTM 7 Grade B& � � � � � ' wITH sTD. �� Y� Bronze B584 A 844 �� DHILLING �� , �E " � � k � ,� � � Stem Bronze AST CDA 867 � C g ��' � ` �� ` �- �� Options 1/Z" � e Tapping �,_��_� � '�_ � • APPLICATI : q y.;r Designe or installation on potable water lines,irriga �-------p•----�-� syst s,waterworks connections and fire systems. ��Y � �5 t� � i:.� � s�oc�ah� � F`�IF� �tt�it C�i 13�t;it !i"i� }'�%?! ' tl43I� di�!` STlFII yt�(�9 r+1'fl �i�.`�! E f^u`t'� I�s$ � kg .t-��`,� � �AI�tt��i � �� t 11�i� = 1"�. % tX9 F 1r'd t� i�3�� 5S ;; `+�°s� , �, _. y, �: � �'(r �4��'�` � �CG' �'�1 iC 7M'I.�� 1�71 : '& ,�a� �Z-� � ��t< �A � ?:i�X� � ""i� � �? 8 �2� 4�`id� �A � �7p �1� � �7.'rd ; �� < A�T:� � � `�iJ �4C�;��t 7Q'tt� �� I �ta i1 ��`� ' i� :§0.l:+ ��,G+1� € � 1� ".d"v P �1tr,�Jt�s�? ti=t1J ' 2�u �•t�P ; :'C i�-i,t�- 3�3 r 14 ;�a 4�*�� i =��?� �r t�i P�'i ��IE['�€r'l 1:� 3.'ttr ``-�+18 ; �f�' 1� � `F �5� �9:+1 i `.�li.5' �� ' '7C, MODEL 109 NRS (Non Rising Stem) AWWA C509 AN51 125# FEATURES: MATERIALS: �.,y.. .. o.. ,.....,:,:�'"� Sizes:2'r,"- 12" Valve Body& Dudile Iron ASTM A536 Gr 65-45-12 � '�` -� Handwheel �""""" Max working water pressure 250 PSI(1723 kPa) Covers ` �, Max working water temperature 140°F(82°C� '`sx � Hydrostatic test pressure 400 PSI(2758 kPa) Coating AWWA compliant C550&FDACompliant End connection ANSI/ASME 616.1 ��' �'� �&__� Wedge Ductile Iron ASTM A536 Gr 65-45-12 �'�---'- „ ANSI125LBS With EPDM coating E p � � ",� FLANGE STANDARDS COMPLIANCE: Elastomers EPDM FDA approved � � € � WITH STD. •AWWA Compliant C509 ' � � £ 4 DIULLING ��s�� -- Fasteners Zinc plated steel ASTM A307 Grade B& _ �� f � ��4-�'' ' � " Bronze ASTM 662 CDA 836 � � � '�x �:�� 3� � � � Stem Bronze ASTM B584 CDA 862 �� ` �� _,_._k ��r " �,� Optional 1/2"Side Tapping �� f k��M 6 -�r--•�—a--=- APPLICATION: � Designed for installation on potable water lines,irrigation systems,watenvorks connedions and fire systems. ..�'aai�;e �i� e?6 Ei ( Di � � 4tl�l�1�'t" t?�r�:, � �r�t � +s 3�� r,�.�h� rfi?�` ��r�,.� w hn!rn 3 s�� , r?��r' ; t°1� ; �tt�t �� `� .� 'I,�. ; fr� « �'i ? 1 F� 4�°� �t?`� '��3 T � 1�'� � a� °Ix� 1 t�Q ` "#,q ,.ta ' � � u�"'8 ;3F� t F.� � � �L�, � �� i� �fl� �#�t �:� �'-ia� �, 1a�`t � tt� �'� `; 'I�-tr9 � �F@� �k� �!�L. �1 i Sgl7 ; ��3 '#� 2�@ f�a".[� ;�i cl , �"�6 1�1 �5'� ': �� 1t'1 . �1� 7� 3�.� � � ��n �.: if� �� i ..��5 11 � �� .� i'� � �� :�� ' �� _ ,�._ � � 1,t�alJ�' �"a� 11 3�� 1F1� # 1��3 ;;� 1.3-1�L � �d-� � i+F .��- �+-13�1 7�1� �ci� �r*�� . ,...,.wf_ _�_a. �,._.-_ .�.,_e�.. N6..� -„..,... . _ �._. _____ �.__.�,__ �,. .,�, .�_m�_b� .�,4. .� ..� .... ,.m_. �� ._ m_._ � � ttl � 7?5Q . � i3� =�� °t-:�.t'1f� � 1t3 � �L� ' 1� 4�' :#� i9`� � 67F :�t� �fi;a � 1� � �fi! �44"i�` �� 56 �-1 S�S � #�! ��:' 1� 4�` ' �1�� 11Gi��, �t : ��1' Booster Pum Skid p Com onent Data Sheets p Gau es & Transducers g Bourdon Tube Pressure Gauges W1 KA All Stainless Steel Construction Industrial Series Liquid Fillable •Type 23X.53 Pressure Gauges Application Suitable for corrosive environments compatible with 316 ,�`"''�,;,_. stainless steel wetted parts, dry and liquid fillable case, where vibration and/or pressure pulsation occur in liquid or �� gaseous media which will not obstruct the pressure system. '�} ��, Sizes(A�I sizes not stocked) �� , 2" '/i'and 4" (50,63 and 100 mm) � ' .� � l �� £;:: �Accuracy �%- 2a2'/�' t 1.5% of span � i� �5, /�� t 1.0% of span(ASME B40.1 Grade 1A) Ranges(All ranges not stocked) iT Vacuum/Compound to 30"HG/0!200 PSI �°� � ' Pressure from 15 PSI to 15,000 PSI �"`�� ;" ` ':" or other equivalent units of pressure or vacuum Working Range 2"&2Y" Steady: 3/4 of full scale value � Fluctuating: 2/3 of full scale value Weather Protection Short time: full scale value Weather resistant(NEMA 3!IP 54)-dry case 4" Steady: Full scale value ��eather tight(NEMA 4X/IP 65)-liquid-filled case Fluctuating: 0.9 x full scale value Standard Scale Short time: 1.3 x full scale value �pSl Operating Temperature PSI, PSI/BAR, PSI/KPA, PSI/KG/CMZ(2'/"CBM) Ambient: -40°F to 140°F(-40°C to 60°C) Not07 Window Gasket Media: max.212°F(+100°C) Buna-N Temperature Error Case Filling Additional error when temperature changes from reference 232.53-None temperature of 68°F(20°C)±0.4%for every 18°F(10°C�233.53-Glycerine rising or falling. Percentage of span. Window Standard Features Polycarbonate Acryic(4") Connection ORDER OPTIONS(min. order may apply) Material: 316 stainless steel Custom dial layout ��Lower mount(LM) Steel zinc plated u-clamp bracket(field installable) Center back mount(CBM)2'/" Stainless steel u-clamp bracket(field installable) Lower back mount(LBM)4" Pressure compensating membrane window for filled gauges -�1/4"or 1/2"NPT limited to wrench flat area Stainless steel polished front flange(CBM or LBM only) Stainless steel rearflange Bourdon Tube 316 SS threaded restrictor Material: 316 stainless steel Glycerine,silicone,or fluorolube case filling(Type 233.53)�N°�„ �30"Hg(Vac)to 1000 PSI C-type-2"&2'/i' Special connections limited to wrench flat area 30"Hg(Vac)to 1500 PSI C-type-4' Other pressure scales available: 1500 PSI to 15,000 PSI helical type-2"&2'/" Bar,kPa,MPa, Kg/cm z and dual scales 2000 PSI to 15,000 PSI helical type-4" DIN standards Movement Cleaned for oxygen service Stainless steel Externally adjustable red drag pointer(max.hand) Externally adjustable red mark pointer(set pointer) Dial White aluminum with black lettering. 2Yz��w'tth StOp p111. Note 1 Temperature Ranges (Liquid filled gauges) Glycerine: -4°F to 140°F(-20°C to 60°C) Pointer Silicone: -40°F to 140°F(-40°C to 60°C) Blackaluminum,non-adjustable Case 304 stainless steel with vent plug and SS crimping ring. Welded case/socket connection APM 23X.53 (APM 02.13) Dimensions: "' c N � � A' �G p� S I` S� --i D � T � D 1 II " � H � T(npt) � T(npt) W(sq.) W(sq.) E 23X.53 LM/CBM/LBM 23X,� CBM/LBM/FF � c AN` Sr� �, N A. Sr� -� D D H � � T(npt) = W�SQ') W�SQ•) = T(NPT) -{E 2ax.� LM/RF 23X.53 CBM/LBM/UC A"NOMINAL SIZE NPE/SIZE WEIGHT KEY A` B C D E G H J L M N S T W 23X.53 0.271bs. mm 50 48 30 50 12 53 -- 3.6 6.5 71 60 5.5 -- 14 2„ +0.06 Ibs. if filled in 2 1.89 1.18 1.97 0.47 2.09 0.14 0.26 2.80 2.36 0.22 1/4" 0.55 23X.53 0.361bs. mm 63 54 32 62 13 54 -- 3.6 7.5 85 75 6.5 -- 14 Z 5„ +0.08 Ibs. if filled in 2.5 2.13 1.26 2.44 0.51 2.13 0.14 0.30 3.35 2.95 0.26 1/4" 0.55 23X.53 1.101bs. mm 100 87 48 100 15.5 79.5 30 4.8 9 132 116 8 -- 22 4„ +0.66 Ibs. if filled in 4 3.43 1.89 3.94 0.61 3.13 1.18 0.19 0.35 5.20 4.57 0.31 1/2" 0.87 NOTE For 1/4"NPT connections on 3"and 4"gauges,reduce B'dimension by 5 mm/OA2 in. Panel cut-out dimensions:D+1 mm THE MEASUREOF Total Performance� Ordering Information: W 1 KA State computer part number(if available)/type number/size/ range/connection size and location/options required. WIKA Instrument Corporation Specificetlons given in this price list represent the state of engi�eering at the time of prirning. 1000 Wiegand Boulevard Modrfications may take place and the specified materials may change without prior notice Lawrenceville, Georgia 30043-5868 Te1: 770-513-8200 Fax: 770-338-5118 05/02 http://www.wika.com e-mail: info@wika.com Data sheet MBS 3000 pressure transmitter for industrial applications Inuoduction • Designed for use in severe industrial environments • Enslosure and wetted parts of acid- resistant stainless steel(AISI 316L) • All standard output signals:4-20 mA, 0-5 V, 1-5V, 1-6V,0-10V • A wide range of pressure and electrical connections • Temperature compensated and laser calibrated � R • Typical applications: ��' - Pumps - Compressors - Pneumatics -Water treatment Dimensions Orderin ype c e $ 2 5 7 1 3 Page 4 AMP Superseal AMP Econoseal IEC 947-5-2 ISO 15170-A1-3.2-Sn DIN 43650,Pg 9 2 m screened cable 1.5 series (male) J series (male) M12x1,4-pin (Bayonet plug) 130 - 'sa 3s 51 _ I 23 �„ � �� M �� N �qg "�g � N� M £ l � N T� 39 � SY E$ 3< ( I � �i1C o33 �=27 M �ry a� � ^ �� 0 21.3 ;� — � � �x � 3S N � ° M I �° m �� . N a� a ap � ' ` �.c�O �m Z M ° M o< 017,3 ox ��' 011 �= as a18,8 �� ata, t�17�5 � Ordering '/a-18 NPT '/:-14 NPT DIN 3852-E-G'/� G'/aA G'/eA G Y?A Gasket: (EN 837) (EN 837) (EN 837) DIN 3869-14 Type code AC04 AC08 GB04 A604 AB06 AB08 page 4 Data sheet Pressure transmitter for industrial application MBS 3000 Technical data Main specifications Pressure connections see pag 1 Measuring ranges [bar] 0-1 0-1.6 0-2.5 0-4 0-6 0-10 0-16 0-25 0-40 0-60 0-100 0-160 0-250 0-400 0-600 Output signals 4- 0 mA 0-5 V 1-5 V 1-6 V 0-10 V Electrical connections see page 3 Performance(IEC 770) ±0.5%FS(typ.) Accuracy ±1%FS (max.) Non-linearity(best fit straight line) <_±0.5%FS Hysteresis and repeatability <_t0.1%FS <±0.1%FS/10K (typ.) Thermal zero point shift o <±0.2/o FS/10K(max.) <±0.1%FS/10K (typ.) Thermal sensitivity (span) shift <±0.2%FS/10K(max.) Response time <4 ms Overload pressure 6 x FS(max. 1500 bar) Burst pressure 6 x FS(max.2000 bar) Durability,P:10-90%FS >10x106 cycles Electrical specifications Nom. out ut signal (short-circuit protected) 4-20 mA 0-5, 1-5,1-6 V d.c. 0-10 V d.c. Suppiy voltage[UB], polarity proteded 9-�32 V d.c. 9�30 V d.c. 15�30 V d.c. Supply-current consumption - <_5 mA <_8 mA Supply voltage dependency <_t0.05%FS/10 V Current limitation 34 mA(typ.) - (linear output up to 1.5x nom,range) Output impedance - <2552 Load[R�](load conneded to 0� R�<_(Ue 9�/0.02 R�?10 kS2 R�>_15 k52 Environmental conditions Medium temperature range -4p-�+g5°C Ambient temperature range (depending on electrical connection) see page 3 Compensated temperature range 0�+gp�� Transport temperature range -50->+85°C EMC-Emission EN 61000-6-3 Electrostatic discharge Air mode S kV EN 61000-6-2 Contact mode 4 kV EN 61000-6-2 EMC-Immunity RF fieid 10 V/m,26 MHz-1 GHz EN 61000-6-2 conducted 10 V,�,150 kHz-30 MHz EN 61000-6-2 burst 4 kV(CM),Clamp EN 61000-6-2 Transient surge 1 kV(CM,DM), Rg=4252 EN 61000-6-2 Insulation resistance >100 Mf2 at 100 V d.c. Mains frequency test 500 V,50 Hz SEN 361503 Vibration stability Sinusoidal 15.9 mm-pp, 5Hz-25Hz IEC 60068-2-6 20 g,25 Hz-2 kHz Random 7.5 g�,s,5 Hz-1 kHz IEC 60068-2-34,IEC 6006&2-36 Shock resistance Shock 500 g/1 ms IEC 60068-2-27 Free fall IEC 60068-2-32 EnGosure (depending on electrical connection) see page 3 Mechanical characteristics Wetted parts DIN 1744a1.4404(AISI 316 L) Materials Enclosure DIN 17440-1.4404(AISI 316 L) Eledriqi connections see page 3 Weight(depending on pressure connection and electrical connection) 0.2-0.3 kg Data sheet Pressure transmitter for industrial application MBS 3000 Electrical connections Type code,page 4 1 2 5 7 8 3 DIN 43650,Pg 9 AMP Econoseal IEC 947-5-2 ISO 15170-A1-3.2-Sn AMP Superseal 2 m screened cable J series (male) M12x1 (Bayonet plug) 1.5 series(male) - i �� 'i� !� � � , �� i � ' � �El��, ' — _ ' � �- i i / e ' �o , l �� '�l � �� Ambient temperature -40—>+85°C -40 —j +85°C -25 -� +85°C -40 —> +85°C -40 —> +85°C -30 —� +85°C Enc/osure IP 65 IP 67 IP 67 IP 67/IP 69K IP 67 �P67 Materia/s Glass filled Glass filled Nicke�plated Glass filled Glass filled Poyolifin cable polyamid,PA 6.6 polyamid,PA 6.6'� brass, CuZn/N polyester, PBT polyamid,PA 6.62> with PEshrinkagetubing Electrical connection, 4-20 mA output(2 wire) Pin 1:+supply Pin 1:+supply Pin 1:+supply Pin 1:+supply Pin 1:+supply Brown wire: +supply Pin 2:=supply Pin 2:=supply Pin 2:Not used Pin 2:=supply Pin 2:=supply Black wire:=supply Pin 3:Not used Pin 3:Not used Pin 3:Not used Pin 3:Ventilation Pin 3:Not used Red wire:Not used Earth:Connected to Pin 4:=supply Pin 4:Not used Orange: Not used MBS housing Screen: Not connected to MBS housing E/ectrical connection, 0-5V, 1-5V, 1-6V, 0-lOV output Pin 1:+supply Pin 1:+supply Pin 1:+supply Pin 1:+supply Pin 1:+supply Brown wire:Output Pin 2:=supply Pin 2:=supply Pin 2:not used Pin 2:Output Pin 2:=supply Black wire:=supply Pin 3:Output Pin 3:Output Pin 3:Output Pin 3:Ventitation Pin 3:Output Red wire:+supply Earth: Connected to Pin 4:=supply Pin 4:=supply Orange: Not used MBS housing Screen: Not connected to MBS housing '� Female plug:Glass filled polyester, PBT a Wire: PETFE(teflon) Protection sleeve: PBT mesh (polyester) Data sheet Pressure transmitter for industrial application MBS 3000 Ordering of standard Pressure Pressure range MBS 3000 with connection pe Type Code no. DIN 43650 plug Pg 9 0-1 bar MBS 3000 1011-1 AB04 060G1113 0-1.6 bar MBS 3000 1211-1 AB04 060G1429 0-2.5 bar MBS 3000 1411-1 A604 060G1122 0-4 bar MBS 3000 1611-1 AB04 060G1123 0-6 bar MBS 3000 1811-1 A604 060G1124 0-10 bar MBS 3000 2011-1 A604 060G1125 G'/a A 0-16 bar MBS 3000 2211-1 A804 060G1133 (EN 837) 0-25 bar MBS 3000 2411-1 A604 060G1430 0-40 bar MBS 3000 2611-1 AB04 060G1105 0-60 bar MBS 3000 2811-1 A604 060G1106 0-100 bar MBS 3000 3011-1 AB04 060G1107 0-160 bar MBS 3000 3211-1 AB04 060G1112 0-250 bar MBS 3000 3411-1 AB04 060G1111 0-400 bar MBS 3000 3611-1 A604 060G1109 0-600 bar MBS 3000 3811-1 AB04 060G1110 Ordering of special versiOns MBS 3000 Pressure connection(see page 1) Measuring A B 0 4 ... G �/4 A(EN 837) ran e A B 0 6 ... G'/e A(EN 837) 0- bar........... 1 0 A B 0 8 ... G �/2 A{EN 837) 0- 1.6 bar........ 1 2 A C 0 4 ... Y4 -18 NPT 0-2.5 bar........ 1 4 A C 0 8 ... Y-14 NPT 0-4 bar......,.... 1 6 G B 0 4 ... DIN 3852-E-G'/a, 0-6 bar........... 1 8 Gasket: DIN 3869-14 NBR 0- 10bar......... 2 0 0- 16bar......... 22 0-25 bar......... 2 4 0-40 bar......... 2 6 0-60 bar......... 2 8 0-100 bar....... 3 0 Electrical connection(see pages 1 and 3) 0-160 bar....... 3 2 1 ............................... Plug, DIN 43650,Pg 9 0-250 bar....... 3 4 2 ...............................')Plug,AMP Econoseal,J series, male, 0-400 bar....... 3 6 excl.female plug 0-600 bar....... 3 8 3 ............................... Screened cable, 2 m 5 ...............................`)Plug, IEC 947-5-2, M12 x 1, male, excl.female plug , Pressure 7 ............................... Plug ISO 15170-A1-3.2-Sn, male, reference excl.female plug Gauge (relativ) ................. 1 8 ...............................•) Plug,AMP Superseal 1.5 series male, Absolute ............................ 2 excl.female plug ")Gauge versions only available as sealed gauge versions OutPut signal 1 ........................................4-20 mA 2 ........................................0- 5 V 3 ........................................ 1 - 5 V 4 ........................................ 1 - 6 V 5 ........................................0-10 V Danfass can accept no responsibiliry for possiWe errors in catalogues,brochures and other p�inted material.Danfoss reserves the right to aRer its products without notice.This also applies to products already on order provided that such alterations can be made without su6sequential changes being necessary In specifications already agreed. All trademarks in this matenal are property of the respedive campanies.Danfoss and the Dantoss logotype are trademarks of Danfoss A/S.All rights reserved. DK-6430 Nordborg Denmark Booster Pum Skid p Dimensions �i� d- Lf� _ ' - � � � � - - � � d O �, S � Q I�0� U U I� � � � ('�� 00 � Ul � - - � O � 0 �J O � O O � O O O � O O 0 0 0 � � 0 0 0 0 O O O O O p O O p O ��