Automation systems Drive solutions Controls Inverters Motors Gearboxes Engineering tools

Transcription

1 L-fore atalogue Autoation systes Drive solutions Controls Inverters Motors Gearboxes Engineering tools Motors: MH three-phase AC otors, MD three-phase AC otors Gearboxes: Helial-bevel gearboxes, Bevel gearboxes, Helial-wor gearboxes

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3 Contents of the L-fore atalogue About Lenze Lenze akes any things easy for you. A atter of priniple: the right produts for every appliation. L-fore produt portfolio Autoation systes Controller-based Autoation Drive-based autoation Drive solutions HighLine tasks StateLine tasks BaseLine tasks Controls Cabinet Controller Panel Controller ' Controller 3200 C I/O syste 0 Controller p500 Monitor panel Inverters Deentralised Cabinet Inverter Drives 00 prote Inverter Drives 00 ote Inverter Drives SMV IP65 Servo Drives 9400 HighLine Inverter Drives 00 TopLine Servo-Inverters i700 Inverter Drives 00 HighLine Inverter Drives 00 StateLine Inverter Drives SMV IP31 Inverter Drives 00 BaseLine Inverter Drives sd Motors Servo otors Three-phase AC otors MCS synhronous servo otors MD KS synhronous servo otors SDSGS synhronous servo otors MQA asynhronous servo otors MCA asynhronous servo otors SDSGA asynhronous servo otors MF three-phase AC otors MH three-phase AC otors MD three-phase AC otors Basi MD/MH three-phase AC otors Gearboxes Planetary gearboxes Shaft-ounted helial gearboxes Helial-bevel gearboxes Helial gearboxes Bevel gearboxes Helial-wor gearboxes Wor gearboxes Engineering tools Navigator Drive Solution Designer Drive Solution Catalogue Engineer PLC Designer VisiWinNET EASY Starter Seleted portfolio Additional portfolio

4 Lenze akes any things easy for you. With our otivated and oitted approah, we work together with you to reate the best possible solution and set your ideas in otion - whether you are looking to optiise an existing ahine or develop a new one. We always strive to ake things easy and seek perfetion therein. This is anhored in our thinking, in our servies and in every detail of our produts. It's as easy as that! 1 Developing ideas Are you looking to build the best ahine possible and already have soe initial ideas? Then get these down on paper together with us, starting with sall innovative details and strething all the way to opletely new ahines. Working together, we will develop an intelligent and sustainable onept that is perfetly aligned with your speifi requireents. 2 Drafting onepts We see weloe hallenges in your ahine tasks, supporting you with our oprehensive expertise and providing valuable ipetus for your innovations. We take a holisti view of the individual otion and ontrol fun- tions here and draw up onsistent, end-toend drive and autoation solutions for you - keeping everything as easy as possible and as extensive as neessary. 3 Ipleenting solutions Our easy forula for satisfied ustoers is to establish an ative partnership with fast deision aking proesses and an individu- ally tailored offer. We have been using this easy priniple to eet the ever ore speial- ised ustoer requireents in the field of ahine building for any years. 4 Manufaturing ahines Produtivity, reliability and new perforane peaks on a daily basis these are our key suess fators for your ahine. After deliv- ery, we offer you leverly devised servie onepts to ensure ontinued safe operation. The priary fous here is on tehnial sup- port, based on the exellent appliation ex- pertise of our highly-skilled and knowledgeable after-sales tea. Funtional diversity in perfet harony: as one of the few full-range providers in the arket, we an provide you with preisely those produts that you atually need for any ahine task no ore and no less. Our L- fore produt portfolio, a onsistent platfor for ipleenting drive and autoation tasks, is invaluable in this regard. 5 Ensuring produtivity

5 A atter of priniple: the right produts for every appliation. Lenze's extensive L-fore produt portfolio follows a very siple priniple. The funtions of our finely saled produts are assigned to the three lines Base-Line, State- Line or High-Line. But what does this ean for you? It allows you to quikly reognise whih produts represent the best solution for your own speifi requireents. Powerful produts with a ajor ipat: Easy handling High quality and durability Reliable tehnologies in tune with the latest developents Lenze produts undergo the ost stringent testing in our own laboratory. This allows us to ensure that you will reeive onsistently high quality and a long servie life. In addition to this, five logistis entres ensure that the Lenze produts you selet are available for quik delivery anywhere aross the globe. It's as easy as that!

6 L-fore produt portfolio Controls Engineering tools

7 L-fore produt portfolio Inverters

8 L-fore produt portfolio Motors

9 L-fore produt portfolio Gearboxes

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11 Motors MD/MH three-phase AC otors HP 1... HP (IE2)

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13 MD/MH three-phase AC otors Contents General inforation Aessories List of abbreviations Produt key Produt inforation Funtions and features Motor inverter assignent Diensioning Standards and operating onditions Rated data for 50 Hz Rated data for Hz Rated data for 87 Hz Diensions, self-ventilated (2-pole) Diensions, self-ventilated (4-pole) Diensions, self-ventilated (6-pole) Diensions, fored ventilated (2-pole) Diensions, fored ventilated (4-pole) Diensions, fored ventilated (6-pole) Diensions, 00 ote inverter Spring-applied brake Resolver Inreental enoder and SinCos absolute value enoder Blowers Teperature onitoring Terinal box Connetors ICN onnetor M12 onnetor HAN onnetor Handwheel Centrifugal ass 2nd shaft end Protetion over 5.8/ / / / / / / / / / / / / / / / / / / / / / / /9-5.8/9-5.8/ / / / / / /9

14 MD/MH three-phase AC otors General inforation List of abbreviations η % η 75 % η 50 % os ϕ I N I ax J M a M b M ax M N n N P N P ax [%] [%] [%] [A] [A] [lbs-in²] [r/in] [HP] [HP] Effiieny Effiieny Effiieny Power fator Rated urrent Max. urrent onsuption Moent of inertia Mass Starting torque Stalling torque Max. torque Rated torque Rated speed Rated power Max. power input U ax U in U N, Δ U N, Y [V] [V] [V] [V] Max. ains voltage Min. ains voltage Rated voltage Rated voltage CE CSA DIN EMC EN IEC IM IP NEMA UL UR VDE CCC GOST URus UkrSEPRO Counauté Européenne Canadian Standards Assoiation Deutshes Institut für Norung e.v. Eletroagneti opatibility European standard International Eletrotehnial Coission International Mounting Code International Protetion Code National Eletrial Manufaturers Assoiation Underwriters Laboratory Listed Produt Underwriters Laboratory Reognized Produt Verband deutsher Elektrotehniker (Assoiation of Geran Eletrial Engineers) China Copulsory Certifiate Certifiate for Russian Federation Cobined ertifiation arks of UL for the USA and Canada Certifiate for Ukraine 5.8/9 5.8/9-4

15 MD/MH three-phase AC otors General inforation Produt key 5.8/9 5.8/9-5

16 MD/MH three-phase AC otors General inforation Produt inforation Speial otors have been designed for diret attahent to Lenze gearboxes. These otors are attahed to the gearbox without the use of a luth. Torque transission between the toothing and the otor shaft is frition-loked via a tapered onnetion here. This otor design eans that the geared otors only require a sall installation spae. 5.8/9 Basi versions 9 brake sizes eah available with several braking torques an The otor winding is inverter-opatible even in the standard be obined with the three-phase AC otors. version. The LongLife version of the brake an easily reah 10 x 10 6 The theral sensors integrated as standard allow for peranent swithing yles. teperature onitoring and are oordinated to the otor winding's teperature lass F (311 F). an be fitted for speed and position detetion. A resolver and various inreental and absolute value enoders The otors of the basi version are adapted to abient onditions For fast oissioning, the otors are also available with onnetors for the power onnetion, brake, blower and feedbak. by enlosure IP55. In tough operating onditions, the surfae and orrosion protetion Instead of an integral fan, the otor an optionally be equipped syste is provided to reliably protet the otor fro orrosive with a blower. No torque redution is then neessary, even at edia. speeds below 20 Hz. For drive tasks in deentralised appliations, the otor an be ordered with the ote inverter onneted to the terinal box. The otors are available with UL/CSA, GOST, CCC and UkrSepro approval. Sooth start/braking is possible by inreasing the otor's entrifugal ass with a ast iron fan. The otor an be equipped with a handwheel for anual setup or eergeny operations. To protet the fan fro falling objets, the fan over an be equipped with a protetion over. A 2nd shaft end is available for further odifiations. 5.8/9-6

17 MD/MH three-phase AC otors General inforation Funtions and features Size Motor Spring-applied brake Design Feedbak Design Teperature sensor Theral ontat Theral detetor PTC theristor Motor onnetion Power onnetion Brake onnetion Blower onnetion Feedbak onnetion Teperature sensor onnetion Shaft bearings Position of the loating bearing Bearing type Colour Further options 1) With 2-pole otors not available. 063 Standard or Long Life design Redued or standard braking torque With retifier With anual release lever Low noise Resolver Inreental enoder Absolute value enoder (ulti-turn) TKO KTY KTY-130 PTC Terinal box ICN onnetor HAN10E onnetor HAN odular onnetor Terinal box ICN onnetor HAN odular onnetor HAN10E onnetor Terinal box ICN onnetor Terinal box ICN onnetor Terinal box TKO or PTC at onnetor in the power onnetion KTY at onnetor in the feedbak onnetion Standard otors (B3, B5, B14): side B Motors for gearbox diret ounting: side A Deep-groove ball bearing with high-teperature resistant grease, 2 sealing diss or over plates Pried Not oated Paint in various orrosion-protetion designs in aordane with RAL olours Protetion over 071 Inreased entrifugal ass Protetion over Handwheel 2nd shaft end 5.8/9 5.8/9-7

18 MD/MH three-phase AC otors General inforation Funtions and features 5.8/9 Size Motor Spring-applied brake Design Feedbak Design Teperature sensor Theral ontat Theral detetor PTC theristor Motor onnetion Power onnetion Brake onnetion Blower onnetion Feedbak onnetion Teperature sensor onnetion Shaft bearings Position of the loating bearing Bearing type Colour Further options Standard or Long Life design Redued, standard or inreased braking torque With retifier With anual release lever Low noise Resolver Inreental enoder Absolute value enoder (ulti-turn) TKO KTY KTY-130 PTC Terinal box ICN onnetor HAN10E onnetor HAN odular onnetor Terinal box ICN onnetor HAN odular onnetor HAN10E onnetor Terinal box ICN onnetor Terinal box ICN onnetor Terinal box TKO or PTC at onnetor in the power onnetion KTY at onnetor in the feedbak onnetion Standard otors (B3, B5, B14): side B Motors for gearbox diret ounting: side A Deep-groove ball bearing with high-teperature resistant grease, 2 sealing diss or over plates Pried Not oated Paint in various orrosion-protetion designs in aordane with RAL olours Inreased entrifugal ass Protetion over Handwheel 2nd shaft end 5.8/9-8

19 MD/MH three-phase AC otors General inforation Funtions and features Size Motor Spring-applied brake Design Feedbak Design Teperature sensor Theral ontat Theral detetor PTC theristor Motor onnetion Power onnetion Brake onnetion Blower onnetion Feedbak onnetion Teperature sensor onnetion Shaft bearings Position of the loating bearing Bearing type Colour Further options 112 Terinal box ICN onnetor HAN10E onnetor HAN odular onnetor Terinal box ICN onnetor HAN odular onnetor HAN10E onnetor 132 Standard design Redued, standard or inreased braking torque With retifier With anual release lever Low noise Resolver Inreental enoder Absolute value enoder (ulti-turn) TKO KTY KTY-130 PTC Terinal box ICN onnetor HAN odular onnetor Terinal box ICN onnetor HAN odular onnetor Terinal box ICN onnetor Terinal box ICN onnetor Terinal box TKO or PTC at onnetor in the power onnetion KTY at onnetor in the feedbak onnetion Standard otors (B3, B5, B14): side B Motors for gearbox diret ounting: side A 1 Terinal box HAN odular onnetor Terinal box HAN odular onnetor Deep-groove ball bearing with high-teperature resistant grease, 2 sealing diss or over plates Pried Not oated Paint in various orrosion-protetion designs in aordane with RAL olours Inreased entrifugal ass Protetion over Handwheel 2nd shaft end Protetion over 5.8/9 5.8/9-9

20 MD/MH three-phase AC otors General inforation Funtions and features 5.8/9 Size Motor Spring-applied brake Design Feedbak Design Teperature sensor Theral ontat Theral detetor PTC theristor Motor onnetion Power onnetion Brake onnetion Blower onnetion Feedbak onnetion Teperature sensor onnetion Shaft bearings Position of the loating bearing Bearing type Colour Further options Standard design Redued, standard or inreased braking torque With retifier With anual release lever Low noise Resolver Inreental enoder Absolute value enoder (ulti-turn) TKO KTY KTY-130 PTC Terinal box Terinal box Terinal box ICN onnetor Terinal box ICN onnetor Terinal box Standard otors (B3, B5, B14): side B Motors for gearbox diret ounting: side A 225 Drive end Deep-groove ball bearing with high-teperature resistant grease, 2 sealing diss or over plates Pried Not oated Paint in various orrosion-protetion designs in aordane with RAL olours 5.8/9-10

21 MD/MH three-phase AC otors General inforation Funtions and features Surfae and orrosion protetion For optiu protetion of three-phase AC otors against abient onditions, the surfae and orrosion protetion syste (OKS) offers tailor-ade solutions. Various surfae oatings ensure that the otors operate reliably even at high air huidity, in outdoor installation or in the presene of atospheri ipurities. Any olour fro the RAL Classi olletion an be hosen for the top oat. The three-phase AC otors are also available unpainted (no surfae and orrosion protetion). Surfae and orrosion protetion syste OKS-G (pried) OKS-S (sall) OKS-M (ediu) OKS-L (high) Appliations Measures Dependent on subsequent top oat applied 1K priing oat (grey) Standard appliations Internal installation in heated buildings Air huidity up to 90% Internal installation in non-heated buildings Covered, proteted external installation Air huidity up to 95% External installation Air huidity above 95% Cheial industry plants Food industry Surfae oating as per orrosivity ategory C1 (in line with EN ) Surfae oating as per orrosivity ategory C2 (in line with EN ) Surfae oating as per orrosivity ategory C3 (in line with EN ) Optional easures: Motor reesses sealed off (on request) Blower over and B end shield additionally pried Srews zin-oated Cable glands with gaskets Corrosion-resistant brake with over ring, stainless frition plate, and hroe-plated arature plate (on request) Struture of surfae oating Surfae and orrosion protetion syste Corrosivity ategory DIN EN ISO Surfae oating Struture Colour Without OKS (unoated) OKS-G (pried) OKS-S (sall) OKS-M (ediu) OKS-L (high) C1 C2 C3 1K priing oat 2K-PUR top oat 1K priing oat 2K-PUR top oat 2K-EP priing oat 2K-PUR top oat Standard: RAL 7012 Optional: RAL Classi 5.8/9 5.8/9-11

22 MD/MH three-phase AC otors General inforation Motor inverter assignent Rated frequeny 50/ Hz Deentralised inverter 00 ote (EDVB) Inverter Drives 00 (EAV) Rated power Motor Produt key Inverter P N [HP] 0.16 MD MD MD MD MD MD MD MH EDVB 3714S 2 EDVB 5514S 2 EDVB 7514S 2 EAV EAV EAV EAV MH EDVB 1124S 2 EAV MH EDVB 1524S 2 EAV MH -12 EDVB 2224S 2 EAV MH -32 EDVB 3024S 2 EAV MH EDVB 4024S 2 EAV MH EDVB 5524S 2 EAV MH EDVB 7524S 2 EAV MH 1-22 EAV MH 1-32 EAV MH EAV MH EAV MH EAV MH EAV /9.0 MH EAV /9-12

23 MD/MH three-phase AC otors General inforation Motor inverter assignent Rated frequeny 87 Hz Deentralised inverter 00 ote (EDVB) Inverter Drives 00 (EAV) Rated power Motor Produt key Inverter P N [HP] 0.28 MD MD MD MD MD MD MD MH EDVB 5514S 2 EDVB 7514S 2 EDVB 1124S 2 EDVB 1524S 2 EAV EAV EAV EAV MH EDVB 2224S 2 EAV MH EDVB 3024S 2 EAV MH -12 EDVB 4024S 2 EAV MH -32 EDVB 5524S 2 EAV MH EDVB 7524S 2 EAV MH EAV MH EAV MH 1-22 EAV MH 1-32 EAV MH EAV /9 5.8/9-13

24 MD/MH three-phase AC otors General inforation Diensioning Torque derating at low otor frequenies Motor size-dependent torque redution, taking into aount the theral response during operation on the inverter. Torque harateristis 5.8/9 A = Operation with integral fan and brake B = Operation with integral fan and brake ontrol "Holding urrent redution" The otor speifiations stated in this atalogue for inverter operation apply to operation with a Lenze inverter. If you are unertain, get in touh with the anufaturer of the inverter to ask whether the devie is apable of driving the otor with the stated speifiations (e.g. setting range, base frequeny). You an use the Drive Solution Designer for preise drive diensioning. The Drive Solution Designer helps you to arry out a fast and highquality drive diensioning. The software inludes well-founded and proven knowledge on drive appliations and eletro-ehanial drive oponents. Please ontat your Lenze sales offie. 5.8/9-14

25 MD/MH three-phase AC otors Standards and operating onditions Enlosure EN 529 Energy effiieny lass IEC IEC Approval Class Teperature lass IEC/EN 034-1; utilisation IEC/EN 034-1; insulation syste (enael-insulated wire) Min. abient operating teperature Max. abient teperature for operation With power redution Site altitude Asl Max. speed T opr,in [ F] IP55 IE2 Methodology for easuring effiieny URus/UL Energy-verified 1) CCC GOST-R UkrSepro B F T opr,ax [ F] 40.0 T opr,ax [ C].0 H ax n ax [ft] [r/in] ) Motor frae size 225, in preparation. In the European Union, the ErP Diretive stipulates iniu effiieny levels for three-phase AC otors. Geared three-phase AC otors that do not onfor with this Diretive do not eet CE requireents and ust not be arketed in the European Eonoi Area. For further inforation about the ErP Diretive and the Lenze produts to whih it relates, please refer to the brohure entitled "International effiieny diretives for threephase AC otors". 5.8/9 5.8/9-15

26 MD/MH three-phase AC otors General inforation Rated data for 50 Hz 2-pole otors P N n N U N, Δ I N, Δ U N, Y ± 10 % I N, Y I a /I N ± 10 % [HP] [r/in] [V] [A] [V] [A] MD MD MD MD M N M a M b os ϕ η 75 % [%] η % [%] J 1) [lbs-in²] 1) MD MD MD MD pole otors P U 2) N n N N, Δ I N, Δ U N, Y ± 10 % I N, Y I a /I N ± 10 % [HP] [r/in] [V] [A] [V] [A] MD MD MD MD MD MD MD /9 M N M a M b os ϕ η 75 % [%] η % [%] J 1) [lbs-in²] 1) MD MD MD MD MD MD MD ) Without aessories 2) Operation at 87 Hz is possible with 4-pole otors whose rated data at 50 Hz displays the voltage values Δ 230 V. With otor frae sizes to , the required voltage ust also be speified in your order. 5.8/9-16

27 MD/MH three-phase AC otors Rated data for 50 Hz 4-pole otors P U 2) N n N N, Δ I N, Δ U N, Y ± 10 % I N, Y I a /I N ± 10 % [HP] [r/in] [V] [A] [V] [A] MH MH MH MH MH MH MH MH MH 1-22 MH 1-32 MH MH MH MH MH ) ) ) ) ) ) ) ) ) M N M a M b os ϕ η 50 % [%] η 75 % [%] η % [%] J 1) [lbs-in²] 1) MH MH MH /9 MH MH MH MH MH MH MH MH MH MH MH MH ) Without aessories 2) Operation at 87 Hz is possible with 4-pole otors whose rated data at 50 Hz displays the voltage values Δ 230 V. With otor frae sizes to , the required voltage ust also be speified in your order. 3) Star/delta start-up possible at 400 V. 5.8/9-17

28 MD/MH three-phase AC otors Rated data for 50 Hz 6-pole otors P N n N U N, Δ I N, Δ U N, Y ± 10 % ± 10 % [HP] [r/in] [V] [A] [V] I N, Y [A] I a /I N MD MD MD MD M N M a M b os ϕ η 75 % η % J 1) 1) [%] [%] [lbs-in²] MD MD MD MD ) Without aessories 5.8/9 5.8/9-18

29 MD/MH three-phase AC otors General inforation Rated data for Hz All otors, designed for 265/4 V, an also be used in D-onnetion o30 V / Hz. The noinal power, speed and torque will be alost the sae, but the starting torque will be less than above entioned. All otors have a servie fator SF=5 at Hz. The servie fator is an indiation of how uh overload a otor an withstand when operating norally within the orret voltage toleranes. 2-pole otors P N n N U N, Δ I N, Δ U N, Y ± 10 % I N, Y I a /I N ± 10 % [HP] [r/in] [V] [A] [V] [A] MD MD MD MD M N M a M b os ϕ η 75 % [%] η % [%] J 1) [lbs-in²] 1) MD MD MD MD pole otors P U 2) N n N N, Δ I N, Δ U N, Y ± 10 % I N, Y I a /I N ± 10 % [HP] [r/in] [V] [A] [V] [A] MD MD MD MD MD MD /9 MD M N M a M b os ϕ η 75 % [%] η % [%] J 1) [lbs-in²] 1) MD MD MD MD MD MD MD ) Without aessories 2) Operation at 87 Hz is possible with 4-pole otors whose rated data at Hz displays the voltage values Δ 265 V. With otor frae sizes to , the required voltage ust also be speified in your order. 5.8/9-19

30 MD/MH three-phase AC otors Rated data for Hz 4-pole otors All otors, designed for 265/4 V, an also be used in D-onnetion o30 V / Hz. The noinal power, speed and torque will be alost the sae, but the starting torque will be less than above entioned. All otors have a servie fator SF=5 at Hz. The servie fator is an indiation of how uh overload a otor an withstand when operating norally within the orret voltage toleranes. P U 2) N n N N, Δ I N, Δ U N, Y ± 10 % I N, Y I a /I N ± 10 % [HP] [r/in] [V] [A] [V] [A] MH MH MH MH MH MH MH MH MH 1-22 MH 1-32 MH MH MH MH MH ) ) ) ) ) ) ) ) ) /9 M N M a M b os ϕ η 50 % [%] η 75 % [%] η % [%] J 1) [lbs-in²] 1) MH MH MH MH MH MH MH MH MH MH MH MH MH MH MH ) Without aessories 2) Operation at 87 Hz is possible with 4-pole otors whose rated data at Hz displays the voltage values Δ 265 V. With otor frae sizes to , the required voltage ust also be speified in your order. 3) Star/delta start-up possible at 4 V. 5.8/9-20

31 MD/MH three-phase AC otors Rated data for Hz 6-pole otors All otors, designed for 265/4 V, an also be used in D-onnetion o30 V / Hz. The noinal power, speed and torque will be alost the sae, but the starting torque will be less than above entioned. All otors have a servie fator SF=5 at Hz. The servie fator is an indiation of how uh overload a otor an withstand when operating norally within the orret voltage toleranes. P N n N U N, Δ I N, Δ U N, Y ± 10 % ± 10 % [HP] [r/in] [V] [A] [V] I N, Y [A] I a /I N MD MD MD MD M N M a M b os ϕ η 75 % η % J 1) 1) [%] [%] [lbs-in²] MD MD MD MD ) Without aessories 5.8/9 5.8/9-21

32 MD/MH three-phase AC otors Rated data for 87 Hz 4-pole otors P N n N M N M ax U N, Δ ± 10 % I N, Δ os ϕ η 50 % η 75 % η % J 1) 1) [HP] [r/in] [V] [A] [%] [%] [%] [lbs-in²] MD MD MD MD MD MD MD MH MH MH MH MH MH MH MH MH MH MH MH MH MH MH ) Without aessories 5.8/9 5.8/9-22

33 MD/MH three-phase AC otors Diensions, self-ventilated (2-pole) Motor type MDEMAXX MDEMABR MDEMABL MDEMALL Motor frae size Δ k Δ k Δ k Δ k [inh] [inh] [inh] [inh] /9 5.8/9-23

34 MD/MH three-phase AC otors Diensions, self-ventilated (4-pole) Motor type MDEMAXX MDEMABR MDEMABS MDEMABI MDEMABA MDEMABL MDEMARS MDEMAIG MDEMAAG MDEMALL Motor frae size Δ k Δ k Δ k Δ k Δ k Δ k [inh] [inh] [inh] [inh] [inh] [inh] /9 5.8/9-24

35 MD/MH three-phase AC otors Diensions, self-ventilated (4-pole) Motor type MHEMAXX MHEMABR MHEMABS MHEMABI MHEMABA MHEMALL MHEMARS MHEMAIG MHEMAAG Motor frae size Δ k Δ k Δ k Δ k [inh] [inh] [inh] [inh] /9 5.8/9-25

36 MD/MH three-phase AC otors Diensions, self-ventilated (6-pole) Motor type MDEMAXX MDEMABR MDEMABS MDEMABI MDEMABA MDEMABL MDEMARS MDEMAIG MDEMAAG MDEMALL Motor frae size Δ k Δ k Δ k Δ k Δ k Δ k [inh] [inh] [inh] [inh] [inh] [inh] /9 5.8/9-26

37 MD/MH three-phase AC otors Diensions, fored ventilated (2-pole) Motor type MDFMAXX MDFMABR Motor frae size Δ k Δ k k 4 g 3 2 n 3 P 6 [inh] [inh] [inh] [inh] [inh] [inh] [] x M16x 5.8/9 5.8/9-27

38 MD/MH three-phase AC otors Diensions, fored ventilated (4-pole) Motor type MDFMAXX MDFMABR MDFMABS MDFMABI MDFMABA MDFMARS MDFMAIG MDFMAAG Motor frae size Δ k Δ k Δ k Δ k k 4 g 3 2 n 3 P 6 [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [] x M16x 5.8/9 5.8/9-28

39 MD/MH three-phase AC otors Diensions, fored ventilated (4-pole) Motor type MHFMAXX MHFMABR MHFMABS MHFMABI MHFMABA MHFMARS MHFMAIG MHFMAAG Motor frae size Δ k Δ k Δ k Δ k k 4 g 3 2 n 3 P 6 [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [] x M16x 5.8/9 5.8/9-29

40 MD/MH three-phase AC otors Diensions, fored ventilated (6-pole) Motor type MDFMAXX MDFMABR MDFMABS MDFMABI MDFMABA MDFMARS MDFMAIG MDFMAAG Motor frae size Δ k Δ k Δ k Δ k k 4 g 3 2 n 3 P 6 [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [] x M16x 5.8/9 5.8/9-30

41 MD/MH three-phase AC otors Diensions, 00 ote inverter Rated frequeny 50/ Hz Produt key Motor Inverter g 1, 50Hz 1, 50Hz, 50Hz x 50Hz [inh] [inh] [inh] [inh] MD MD EDVB 3714S 2 EDVB 5514S MH EDVB 7514S MH MH EDVB 1124S 2 EDVB 1524S MH -12 MH -32 EDVB 2224S 2 EDVB 3024S /9 MH EDVB 4024S MH MH EDVB 5524S 2 EDVB 7524S /9-31

42 MD/MH three-phase AC otors Diensions, 00 ote inverter Rated frequeny 87 Hz Produt key Motor Inverter g 1, 87Hz 1, 87Hz, 87Hz x 87Hz [inh] [inh] [inh] [inh] MD MD EDVB 3714S 2 EDVB 5514S MD MD EDVB 7514S 2 EDVB 1124S MH EDVB 1524S /9 MH MH EDVB 2224S 2 EDVB 3024S MH -12 MH -32 EDVB 4024S 2 EDVB 5524S MH EDVB 7524S /9-32

43 MD/MH three-phase AC otors Aessories Spring-applied brake Three-phase AC otors an be fitted with a spring-applied brake. This is ativated after the supply voltage is swithed off (losed-iruit priniple). For optiu adjustent of the brake otor to the appliation, a range of braking torques and ontrol versions is available for every otor frae size. For appliations with very high operating frequenies the brake is also available in a Long Life version, with reinfored ehanial brake oponents. Features Versions Control Standard DC supply 1 x 10 6 Repeating swithing yles AC supply via retifier in the terinal box 1 x 10 6 Reversing swithing yles LongLife Enlosure 10 x 10 6 Repeating swithing yles Without anual release IP55 15 x 10 6 Reversing swithing yles With anual release IP54 Assignent of 2-pole otors and brakes Frition lining Non-asbestos, low wearing Options Manual release UL/CSA approval Noise-redued Design Standard LongLife Motor frae size Size Brake Rated torque Size Brake Rated torque M k M k /9 5.8/9-33

44 MD/MH three-phase AC otors Aessories Spring-applied brake Assignent of 4-pole otors and brakes Design Standard LongLife Motor frae size Size Brake Rated torque Size Brake Rated torque M k M k 5.8/ /9-34

45 MD/MH three-phase AC otors Aessories Spring-applied brake Assignent of 4-pole otors and brakes Design Standard LongLife Motor frae size Size Brake Rated torque Size Brake Rated torque M k M k 5.8/9 5.8/9-35

46 MD/MH three-phase AC otors Aessories Spring-applied brake Assignent of 6-pole otors and brakes Design Standard LongLife Motor frae size Size Brake Rated torque Size Brake Rated torque M k M k /9 5.8/9-36

47 MD/MH three-phase AC otors Aessories Spring-applied brake Diret onnetion without retifier If the brake is ativated diretly without a retifier, a freewheeling diode or a spark suppressor is required to protet against indution peaks. Supply voltages DC 24 V DC 180 V DC 205 V Connetion via ains voltage with brake retifier If the brake is not diretly supplied with DC voltage, a retifier is required. This is inluded in the sope of supply and is loated in the terinal box of the otor. The retifier onverts the AC voltage of the onnetion into DC voltage. The following retifiers are available: Half-wave retifier, 6-pole Ratio of supply voltage to brake oil voltage = 2 Approved by UL/CSA Supply voltages AC 230 V AC 400 V AC 4 V Bridge retifier, 6-pole Ratio of supply voltage to brake oil voltage = 1 Supply voltage AC 230 V 5.8/9 5.8/9-37

48 MD/MH three-phase AC otors Aessories Spring-applied brake Connetion via ains voltage with brake retifier Bridge/half-wave retifier, 6-pole Ratio of supply voltage to brake oil voltage up to overexitation tie = 1 beyond overexitation tie = 2 Supply voltages: AC 230 V AC 400 V During the swithing operation the bridge/half-wave retifier funtions as a bridge retifier for the overexitation tie t ü and then as a half-wave retifier. This obination optiises the perforane of the brake depending on the assignent of brake oil voltage and supply voltage: Short-tie overexitation of the brake oil Ativating the brake oil for the overexitation tie t ü with twie the rated voltage allows the disengageent tie to be redued. The brake opens ore quikly and wear on the frition lining is redued. These features ake this ativation version partiularly suitable for lifting appliations. It is therefore only available in obination with a brake with inreased braking torque. Holding urrent redution (old brake) By reduing the holding urrent, the bridge/half-wave retifier is able to redue the power input to the open brake. As the brake heats up less, this type of ativation is known as "old brake". 5.8/9 5.8/9-38

49 MD/MH three-phase AC otors Aessories Spring-applied brake Perissible frition energy 5.8/9 Q =Swithing energy per swithing yle S h =Operating frequeny Brake size = /9-39

50 MD/MH three-phase AC otors Aessories Spring-applied brake Rated data with redued braking torque Please enquire for braking torques and axiu swithing work values not listed here. Size Coil power P in [HP] Braking torque M B M B M B M B ) ) 1800 M B ) 3000 M B ) ) 30 Maxiu swithing energy M B ) Q E [KJ] Q E [KJ] Q E [KJ] Q E [KJ] ) ) 1800 Q E [KJ] ) 3000 Q E [KJ] ) 1 1) 30 Transition operating frequeny Q E [KJ] ) S hü [1/h] Moent of inertia J [lbs-in²] Mass 5.8/9 1) In the region of the load liit the value for frition energy Q BW an be redued to 40 % /9-40

51 MD/MH three-phase AC otors Aessories Spring-applied brake Rated data with redued braking torque Ativation via half-wave or bridge retifier Size Frition energy Delay tie Engaging Rise tie Braking torque Engageent tie Disengageent tie Q BW t 11 t 12 t 1 t 2 [MJ] [s] [s] [s] [s] Ativation via bridge/half-wave retifier Design Size Frition energy Overexitation tie Min. rest tie Delay tie Engaging Rise tie Braking torque Engageent tie Disengageent tie Q BW t ü t t 11 t 12 t 1 t 2 [MJ] [s] [s] [s] [s] [s] [s] Holding urrent redution (old brake) /9 The brake response and appliation ties are guide values. The engageent tie is 10 ties longer with AC-side swithing. With the axiu air gap the disengageent tie t 2 depending on the brake and ontrol is up to 4 ties longer than the disengageent tie with the rated air gap. 5.8/9-41

52 MD/MH three-phase AC otors Aessories Spring-applied brake Rated data with standard braking torque Please enquire for braking torques and axiu swithing work values not listed here. Size Coil power P in [HP] Braking torque M B M B M B M B ) ) 1800 M B ) 3000 M B ) ) 30 Maxiu swithing energy M B ) Q E [KJ] Q E [KJ] Q E [KJ] Q E [KJ] ) ) 1800 Q E [KJ] ) 3000 Q E [KJ] ) 1 1) 30 Transition operating frequeny Q E [KJ] ) S hü [1/h] Moent of inertia J [lbs-in²] Mass 5.8/9 1) In the region of the load liit the value for frition energy Q BW an be redued to 40 % /9-42

53 MD/MH three-phase AC otors Aessories Spring-applied brake Rated data with standard braking torque Ativation via half-wave or bridge retifier Size Frition energy Delay tie Engaging Rise tie Braking torque Engageent tie Disengageent tie Q BW t 11 t 12 t 1 t 2 [MJ] [s] [s] [s] [s] Ativation via bridge/half-wave retifier Design Size Frition energy Overexitation tie Min. rest tie Delay tie Engaging Rise tie Braking torque Engageent tie Disengageent tie Q BW t ü t t 11 t 12 t 1 t 2 [MJ] [s] [s] [s] [s] [s] [s] Holding urrent redution (old brake) /9 The brake response and appliation ties are guide values. The engageent tie is 10 ties longer with AC-side swithing. With the axiu air gap the disengageent tie t 2 depending on the brake and ontrol is up to 4 ties longer than the disengageent tie with the rated air gap. 5.8/9-43

54 MD/MH three-phase AC otors Aessories Spring-applied brake Rated data with inreased braking torque Please enquire for braking torques and axiu swithing work values not listed here. Size Coil power P in [HP] Braking torque M B M B M B M B ) ) 315 1) ) 1800 M B ) 3000 M B ) 8.4 1) ) 30 Maxiu swithing energy M B ) Q E [KJ] Q E [KJ] Q E [KJ] Q E [KJ] ) ) ) ) 1800 Q E [KJ] ) 3000 Q E [KJ] ) 1 1) 1 1) 30 Transition operating frequeny Q E [KJ] ) S hü [1/h] Moent of inertia J [lbs-in²] Mass 5.8/ ) In the region of the load liit the value for frition energy Q BW an be redued to 40 %. Ativation via half-wave or bridge retifier Size Frition energy Q BW [MJ] Delay tie Engaging Rise tie t 11 [s] Braking torque Engageent tie t 12 [s] t 1 [s] Disengageent tie t 2 [s] /9-44

55 MD/MH three-phase AC otors Aessories Spring-applied brake Rated data with inreased braking torque Ativation via bridge/half-wave retifier Design Size Frition energy Overexitation tie Min. rest tie Delay tie Engaging Rise tie Braking torque Engageent tie Disengageent tie Q BW t ü t t 11 t 12 t 1 t 2 [MJ] [s] [s] [s] [s] [s] [s] Holding urrent redution (old brake) Design Size Frition energy Overexitation tie Min. rest tie Delay tie Engaging Rise tie Braking torque Engageent tie Disengageent tie Q BW t ü t t 11 t 12 t 1 t 2 [MJ] [s] [s] [s] [s] [s] [s] Over-exitation /9 The brake response and appliation ties are guide values. The engageent tie is 10 ties longer with AC-side swithing. With the axiu air gap the disengageent tie t 2 depending on the brake and ontrol is up to 4 ties longer than the disengageent tie with the rated air gap. 5.8/9-45

56 MD/MH three-phase AC otors Aessories Spring-applied brake Manual release lever Motor frae size Size Brake k 5 Δ k h 5 d 12 [inh] [inh] [inh] [inh] 5.8/ The following obinations with anual release lever and otor onnetion in the sae position are not possible: HAN onnetor with onnetion in position 1 Inverter ote Terinal box of otor sizes 071, 080, 090 for brake and retrating (M MA BR/BS/BA/BI) 5.8/9-46

57 MD/MH three-phase AC otors Aessories Resolver Stator-fed resolver with two stator windings offset by 90 and one rotor winding with transforer winding. The three-phase AC otors with resolver annot be used for speed-dependent safety funtions in onnetion with the SM 301 safety odule. Produt key Auray Absolute positioning Max. input voltage DC Max. input frequeny Ratio Stator / rotor Rotor ipedane Stator ipedane Ipedane Min. insulation resistane At DC 500 V Nuber of pole pairs U in,ax f in,ax Z ro Z so Z rs R ± 5 % ['] [V] [Hz] [Ω] [Ω] [Ω] [Ω] RS revolution j j j /9 5.8/9-47

58 MD/MH three-phase AC otors Aessories Inreental enoder and SinCos absolute value enoder The three-phase AC otors with inreental enoders or SinCos absolute value enoders annot be used for speed-dependent safety funtions in onnetion with the SM 301 safety odule. Enoder type 5.8/9 Produt key Enoder type Pulses Output signals Interfaes Absolute revolutions Auray Min. input voltage DC Max. input voltage DC Max. urrent onsuption Liit frequeny Inverter assignent U in,in U in,ax I ax f ax ['] [V] [V] [A] [khz] IG128-24V- H 128 A, B trak EAVSC EAVHC HTL inreental IG512-24V-H 512 HTL 8.00 IG V-H EAVHC IG V-H IG512-5V-T 512 TTL inreental IG1024-5V-T 1024 TTL EAVTC E94A ECS EVS93 IG2048-5V-T 2048 SinCos absolute value AM1024-8V-H Multiturn Vss Hiperfae Inverters Inverter Drives 00 StateLine (EAVSC) Inverter Drives 00 HighLine (EAVHC) Inverter Drives 00 TopLine (EAVTC) Servo-Inverters Servo Drives 9400 (E94A) 9300 servo inverters (EVS93) Servo Drives ECS 5.8/9-48

59 MD/MH three-phase AC otors Aessories Blowers The use of a blower enables operation below 20 Hz without torque derating. Rated data for 50 Hz Size Motor Nuber of phases 0 Connetion ethod U in [V] 230 U ax [V] 277 P ax [HP] Δ Y Δ Y Δ Y I ax [A] Δ Y Δ Y Δ Y Δ Y Δ Y Δ Y /9 5.8/9-49

60 MD/MH three-phase AC otors Aessories Blowers Rated data for 50 Hz Size Motor Nuber of phases 0 Connetion ethod U in [V] 230 U ax [V] 277 P ax [HP] Δ Y Δ Y I ax [A] Rated data for Hz 5.8/9 Size Motor Nuber of phases 0 Connetion ethod U in [V] 230 U ax [V] 277 P ax [HP] Δ Y Δ Y Δ Y Δ Y Δ Y Δ Y Δ Y Δ Y Δ Y Δ Y Δ Y I ax [A] /9-50

61 MD/MH three-phase AC otors Aessories Teperature onitoring The theral sensors are integrated in the windings. The use of an additional otor protetion swith is reoended. TKO theral ontats Funtion Operating teperature Min. reset teperature Max. reset teperature Max. input urrent Max. input voltage AC T T in T ax I in,ax U in,ax [F] [F] [F] [A] [V] NC ontat PTC theristor Funtion Operating teperature 311 F Rated resistane -4 F 2 F Standard T R N R N R N [F] [Ω] [Ω] [Ω] Sudden hange in resistane DIN DIN VDE 06 Part /9 5.8/9-51

62 MD/MH three-phase AC otors Aessories Teperature onitoring KTY teperature sensor Funtion Rated resistane Max. input urrent -13 F 302 F 338 F -13 F 338 F R N R N R N I in,ax I in,ax [Ω] [Ω] [Ω] [A] [A] KTY Continuous resistane hange KTY-130 Continuous resistane hange Variation of resistane 5.8/9 If the detetor is supplied with a easured urrent of 1 A, the above relationship between the teperature and the resistane applies. 5.8/9-52

63 MD/MH three-phase AC otors Aessories Terinal box The three-phase AC otors are designed for operation at a onstant ains frequeny and with an inverter. For 50Hz operation, the otors are operated in Δonfiguration at 230 V or in star onfiguration at 400 V. For inverter operation, the base frequeny has been speified as 87 Hz at a rated voltage of 400 V in Δonfiguration. In the standard version, the otors are onneted in the terinal box. As an option, the otors are also available with the onnetors desribed on the following pages as long as the perissible ratings are not exeeded. Motor terinal box - built-on aessories assignent: 4-pole / 6-pole otors Motor type M MAXX M MARS M MAIG M MAAG M MAZE M MAHA M MALL M MALZ M MALH Motor frae size Terinal box KK1 KK1 KK1 KK1 KK1 KK1 KK1 KK1 KK3 KK3 KK3 KK2 KK2 KK2 KK2 KK2 KK2 KK2 KK3 KK3 KK3 KK3 KK2 KK2 KK2 KK2 KK2 KK3 KK1 KK1 KK1 KK2 KK1 KK1 KK1 KK1 KK1 KK2 KK1 KK1 5.8/9 5.8/9-53

64 MD/MH three-phase AC otors Aessories Terinal box Motor terinal box - built-on aessories assignent: 4-pole / 6-pole otors Motor type M MABR M MABS M MABI M MABA M MABZ M MABH M MABL Motor frae size Terinal box 5.8/ KK2 KK2 KK2 KK2 KK2 KK2 KK2 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK3 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK2 KK3 5.8/9-54

65 MD/MH three-phase AC otors Aessories Terinal box Motor terinal box - built-on aessories assignent: 2-pole otors Motor type M MAXX M MAZE M MALL M MALZ Motor frae size Terinal box KK1 KK1 KK1 KK1 KK1 KK1 KK1 KK2 KK2 KK2 KK2 KK2 KK3 KK1 KK1 KK1 KK1 KK1 KK1 KK2 KK2 KK2 KK2 KK2 KK3 Motor type MD MABR MD MABZ MD MABL Motor frae size Terinal box KK2 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK3 5.8/9 5.8/9-55

66 MD/MH three-phase AC otors Aessories Terinal box Diensions of KK1 For otors with otor terinal box KK1, the onnetor position an be seleted in aordane with the terinal box position. If preferred positions are not speified in the order, the able entry will be positioned as irled on the diagra below. Size Motor x g 1 1 P 1 P 2 [inh] [inh] [inh] [inh] [] [] ) ) ) ) ) ) M16x M20x 1) M20x M20x M20x M25x 5.8/ M32x M32x 1) UL/CSA approval: URus 5.8/9-56

67 MD/MH three-phase AC otors Aessories Terinal box Cable entry position when using KK1 Terinal box in positio Terinal box in position 3 Terinal box in position 4 Terinal box in position 5 5.8/9 5.8/9-57

68 MD/MH three-phase AC otors Aessories Terinal box Diensions of KK2 Size Motor x g 1 1 P 1 P 2 [inh] [inh] [inh] [inh] [] [] M16x M20x M20x M25x /9 5.8/9-58

69 MD/MH three-phase AC otors Aessories Terinal box Diensions of KK3 Size Motor x g 1 1 P 1 P 2 P 3 P 4 P 5 [inh] [inh] [inh] [inh] [] [] [] [] [] M25x M32x M20x M20x M50x M16x M63x 1) M50x 1) M16x M16x 5.8/9 1) Cable entry only possible at one position. Terinal box positio: able entry at position 5. Terinal box position 3: able entry at positio. Terinal box position 4: able entry at position 3. Terinal box position 5: able entry at position /9-59

70 MD/MH three-phase AC otors Aessories Connetors ICN, HAN and M12 onnetors (only for IG128-24V-H inreental enoder) are available for the three-phase AC otors. ICN onnetor A onnetor is used for power, brake and teperature onitoring. The onnetions to the feedbak syste and the blower eah eploy a separate onnetor. Connetion for power, brake and teperature onitoring The onnetors an be rotated through 270 and are fitted with a bayonet ath for SpeedTe onnetors. As this onnetor is also opatible with onventional union nuts, existing ating onnetors an ontinue to be used without diffiulty. The otor onnetion is deterined in the terinal box and ust be heked before oissioning. ICN 6 5.8/9 Pin assignent Contat Designation 1 BD1 / BA1 2 BD2 / BA2 PE PE 4 U 5 V Meaning Brake +/AC Brake /AC PE ondutor Phase U power Phase V power 6 W Phase W power ICN 8 Pin assignent Contat Designation 1 U PE PE 3 V 4 W A TB1 / TP1 / R1 B TB2 / TP2 / R2 C BD1 / BA1 D BD2 / BA2 Meaning Phase U power PE ondutor Phase V power Phase W power Theral sensor: TKO/PTC/ +KTY Theral sensor: TKO/PTC/-KTY Brake +/AC Brake /AC 5.8/9 -

71 MD/MH three-phase AC otors Aessories ICN onnetor Feedbak onnetion All enoder systes (apart fro IG128-24V-H) are also available with an ICN onnetor fixed to the otor terinal box for exeptionally fast oissioning. The onnetors are fitted with a bayonet fixing, whih is also opatible with onventional union nuts. Existing ating onnetors an therefore ontinue to be used without diffiulty. Resolver Pin assignent Contat Designation Meaning 1 2 +Ref -Ref Transforer windings 3 +VCC ETS Supply: Eletroni naeplate 4 5 +COS -COS Cosine stator windings 6 7 +SIN -SIN Sine stator windings 8 9 Not assigned KTY -KTY KTY teperature sensor 5.8/9 Hiperfae inreental enoder and SinCos absolute value enoder Pin assignent Contat Designation B A A +U B GND Z Z B +KTY -KTY Meaning Trak B/+SIN Trak A inverse/-cos Trak A/+COS Supply + Mass Zero trak inverse/-rs485 Zero trak/+rs485 Not assigned Trak B inverse/-sin Not assigned KTY teperature sensor 5.8/9-61

72 MD/MH three-phase AC otors Aessories ICN onnetor Motor terinal box with ICN onnetors - built-on aessories assignent: 2-pole otors Motor type M MAXX M MAZE M MALL M MALZ Motor frae size Terinal box with ICN onnetor KK1 KK1 KK1 KK1 KK1 KK1 KK1 KK2 KK2 KK2 KK2 KK2 KK3 KK1 KK1 KK1 KK1 KK1 KK1 KK2 KK2 KK2 KK2 KK2 KK3 Motor type M MABR M MABZ M MABL Motor frae size Terinal box with ICN onnetor 5.8/ KK2 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK3 5.8/9 -

73 MD/MH three-phase AC otors Aessories ICN onnetor Motor terinal box with ICN onnetors - built-on aessories assignent: 4-pole / 6-pole otors Motor type M MAXX M MARS M MAIG M MAAG M MAZE M MAHA M MALL M MALZ M MALH Motor frae size Terinal box with ICN onnetor KK1 KK1 KK1 KK1 KK1 KK1 KK1 KK1 KK2 KK2 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK2 KK3 KK1 KK1 KK1 KK2 KK1 KK1 KK1 KK1 KK1 KK2 KK1 KK1 5.8/9 5.8/9-63

74 MD/MH three-phase AC otors Aessories ICN onnetor Motor terinal box with ICN onnetors - built-on aessories assignent: 4-pole / 6-pole otors Motor type M MABR M MABS M MABI M MABA M MABZ M MABH M MABL Motor frae size Terinal box with ICN onnetor KK2 KK2 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK2 KK3 KK2 KK2 KK2 KK2 KK2 KK3 5.8/9 5.8/9-64

75 MD/MH three-phase AC otors Aessories ICN onnetor Diensions of KK1 For otors with onnetors, the onnetor position an be seleted in aordane with the terinal box position. If preferred positions are not speified in the order, the onnetor will be positioned as irled on the diagra below. Size Motor x g 1 1 [inh] [inh] [inh] [inh] /9 5.8/9-65

76 MD/MH three-phase AC otors Aessories ICN onnetor Connetor position when using KK1 Terinal box in positio Terinal box in position 3 Terinal box in position 4 Terinal box in position 5 5.8/9 5.8/9-66

77 MD/MH three-phase AC otors Aessories ICN onnetor Diensions of KK2/KK3 For otors with onnetors, the onnetor position an be seleted in aordane with the terinal box position. If preferred positions are not speified in the order, the onnetor will be positioned as irled on the diagra below. Size Motor x g 1 1 x 7 x 8 z 1, ax [inh] [inh] [inh] [inh] [inh] [inh] [inh] / /9-67

78 MD/MH three-phase AC otors Aessories ICN onnetor Connetor position when using KK2/KK3 Terinal box in positio Terinal box in position 3 Terinal box in position 4 Terinal box in position 5 5.8/9 5.8/9-68

79 MD/MH three-phase AC otors Aessories ICN onnetor Blower onnetion The blower is also optionally available with an ICN onnetor fixed to the terinal box of the blower for exeptionally fast oissioning. The onnetors are fitted with a bayonet fixing, whih is also opatible with onventional union nuts. Existing ounter plugs an therefore ontinue to be used without diffiulty. Blower 1-ph Pin assignent Contat Designation PE PE 1 U1 2 U Meaning PE ondutor Fan Not assigned Blower 3-ph Pin assignent Contat Designation PE PE 1 U 2 3 V W Meaning PE ondutor Phase U power Not assigned Phase V power Not assigned Phase W power 5.8/9 5.8/9-69

80 MD/MH three-phase AC otors Aessories ICN onnetor Diensions of blower Size Motor k 4 g 3 2 n 3 [inh] [inh] [inh] [inh] /9 In addition, the over of the blower terinal box (inluding onnetors) an be rotated progressively through 90 if neessary. 5.8/9-70

81 MD/MH three-phase AC otors Aessories M12 onnetor IG128-24V-H inreental enoder onnetion As a standard this inreental enoder is equipped with a onnetion able of about 0.5 length and with a oon industry standard M12 onnetor at its end. Pin assignent Contat Designation +U B B GND Meaning Supply + Trak B Mass 4 A Trak A 5.8/9 5.8/9-71

82 MD/MH three-phase AC otors Aessories HAN onnetor 10E In the ase of the retangular HAN-10E onnetors, all six ends of the three winding phases are taken out to the power ontats. The otor iruit is therefore deterined in the ating onnetor. Pin assignent Contat Meaning 1 Terinal board: U1 2 Terinal board: V1 3 Terinal board: W1 4 Brake +/AC 5 Brake -/AC 6 Terinal board: W2 7 Terinal board: U2 8 Terinal board: V2 9 Theral sensor: +KTY/PTC/TKO 10 Theral sensor: KTY/PTC/TKO 5.8/9 5.8/9-72

83 MD/MH three-phase AC otors Aessories HAN onnetor Modular The onnetor is available with two different power odules (16 A or 40 A), depending on the rated otor urrent. The otor onnetion is deterined in the terinal box and ust be heked before oissioning. HAN odular 16 A Pin assignent Module Contat B C 5 Meaning Duy odule Theral sensor: +KTY/PTC/TKO Brake +/AC Brake -/AC Retifier: Swithing ontat 6 Theral sensor: KTY/PTC/TKO HAN odular 40 A Pin assignent Module Contat 1 A 2 3 B C Meaning Terinal board: U1 Terinal board: V1 Terinal board: W1 Duy odule Theral sensor: +KTY/PTC/TKO Brake +/AC Brake -/AC Retifier: Swithing ontat Theral sensor: KTY/PTC/TKO 5.8/9 5.8/9-73

84 MD/MH three-phase AC otors Aessories HAN onnetor Motor terinal box with HAN onnetors - built-on aessories assignent: 2-pole otors Motor type M MAXX M MABR M MAZE M MABZ M MALL M MABL M MALZ Motor frae size Terinal box with HAN onnetor HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN odular 5.8/9 5.8/9-74

85 MD/MH three-phase AC otors Aessories HAN onnetor Motor terinal box with HAN onnetors - built-on aessories assignent: 4-pole / 6-pole otors Motor type M MAXX M MABR M MAZE M MAHA M MABZ M MABH M MALL M MABL M MALZ M MALH Motor frae size Terinal box with HAN onnetor HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN odular HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN-10E HAN odular HAN odular 5.8/9 5.8/9-75

86 MD/MH three-phase AC otors Aessories HAN onnetor Diensions 4.37 For otors with onnetors, the onnetor position an be seleted in aordane with the terinal box position. Unless the onnetor position is speified, it will be supplied in position 1. Size Motor g4 x3 x4 [inh] [inh] [inh] /9 5.8/9-76

87 MD/MH three-phase AC otors Aessories HAN onnetor Position of onnetor Connetor in positio Connetor in position 3 Connetor in position 4 Connetor in position 5 5.8/9 5.8/9-77

88 MD/MH three-phase AC otors Aessories Handwheel Design Funtion Note Handwheel ade fro alloy, sooth wheel surfae Manual operation: Eergeny operation Setting-up operation for ahines/systes The inreased oent of inertia ust be taken into aount during projet planning! For frequent swithing operations, in partiular if the diretion of rotation hanges: Please ontat Lenze. Size Motor Moent of inertia Additional J [lbs-in²] Mass Additional /9 5.8/9-78

89 MD/MH three-phase AC otors Aessories Handwheel Diensions, self-ventilated (4/6-pole) Motor type Built-on aessories M MAHA M MABH M MALH Motor frae size Δ k k 3 8 d 8 [inh] [inh] [inh] [inh] /9 5.8/9-79

90 MD/MH three-phase AC otors Aessories Centrifugal ass Note Funtion Design The inreased oent of inertia ust be taken into aount during projet planning! For frequent swithing operations, in partiular if the diretion of rotation hanges: Please ontat Lenze. Inreased otor entrifugal ass for sooth starting/braking Integral fan ade fro ast iron Motor frae size Moent of inertia Additional J [lbs-in²] Mass Additional /9 5.8/9-80

91 MD/MH three-phase AC otors Aessories 2nd shaft end Diensions, self-ventilated (2-pole) Motor type Built-on aessories M MAZE M MABZ M MALZ 5.8/9 Motor frae size Δ k k 3 4 d 4 d 4 d 5 d 7 1) l 4 l 7 l 8 u 2 t 2 [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] M5 M6 M6 M10 M10 M ) During operation, appropriate easures ust be taken to ake fan over opening safe. 5.8/9-81

92 MD/MH three-phase AC otors Aessories 2nd shaft end Diensions, self-ventilated (4/6-pole) 5.8/9 Motor type Built-on aessories M MAZE M MABZ M MALZ Motor frae size Δ k k 3 4 d 4 d 4 d 5 d 7 1) l 4 l 7 l 8 u 2 t 2 [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] [inh] M5 M5 M5 M6 M6 M ) During operation, appropriate easures ust be taken to ake fan over opening safe. 5.8/9-82

93 MD/MH three-phase AC otors Aessories Protetion over Diensions, self-ventilated (2-pole) Motor type M MAXX M MABR M MABL M MALL Motor frae size Δ k Δ k Δ k Δ k k 3 g [inh] [inh] [inh] [inh] [inh] [inh] /9 5.8/9-83

94 MD/MH three-phase AC otors Aessories Protetion over Diensions, self-ventilated (4/6-pole) Motor type M MAXX M MABR M MABS M MABI M MABA M MABL M MARS M MAIG M MAAG M MALL 5.8/9 Motor frae size Δ k [inh] Δ k [inh] Δ k [inh] Δ k [inh] Δ k [inh] Δ k [inh] k 3 [inh] g 6 [inh] /9 -

95 MD/MH three-phase AC otors Aessories Protetion over Diensions, fored ventilated (2-pole) Motor type M MAXX M MABR Motor frae size Δ k [inh] Δ k [inh] g 6 [inh] 5.8/ /9-85

96 MD/MH three-phase AC otors Aessories Protetion over Diensions, fored ventilated (4/6-pole) Motor type M MAXX M MABR M MABS M MABI M MABA M MARS M MAIG M MAAG 5.8/9 Motor frae size Δ k Δ k Δ k g 6 [inh] [inh] [inh] [inh] /9 -

97 MD/MH three-phase AC otors Aessories 5.8/9 5.8/9-87

98 MD/MH three-phase AC otors Aessories 5.8/9 5.8/9-88

99 Gearboxes Helial-bevel gearboxes GKS MD/MH three-phase AC otors HP 1... HP (IE2)

100

101 GKS helial-bevel gearbox Contents General inforation Aessories List of abbreviations Produt key Produt inforation Funtions and features Diensioning Notes on ordering Ordering details heklist Perissible radial and axial fores at output Output baklash in angular inutes Moents of inertia Weights Seletion tables Diensions Hollow shaft with shrink dis Mounting set for hollow shaft irlip: Proposed design for auxiliary tools Hoseproof hollow shaft over Gearbox with 2nd output shaft end Torque plate on threaded pith irle Torque plate at housing foot Ventilations

102 GKS helial-bevel gearbox General inforation List of abbreviations η =1 f N F ax,ax F rad,ax H ax i J n N P N S hü U N, Δ U N, Y [Hz] [lb] [lb] [ft] [lbs-in²] [r/in] [r/in] [HP] [1/h] [V] [V] Effiieny Load apaity Rated frequeny Max. axial fore Max. radial fore Site altitude Ratio Moent of inertia Mass Output torque Output speed Rated speed Rated power Transition operating frequeny Rated voltage Rated voltage CE CSA DIN EMC EN IEC IM IP NEMA UL UR VDE CCC GOST URus UkrSEPRO Counauté Européenne Canadian Standards Assoiation Deutshes Institut für Norung e.v. Eletroagneti opatibility European standard International Eletrotehnial Coission International Mounting Code International Protetion Code National Eletrial Manufaturers Assoiation Underwriters Laboratory Listed Produt Underwriters Laboratory Reognized Produt Verband deutsher Elektrotehniker (Assoiation of Geran Eletrial Engineers) China Copulsory Certifiate Certifiate for Russian Federation Cobined ertifiation arks of UL for the USA and Canada Certifiate for Ukraine

103 GKS helial-bevel gearbox General inforation Produt key

104 GKS helial-bevel gearbox General inforation Produt key Mounting position (A...F) and position of syste bloks (1...6) Hollow shaft: 0 Solid shaft: 3, 5, 8 (3+5) Hollow shaft with shrink dis: 3, 5 Without flange: 0 Flange: 3, 5, 8 (3+5) Terinal box / ote: 2, 3, 4, 5 Gearbox designs 6.3 Basi versions Motor effiieny Surfae and orrosion protetion Lubriant Ventilation Standard effiieny Inreased effiieny (IE2) OKS-G (prier: grey) OKS-S (paint: RAL 7012) CLP 4 (ineral) Oil ontrol plugs for GKS Breather eleents for GKS06 14 Options Surfae and orrosion protetion Lubriant Shaft sealing rings Ventilation Aessories Naeplate OKS-S (speial paint aording to RAL) OKS-M (speial paint aording to RAL) OKS-L (speial paint aording to RAL) CLP HC 320 (syntheti) CLP HC 220 USDA H1 (syntheti) Driven shaft: Viton Breather eleents for GKS05 Copensation reservoir for GKS in ounting position C Torque plate on threaded pith irle Housing foot torque plate 2nd output shaft end Shrink dis over Hoseproof hollow shaft over Mounting set for hollow shaft irlip Metal naeplate (supplied loose) Adhesive naeplate (supplied loose) 6.3-6

105 GKS helial-bevel gearbox General inforation Produt inforation Lenze provides a geared otor onstrution kit, whih overs a wide range of requireents. Nuerous drive-side and output-side options enable preise adaptation of the drive to the speifi appliation. This is the basis for versatile appliations and funtional salability of our gearboxes and geared otors. The odular onept and high power density ake extreely opat sizes possible. Optiised teeth profiles and ground gears ensure a low-noise operation and low baklash. The gearboxes have a opat and hene spae-saving onstrution. Designs 3-stage and 4-stage gearboxes Hollow shaft with keyway or shrink dissolid shaft with keyway Solid shaft with keyway Foot or flange ounting Torque plate, inluding rubber buffer With three-phase AC otors MD, power range HP With three-phase AC otors MH (effiieny lass IE2), power range 1 HP For axiu preision Helial-bevel gearboxes have the ajor benefit of enabling extreely preise and reproduible positioning oveents owing to their high torsional stiffness and low baklash. Our helial-bevel gearboxes an be obined with three-phase AC otors and servo otors to for a opat unit. They are available in 3- and 4-stage versions with a torque of up to 103,013 lbs-in and a ratio of up to i=1,936. Inverters for otor-proxiity installation The Drive Pakage with deentralised Inverter Drives 00 ote overs a power range up to 10 HP. Helial-bevel geared otor GKS07-3M HBR

106 GKS helial-bevel gearbox General inforation Funtions and features Gearbox type Gehäuse Ausführung Werkstoff Vollwelle Ausführung Toleranz Werkstoff Hollow shaft Design Tolerane Material Verzahnungsteile Ausführung Material Welle-Nabe-Verbindung Shaft sealing rings Design Material Bearing Design Shierstoffe Standard Füllengen Mehanisher Wirkungsgrad 1-stufige Getriebe [η =1 ] 2-stufige Getriebe [η =1 ] 3-stage gearboxes [η =1 ] 4-stage gearboxes [η =1 ] Notes GKS Cuboid Aluiniu / ast iron with keyway (diaeter d 2 inh) (diaeter d < 25 inh) Tepered steel C45 or 42CrMo4 H: with keyway S: sooth ,0005 (diaeter d < 2 inh) ,001 (diaeter d 2 inh) Tepered steel C45 Optiised tooth flanks and profile geoetry Ground tooth flanks Case-hardened steel 1st stage/prestage/helial (bevel) gearbox: Frition-type onnetion Output stage (= 2nd, 3rd or 4th stage): Frition-type or positive-fit onnetion With dust lip NB / FP Ball bearing / tapered-roller bearing depending on size and design DIN orresponding to ounting position (see operating instrutions)

107 GKS helial-bevel gearbox General inforation Funtions and features Lubriants Lenze gearboxes and geared otors are ready for operation on delivery and are filled with lubriants that are speifi to both the drive and the design. The ounting position and design speified in the order are deisive fators in hoosing the volue of lubriant. The lubriants listed in the lubriant table are approved for use in Lenze drives. Lubriant table Mode Abient teperature [ F] Speifiation Note Wehselintervall Fuhs Klüber Shell CLP Mineral based oil with additives operating hours not later than after three years (oil teperature F) Fuhs Renolin CLP 4 Klüberoil GEM1-4 N Shell Oala 4 CLP HC 320 CLP HC 220 USDA H Syntheti-based oil (syntheti hydroarbon / poly-alpha-olefin oil) For food proessing industry operating hours operating hours not later than after three years (oil not later than after three years (oil teperature F) teperature F) Fuhs Renolin breer & leguil Unisyn CLP 320 Cassida Fluid GL 220 Klübersynth Klüberoil GEM4-320 N 4 UH1-220 N Shell Oala Oil HD 320 Please ontat your Lenze offie if you are operating in areas with < -4 F bzw. >abient teperatures + F

108 GKS helial-bevel gearbox General inforation Funtions and features Surfae and orrosion protetion For optiu protetion of geared otors against abient onditions, the surfae and orrosion protetion syste (OKS) offers tailor-ade solutions. Various surfae oatings obined with other protetive easures ensure that the geared otors operate reliably even at high air huidity, in outdoor installation or in the presene of atospheri ipurities. Any olour fro the RAL Classi olletion an be hosen for the top oat. The geared otors are also available unpainted (no surfae and orrosion protetion). 6.3 Surfae and orrosion protetion syste OKS-G (pried) OKS-S (sall) OKS-M (ediu) OKS-L (high) Appliations Measures 1K priing oat (grey) Zin-oated srews Dependent on subsequent Rust-free breather eleents top oat applied Optional easures Stainless steel naeplate Surfae oating as per orrosivity ategory C1 (in line with EN Standard appliations 2) Internal installation in heated Zin-oated srews buildings Rust-free breather eleents Air huidity up to 90% Optional easures Stainless steel naeplate Surfae oating as per orrosivity ategory C2 (in line with EN ) Internal installation in nonheated buildings Zin-oated srews Rust-free breather eleents Covered, proteted external Optional easures installation Stainless steel shaft Air huidity up to 95% Stainless steel naeplate Rust-free shrink dis (on request) Surfae oating as per orrosivity ategory C3 (in line with EN ) Blower over and B end shield additionally pried Cable glands with gaskets Corrosion-resistant brake with over ring, stainless frition plate, and hroe-plated arature plate (on request) All srews/srew plugs zin-oated External installation Stainless breather eleents Air huidity above 95% Threaded holes that are not used are losed by eans of plasti plugs Cheial industry plants Optional easures Food industry Sealed reesses on otor (on request) Stainless steel shaft Stainless steel naeplate Rust-free shrink dis (on request) Additional priing oat on ast iron fan Oil expansion tank and torque plates painted separately and supplied loose

109 GKS helial-bevel gearbox General inforation Funtions and features Struture of surfae oating Surfae and orrosion protetion syste Corrosivity ategory DIN EN ISO Surfae oating Struture Colour Without OKS (unoated) OKS-G (pried) OKS-S (sall) OKS-M (ediu) OKS-L (high) C1 C2 C3 Dipping pried gearbox Dipping pried gearbox 1K priing oat Dipping pried gearbox 2K-PUR top oat Dipping pried gearbox 1K priing oat 2K-PUR top oat Dipping pried gearbox 2K-EP priing oat 2K-PUR top oat Standard: RAL 7012 Optional: RAL Classi Standard: RAL 7012 Optional: RAL Classi Standard: RAL 7012 Optional: RAL Classi

110 GKS helial-bevel gearbox General inforation Funtions and features Ventilation Gearboxes without ventilation No ventilation easures are required for gearbox GKS04. Gearboxes that ay optionally be equipped with ventilation Speial easures are not usually required when using gearbox GST05. In borderline ases, e.g. at input speeds > 2000 r/in, we reoend the use of breather eleents whih we an supply if required. Gearboxes with ventilation Gearboxes GKS06 14 are supplied with breather eleents as standard. Speial easures for ounting position C (otor on top) We reoend that an oil opensation reservoir is always used with gearbox sizes G in this ounting position. This reservoir an be purhased as an option. For illustrations and easures see aessories hapter. It is not required at higher ratios or low input speeds. Please ontat Lenze in this event

111 GKS helial-bevel gearbox General inforation Diensioning General inforation about the data provided in this atalogue Powers, torques and speeds The powers, torques and speeds speified in this atalogue are rounded values and are valid under the following onditions: Operating tie/day = 8 h (% OT) Duty lass I for up to 10 swithing operations/h Mounting positions and designs in this atalogue Standard lubriant T ab = 68 F for gearboxes, T ab = F for otors (in aordane with EN 034) Site altitude < = 3281 ft asl The seletion tables provide the perissible ehanial powers and torques. For notes on the theral power liit, see hapter drive diensioning. The rated power speified for otors and geared otors applies to operating ode S1 (in aordane with EN 034). Under different operating onditions, the values obtained ay vary fro those listed here. In the ase of extree operating onditions, please onsult your Lenze sales offie

112 GKS helial-bevel gearbox General inforation Diensioning Theral power liit The theral power liit, defined by the heat balane, liits the perissible gearbox ontinuous power. It ay be less than the ehanial power ratings listed in the seletion tables. The theral power liit is affeted by: The hurning losses in the lubriant. These are deterined by the ounting position and the iruferential speed of the wheels The load and the speed The abient onditions: teperature, air irulation, input or dissipation via shafts and the foundation Please onsult your Lenze subsidiary if the following input speeds n 1 are exeeded on a ontinuous basis (ontinuous is defined as ore than 8 h/day): Motor frae size Mounting position A, B, E, F 3000 r/in 3000 r/in 2000 r/in Mounting position C, D 3000 r/in 1500 r/in 1500 r/in if the following input speeds n 1 are exeeded: Motor frae size Mounting position A, B, E, F 4000 r/in 4000 r/in 3000 r/in Mounting position C, D 3000 r/in 2000 r/in 1500 r/in or if you are using the following gearbox type, size and ratio obinations at an input speed of n 1 > 1500 r/in: Gearbox type GKS helial-bevel gearbox Gearbox size 07, 09, 11, 14 Ratio i 25 Possible ways of extending the appliation area Syntheti lubriant (option) Shaft sealing rings ade fro FP aterial/viton (option) Redution in lubriant quantity Cooling of the geared otor by eans of air onvetion on the ahine/syste

113 GKS helial-bevel gearbox General inforation Diensioning Load apaity and appliation fator Load apaity of gearbox Rated value for the load apaity of Lenze geared otors. is the ratio of the perissible rated torque of the gearbox to the rated torque supplied by the drive oponent (e.g. the built-in Lenze otor). The value of ust always be greater than the value of the appliation fator k alulated for the appliation. Appliation fator k (aording to DIN 3990) Takes into aount the influene of teporally variable loads whih are atually present during the antiipated operating tie of gearboxes and geared otors. k is deterined by: The type of load The load intensity Teporal influenes Duty lass I II III Load type Sooth operation, sall or light jolts Uneven operation, average jolts Uneven operation, severe jolts and/or alternating load Appliation fator k

114 GKS helial-bevel gearbox General inforation Diensioning Torque derating at low otor frequenies Motor size-dependent torque redution, taking into aount the theral response during operation on the inverter. Torque harateristis A = Operation with integral fan and brake B = Operation with integral fan and brake ontrol "Holding urrent redution" You an use the Drive Solution Designer for preise drive diensioning. 6.3 The Drive Solution Designer helps you to arry out a fast and highquality drive diensioning. The software inludes well-founded and proven knowledge on drive appliations and eletro-ehanial drive oponents. Please ontat your Lenze sales offie

115 GKS helial-bevel gearbox General inforation Diensioning Notes on the seletion tables The seletion tables shown the available obinations of gearbox type, nuber of stages, ratio and otor. The following legend indiates the struture of the seletion tables

116 GKS helial-bevel gearbox General inforation Diensioning Notes on the seletion tables Motor voltages The power values and torques indiated in the seletion tables relate to the following otor voltages: 50 Hz : Δ 230 V / Y 400 V Hz : Δ 265 V / Y 4 V Operation at 87 Hz In 87 Hz operation, the three-phase AC otor (whih is designed for a voltage of Δ 230 V / Y 400 V at 50 Hz) is operated on an inverter with 400 V rated voltage in a delta onnetion. It is iportant to note here that the inverter ust be designed onfigured for 87Hz output. This offers the following advantages over 50 Hz operation: The setting range of the otor is inreased by a fator of 3. The otor an then provide around 3 ties greater output, whih in turn allows a saller and ore affordable otor to be seleted for the appliation. The effiieny of the otor is also iproved

117 GKS helial-bevel gearbox General inforation Notes on ordering We want to be sure that you reeive the orret produts in good tie. To allow us to ahieve this we need: Your address and your opany data Our produt key for the individual produts in this atalogue Your delivery data suh as delivery date and delivery address Ordering proedure Please use the ordering inforation heklist to ensure that you provide all the order inforation required for the various produts. The ordering inforation heklist, the produt key, the basi versions, options, ounting position and position of the syste bloks will be found in the General Produt key setion. A list of Lenze's worldwide sales offies an be found on the Internet:

118 GKS helial-bevel gearbox General inforation Ordering details heklist

119 GKS helial-bevel gearbox General inforation Ordering details heklist

120 GKS helial-bevel gearbox General inforation Ordering details heklist Three-phase AC otors options

121 GKS helial-bevel gearbox General inforation Ordering details heklist Three-phase AC otors options

122 GKS helial-bevel gearbox General inforation

123 GKS helial-bevel gearbox Perissible radial and axial fores at output Perissible radial fore F rad,per = in(f w x f α x F rad,ax ; f w x F rad,ax at 16 r/in) Perissible axial fore F ax,per = F ax,ax if F rad = 0 If F rad and F ax 0; please ontat Lenze. Appliation of fores Effetive diretion fator f α at output shaft 6.3 Diretion of rotation R Diretion of rotation L

124 GKS helial-bevel gearbox Perissible radial and axial fores at output Additional load fator fw at output shaft Solid shaft (V ) Solid shaft with flange (V K) Hollow shaft (H ) GKS -3/4 H Size Gearbox n2 [r/in] Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] Max. radial fore, Hollow shaft GKS GKS GKS GKS GKS GKS GKS Max. axial fore, Hollow shaft Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] GKS GKS GKS GKS GKS GKS GKS Appliation of fore Frad: at hollow shaft end fae (x = 0) Fax,ax only valid with Frad = 0 Neither radial nor axial fores are perissible for the hollow shaft with shrink dis (S )

125 GKS helial-bevel gearbox Perissible radial and axial fores at output GKS -3/4 V R Size n2 [r/in] Gearbox Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] Max. radial fore, Solid shaft without flange GKS GKS GKS GKS GKS09 1) GKS Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] 1) GKS14 Max. axial fore, Solid shaft without flange GKS GKS GKS GKS GKS09 1) GKS11 1) GKS ) Reinfored output shaft bearings are available on request for V R versions. Appliation of fore Frad: entre of shaft journal (x = l/2) Fax,ax only valid with Frad =

126 GKS helial-bevel gearbox Perissible radial and axial fores at output GKS -3/4 V K Size Gearbox n2 [r/in] Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] Max. radial fore, Solid shaft with flange GKS GKS GKS GKS GKS GKS GKS Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] Max. axial fore, Solid shaft with flange GKS GKS GKS GKS GKS GKS GKS Appliation of fore Frad: entre of shaft journal (x = l/2) Fax,ax only valid with Frad =

127 GKS helial-bevel gearbox Output baklash in angular inutes Baklash ϕ depending on ratio i GKS GKS

128 GKS helial-bevel gearbox Moents of inertia GKS -3 Moent of inertia (J) depending on ratio i Gearbox GKS04 Gearbox GKS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

129 GKS helial-bevel gearbox Moents of inertia GKS -3 Moent of inertia (J) depending on ratio i Gearbox GKS06 Gearbox GKS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

130 GKS helial-bevel gearbox Moents of inertia GKS -3 Moent of inertia (J) depending on ratio i Gearbox GKS09 Gearbox GKS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

131 GKS helial-bevel gearbox Moents of inertia GKS -3 Moent of inertia (J) depending on ratio i Gearbox J J J J J J J J J J J J J J J J J J J J J J J J J J J J J [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] GKS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

132 GKS helial-bevel gearbox Moents of inertia GKS -4 Moent of inertia (J) depending on ratio i Gearbox GKS05 Gearbox GKS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

133 GKS helial-bevel gearbox Moents of inertia GKS -4 Moent of inertia (J) depending on ratio i Gearbox GKS07 Gearbox GKS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

134 GKS helial-bevel gearbox Moents of inertia GKS -4 Moent of inertia (J) depending on ratio i Gearbox GKS11 Gearbox GKS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

135 GKS helial-bevel gearbox Weights GKS -3M HAR / HBR GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 063C11 063C C C32 063C C11 071C13 071C31 071C32 071C33 071C C13 080C32 080C C C C C GKS06 GKS07 GKS09 GKS11 GKS14 112C C C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

136 GKS helial-bevel gearbox Weights GKS -3M HAK GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 063C11 063C12 063C31 063C C C C13 071C32 071C C33 071C C13 080C32 080C C C C C GKS06 GKS07 GKS09 GKS11 GKS14 112C C C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

137 GKS helial-bevel gearbox Weights GKS -3M VAR / VBR GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 063C11 063C12 063C31 063C C C C13 071C32 071C C33 071C C13 080C32 080C C C C C GKS06 GKS07 GKS09 GKS11 GKS14 112C C C C C C C C C C GKS -3M VAK GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 063C11 063C42 063C12 063C31 063C C C13 071C32 071C C33 071C C13 080C32 080C C C C C GKS06 GKS07 GKS09 GKS11 GKS14 112C C C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

138 GKS helial-bevel gearbox Weights GKS -3M SAR / SBR GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 063C11 063C12 063C31 063C C C11 071C13 071C32 071C C33 071C C13 080C32 080C C C C C GKS06 GKS07 GKS09 GKS11 GKS14 112C C C C C C C C C C GKS -3M SAK GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 063C11 063C42 063C12 063C31 063C C11 071C13 071C C C33 071C C13 080C32 080C C C C C GKS06 GKS07 GKS09 GKS11 GKS14 112C C C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

139 GKS helial-bevel gearbox Weights GKS -4M HAR / HBR GKS05 GKS06 GKS07 GKS09 GKS11 GKS14 063C11 063C12 063C31 063C C C C13 071C C C33 071C C13 080C32 080C C GKS07 GKS09 GKS11 GKS14 090C C C C C C C C C GKS -4M HAK GKS05 GKS06 GKS07 GKS09 GKS11 GKS14 063C11 063C12 063C31 063C C C C13 071C C C33 071C C13 080C32 080C C GKS07 GKS09 GKS11 GKS14 090C C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

140 GKS helial-bevel gearbox Weights GKS -4M VAR / VBR GKS05 GKS06 GKS07 GKS09 GKS11 GKS14 063C11 063C42 063C12 063C31 063C C C13 071C C C C42 080C13 080C32 080C C GKS07 GKS09 GKS11 GKS14 090C C C C C C C C C GKS -4M VAK GKS05 GKS06 GKS07 GKS09 GKS11 GKS14 063C11 063C42 063C12 063C31 063C C C13 071C C C C42 080C13 080C32 080C C GKS07 GKS09 GKS11 GKS14 090C C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

141 GKS helial-bevel gearbox Weights GKS -4M SAR / SBR GKS05 GKS06 GKS07 GKS09 GKS11 GKS14 063C11 063C12 063C31 063C C C C13 071C C C33 071C C13 080C32 080C C GKS07 GKS09 GKS11 GKS14 090C C C C C C C C C GKS -4M SAK GKS05 GKS06 GKS07 GKS09 GKS11 GKS14 063C11 063C12 063C31 063C C C C13 071C C C33 071C C13 080C32 080C C GKS07 GKS09 GKS11 GKS14 090C C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

142 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.16 HP n N 1425 r/in 1735 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS04-3M 063C GKS05-4M 063C12 GKS04-3M 063C GKS06-4M 063C GKS04-3M 063C GKS06-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS05-4M 063C GKS06-4M 063C

143 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.16 HP n N 1425 r/in 1735 r/in f N 50 Hz Hz i [r/in] [r/in] GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C

144 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 2740 r/in 3370 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C GKS05-4M 063C GKS05-4M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS06-4M 063C GKS05-4M 063C11 GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C

145 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 2740 r/in 3370 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C

146 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 1365 r/in 1695 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C GKS06-4M 063C GKS04-3M 063C GKS06-4M 063C GKS05-4M 063C GKS05-4M 063C GKS06-4M 063C GKS04-3M 063C GKS06-4M 063C GKS04-3M 063C GKS05-4M 063C GKS05-4M 063C GKS04-3M 063C GKS06-4M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C32 GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS04-3M 063C GKS05-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C

147 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 1365 r/in 1695 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C

148 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS05-4M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C13 GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C GKS05-4M 071C GKS06-4M 071C GKS06-3M 071C GKS04-3M 071C GKS05-3M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS05-4M 071C

149 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-4M 071C GKS06-3M 071C GKS05-4M 071C GKS05-3M 071C GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C GKS06-3M 071C GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS05-4M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS06-4M 071C GKS07-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS07-4M 071C GKS06-4M 071C GKS07-4M 071C13 GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS09-4M 071C GKS07-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C

150 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 2710 r/in 3390 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS05-4M 063C GKS04-3M 063C GKS04-3M 063C GKS05-4M 063C GKS04-3M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS04-3M 063C GKS05-4M 063C31 GKS04-3M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS05-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C

151 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 2710 r/in 3390 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C GKS06-4M 063C

152 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 1370 r/in 1680 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS04-3M 063C GKS05-3M 063C GKS04-3M 063C GKS05-3M 063C GKS04-3M 063C GKS05-3M 063C GKS04-3M 063C GKS05-3M 063C GKS05-4M 063C42 GKS04-3M 063C GKS05-3M 063C GKS04-3M 063C GKS06-3M 063C GKS06-4M 063C GKS05-4M 063C GKS05-3M 063C GKS05-4M 063C GKS06-3M 063C GKS04-3M 063C GKS05-3M 063C GKS06-4M 063C

153 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 1370 r/in 1680 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-3M 063C GKS04-3M 063C GKS05-3M 063C GKS05-4M 063C GKS06-4M 063C GKS06-3M 063C GKS05-4M 063C GKS04-3M 063C GKS05-3M 063C GKS06-4M 063C GKS05-4M 063C GKS05-3M 063C GKS06-3M 063C GKS06-4M 063C GKS05-4M 063C GKS05-3M 063C GKS06-3M 063C GKS07-4M 063C GKS06-4M 063C GKS05-4M 063C GKS05-3M 063C GKS06-3M 063C GKS05-4M 063C GKS06-4M 063C GKS05-3M 063C GKS06-3M 063C GKS07-4M 063C GKS06-4M 063C GKS05-4M 063C42 GKS06-3M 063C GKS06-4M 063C GKS07-4M 063C GKS06-3M 063C GKS07-4M 063C GKS06-4M 063C GKS07-4M 063C GKS06-4M 063C GKS06-4M 063C GKS07-4M 063C GKS07-4M 063C GKS06-4M 063C

154 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 1370 r/in 1680 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-4M 063C GKS07-4M 063C GKS06-4M 063C GKS07-4M 063C GKS09-4M 063C GKS07-4M 063C GKS09-4M 063C GKS07-4M 063C GKS09-4M 063C GKS07-4M 063C GKS09-4M 063C GKS07-4M 063C GKS09-4M 063C GKS09-4M 063C

155 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS06-3M 071C33 GKS05-3M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS06-3M 071C GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C GKS05-4M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C

156 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS06-4M 071C GKS07-4M 071C GKS06-3M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS06-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS09-4M 071C GKS09-4M 071C33 GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C

157 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 2720 r/in 33 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS05-4M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-4M 071C GKS05-3M 071C GKS05-4M 071C GKS04-3M 071C GKS05-3M 071C GKS06-4M 071C GKS04-3M 071C GKS05-3M 071C11 GKS05-4M 071C GKS06-3M 071C GKS05-4M 071C GKS04-3M 071C GKS05-3M 071C GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C GKS06-3M 071C GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C

158 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 2720 r/in 33 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-3M 071C GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C GKS06-3M 071C GKS05-4M 071C GKS06-4M 071C GKS05-3M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS05-4M 071C GKS06-3M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS07-4M 071C GKS06-4M 071C GKS06-4M 071C GKS07-4M 071C GKS07-4M 071C GKS06-4M 071C GKS07-4M 071C GKS07-4M 071C GKS06-4M 071C GKS07-4M 071C GKS09-4M 071C GKS07-4M 071C11 GKS09-4M 071C GKS07-4M 071C GKS09-4M 071C GKS07-4M 071C GKS09-4M 071C GKS07-4M 071C GKS09-4M 071C GKS07-4M 071C GKS09-4M 071C

159 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS06-3M 071C32 GKS05-3M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS06-3M 071C GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C GKS05-4M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C

160 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS06-4M 071C GKS07-4M 071C GKS06-3M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS06-4M 071C GKS07-4M 071C GKS06-3M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS09-4M 071C GKS09-4M 071C32 GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C

161 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 950 r/in 11 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS06-3M 080C13 GKS05-3M 080C GKS06-3M 080C GKS05-3M 080C GKS06-3M 080C GKS05-3M 080C GKS06-3M 080C GKS05-3M 080C GKS06-4M 080C GKS06-3M 080C GKS05-3M 080C GKS07-4M 080C GKS06-3M 080C

162 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 950 r/in 11 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-4M 080C GKS07-4M 080C GKS07-3M 080C GKS06-4M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS06-3M 080C GKS06-4M 080C GKS07-4M 080C GKS07-3M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS07-3M 080C GKS06-3M 080C GKS07-4M 080C GKS07-3M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS07-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-3M 080C GKS07-4M 080C13 GKS09-4M 080C GKS07-4M 080C GKS09-4M 080C GKS07-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS11-4M 080C GKS09-4M 080C

163 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 950 r/in 11 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-4M 080C GKS09-4M 080C GKS11-4M 080C GKS09-4M 080C GKS11-4M 080C GKS11-4M 080C GKS11-4M 080C

164 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 2630 r/in 3240 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C31 GKS05-4M 071C GKS04-3M 071C GKS06-3M 071C GKS05-3M 071C GKS04-3M 071C GKS06-4M 071C GKS05-4M 071C GKS05-3M 071C GKS05-4M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C

165 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 2630 r/in 3240 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS05-4M 071C GKS06-4M 071C GKS06-3M 071C GKS05-4M 071C GKS05-3M 071C GKS06-4M 071C GKS07-4M 071C GKS05-4M 071C GKS05-3M 071C GKS06-3M 071C GKS06-4M 071C GKS05-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS06-4M 071C GKS07-4M 071C GKS06-3M 071C GKS07-4M 071C GKS07-4M 071C31 GKS06-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS09-4M 071C GKS07-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C

166 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 2630 r/in 3240 r/in f N 50 Hz Hz i [r/in] [r/in] GKS09-4M 071C

167 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 1405 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS04-3M 071C GKS05-3M 071C GKS06-3M 071C42 GKS05-3M 071C GKS06-3M 071C GKS05-3M 071C GKS06-3M 071C GKS05-3M 071C GKS06-3M 071C GKS05-3M 071C GKS06-4M 071C GKS06-3M 071C GKS05-3M 071C GKS07-4M 071C GKS06-3M 071C

168 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 1405 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-4M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS06-4M 071C GKS07-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-4M 071C GKS06-3M 071C GKS07-4M 071C GKS06-3M 071C GKS07-4M 071C GKS07-4M 071C GKS07-4M 071C GKS09-4M 071C GKS07-4M 071C GKS09-4M 071C GKS07-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C42 GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C GKS09-4M 071C

169 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS05-3M 080C GKS05-3M 080C GKS05-3M 080C GKS05-3M 080C GKS06-3M 080C GKS06-3M 080C GKS05-3M 080C GKS06-3M 080C33 GKS06-3M 080C GKS07-3M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS07-3M 080C GKS06-3M 080C GKS07-3M 080C GKS07-4M 080C GKS06-3M 080C GKS06-4M 080C GKS07-4M 080C

170 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-3M 080C GKS06-4M 080C GKS06-3M 080C GKS07-4M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS07-4M 080C GKS07-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-3M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS11-4M 080C GKS11-4M 080C GKS11-4M 080C GKS11-4M 080C GKS11-4M 080C33 GKS11-4M 080C

171 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS04-3M 080C GKS05-3M 080C GKS05-3M 080C GKS05-3M 080C GKS06-3M 080C GKS06-3M 080C32 GKS05-3M 080C GKS06-3M 080C GKS05-3M 080C GKS06-3M 080C GKS05-3M 080C GKS07-3M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS07-3M 080C GKS06-3M 080C GKS07-3M 080C

172 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-4M 080C GKS06-3M 080C GKS06-4M 080C GKS07-4M 080C GKS07-3M 080C GKS06-4M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS06-3M 080C GKS07-4M 080C GKS06-4M 080C GKS06-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-4M 080C GKS07-3M 080C GKS07-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C32 GKS09-4M 080C GKS09-4M 080C GKS09-4M 080C GKS11-4M 080C GKS11-4M 080C GKS11-4M 080C GKS11-4M 080C GKS11-4M 080C GKS11-4M 080C

173 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1430 r/in 1740 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS04-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS05-3M 090C GKS04-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS06-3M 090C GKS05-3M 090C GKS06-3M 090C12 GKS05-3M 090C GKS05-3M 090C GKS06-3M 090C GKS05-3M 090C GKS05-3M 090C GKS06-3M 090C GKS06-3M 090C GKS07-3M 090C GKS06-3M 090C GKS07-3M 090C GKS06-3M 090C GKS07-3M 090C

174 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1430 r/in 1740 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-3M 090C GKS07-3M 090C GKS06-3M 090C GKS07-4M 090C GKS06-4M 090C GKS07-3M 090C GKS06-3M 090C GKS07-3M 090C GKS07-4M 090C GKS06-3M 090C GKS07-4M 090C GKS07-3M 090C GKS07-4M 090C GKS09-4M 090C GKS07-3M 090C GKS09-3M 090C GKS09-4M 090C GKS07-4M 090C GKS07-3M 090C GKS09-3M 090C GKS09-4M 090C GKS07-4M 090C GKS09-3M 090C GKS07-3M 090C GKS07-4M 090C GKS09-4M 090C GKS09-3M 090C GKS07-3M 090C GKS09-3M 090C12 GKS07-3M 090C GKS09-4M 090C GKS09-4M 090C GKS09-3M 090C GKS09-3M 090C GKS09-4M 090C GKS09-3M 090C GKS11-4M 090C GKS09-4M 090C GKS11-4M 090C GKS09-4M 090C GKS11-4M 090C

175 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1430 r/in 1740 r/in f N 50 Hz Hz i [r/in] [r/in] GKS09-4M 090C GKS11-4M 090C GKS09-4M 090C GKS11-4M 090C GKS09-4M 090C GKS11-4M 090C GKS11-4M 090C GKS11-4M 090C GKS14-4M 090C GKS11-4M 090C GKS14-4M 090C GKS11-4M 090C GKS14-4M 090C GKS11-4M 090C GKS14-4M 090C GKS14-4M 090C GKS14-4M 090C

176 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1435 r/in 1745 r/in f N 50 Hz Hz i [r/in] [r/in] GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS04-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS06-3M 090C GKS05-3M 090C GKS04-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS05-3M 090C GKS04-3M 090C GKS05-3M 090C GKS06-3M 090C GKS04-3M 090C GKS05-3M 090C GKS04-3M 090C GKS04-3M 090C GKS05-3M 090C GKS06-3M 090C GKS05-3M 090C GKS06-3M 090C GKS05-3M 090C GKS06-3M 090C32 GKS05-3M 090C GKS06-3M 090C GKS05-3M 090C GKS05-3M 090C GKS06-3M 090C GKS06-3M 090C GKS07-3M 090C GKS06-3M 090C GKS07-3M 090C GKS06-3M 090C GKS07-3M 090C GKS06-3M 090C

177 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1435 r/in 1745 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-3M 090C GKS06-3M 090C GKS09-3M 090C GKS07-3M 090C GKS09-4M 090C GKS07-4M 090C GKS09-3M 090C GKS07-3M 090C GKS09-3M 090C GKS07-3M 090C GKS07-4M 090C GKS09-4M 090C GKS09-4M 090C GKS09-3M 090C GKS07-4M 090C GKS07-3M 090C GKS07-4M 090C GKS09-4M 090C GKS07-3M 090C GKS09-3M 090C GKS09-4M 090C GKS07-4M 090C GKS07-3M 090C GKS09-3M 090C GKS09-4M 090C GKS09-3M 090C GKS09-4M 090C GKS09-3M 090C GKS09-3M 090C32 GKS09-4M 090C GKS09-4M 090C GKS09-3M 090C GKS09-3M 090C GKS09-4M 090C GKS09-3M 090C GKS11-4M 090C GKS09-4M 090C GKS11-4M 090C GKS09-4M 090C GKS11-4M 090C GKS09-4M 090C

178 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1435 r/in 1745 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-4M 090C GKS11-4M 090C GKS11-4M 090C GKS11-4M 090C GKS11-4M 090C GKS14-4M 090C GKS14-4M 090C GKS14-4M 090C GKS14-4M 090C GKS14-4M 090C GKS14-4M 090C

179 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 3.00 HP n N 1445 r/in 1750 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS07-3M C GKS06-3M C GKS07-3M C GKS06-3M C GKS07-3M C GKS06-3M C GKS06-3M C12 GKS07-3M C GKS06-3M C GKS07-3M C GKS06-3M C GKS07-3M C GKS06-3M C GKS07-3M C GKS07-3M C GKS09-3M C GKS07-3M C GKS09-3M C GKS09-3M C

180 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 3.00 HP n N 1445 r/in 1750 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-3M C GKS09-4M C GKS07-4M C GKS09-3M C GKS07-3M C GKS11-3M C GKS09-3M C GKS07-3M C GKS09-4M C GKS09-4M C GKS11-3M C GKS09-3M C GKS09-4M C GKS11-3M C GKS09-3M C GKS11-4M C GKS09-4M C GKS11-4M C GKS11-3M C GKS09-3M C GKS09-4M C GKS11-4M C GKS09-3M C GKS11-3M C GKS11-4M C GKS09-4M C GKS09-3M C GKS11-3M C GKS09-3M C12 GKS11-3M C GKS11-4M C GKS09-4M C GKS11-4M C GKS09-4M C GKS09-3M C GKS11-3M C GKS11-4M C GKS09-4M C GKS11-3M C GKS14-4M C GKS11-3M C

181 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 3.00 HP n N 1445 r/in 1750 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-4M C GKS14-4M C GKS11-4M C GKS14-4M C GKS11-4M C GKS14-4M C GKS11-4M C GKS11-4M C GKS14-4M C GKS14-4M C GKS14-4M C GKS14-4M C GKS14-4M C GKS14-4M C GKS14-4M C

182 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 4.00 HP n N 1445 r/in 1755 r/in f N 50 Hz Hz i [r/in] [r/in] GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS07-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS05-3M C GKS07-3M C GKS06-3M C GKS05-3M C GKS06-3M C GKS06-3M C GKS07-3M C GKS06-3M C GKS07-3M C GKS06-3M C GKS07-3M C GKS06-3M C GKS07-3M C GKS06-3M C GKS06-3M C32 GKS07-3M C GKS06-3M C GKS07-3M C GKS07-3M C GKS09-3M C GKS07-3M C GKS09-3M C GKS07-3M C GKS09-3M C GKS07-3M C GKS09-3M C GKS11-3M C

183 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 4.00 HP n N 1445 r/in 1755 r/in f N 50 Hz Hz i [r/in] [r/in] GKS09-3M C GKS09-4M C GKS11-4M C GKS11-3M C GKS09-3M C GKS11-3M C GKS09-3M C GKS09-4M C GKS11-4M C GKS09-4M C GKS11-4M C GKS11-3M C GKS09-3M C GKS09-4M C GKS11-3M C GKS09-3M C GKS11-4M C GKS09-4M C GKS11-4M C GKS11-3M C GKS09-3M C GKS09-4M C GKS11-4M C GKS09-3M C GKS11-3M C GKS11-4M C GKS09-4M C GKS11-3M C GKS11-3M C32 GKS11-4M C GKS11-4M C GKS11-3M C GKS11-4M C GKS11-3M C GKS14-4M C GKS11-3M C GKS11-4M C GKS14-4M C GKS11-4M C GKS14-4M C GKS11-4M C

184 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 4.00 HP n N 1445 r/in 1755 r/in f N 50 Hz Hz i [r/in] [r/in] GKS14-4M C GKS14-4M C GKS14-4M C GKS14-4M C GKS14-4M C

185 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 5.00 HP n N 1455 r/in 17 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-3M 112C GKS06-3M 112C GKS07-3M 112C GKS07-3M 112C GKS06-3M 112C GKS07-3M 112C GKS06-3M 112C GKS07-3M 112C GKS06-3M 112C GKS06-3M 112C GKS07-3M 112C GKS07-3M 112C GKS06-3M 112C GKS07-3M 112C GKS06-3M 112C GKS07-3M 112C GKS06-3M 112C GKS06-3M 112C GKS07-3M 112C GKS06-3M 112C GKS07-3M 112C GKS07-3M 112C GKS06-3M 112C GKS07-3M 112C GKS06-3M 112C GKS07-3M 112C GKS07-3M 112C GKS09-3M 112C GKS07-3M 112C22 GKS09-3M 112C GKS07-3M 112C GKS09-3M 112C GKS07-3M 112C GKS07-3M 112C GKS09-3M 112C GKS09-3M 112C GKS11-3M 112C GKS09-3M 112C GKS11-3M 112C GKS09-3M 112C GKS14-3M 112C

186 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 5.00 HP n N 1455 r/in 17 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-3M 112C GKS09-3M 112C GKS09-4M 112C GKS14-3M 112C GKS11-4M 112C GKS11-3M 112C GKS09-3M 112C GKS14-3M 112C GKS11-3M 112C GKS09-3M 112C GKS09-4M 112C GKS11-4M 112C GKS09-4M 112C GKS14-3M 112C GKS11-4M 112C GKS11-3M 112C GKS09-3M 112C GKS14-3M 112C GKS09-4M 112C GKS11-3M 112C GKS11-4M 112C GKS09-4M 112C GKS11-4M 112C GKS14-3M 112C GKS14-4M 112C GKS11-3M 112C GKS11-4M 112C GKS14-4M 112C GKS11-3M 112C22 GKS14-3M 112C GKS14-4M 112C GKS11-4M 112C GKS11-3M 112C GKS14-3M 112C GKS14-4M 112C GKS11-3M 112C GKS14-3M 112C GKS11-4M 112C GKS14-4M 112C GKS11-4M 112C GKS11-3M 112C

187 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 5.00 HP n N 1455 r/in 17 r/in f N 50 Hz Hz i [r/in] [r/in] GKS14-3M 112C GKS14-4M 112C GKS11-4M 112C GKS11-3M 112C GKS14-3M 112C GKS14-4M 112C GKS14-3M 112C GKS14-4M 112C GKS14-4M 112C GKS14-4M 112C GKS14-4M 112C GKS14-4M 112C

188 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 7.50 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-3M 132C GKS06-3M 132C GKS07-3M 132C GKS07-3M 132C GKS06-3M 132C GKS07-3M 132C GKS06-3M 132C GKS07-3M 132C GKS06-3M 132C GKS06-3M 132C GKS07-3M 132C GKS07-3M 132C GKS06-3M 132C GKS07-3M 132C GKS06-3M 132C GKS07-3M 132C GKS06-3M 132C GKS06-3M 132C GKS07-3M 132C GKS07-3M 132C GKS07-3M 132C GKS07-3M 132C GKS09-3M 132C GKS07-3M 132C GKS09-3M 132C GKS09-3M 132C GKS07-3M 132C GKS09-3M 132C GKS07-3M 132C12 GKS09-3M 132C GKS07-3M 132C GKS09-3M 132C GKS11-3M 132C GKS09-3M 132C GKS11-3M 132C GKS09-3M 132C GKS11-3M 132C GKS09-3M 132C GKS11-3M 132C GKS09-3M 132C GKS11-3M 132C

189 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 7.50 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS14-4M 132C GKS11-4M 132C GKS11-3M 132C GKS14-4M 132C GKS14-3M 132C GKS11-3M 132C GKS11-4M 132C GKS14-4M 132C GKS14-3M 132C GKS11-4M 132C GKS11-3M 132C GKS14-4M 132C GKS14-3M 132C GKS11-4M 132C GKS11-4M 132C GKS14-3M 132C GKS14-4M 132C GKS11-4M 132C GKS14-4M 132C GKS11-3M 132C GKS14-3M 132C GKS14-4M 132C GKS11-4M 132C GKS11-3M 132C GKS14-3M 132C GKS14-4M 132C GKS14-3M 132C GKS14-4M 132C GKS14-3M 132C12 GKS14-4M 132C GKS14-3M 132C GKS14-4M 132C GKS14-3M 132C GKS14-4M 132C GKS14-4M 132C

190 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 10.0 HP n N 14 r/in 1765 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-3M 132C GKS06-3M 132C GKS07-3M 132C GKS07-3M 132C GKS06-3M 132C GKS07-3M 132C GKS06-3M 132C GKS07-3M 132C GKS09-3M 132C GKS07-3M 132C GKS09-3M 132C GKS07-3M 132C GKS06-3M 132C GKS09-3M 132C GKS07-3M 132C GKS07-3M 132C GKS09-3M 132C GKS09-3M 132C GKS07-3M 132C GKS09-3M 132C GKS07-3M 132C GKS07-3M 132C GKS09-3M 132C GKS07-3M 132C GKS09-3M 132C GKS09-3M 132C GKS09-3M 132C GKS09-3M 132C GKS11-3M 132C22 GKS09-3M 132C GKS11-3M 132C GKS09-3M 132C GKS11-3M 132C GKS11-3M 132C GKS09-3M 132C GKS11-3M 132C GKS09-3M 132C GKS11-3M 132C GKS09-3M 132C GKS14-3M 132C GKS11-3M 132C

191 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 10.0 HP n N 14 r/in 1765 r/in f N 50 Hz Hz i [r/in] [r/in] GKS09-3M 132C GKS14-3M 132C GKS11-3M 132C GKS14-4M 132C GKS14-3M 132C GKS11-4M 132C GKS11-3M 132C GKS14-4M 132C GKS14-3M 132C GKS11-3M 132C GKS11-4M 132C GKS14-4M 132C GKS14-3M 132C GKS11-4M 132C GKS11-3M 132C GKS14-4M 132C GKS14-3M 132C GKS11-4M 132C GKS11-4M 132C GKS14-3M 132C GKS14-4M 132C GKS14-4M 132C GKS14-3M 132C GKS14-4M 132C GKS14-3M 132C GKS14-4M 132C GKS14-3M 132C GKS14-4M 132C GKS14-3M 132C22 GKS14-4M 132C GKS14-3M 132C

192 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 15.0 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-3M 1C GKS07-3M 1C GKS07-3M 1C GKS07-3M 1C GKS09-3M 1C GKS07-3M 1C GKS09-3M 1C GKS07-3M 1C GKS11-3M 1C GKS09-3M 1C GKS07-3M 1C GKS11-3M 1C GKS07-3M 1C GKS09-3M 1C GKS09-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C22 GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS14-4M 1C GKS14-3M 1C

193 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 15.0 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS14-4M 1C GKS14-3M 1C GKS14-4M 1C GKS14-3M 1C GKS14-4M 1C GKS14-4M 1C GKS14-4M 1C GKS14-3M 1C GKS14-4M 1C GKS14-3M 1C

194 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 20.0 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS07-3M 1C GKS07-3M 1C GKS07-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS11-3M 1C GKS09-3M 1C GKS14-3M 1C GKS09-3M 1C GKS11-3M 1C GKS14-3M 1C GKS09-3M 1C GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C32 GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS11-3M 1C GKS14-3M 1C GKS14-4M 1C

195 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 20.0 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS14-3M 1C GKS14-4M 1C GKS14-3M 1C GKS14-4M 1C GKS14-3M 1C GKS14-4M 1C GKS14-4M 1C

196 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 25.0 HP n N 1475 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-3M 180C GKS09-3M 180C GKS11-3M 180C GKS09-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS09-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C12 GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-4M 180C GKS14-3M 180C GKS14-4M 180C GKS14-3M 180C

197 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 25.0 HP n N 1475 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS14-4M 180C GKS14-3M 180C

198 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 30.0 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-3M 180C GKS09-3M 180C GKS11-3M 180C GKS09-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS09-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS09-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C32 GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C

199 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 40.2 HP n N 1465 r/in 1770 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-3M 180C GKS11-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS11-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C GKS14-3M 180C

200 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N = 50.0 HP n N 1483 r/in 1787 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C

201 GKS helial-bevel gearbox Seletion tables 50 Hz, Hz: P N =.0 HP n N 1480 r/in 17 r/in f N 50 Hz Hz i [r/in] [r/in] GKS11-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS11-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C GKS14-3M 225C

202 GKS helial-bevel gearbox Diensions GKS -3M H R

203 GKS helial-bevel gearbox k 063C11 063C42 071C11 080C13 063C12 071C13 080C33 063C31 071C31 063C32 071C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GKS GKS GKS GKS a h 1) h 1 o p 1) GKS GKS GKS GKS d d 1 l l 1 u t i 1 a 1 b 1 e 1 f 1 s 1 GKS04 GKS05 GKS06 GKS M6 x 0.15 M8 x 0.59 M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GKS GKS GKS GKS ) k 2!

204 GKS helial-bevel gearbox Diensions GKS -3M H R 6.3 k 080C32 090C12 090C32 C12 C32 112C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS GKS GKS Lenze V01-en_US-05/2013

205 GKS helial-bevel gearbox k 132C12 1C22 1C32 180C12 180C42 225C12 132C22 180C32 225C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS a h 1) h 1 o p 1) GKS GKS GKS GKS GKS GKS GKS d d 1 l l 1 u t i 1 a 1 b 1 e 1 f 1 s 1 GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 GKS M6 x 0.15 M8 x 0.59 M10 x 0.63 M12 x 0.71 M16 x 4 M20 x 6 M24 x a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GKS GKS GKS GKS GKS GKS GKS ) k 2! Lenze V01-en_US-05/

206 GKS helial-bevel gearbox Diensions GKS -3M HAK

207 GKS helial-bevel gearbox k 063C11 063C42 071C11 080C13 063C12 071C13 080C33 063C31 071C31 063C32 071C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GKS GKS GKS GKS a h 1) h 1 k 8 o p 1) q GKS GKS GKS GKS d d 1 l l 1 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKS04 GKS05 GKS06 GKS x x x x x x ) k 2!

208 GKS helial-bevel gearbox Diensions GKS -3M HAK 6.3 k 080C32 090C12 090C32 C12 C32 112C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS GKS GKS Lenze V01-en_US-05/2013

209 GKS helial-bevel gearbox k 132C12 1C22 1C32 180C12 180C42 225C12 132C22 180C32 225C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS a h 1) h 1 k 8 o p 1) q GKS GKS GKS GKS GKS GKS GKS d d 1 l l 1 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 GKS x x x x x x x x x x ) k 2! Lenze V01-en_US-05/

210 GKS helial-bevel gearbox Diensions GKS -3M V R

211 GKS helial-bevel gearbox k 063C11 063C42 071C11 080C13 063C12 071C13 080C33 063C31 071C31 063C32 071C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GKS GKS GKS GKS a h 1) h 1 o p 1) q GKS GKS GKS GKS d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GKS04 GKS05 GKS06 GKS /8"- 16 1/2"- 13 5/8"- 11 5/8" M6 x 0.15 M8 x 0.59 M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GKS GKS GKS GKS ) k 2!

212 GKS helial-bevel gearbox Diensions GKS -3M V R 6.3 k 080C32 090C12 090C32 C12 C32 112C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS GKS GKS Lenze V01-en_US-05/2013

213 GKS helial-bevel gearbox k 132C12 1C22 1C32 180C12 180C42 225C12 132C22 180C32 225C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS a h 1) h 1 o p 1) q GKS GKS GKS GKS GKS GKS GKS d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 GKS /8"- 16 1/2"- 13 5/8"- 11 5/8"- 11 M20 M20 M M6 x 0.15 M8 x 0.59 M10 x 0.63 M12 x 0.71 M16 x 4 M20 x 6 M24 x a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GKS GKS GKS GKS GKS GKS GKS ) k 2! Lenze V01-en_US-05/

214 GKS helial-bevel gearbox Diensions GKS -3M VAK

215 GKS helial-bevel gearbox k 063C11 063C42 071C11 080C13 063C12 071C13 080C33 063C31 071C31 063C32 071C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GKS GKS GKS GKS a h 1) h 1 k 8 o p 1) q GKS GKS GKS GKS d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKS04 GKS05 GKS06 GKS /8"- 16 1/2"- 13 5/8"- 11 5/8" x x x x x ) k 2!

216 GKS helial-bevel gearbox Diensions GKS -3M VAK 6.3 k 080C32 090C12 090C32 C12 C32 112C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS GKS GKS Lenze V01-en_US-05/2013

217 GKS helial-bevel gearbox k 132C12 1C22 1C32 180C12 180C42 225C12 132C22 180C32 225C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS a h 1) h 1 k 8 o p 1) q GKS GKS GKS GKS GKS GKS GKS d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 GKS /8"- 16 1/2"- 13 5/8"- 11 5/8"- 11 M20 M20 M x x x x x x x x x ) k 2! Lenze V01-en_US-05/

218 GKS helial-bevel gearbox Diensions GKS -4M H R

219 GKS helial-bevel gearbox k 063C11 063C42 071C11 071C42 080C13 063C12 071C13 080C33 063C31 071C31 063C32 071C32 071C33 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR GKS k GKS GKS GKS GKS a h h 1 o p GKS GKS GKS GKS GKS d d 1 l l 1 u t i 1 a 1 b 1 e 1 f 1 s 1 GKS05 GKS06 GKS07 GKS09 GKS M8 x 0.59 M10 x 0.63 M12 x 0.71 M16 x 4 M20 x 6 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GKS GKS GKS GKS GKS

220 GKS helial-bevel gearbox Diensions GKS -4M H R k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS C Lenze V01-en_US-05/2013

221 GKS helial-bevel gearbox k 112C22 132C12 1C22 1C32 180C12 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS a h h 1 o p GKS GKS GKS GKS GKS d d 1 l l 1 u t i 1 a 1 b 1 e 1 f 1 s 1 GKS06 GKS07 GKS09 GKS11 GKS M10 x 0.63 M12 x 0.71 M16 x 4 M20 x 6 M24 x 8 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GKS GKS GKS09 GKS GKS Lenze V01-en_US-05/

222 GKS helial-bevel gearbox Diensions GKS -4M HAK

223 GKS helial-bevel gearbox k 063C11 063C42 071C11 071C42 080C13 063C12 071C13 080C33 063C31 071C31 063C32 071C32 071C33 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR GKS k GKS GKS GKS GKS a h h 1 k 8 o p q GKS GKS GKS GKS GKS d d 1 l l 1 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKS05 GKS06 GKS07 GKS09 GKS x x x x x x x x

224 GKS helial-bevel gearbox Diensions GKS -4M HAK k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS C Lenze V01-en_US-05/2013

225 GKS helial-bevel gearbox k 112C22 132C12 1C22 1C32 180C12 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS a h h 1 k 8 o p q GKS GKS GKS GKS GKS d d 1 l l 1 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKS06 GKS07 GKS09 GKS11 GKS x x x x x x x x Lenze V01-en_US-05/

226 GKS helial-bevel gearbox Diensions GKS -4M V R

227 GKS helial-bevel gearbox k 063C11 063C42 071C11 071C42 080C13 063C12 071C13 080C33 063C31 071C31 063C32 071C32 071C33 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR GKS k GKS GKS GKS GKS a h h 1 o p q GKS GKS GKS GKS GKS d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GKS05 GKS06 GKS07 GKS09 GKS /2"- 13 5/8"- 11 5/8"- 11 M20 M M8 x 0.59 M10 x 0.63 M12 x 0.71 M16 x 4 M20 x 6 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GKS GKS GKS GKS GKS

228 GKS helial-bevel gearbox Diensions GKS -4M V R k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS C Lenze V01-en_US-05/2013

229 GKS helial-bevel gearbox k 112C22 132C12 1C22 1C32 180C12 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS a h h 1 o p q GKS GKS GKS GKS GKS d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GKS06 GKS07 GKS09 GKS11 GKS /8"- 11 5/8"- 11 M20 M20 M M10 x 0.63 M12 x 0.71 M16 x 4 M20 x 6 M24 x 8 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GKS GKS GKS09 GKS GKS Lenze V01-en_US-05/

230 GKS helial-bevel gearbox Diensions GKS -4M VAK

231 GKS helial-bevel gearbox k 063C11 063C42 071C11 071C42 080C13 063C12 071C13 080C33 063C31 071C31 063C32 071C32 071C33 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR GKS k GKS GKS GKS GKS a h h 1 k 8 o p q GKS GKS GKS GKS GKS d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKS05 GKS06 GKS07 GKS09 GKS /2"- 13 5/8"- 11 5/8"- 11 M20 M x x x x x x x

232 GKS helial-bevel gearbox Diensions GKS -4M VAK k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS GKS GKS C Lenze V01-en_US-05/2013

233 GKS helial-bevel gearbox k 112C22 132C12 1C22 1C32 180C12 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKS GKS GKS a h h 1 k 8 o p q GKS GKS GKS GKS GKS d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKS06 GKS07 GKS09 GKS11 GKS /8"- 11 5/8"- 11 M20 M20 M x x x x x x x Lenze V01-en_US-05/

234 GKS helial-bevel gearbox

235 GKS helial-bevel gearbox Aessories Hollow shaft with shrink dis GKS04 GKS05 d g g g i k k k l l l GKS GKS GKS GKS GKS Output flange and hollow shaft with shrink dis (output version SAK) are not possible in the sae loation. For additional diensions see output version H. Ensure that the strength of the ahine shaft aterial is adequate in shrink dis designs. When using typial steels (e.g. C45, 42CrMo4), the torques listed in the seletion tables an be used without restrition. Please onsult us if you wish to use aterial that is onsiderably weaker. Mediu surfae roughness Rz ust not exeed 0,6 µ inh (turning is suffiient)

236 GKS helial-bevel gearbox Aessories Mounting set for hollow shaft irlip: Proposed design for auxiliary tools d l 1 d 2 l l 8, ax GKS M GKS M GKS M GKS07 GKS09 GKS M GKS M

237 GKS helial-bevel gearbox Aessories Hoseproof hollow shaft over Cover inluding gasket GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 GKS14 k k g

238 GKS helial-bevel gearbox Aessories Gearbox with 2nd output shaft end d l i 1 o 1 GKS GKS GKS GKS GKS GKS GKS

239 GKS helial-bevel gearbox Aessories Torque plate on threaded pith irle In position 3 In position GKS04 GKS05 GKS06 GKS07 a 4 a 7 a 8 a 9 b 4 d D k

240 GKS helial-bevel gearbox Aessories Torque plate at housing foot In positio, 4 or 6 GKS04 GKS05 GKS06 GKS07 GKS09 GKS11 GKS14 a 4 a 7 a 8 a 9 b 8 d D e 5 k

241 GKS helial-bevel gearbox Aessories Ventilations Position of ventilation, sealing eleents and oil level hek GKS A... F Mounting position Ite 1 standard Ventilation / Oil filler plug Ite 2 only with: Oil drain plug GKS05-3M 090C Oil ontrol plug GKS05-3M C * On both sides GKS06-3M 112C ** On opposite side GKS07-3M 1C

242 GKS helial-bevel gearbox Aessories Ventilations Position of ventilation, sealing eleents and oil level hek GKS A... F Mounting position Ite 1 standard Ventilation / Oil filler plug Ite 2 only with: Oil drain plug GKS07-4M 090C Oil ontrol plug GKS07-4M C * On both sides GKS09-4M 112C ** On opposite side

243 GKS helial-bevel gearbox Aessories Ventilations Copensation reservoir for ounting position C GKS -3 Motor GKS09 GKS11 GKS14 o 5 o 6 o 5 o 6 o 5 o 6 o 5 o Terinal box position 4 not peritted

244 GKS helial-bevel gearbox Aessories

245 GKS helial-bevel gearbox Aessories

246 GKS helial-bevel gearbox Aessories

247 Gearboxes Bevel gearbox GKR MD/MH three-phase AC otors HP HP (IE2)

248

249 Bevel gearbox GKR Contents General inforation Aessories List of abbreviations Produt key Produt inforation Funtions and features Diensioning Notes on ordering Ordering details heklist Perissible radial and axial fores at output Output baklash in angular inutes Moents of inertia Weights Seletion tables Diensions Hollow shaft with shrink dis Mounting set for hollow shaft irlip: Proposed design for auxiliary tools Hoseproof hollow shaft over Gearbox with 2nd output shaft end Rubber buffer for torque plate Torque plate on threaded pith irle Torque plate at housing foot Ventilations

250 Bevel gearbox GKR General inforation List of abbreviations η =1 f N F ax,ax F rad,ax H ax i J n N P N S hü U N, Δ U N, Y [Hz] [lb] [lb] [ft] [lbs-in²] [r/in] [r/in] [HP] [1/h] [V] [V] Effiieny Load apaity Rated frequeny Max. axial fore Max. radial fore Site altitude Ratio Moent of inertia Mass Output torque Output speed Rated speed Rated power Transition operating frequeny Rated voltage Rated voltage CE CSA DIN EMC EN IEC IM IP NEMA UL UR VDE CCC GOST URus UkrSEPRO Counauté Européenne Canadian Standards Assoiation Deutshes Institut für Norung e.v. Eletroagneti opatibility European standard International Eletrotehnial Coission International Mounting Code International Protetion Code National Eletrial Manufaturers Assoiation Underwriters Laboratory Listed Produt Underwriters Laboratory Reognized Produt Verband deutsher Elektrotehniker (Assoiation of Geran Eletrial Engineers) China Copulsory Certifiate Certifiate for Russian Federation Cobined ertifiation arks of UL for the USA and Canada Certifiate for Ukraine

251 Bevel gearbox GKR General inforation Produt key

252 Bevel gearbox GKR General inforation Produt key Mounting position (A...F) and position of syste bloks (1...6) Hollow shaft: 0 Solid shaft: 3, 5, 8 (3+5) Hollow shaft with shrink dis: 3, 5 Without flange: 0 Flange: 3, 5, 8 (3+5) Terinal box / ote: 2, 3, 4, 5 Gearbox designs 6.5 Basi versions Motor effiieny Surfae and orrosion protetion Lubriant Ventilation Standard effiieny Inreased effiieny (IE2) No OKS (unpainted, aluiniu housing) OKS-S (paint: RAL 7012) CLP 4 (ineral) Breather eleents for GKR06 Options Surfae and orrosion protetion Lubriant Shaft sealing rings Aessories Naeplate OKS-G (prier: grey) OKS-S (speial paint aording to RAL) OKS-M (speial paint aording to RAL) OKS-L (speial paint aording to RAL) CLP HC 320 (syntheti) CLP HC 220 USDA H1 (syntheti) Driven shaft: Viton Rubber buffer for torque plate (GKR 03/04 only) Torque plate on threaded pith irle Housing foot torque plate (GKR05/06 only) 2nd output shaft end Shrink dis over Hoseproof hollow shaft over Mounting set for hollow shaft irlip Metal naeplate (supplied loose) Adhesive naeplate (supplied loose) 6.5-6

253 Bevel gearbox GKR General inforation Produt inforation Lenze provides a geared otor onstrution kit, whih overs a wide range of requireents. Nuerous drive-side and output-side options enable preise adaptation of the drive to the speifi appliation. This is the basis for versatile appliations and funtional salability of our gearboxes and geared otors. The odular onept and high power density ake extreely opat sizes possible. Optiised teeth profiles and ground gears ensure a low-noise operation and low baklash. The gearboxes have a opat and hene spae-saving onstrution. Designs 2-stage gearboxes Hollow shaft with keyway or shrink dissolid shaft with keyway Solid shaft with keyway Foot or flange ounting Torque plate, inluding rubber buffer With three-phase AC otors MD, power range HP With three-phase AC otors MH (effiieny lass IE2), power range 1 10 HP For axiu effiieny Our bevel gearboxes are a showpiee for lightweight engineering. They are also highly effiient and are equipped with wear free teeth. Together with three-phase AC otors and servo otors, they for and effiient and opat drive unit. They are available as a 2-stage version with a torque of up to 3283 lbs-in and a ratio of up to i=76. Inverters for otor-proxiity installation The Drive Pakage with deentralised Inverter Drives 00 ote overs a power range up to 10 HP. Bevel geared otor GKR05-2M HBR

254 Bevel gearbox GKR General inforation Funtions and features Gearbox type Gehäuse Ausführung Werkstoff Vollwelle Ausführung Toleranz Werkstoff Hollow shaft Design Tolerane Material Verzahnungsteile Ausführung Material Welle-Nabe-Verbindung Shaft sealing rings Design Material Bearing Design Shierstoffe Standard Füllengen Mehanisher Wirkungsgrad 1-stufige Getriebe [η =1 ] 2-stufige Getriebe [η =1 ] 3-stage gearboxes [η =1 ] 4-stage gearboxes [η =1 ] Notes GKR Cuboid Aluiniu / ast iron with keyway (diaeter d 2 inh) (diaeter d < 25 inh) Tepered steel C45 or 42CrMo4 H: with keyway S: sooth ,0005 (diaeter d < 2 inh) ,001 (diaeter d 2 inh) Tepered steel C45 Optiised tooth flanks and profile geoetry Ground tooth flanks Case-hardened steel 1st stage/prestage/helial (bevel) gearbox: Frition-type onnetion Output stage (= 2nd, 3rd or 4th stage): Frition-type or positive-fit onnetion With dust lip NB / FP Ball bearing / tapered-roller bearing depending on size and design DIN orresponding to ounting position (see operating instrutions)

255 Bevel gearbox GKR General inforation Funtions and features Lubriants Lenze gearboxes and geared otors are ready for operation on delivery and are filled with lubriants that are speifi to both the drive and the design. The ounting position and design speified in the order are deisive fators in hoosing the volue of lubriant. The lubriants listed in the lubriant table are approved for use in Lenze drives. Lubriant table Mode Abient teperature [ F] Speifiation Note Wehselintervall Fuhs Klüber Shell CLP Mineral based oil with additives operating hours not later than after three years (oil teperature F) Fuhs Renolin CLP 4 Klüberoil GEM1-4 N Shell Oala 4 CLP HC 320 CLP HC 220 USDA H Syntheti-based oil (syntheti hydroarbon / poly-alpha-olefin oil) For food proessing industry operating hours operating hours not later than after three years (oil not later than after three years (oil teperature F) teperature F) Fuhs Renolin breer & leguil Unisyn CLP 320 Cassida Fluid GL 220 Klübersynth Klüberoil GEM4-320 N 4 UH1-220 N Shell Oala Oil HD 320 Please ontat your Lenze offie if you are operating in areas with < -4 F bzw. >abient teperatures + F

256 Bevel gearbox GKR General inforation Funtions and features Surfae and orrosion protetion For optiu protetion of geared otors against abient onditions, the surfae and orrosion protetion syste (OKS) offers tailor-ade solutions. Various surfae oatings obined with other protetive easures ensure that the geared otors operate reliably even at high air huidity, in outdoor installation or in the presene of atospheri ipurities. Any olour fro the RAL Classi olletion an be hosen for the top oat. The geared otors are also available unpainted (no surfae and orrosion protetion). Surfae and orrosion protetion syste OKS-G (pried) OKS-S (sall) OKS-M (ediu) OKS-L (high) Appliations Measures 1K priing oat (grey) Zin-oated srews Dependent on subsequent Rust-free breather eleents top oat applied Optional easures Stainless steel naeplate Surfae oating as per orrosivity ategory C1 (in line with EN Standard appliations 2) Internal installation in heated Zin-oated srews buildings Rust-free breather eleents Air huidity up to 90% Optional easures Stainless steel naeplate Surfae oating as per orrosivity ategory C2 (in line with EN ) Internal installation in nonheated buildings Zin-oated srews Rust-free breather eleents Covered, proteted external Optional easures installation Stainless steel shaft Air huidity up to 95% Stainless steel naeplate Rust-free shrink dis (on request) Surfae oating as per orrosivity ategory C3 (in line with EN ) Blower over and B end shield additionally pried Cable glands with gaskets Corrosion-resistant brake with over ring, stainless frition plate, and hroe-plated arature plate (on request) All srews/srew plugs zin-oated External installation Stainless breather eleents Air huidity above 95% Threaded holes that are not used are losed by eans of plasti plugs Cheial industry plants Optional easures Food industry Sealed reesses on otor (on request) Stainless steel shaft Stainless steel naeplate Rust-free shrink dis (on request) Additional priing oat on ast iron fan Oil expansion tank and torque plates painted separately and supplied loose

257 Bevel gearbox GKR General inforation Funtions and features Struture of surfae oating Surfae and orrosion protetion syste Corrosivity ategory DIN EN ISO Surfae oating Struture Colour Without OKS (unoated) OKS-G (pried) OKS-S (sall) OKS-M (ediu) OKS-L (high) C1 C2 C3 Dipping pried gearbox Dipping pried gearbox 1K priing oat Dipping pried gearbox 2K-PUR top oat Dipping pried gearbox 1K priing oat 2K-PUR top oat Dipping pried gearbox 2K-EP priing oat 2K-PUR top oat Standard: RAL 7012 Optional: RAL Classi Standard: RAL 7012 Optional: RAL Classi Standard: RAL 7012 Optional: RAL Classi

258 Bevel gearbox GKR General inforation Funtions and features Ventilation Gearboxes without ventilation No ventilation easures are required for gearboxes GKR Gearboxes with ventilation Gearbox GKR06 is supplied with a breather eleent as standard

259 Bevel gearbox GKR General inforation Diensioning General inforation about the data provided in this atalogue Powers, torques and speeds The powers, torques and speeds speified in this atalogue are rounded values and are valid under the following onditions: Operating tie/day = 8 h (% OT) Duty lass I for up to 10 swithing operations/h Mounting positions and designs in this atalogue Standard lubriant T ab = 68 F for gearboxes, T ab = F for otors (in aordane with EN 034) Site altitude < = 3281 ft asl The seletion tables provide the perissible ehanial powers and torques. For notes on the theral power liit, see hapter drive diensioning. The rated power speified for otors and geared otors applies to operating ode S1 (in aordane with EN 034). Under different operating onditions, the values obtained ay vary fro those listed here. In the ase of extree operating onditions, please onsult your Lenze sales offie

260 Bevel gearbox GKR General inforation Diensioning Theral power liit The theral power liit, defined by the heat balane, liits the perissible gearbox ontinuous power. It ay be less than the ehanial power ratings listed in the seletion tables. The theral power liit is affeted by: The hurning losses in the lubriant. These are deterined by the ounting position and the iruferential speed of the wheels The load and the speed The abient onditions: teperature, air irulation, input or dissipation via shafts and the foundation Please onsult your Lenze subsidiary if the following input speeds n 1 are exeeded on a ontinuous basis (ontinuous is defined as ore than 8 h/day): Motor frae size Mounting position A, B, E, F 3000 r/in 3000 r/in 2000 r/in Mounting position C, D 3000 r/in 1500 r/in 1500 r/in if the following input speeds n 1 are exeeded: Motor frae size Mounting position A, B, E, F 4000 r/in 4000 r/in 3000 r/in Mounting position C, D 3000 r/in 2000 r/in 1500 r/in Possible ways of extending the appliation area Syntheti lubriant (option) Shaft sealing rings ade fro FP aterial/viton (option) Redution in lubriant quantity Cooling of the geared otor by eans of air onvetion on the ahine/syste

261 Bevel gearbox GKR General inforation Diensioning Load apaity and appliation fator Load apaity of gearbox Rated value for the load apaity of Lenze geared otors. is the ratio of the perissible rated torque of the gearbox to the rated torque supplied by the drive oponent (e.g. the built-in Lenze otor). The value of ust always be greater than the value of the appliation fator k alulated for the appliation. Appliation fator k (aording to DIN 3990) Takes into aount the influene of teporally variable loads whih are atually present during the antiipated operating tie of gearboxes and geared otors. k is deterined by: The type of load The load intensity Teporal influenes Duty lass I II III Load type Sooth operation, sall or light jolts Uneven operation, average jolts Uneven operation, severe jolts and/or alternating load Appliation fator k

262 Bevel gearbox GKR General inforation Diensioning Torque derating at low otor frequenies Motor size-dependent torque redution, taking into aount the theral response during operation on the inverter. Torque harateristis A = Operation with integral fan and brake B = Operation with integral fan and brake ontrol "Holding urrent redution" You an use the Drive Solution Designer for preise drive diensioning. 6.5 The Drive Solution Designer helps you to arry out a fast and highquality drive diensioning. The software inludes well-founded and proven knowledge on drive appliations and eletro-ehanial drive oponents. Please ontat your Lenze sales offie

263 Bevel gearbox GKR General inforation Diensioning Notes on the seletion tables The seletion tables shown the available obinations of gearbox type, nuber of stages, ratio and otor. The following legend indiates the struture of the seletion tables

264 Bevel gearbox GKR General inforation Diensioning Notes on the seletion tables Motor voltages The power values and torques indiated in the seletion tables relate to the following otor voltages: 50 Hz : Δ 230 V / Y 400 V Hz : Δ 265 V / Y 4 V Operation at 87 Hz In 87 Hz operation, the three-phase AC otor (whih is designed for a voltage of Δ 230 V / Y 400 V at 50 Hz) is operated on an inverter with 400 V rated voltage in a delta onnetion. It is iportant to note here that the inverter ust be designed onfigured for 87Hz output. This offers the following advantages over 50 Hz operation: The setting range of the otor is inreased by a fator of 3. The otor an then provide around 3 ties greater output, whih in turn allows a saller and ore affordable otor to be seleted for the appliation. The effiieny of the otor is also iproved

265 Bevel gearbox GKR General inforation Notes on ordering We want to be sure that you reeive the orret produts in good tie. To allow us to ahieve this we need: Your address and your opany data Our produt key for the individual produts in this atalogue Your delivery data suh as delivery date and delivery address Ordering proedure Please use the ordering inforation heklist to ensure that you provide all the order inforation required for the various produts. The ordering inforation heklist, the produt key, the basi versions, options, ounting position and position of the syste bloks will be found in the General Produt key setion. A list of Lenze's worldwide sales offies an be found on the Internet:

266 Bevel gearbox GKR General inforation Ordering details heklist

267 Bevel gearbox GKR General inforation Ordering details heklist

268 Bevel gearbox GKR General inforation Ordering details heklist Three-phase AC otors options

269 Bevel gearbox GKR General inforation Ordering details heklist Three-phase AC otors options

270 Bevel gearbox GKR General inforation

271 Bevel gearbox GKR Perissible radial and axial fores at output Perissible radial fore F rad,per = in(f w x f α x F rad,ax ; f w x F rad,ax at 16 r/in) Perissible axial fore F ax,per = F ax,ax if F rad = 0 If F rad and F ax 0; please ontat Lenze. Appliation of fores Effetive diretion fator f α at output shaft 6.5 Diretion of rotation L Diretion of rotation R

272 Bevel gearbox GKR Perissible radial and axial fores at output Additional load fator fw at output shaft Solid shaft (V ) Hollow shaft (H ) GKR -2 H Size Gearbox n2 [r/in] Max. radial fore, Hollow shaft Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] GKR GKR GKR GKR Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Max. axial fore, Hollow shaft 6.5 Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] GKR GKR GKR GKR Appliation of fore Frad: at hollow shaft end fae (x = 0) Fax,ax only valid with Frad = 0 Neither radial nor axial fores are perissible for the hollow shaft with shrink dis (S )

273 Bevel gearbox GKR Perissible radial and axial fores at output GKR -2 V R Size Gearbox n2 [r/in] Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] [lb] GKR GKR GKR GKR Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] GKR GKR GKR GKR Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Max. radial fore, Solid shaft without flange Max. axial fore, Solid shaft without flange GKR -2 V K Size Gearbox n2 [r/in] Max. radial fore, Solid shaft with flange Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] GKR GKR GKR GKR Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] GKR GKR Max. axial fore, Solid shaft with flange GKR GKR Appliation of fore Frad: entre of shaft journal (x = l/2) Fax,ax only valid with Frad =

274 Bevel gearbox GKR Output baklash in angular inutes Baklash ϕ depending on ratio i GKR

275 Bevel gearbox GKR Moents of inertia GKR -2 Moent of inertia (J) depending on ratio i Gearbox GKR03 Gearbox GKR Gearbox GKR05 Gearbox GKR The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

276 Bevel gearbox GKR Weights GKR -2M HAR / HBR GKR03 GKR04 GKR05 GKR06 063C C11 063C12 063C C31 063C32 063C C11 071C13 071C C C GKR03 GKR04 GKR05 GKR06 071C C13 080C32 080C C C C C C C C GKR -2M HAK GKR03 GKR04 GKR05 GKR06 063C C11 063C12 063C C31 063C32 063C C11 071C13 071C C GKR03 GKR04 GKR05 GKR06 071C33 071C C13 080C32 080C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

277 Bevel gearbox GKR Weights GKR -2M VAR / VBR GKR03 GKR04 GKR05 GKR06 063C C11 063C12 063C C31 063C32 063C C11 071C13 071C C GKR03 GKR04 GKR05 GKR06 071C33 071C C13 080C32 080C C C C C32 112C C C GKR -2M VAK GKR03 GKR04 GKR05 GKR06 063C C11 063C12 063C C C32 063C C11 071C13 071C C GKR03 GKR04 GKR05 GKR06 071C33 071C C13 080C32 080C C C C C32 112C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

278 Bevel gearbox GKR Weights GKR -2M SAR / SBR GKR03 GKR04 GKR05 GKR06 063C11 063C C31 063C C C C13 071C C C GKR03 GKR04 GKR05 GKR06 071C C13 080C32 080C C C C C C C C GKR -2M SAK GKR03 GKR04 GKR05 GKR06 063C C C C C C C13 071C C C GKR03 GKR04 GKR05 GKR06 071C C13 080C32 080C C C C C32 112C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

279 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.08 HP n N 1425 r/in 1735 r/in f N 50 Hz Hz i [r/in] [r/in] GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C

280 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.13 HP n N 1375 r/in 1695 r/in f N 50 Hz Hz i [r/in] [r/in] GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C

281 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.16 HP n N 1425 r/in 1735 r/in f N 50 Hz Hz i [r/in] [r/in] GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C

282 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 2740 r/in 3370 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C

283 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 1365 r/in 1695 r/in f N 50 Hz Hz i [r/in] [r/in] GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR03-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C

284 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C

285 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 2710 r/in 3390 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C GKR04-2M 063C

286 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 1370 r/in 1680 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR05-2M 063C GKR03-2M 063C GKR04-2M 063C GKR05-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR05-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR03-2M 063C GKR04-2M 063C GKR04-2M 063C GKR05-2M 063C GKR06-2M 063C GKR05-2M 063C

287 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 1370 r/in 1680 r/in f N 50 Hz Hz i [r/in] [r/in] GKR06-2M 063C GKR05-2M 063C GKR06-2M 063C GKR05-2M 063C GKR06-2M 063C GKR05-2M 063C

288 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR04-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C

289 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 2720 r/in 33 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C

290 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR05-2M 071C GKR03-2M 071C GKR04-2M 071C GKR05-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR04-2M 071C

291 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C

292 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 950 r/in 11 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR06-2M 080C

293 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 2630 r/in 3240 r/in f N 50 Hz Hz i [r/in] [r/in] GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C

294 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 1405 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKR05-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR05-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR05-2M 071C GKR03-2M 071C GKR04-2M 071C GKR05-2M 071C GKR03-2M 071C GKR04-2M 071C GKR03-2M 071C GKR04-2M 071C GKR04-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR04-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C

295 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 1405 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKR05-2M 071C GKR06-2M 071C GKR05-2M 071C GKR06-2M 071C GKR06-2M 071C

296 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GKR05-2M 080C GKR04-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR06-2M 080C GKR06-2M 080C

297 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GKR05-2M 080C GKR04-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR04-2M 080C GKR05-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR05-2M 080C GKR06-2M 080C GKR06-2M 080C

298 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0 HP n N 1430 r/in 1740 r/in f N 50 Hz Hz i [r/in] [r/in] GKR05-2M 090C GKR04-2M 090C GKR04-2M 090C GKR05-2M 090C GKR04-2M 090C GKR04-2M 090C GKR04-2M 090C GKR05-2M 090C GKR04-2M 090C GKR05-2M 090C GKR04-2M 090C GKR05-2M 090C GKR04-2M 090C GKR05-2M 090C GKR05-2M 090C GKR04-2M 090C GKR05-2M 090C GKR04-2M 090C GKR05-2M 090C GKR05-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR06-2M 090C GKR06-2M 090C GKR06-2M 090C

299 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 0 HP n N 1435 r/in 1745 r/in f N 50 Hz Hz i [r/in] [r/in] GKR05-2M 090C GKR05-2M 090C GKR04-2M 090C GKR04-2M 090C GKR05-2M 090C GKR05-2M 090C GKR04-2M 090C GKR05-2M 090C GKR04-2M 090C GKR04-2M 090C GKR05-2M 090C GKR04-2M 090C GKR05-2M 090C GKR04-2M 090C GKR05-2M 090C GKR05-2M 090C GKR05-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR05-2M 090C GKR06-2M 090C GKR06-2M 090C GKR06-2M 090C GKR06-2M 090C GKR06-2M 090C GKR06-2M 090C

300 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 3.00 HP n N 1445 r/in 1750 r/in f N 50 Hz Hz i [r/in] [r/in] GKR05-2M C GKR05-2M C GKR05-2M C GKR05-2M C GKR05-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR06-2M C GKR06-2M C GKR06-2M C GKR06-2M C

301 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 4.00 HP n N 1445 r/in 1755 r/in f N 50 Hz Hz i [r/in] [r/in] GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR06-2M C GKR05-2M C GKR05-2M C GKR06-2M C GKR06-2M C GKR06-2M C GKR06-2M C GKR06-2M C GKR06-2M C GKR06-2M C

302 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 5.00 HP n N 1455 r/in 17 r/in f N 50 Hz Hz i [r/in] [r/in] GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C GKR06-2M 112C

303 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 7.50 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C

304 Bevel gearbox GKR Seletion tables 50 Hz, Hz: P N = 10.0 HP n N 14 r/in 1765 r/in f N 50 Hz Hz i [r/in] [r/in] GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C GKR06-2M 132C

305 Bevel gearbox GKR

306 Bevel gearbox GKR Diensions GKR -2M H R C02 063C11 063C12 063C22 063C31 g 4. g 1 MDEMAXX MDSMAXX 3.94 MDEMABR MDSMABR 4.21 k 1 MDEMAXX MDSMAXX k MDEMABR Δ k MDSMABR MDFMAXX MDFMABR k GKR GKR C

307 Bevel gearbox GKR k 063C42 071C11 071C32 071C33 071C42 080C13 071C13 071C31 080C33 g g 1 MDEMAXX MDSMAXX MDEMABR MDSMABR k 1 MDEMAXX MDSMAXX MDEMABR Δ k MDSMABR MDFMAXX 5.04 MDFMABR k GKR GKR GKR GKR a a 7 a 8 h o p 1) p 1 s 6 GKR GKR GKR GKR d d 1 l l 1 l 2 u t i 1 a 1 b 1 e 1 f 1 s 1 GKR03 GKR04 GKR05 GKR M6 x 0.15 M8 x 0.63 M8 x 0.59 M10 x 0.87 b 5 b 7 5 e 5 f 5 n s 5 GKR GKR GKR GKR ) k 2!

308 Bevel gearbox GKR Diensions GKR -2M H R

309 Bevel gearbox GKR k 080C32 090C12 090C32 C12 C32 112C22 132C12 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKR GKR GKR a a 7 a 8 h o p 1) p 1 s 6 GKR GKR GKR d d 1 l l 1 l 2 u t i 1 a 1 b 1 e 1 f 1 s 1 GKR04 GKR05 GKR M8 x 0.63 M8 x 0.59 M10 x 0.87 b 5 b 7 5 e 5 f 5 n s 5 GKR GKR GKR ) k 2!

310 Bevel gearbox GKR Diensions GKR -2M HAK C02 063C11 063C12 063C22 063C31 g 4. g 1 MDEMAXX MDSMAXX 3.94 MDEMABR MDSMABR 4.21 k 1 MDEMAXX MDSMAXX k MDEMABR Δ k MDSMABR MDFMAXX MDFMABR k GKR GKR C

311 Bevel gearbox GKR k 063C42 071C11 071C32 071C33 071C42 080C13 071C13 071C31 080C33 g g 1 MDEMAXX MDSMAXX MDEMABR MDSMABR k 1 MDEMAXX MDSMAXX MDEMABR Δ k MDSMABR MDFMAXX 5.04 MDFMABR k GKR GKR GKR GKR a h k 8 o p 1) p 1 q GKR GKR GKR GKR d d 1 l l 1 l 2 u t i 2 o 1 a 2 b 2 ba 2 2 e 2 f 2 fa 2 s 2 GKR03 GKR04 GKR05 GKR ) k 2!

312 Bevel gearbox GKR Diensions GKR -2M HAK

313 Bevel gearbox GKR k 080C32 090C12 090C32 C12 C32 112C22 132C12 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKR GKR GKR a h k 8 o p 1) p 1 q GKR GKR GKR d d 1 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKR04 GKR05 GKR ) k 2!

314 Bevel gearbox GKR Diensions GKR -2M V R C02 063C11 063C12 063C22 063C31 g 4. g 1 MDEMAXX MDSMAXX 3.94 MDEMABR MDSMABR 4.21 k 1 MDEMAXX MDSMAXX k MDEMABR Δ k MDSMABR MDFMAXX MDFMABR k GKR GKR C

315 Bevel gearbox GKR k 063C42 071C11 071C32 071C33 071C42 080C13 071C13 071C31 080C33 g g 1 MDEMAXX MDSMAXX MDEMABR MDSMABR k 1 MDEMAXX MDSMAXX MDEMABR Δ k MDSMABR MDFMAXX 5.04 MDFMABR k GKR GKR GKR GKR a a 7 a 8 h o p 1) p 1 q s 6 GKR GKR GKR GKR d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GKR03 GKR04 GKR05 GKR M6 M6 M10 M M6 x 0.15 M8 x 0.63 M8 x 0.59 M10 x 0.87 b 5 b 7 5 e 5 f 5 n s 5 GKR GKR GKR GKR ) k 2!

316 Bevel gearbox GKR Diensions GKR -2M V R

317 Bevel gearbox GKR k 080C32 090C12 090C32 C12 C32 112C22 132C12 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKR GKR GKR a a 7 a 8 h o p 1) p 1 q s 6 GKR GKR GKR d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GKR04 GKR05 GKR M6 M10 M M8 x 0.63 M8 x 0.59 M10 x 0.87 b 5 b 7 5 e 5 f 5 n s 5 GKR GKR GKR ) k 2!

318 Bevel gearbox GKR Diensions GKR -2M VAK C02 063C11 063C12 063C22 063C31 g 4. g 1 MDEMAXX MDSMAXX 3.94 MDEMABR MDSMABR 4.21 k 1 MDEMAXX MDSMAXX k MDEMABR Δ k MDSMABR MDFMAXX MDFMABR k GKR GKR C

319 Bevel gearbox GKR k 063C42 071C11 071C32 071C33 071C42 080C13 071C13 071C31 080C33 g g 1 MDEMAXX MDSMAXX MDEMABR MDSMABR k 1 MDEMAXX MDSMAXX MDEMABR Δ k MDSMABR MDFMAXX 5.04 MDFMABR k GKR GKR GKR GKR a h k 8 o p 1) p 1 q GKR GKR GKR GKR d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 ba 2 2 e 2 f 2 fa 2 s 2 GKR03 GKR04 GKR05 GKR M6 M6 M10 M ) k 2!

320 Bevel gearbox GKR Diensions GKR -2M VAK

321 Bevel gearbox GKR k 080C32 090C12 090C32 C12 C32 112C22 132C12 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GKR GKR GKR a h k 8 o p 1) p 1 q GKR GKR GKR d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GKR04 GKR05 GKR M6 M10 M ) k 2!

322 Bevel gearbox GKR

323 Bevel gearbox GKR Aessories Hollow shaft with shrink dis d 1) g 2 g 3 g 4 i 1 k 9 k 10 k 11 l l 1 l 4 GKR03 GKR04 GKR05 GKR ) Mahine shaft design. Output flange and hollow shaft with shrink dis (output version SAK) are not possible in the sae loation. For additional diensions see output version H. Ensure that the strength of the ahine shaft aterial is adequate in shrink dis designs. When using typial steels (e.g. C45, 42CrMo4), the torques listed in the seletion tables an be used without restrition. Please onsult us if you wish to use aterial that is onsiderably weaker. Mediu surfae roughness Rz ust not exeed 0,6 µ inh (turning is suffiient)

324 Bevel gearbox GKR Aessories Mounting set for hollow shaft irlip: Proposed design for auxiliary tools d l 1 d 2 l 9 7 GKR03 GKR04 GKR M6 M10 M GKR M

325 Bevel gearbox GKR Aessories Hoseproof hollow shaft over Cover inluding gasket k 11 [inh] GKR03 GKR04 GKR05 GKR Gearbox with 2nd output shaft end 6.5 d l i 1 o 1 [inh] [inh] [inh] [inh] GKR03 GKR GKR GKR

326 Bevel gearbox GKR Aessories Rubber buffer for torque plate d D a 7 a 8 GKR03 GKR

327 Bevel gearbox GKR Aessories Torque plate on threaded pith irle In position 3 In position GKR03 GKR04 a 4 a 8 a 9 d D k 6 p 8 p

328 Bevel gearbox GKR Aessories Torque plate on threaded pith irle In position 3 In position GKR05 GKR06 a 4 a 7 a 8 a 9 b 4 d D k

329 Bevel gearbox GKR Aessories Torque plate at housing foot In position 4 or 6 GKR05 GKR06 a 4 a 7 a 8 b 8 d D e 5 k

330 Bevel gearbox GKR Aessories Ventilation position GKR06 Ventilation

331 Gearboxes GSS Helial-wor gearbox MD/MH three-phase AC otors HP HP (IE2)

332

333 GSS Helial-wor gearbox Contents General inforation Aessories List of abbreviations Produt key Produt inforation Funtions and features Diensioning Notes on ordering Ordering details heklist Perissible radial and axial fores at output Moents of inertia Effiienies Weights Seletion tables Diensions Hollow shaft with shrink dis Mounting set for hollow shaft irlip: Proposed design for auxiliary tools Hoseproof hollow shaft over Gearbox with 2nd output shaft end Torque plate on threaded pith irle Torque plate at housing foot Ventilations

334 GSS Helial-wor gearbox General inforation List of abbreviations η =1 f N F ax,ax F rad,ax H ax i J n N P N S hü U N, Δ U N, Y [Hz] [lb] [lb] [ft] [lbs-in²] [r/in] [r/in] [HP] [1/h] [V] [V] Effiieny Load apaity Rated frequeny Max. axial fore Max. radial fore Site altitude Ratio Moent of inertia Mass Output torque Output speed Rated speed Rated power Transition operating frequeny Rated voltage Rated voltage CE CSA DIN EMC EN IEC IM IP NEMA UL UR VDE CCC GOST URus UkrSEPRO Counauté Européenne Canadian Standards Assoiation Deutshes Institut für Norung e.v. Eletroagneti opatibility European standard International Eletrotehnial Coission International Mounting Code International Protetion Code National Eletrial Manufaturers Assoiation Underwriters Laboratory Listed Produt Underwriters Laboratory Reognized Produt Verband deutsher Elektrotehniker (Assoiation of Geran Eletrial Engineers) China Copulsory Certifiate Certifiate for Russian Federation Cobined ertifiation arks of UL for the USA and Canada Certifiate for Ukraine

335 GSS Helial-wor gearbox General inforation Produt key

336 GSS Helial-wor gearbox General inforation Produt key Mounting position (A...F) and position of syste bloks (1...6) Hollow shaft: 0 Solid shaft: 3, 5, 8 (3+5) Hollow shaft with shrink dis: 3, 5 Without flange: 0 Flange: 3, 5, 8 (3+5) Terinal box / ote: 2, 3, 4, 5 Gearbox designs 6.6 Basi versions Motor effiieny Surfae and orrosion protetion Lubriant Ventilation Standard effiieny Inreased effiieny (IE2) OKS-G (prier: grey) OKS-S (paint: RAL 7012) CLP PG 4 (syntheti) Oil ontrol plugs for GSS Breather eleents for GSS05 07 Options Surfae and orrosion protetion Lubriant Shaft sealing rings Aessories Naeplate OKS-S (speial paint aording to RAL) OKS-M (speial paint aording to RAL) OKS-L (speial paint aording to RAL) CLP HC 220 USDA H1 (syntheti) Driven shaft: Viton Torque plate on threaded pith irle Housing foot torque plate 2nd output shaft end Shrink dis over Hoseproof hollow shaft over Mounting set for hollow shaft irlip Metal naeplate (supplied loose) Adhesive naeplate (supplied loose) 6.6-6

337 GSS Helial-wor gearbox General inforation Produt inforation Lenze provides a geared otor onstrution kit, whih overs a wide range of requireents. Nuerous drive-side and output-side options enable preise adaptation of the drive to the speifi appliation. This is the basis for versatile appliations and funtional salability of our gearboxes and geared otors. The odular onept and high power density ake extreely opat sizes possible. Optiised teeth profiles and ground gears ensure a low-noise operation and low baklash. The gearboxes have a opat and hene spae-saving onstrution. Designs 2-stage and 3-stage gearboxes Hollow shaft with keyway or shrink dissolid shaft with keyway Solid shaft with keyway Foot or flange ounting Torque plate, inluding rubber buffer With three-phase AC otors MD, power range HP With three-phase AC otors MH (effiieny lass IE2), power range 1 20 HP A low noise solution Helial wor gearboxes are partiularly low noise drive oponents. They reate a opat drive unit in obination with our servo otors. The helial wor gearboxes are designed i- and 3-stage versions and an reah a torque of up to 11,063 lbs-in and a ratio of up to i=17. Inverters for otor-proxiity installation The Drive Pakage with deentralised Inverter Drives 00 ote overs a power range up to 10 HP. Helial-bevel geared otor GSS07-2M HBR

338 GSS Helial-wor gearbox General inforation Funtions and features Gearbox type Gehäuse Ausführung Werkstoff Vollwelle Ausführung Toleranz Werkstoff Hollow shaft Design Tolerane Material Verzahnungsteile Ausführung Material Welle-Nabe-Verbindung Shaft sealing rings Design Material Bearing Design Shierstoffe Standard Füllengen Mehanisher Wirkungsgrad 1-stufige Getriebe [η =1 ] 2-stufige Getriebe [η =1 ] 3-stage gearboxes [η =1 ] 4-stage gearboxes [η =1 ] Notes GSS Cuboid Aluiniu / ast iron with keyway (diaeter d 2 inh) (diaeter d < 25 inh) Tepered steel C45 or 42CrMo4 H: with keyway S: sooth ,0005 (diaeter d < 2 inh) ,001 (diaeter d 2 inh) Tepered steel C45 Optiised tooth flanks and profile geoetry Ground tooth flanks Case-hardened steel, bronze (wor gear only) 1st stage/prestage/helial (bevel) gearbox: Frition-type onnetion Output stage (= 2nd, 3rd or 4th stage): Frition-type or positive-fit onnetion With dust lip NB / FP Ball bearing / tapered-roller bearing depending on size and design DIN orresponding to ounting position (see operating instrutions) ) ) Dependent on transission ratio Housing at operating teperature and teeth run in 1) 32 - Effiienies depending on ratio

339 GSS Helial-wor gearbox General inforation Funtions and features Lubriants Lenze gearboxes and geared otors are ready for operation on delivery and are filled with lubriants that are speifi to both the drive and the design. The ounting position and design speified in the order are deisive fators in hoosing the volue of lubriant. The lubriants listed in the lubriant table are approved for use in Lenze drives. Lubriant table Mode Abient teperature [ F] Speifiation Note Wehselintervall Fuhs Klüber Shell CLP PG 4 CLP HC 220 USDA H Syntheti-based oil (polyglyol) Syntheti-based oil (syntheti hydroarbon / polyalpha-olefin oil) Cannot be ixed with other oil types. For food proessing industry operating hours operating hours not later than after three years (oil teperature 158 not later than after three years (oil teperature F) F) breer & leguil Cassida Fluid GL 220 Klübersynth Klüberoil GH UH1-220 N Shell Tivela S 4 Please ontat your Lenze offie if you are operating in areas with < -4 F bzw. >abient teperatures + F. Caution: when using the lubriant CLP HC 220 with the GSS helial-wor gearbox, the load apaity is redued to 80 % of the values stated in the atalogue

340 GSS Helial-wor gearbox General inforation Funtions and features Surfae and orrosion protetion For optiu protetion of geared otors against abient onditions, the surfae and orrosion protetion syste (OKS) offers tailor-ade solutions. Various surfae oatings obined with other protetive easures ensure that the geared otors operate reliably even at high air huidity, in outdoor installation or in the presene of atospheri ipurities. Any olour fro the RAL Classi olletion an be hosen for the top oat. The geared otors are also available unpainted (no surfae and orrosion protetion). Surfae and orrosion protetion syste OKS-G (pried) OKS-S (sall) OKS-M (ediu) OKS-L (high) Appliations Measures 1K priing oat (grey) Zin-oated srews Dependent on subsequent Rust-free breather eleents top oat applied Optional easures Stainless steel naeplate Surfae oating as per orrosivity ategory C1 (in line with EN Standard appliations 2) Internal installation in heated Zin-oated srews buildings Rust-free breather eleents Air huidity up to 90% Optional easures Stainless steel naeplate Surfae oating as per orrosivity ategory C2 (in line with EN ) Internal installation in nonheated buildings Zin-oated srews Rust-free breather eleents Covered, proteted external Optional easures installation Stainless steel shaft Air huidity up to 95% Stainless steel naeplate Rust-free shrink dis (on request) Surfae oating as per orrosivity ategory C3 (in line with EN ) Blower over and B end shield additionally pried Cable glands with gaskets Corrosion-resistant brake with over ring, stainless frition plate, and hroe-plated arature plate (on request) All srews/srew plugs zin-oated External installation Stainless breather eleents Air huidity above 95% Threaded holes that are not used are losed by eans of plasti plugs Cheial industry plants Optional easures Food industry Sealed reesses on otor (on request) Stainless steel shaft Stainless steel naeplate Rust-free shrink dis (on request) Additional priing oat on ast iron fan Oil expansion tank and torque plates painted separately and supplied loose

341 GSS Helial-wor gearbox General inforation Funtions and features Struture of surfae oating Surfae and orrosion protetion syste Corrosivity ategory DIN EN ISO Surfae oating Struture Colour Without OKS (unoated) OKS-G (pried) OKS-S (sall) OKS-M (ediu) OKS-L (high) C1 C2 C3 Dipping pried gearbox Dipping pried gearbox 1K priing oat Dipping pried gearbox 2K-PUR top oat Dipping pried gearbox 1K priing oat 2K-PUR top oat Dipping pried gearbox 2K-EP priing oat 2K-PUR top oat Standard: RAL 7012 Optional: RAL Classi Standard: RAL 7012 Optional: RAL Classi Standard: RAL 7012 Optional: RAL Classi

342 GSS Helial-wor gearbox General inforation Funtions and features Ventilation Gearboxes without ventilation No ventilation easures are required for gearbox GSS04. Gearboxes with ventilation Gearboxes GSS are supplied with breather eleents as standard

343 GSS Helial-wor gearbox General inforation Diensioning General inforation about the data provided in this atalogue Powers, torques and speeds The powers, torques and speeds speified in this atalogue are rounded values and are valid under the following onditions: Operating tie/day = 8 h (% OT) Duty lass I for up to 10 swithing operations/h Mounting positions and designs in this atalogue Standard lubriant T ab = 68 F for gearboxes, T ab = F for otors (in aordane with EN 034) Site altitude < = 3281 ft asl The seletion tables provide the perissible ehanial powers and torques. For notes on the theral power liit, see hapter drive diensioning. The rated power speified for otors and geared otors applies to operating ode S1 (in aordane with EN 034). Under different operating onditions, the values obtained ay vary fro those listed here. In the ase of extree operating onditions, please onsult your Lenze sales offie

344 GSS Helial-wor gearbox General inforation Diensioning Theral power liit The theral power liit, defined by the heat balane, liits the perissible gearbox ontinuous power. It ay be less than the ehanial power ratings listed in the seletion tables. The theral power liit is affeted by: The hurning losses in the lubriant. These are deterined by the ounting position and the iruferential speed of the wheels The load and the speed The abient onditions: teperature, air irulation, input or dissipation via shafts and the foundation Please onsult your Lenze subsidiary if the following input speeds n 1 are exeeded on a ontinuous basis (ontinuous is defined as ore than 8 h/day): Motor frae size Mounting position A, B, E, F 3000 r/in 3000 r/in 2000 r/in Mounting position C, D 3000 r/in 1500 r/in 1500 r/in if the following input speeds n 1 are exeeded: Motor frae size Mounting position A, B, E, F 4000 r/in 4000 r/in 3000 r/in Mounting position C, D 3000 r/in 2000 r/in 1500 r/in Possible ways of extending the appliation area Syntheti lubriant (option) Shaft sealing rings ade fro FP aterial/viton (option) Redution in lubriant quantity Cooling of the geared otor by eans of air onvetion on the ahine/syste

345 GSS Helial-wor gearbox General inforation Diensioning Load apaity and appliation fator Load apaity of gearbox Rated value for the load apaity of Lenze geared otors. is the ratio of the perissible rated torque of the gearbox to the rated torque supplied by the drive oponent (e.g. the built-in Lenze otor). The value of ust always be greater than the value of the appliation fator k alulated for the appliation. Appliation fator k (aording to DIN 3990) Takes into aount the influene of teporally variable loads whih are atually present during the antiipated operating tie of gearboxes and geared otors. k is deterined by: The type of load The load intensity Teporal influenes Duty lass I II III Load type Sooth operation, sall or light jolts Uneven operation, average jolts Uneven operation, severe jolts and/or alternating load Appliation fator k

346 GSS Helial-wor gearbox General inforation Diensioning Torque derating at low otor frequenies Motor size-dependent torque redution, taking into aount the theral response during operation on the inverter. Torque harateristis A = Operation with integral fan and brake B = Operation with integral fan and brake ontrol "Holding urrent redution" You an use the Drive Solution Designer for preise drive diensioning. The Drive Solution Designer helps you to arry out a fast and highquality drive diensioning. The software inludes well-founded and proven knowledge on drive appliations and eletro-ehanial drive oponents. 6.6 Please ontat your Lenze sales offie

347 GSS Helial-wor gearbox General inforation Diensioning Notes on the seletion tables The seletion tables shown the available obinations of gearbox type, nuber of stages, ratio and otor. The following legend indiates the struture of the seletion tables

348 GSS Helial-wor gearbox General inforation Diensioning Notes on the seletion tables Motor voltages The power values and torques indiated in the seletion tables relate to the following otor voltages: 50 Hz : Δ 230 V / Y 400 V Hz : Δ 265 V / Y 4 V Operation at 87 Hz In 87 Hz operation, the three-phase AC otor (whih is designed for a voltage of Δ 230 V / Y 400 V at 50 Hz) is operated on an inverter with 400 V rated voltage in a delta onnetion. It is iportant to note here that the inverter ust be designed onfigured for 87Hz output. This offers the following advantages over 50 Hz operation: The setting range of the otor is inreased by a fator of 3. The otor an then provide around 3 ties greater output, whih in turn allows a saller and ore affordable otor to be seleted for the appliation. The effiieny of the otor is also iproved

349 GSS Helial-wor gearbox General inforation Notes on ordering We want to be sure that you reeive the orret produts in good tie. To allow us to ahieve this we need: Your address and your opany data Our produt key for the individual produts in this atalogue Your delivery data suh as delivery date and delivery address Ordering proedure Please use the ordering inforation heklist to ensure that you provide all the order inforation required for the various produts. The ordering inforation heklist, the produt key, the basi versions, options, ounting position and position of the syste bloks will be found in the General Produt key setion. A list of Lenze's worldwide sales offies an be found on the Internet:

350 GSS Helial-wor gearbox General inforation Ordering details heklist

351 GSS Helial-wor gearbox General inforation Ordering details heklist

352 GSS Helial-wor gearbox General inforation Ordering details heklist Three-phase AC otors options

353 GSS Helial-wor gearbox General inforation Ordering details heklist Three-phase AC otors options

354 GSS Helial-wor gearbox General inforation

355 GSS Helial-wor gearbox Perissible radial and axial fores at output Perissible radial fore F rad,per = in(f w x f α x F rad,ax ; f w x F rad,ax at 16 r/in) Perissible axial fore F ax,per = F ax,ax if F rad = 0 If F rad and F ax 0; please ontat Lenze. Appliation of fores Effetive diretion fator f α at output shaft 6.6 Diretion of rotation R Diretion of rotation L

356 GSS Helial-wor gearbox Perissible radial and axial fores at output Additional load fator fw at output shaft Solid shaft (V ) Solid shaft with flange (V K) Hollow shaft (H ) GSS -2/3 H Size Gearbox n2 [r/in] Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] Max. radial fore, Hollow shaft GSS GSS GSS GSS Max. axial fore, Hollow shaft 6.6 Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] GSS GSS GSS GSS Appliation of fore Frad: at hollow shaft end fae (x = 0) Fax,ax only valid with Frad = 0 Neither radial nor axial fores are perissible for the hollow shaft with shrink dis (S )

357 GSS Helial-wor gearbox Perissible radial and axial fores at output GSS -2/3 V R Size Gearbox n2 [r/in] Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] Frad,ax Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] Max. radial fore, Solid shaft without flange GSS GSS GSS GSS Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] Max. axial fore, Solid shaft without flange GSS GSS GSS GSS Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax Frad,ax GSS -2/3 V K Size Gearbox n2 [r/in] Max. radial fore, Solid shaft with flange GSS04 Frad,ax Frad,ax Frad,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] GSS GSS GSS Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax Fax,ax [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] [lb] Max. axial fore, Solid shaft with flange GSS GSS GSS GSS Appliation of fore Frad: entre of shaft journal (x = l/2) Fax,ax only valid with Frad =

358 GSS Helial-wor gearbox Moents of inertia GSS -2 Moent of inertia (J) depending on ratio i Gearbox GSS04 Gearbox GSS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

359 GSS Helial-wor gearbox Moents of inertia GSS -2 Moent of inertia (J) depending on ratio i Gearbox GSS06 Gearbox GSS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

360 GSS Helial-wor gearbox Moents of inertia GSS -3 Moent of inertia (J) depending on ratio i Gearbox GSS05 Gearbox GSS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

361 GSS Helial-wor gearbox Moents of inertia GSS -3 Moent of inertia (J) depending on ratio i Gearbox J J J J J J J J J J J J J J J J J J J J J J J J [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] [lbs-in²] GSS The oents of inertia relate to the drive shaft of the gearbox. The total oent of inertia is alulated by adding the values of gearbox, otor and aessories

362 GSS Helial-wor gearbox Effiienies During start-up, the start-up effiieny η a of a helial-wor gearbox is lower than its operative effiieny at rated speed. The start-up effiieny η a ust therefore always be onsidered when starting under load. GSS04-2 [r/in] η a 0.71 η = η a 0.71 η = η a 0.67 η = η a 0.71 η = η a 0.71 η = η a 0.67 η = η a 0.71 η = η a 0.67 η = η a 0.67 η = η a 0.55 η = η a 0.67 η = η a 0.56 η = η a 0.67 η = η a 0.56 η = η a 0.67 η = η a 0.55 η = η a 0.67 η = η a 0.55 η = η a 0.56 η = η a 0.55 η = η a 0.56 η = η a 0.55 η = η a 0.56 η = η a 0.55 η = η a 0.56 η = η a 0.55 η = η a 0.56 η = η a 0.55 η = η a 0.56 η = η a 0.55 η =

363 GSS Helial-wor gearbox Effiienies During start-up, the start-up effiieny η a of a helial-wor gearbox is lower than its operative effiieny at rated speed. The start-up effiieny η a ust therefore always be onsidered when starting under load. GSS05-2 [r/in] η a 0.71 η = η a 0.71 η = η a 0.67 η = η a 0.71 η = η a 0.71 η = η a 0.67 η = η a 0.71 η = η a 0.67 η = η a 0.67 η = η a 0.55 η = η a 0.67 η = η a 0.57 η = η a 0.67 η = η a 0.57 η = η a 0.67 η = η a 0.55 η = η a 0.67 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η =

364 GSS Helial-wor gearbox Effiienies During start-up, the start-up effiieny η a of a helial-wor gearbox is lower than its operative effiieny at rated speed. The start-up effiieny η a ust therefore always be onsidered when starting under load. GSS05-3 [r/in] η a 0.67 η = η a 0.67 η = η a 0.67 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η = η a 0.57 η = η a 0.55 η =

365 GSS Helial-wor gearbox Effiienies During start-up, the start-up effiieny η a of a helial-wor gearbox is lower than its operative effiieny at rated speed. The start-up effiieny η a ust therefore always be onsidered when starting under load. GSS06-2 [r/in] η a 0.72 η = η a 0.72 η = η a 0.67 η = η a 0.72 η = η a 0.72 η = η a 0.67 η = η a 0.72 η = η a 0.67 η = η a 0.67 η = η a 0.57 η = η a 0.67 η = η a 0.57 η = η a 0.67 η = η a 0.57 η = η a 0.67 η = η a 0.57 η = η a 0.67 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η =

366 GSS Helial-wor gearbox Effiienies During start-up, the start-up effiieny η a of a helial-wor gearbox is lower than its operative effiieny at rated speed. The start-up effiieny η a ust therefore always be onsidered when starting under load. GSS06-3 [r/in] η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η = η a 0.57 η =

367 GSS Helial-wor gearbox Effiienies During start-up, the start-up effiieny η a of a helial-wor gearbox is lower than its operative effiieny at rated speed. The start-up effiieny η a ust therefore always be onsidered when starting under load. GSS07-2 [r/in] η a 0.74 η = η a 0.74 η = η a 0.69 η = η a 0.74 η = η a 0.74 η = η a 0.69 η = η a 0.74 η = η a 0.69 η = η a 0.69 η = η a 0. η = η a 0.69 η = η a 0. η = η a 0.69 η = η a 0. η = η a 0.69 η = η a 0. η = η a 0.69 η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η =

368 GSS Helial-wor gearbox Effiienies During start-up, the start-up effiieny η a of a helial-wor gearbox is lower than its operative effiieny at rated speed. The start-up effiieny η a ust therefore always be onsidered when starting under load. GSS07-3 [r/in] η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η = η a 0. η =

369 GSS Helial-wor gearbox Weights GSS -2M HAR / HBR GSS04 GSS05 GSS06 GSS07 063C11 063C12 063C31 063C C C11 071C13 071C C32 071C33 071C C13 080C32 080C C GSS04 GSS05 GSS06 GSS07 090C C C C C C C C GSS -2M HAK GSS04 GSS05 GSS06 GSS07 063C11 063C12 063C31 063C C C C13 071C C C33 071C C13 080C32 080C C GSS04 GSS05 GSS06 GSS07 090C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

370 GSS Helial-wor gearbox Weights GSS -2M VAR / VBR GSS04 GSS05 GSS06 GSS07 063C11 063C12 063C31 063C C C C13 071C C C C C13 080C32 080C C GSS04 GSS05 GSS06 GSS07 090C C C C C C C C GSS -2M VAK GSS04 GSS05 GSS06 GSS07 063C11 063C12 063C31 063C C C C13 071C C C C C13 080C32 080C C GSS04 GSS05 GSS06 GSS07 090C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

371 GSS Helial-wor gearbox Weights GSS -2M SAR / SBR GSS04 GSS05 GSS06 GSS07 063C11 063C12 063C31 063C C C C13 071C C C33 071C C13 080C32 080C C GSS04 GSS05 GSS06 GSS07 090C C C C C C C C GSS -2M SAK GSS04 GSS05 GSS06 GSS07 063C11 063C12 063C31 063C C C C13 071C C C33 071C C13 080C32 080C C GSS04 GSS05 GSS06 GSS07 090C C C C C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

372 GSS Helial-wor gearbox Weights GSS -3M HAR / HBR GSS05 GSS06 GSS07 063C11 063C42 063C12 063C31 063C C11 071C13 071C C C33 071C C13 080C32 080C C C C GSS -3M HAK GSS05 GSS06 GSS07 063C11 063C42 063C12 063C31 063C C11 071C13 071C C C33 071C C13 080C32 080C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

373 GSS Helial-wor gearbox Weights GSS -3M VAR / VBR GSS05 GSS06 GSS07 063C11 063C C C C C C13 071C C GSS05 GSS06 GSS07 071C C C C32 080C33 090C C C GSS -3M VAK GSS05 GSS06 GSS07 063C11 063C C C C C C13 071C C GSS05 GSS06 GSS07 071C C C C32 080C33 090C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

374 GSS Helial-wor gearbox Weights GSS -3M SAR / SBR GSS05 GSS06 GSS07 063C11 063C42 063C12 063C31 063C C C13 071C C C33 071C C13 080C32 080C C C C GSS -3M SAK GSS05 GSS06 GSS07 063C11 063C42 063C12 063C31 063C C C13 071C C C33 071C C13 080C32 080C C C C Weights with oil filling for ounting position A; all values are approxiate. The weights relate to the basi version. Bear in ind that additional weights ay be needed (e.g. for otor options)

375 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.16 HP n N 1425 r/in 1735 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS05-3M 063C GSS04-2M 063C GSS05-3M 063C GSS05-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS05-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS05-3M 063C

376 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.16 HP n N 1425 r/in 1735 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C

377 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 2740 r/in 3370 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS05-3M 063C GSS04-2M 063C GSS05-3M 063C GSS05-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS05-3M 063C GSS05-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C

378 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 1365 r/in 1695 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS05-3M 063C GSS04-2M 063C GSS06-3M 063C GSS04-2M 063C GSS06-3M 063C GSS06-3M 063C GSS04-2M 063C GSS06-3M 063C GSS04-2M 063C GSS05-3M 063C GSS04-2M 063C GSS05-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C

379 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 1365 r/in 1695 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C

380 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS05-3M 071C GSS04-2M 071C GSS05-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-3M 071C GSS05-2M 071C GSS04-2M 071C GSS06-2M 071C GSS06-3M 071C GSS05-2M 071C GSS05-3M 071C GSS06-3M 071C GSS06-2M 071C

381 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.25 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GSS05-2M 071C GSS06-3M 071C GSS05-3M 071C GSS06-3M 071C GSS05-3M 071C GSS06-3M 071C GSS05-3M 071C GSS05-3M 071C GSS06-3M 071C GSS07-3M 071C GSS05-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C

382 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 2710 r/in 3390 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS05-3M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS05-3M 063C GSS04-2M 063C GSS05-3M 063C GSS05-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C GSS06-3M 063C

383 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 2710 r/in 3390 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-3M 063C GSS06-3M 063C

384 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 1370 r/in 1680 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS05-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS05-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS04-2M 063C GSS05-2M 063C GSS04-2M 063C GSS05-2M 063C GSS04-2M 063C GSS05-2M 063C GSS04-2M 063C GSS05-2M 063C GSS05-3M 063C GSS04-2M 063C GSS05-2M 063C GSS05-2M 063C GSS06-2M 063C GSS04-2M 063C GSS05-3M 063C GSS05-2M 063C GSS06-2M 063C GSS04-2M 063C GSS06-2M 063C GSS06-3M 063C

385 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 1370 r/in 1680 r/in f N 50 Hz Hz i [r/in] [r/in] GSS05-2M 063C GSS05-3M 063C GSS06-3M 063C GSS06-2M 063C GSS05-2M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS06-3M 063C GSS05-3M 063C GSS05-3M 063C GSS06-3M 063C GSS07-3M 063C GSS05-3M 063C GSS06-3M 063C GSS07-3M 063C GSS06-3M 063C GSS05-3M 063C GSS07-3M 063C GSS06-3M 063C GSS05-3M 063C GSS07-3M 063C GSS07-3M 063C GSS06-3M 063C GSS07-3M 063C GSS06-3M 063C GSS06-3M 063C GSS07-3M 063C GSS06-3M 063C GSS07-3M 063C GSS06-3M 063C GSS07-3M 063C GSS06-3M 063C GSS07-3M 063C GSS07-3M 063C GSS07-3M 063C GSS07-3M 063C GSS07-3M 063C GSS07-3M 063C

386 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS06-2M 071C GSS05-3M 071C GSS06-3M 071C GSS05-2M 071C GSS06-2M 071C GSS05-2M 071C GSS06-2M 071C GSS06-3M 071C GSS05-3M 071C GSS06-3M 071C

387 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.33 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GSS05-2M 071C GSS06-2M 071C GSS06-2M 071C GSS06-3M 071C GSS05-2M 071C GSS05-3M 071C GSS06-3M 071C GSS06-2M 071C GSS05-2M 071C GSS06-3M 071C GSS05-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C

388 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 2720 r/in 33 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS05-3M 071C GSS04-2M 071C GSS05-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-3M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS05-3M 071C GSS05-2M 071C GSS05-3M 071C GSS06-3M 071C GSS05-3M 071C GSS06-3M 071C GSS05-3M 071C GSS05-3M 071C GSS06-3M 071C GSS05-3M 071C GSS06-3M 071C GSS05-3M 071C GSS06-3M 071C GSS07-3M 071C GSS05-3M 071C GSS06-3M 071C

389 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 2720 r/in 33 r/in f N 50 Hz Hz i [r/in] [r/in] GSS07-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C

390 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS06-2M 071C GSS05-3M 071C GSS06-3M 071C GSS05-2M 071C GSS06-2M 071C GSS05-2M 071C GSS06-2M 071C GSS06-3M 071C

391 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GSS05-3M 071C GSS06-3M 071C GSS05-2M 071C GSS06-2M 071C GSS06-2M 071C GSS06-3M 071C GSS05-2M 071C GSS05-3M 071C GSS06-3M 071C GSS06-2M 071C GSS05-2M 071C GSS06-3M 071C GSS05-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C

392 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 950 r/in 11 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-3M 080C GSS06-3M 080C GSS05-2M 080C GSS06-2M 080C

393 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.50 HP n N 950 r/in 11 r/in f N 50 Hz Hz i [r/in] [r/in] GSS05-2M 080C GSS06-2M 080C GSS07-2M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS05-2M 080C GSS06-2M 080C GSS07-2M 080C GSS06-2M 080C GSS07-2M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS06-2M 080C GSS07-2M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C

394 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 2630 r/in 3240 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS05-3M 071C GSS04-2M 071C GSS05-2M 071C GSS05-2M 071C GSS06-2M 071C GSS04-2M 071C GSS05-3M 071C GSS06-3M 071C GSS05-2M 071C GSS06-2M 071C GSS06-2M 071C

395 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 2630 r/in 3240 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-3M 071C GSS05-2M 071C GSS05-3M 071C GSS06-3M 071C GSS06-2M 071C GSS05-2M 071C GSS06-3M 071C GSS05-3M 071C GSS06-3M 071C GSS05-3M 071C GSS06-3M 071C GSS07-3M 071C GSS05-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C

396 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 1405 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS06-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS04-2M 071C GSS05-2M 071C GSS06-2M 071C GSS05-2M 071C GSS06-2M 071C GSS05-2M 071C GSS06-2M 071C GSS05-2M 071C GSS06-2M 071C GSS05-3M 071C GSS06-3M 071C

397 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 1405 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GSS05-2M 071C GSS06-2M 071C GSS05-2M 071C GSS06-2M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-2M 071C GSS06-2M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS06-2M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS06-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C GSS07-3M 071C

398 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS06-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS06-2M 080C GSS04-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS05-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS06-2M 080C GSS07-2M 080C

399 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0.75 HP n N 930 r/in 1140 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-3M 080C GSS07-3M 080C GSS06-2M 080C GSS07-2M 080C GSS06-2M 080C GSS07-2M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS06-2M 080C GSS07-2M 080C GSS06-2M 080C GSS07-2M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS06-2M 080C GSS07-2M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C

400 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS04-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS06-2M 080C GSS04-2M 080C GSS05-2M 080C GSS04-2M 080C GSS05-2M 080C GSS05-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS05-2M 080C GSS06-2M 080C GSS06-2M 080C GSS07-2M 080C GSS06-3M 080C GSS07-3M 080C

401 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1410 r/in 1720 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-2M 080C GSS07-2M 080C GSS06-2M 080C GSS07-2M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS06-2M 080C GSS07-2M 080C GSS06-2M 080C GSS07-2M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS06-2M 080C GSS07-2M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS06-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C GSS07-3M 080C

402 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1430 r/in 1740 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 090C GSS04-2M 090C GSS04-2M 090C GSS04-2M 090C GSS04-2M 090C GSS04-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS04-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS07-2M 090C GSS06-2M 090C GSS07-2M 090C

403 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1430 r/in 1740 r/in f N 50 Hz Hz i [r/in] [r/in] GSS07-2M 090C GSS06-2M 090C GSS07-2M 090C GSS06-2M 090C GSS06-2M 090C GSS07-2M 090C GSS06-3M 090C GSS07-3M 090C GSS06-2M 090C GSS07-2M 090C GSS06-2M 090C GSS07-2M 090C GSS06-3M 090C GSS07-3M 090C GSS06-3M 090C GSS07-3M 090C GSS06-2M 090C GSS07-2M 090C GSS07-2M 090C GSS07-3M 090C GSS07-2M 090C GSS07-3M 090C GSS07-3M 090C GSS07-3M 090C GSS07-3M 090C

404 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1435 r/in 1745 r/in f N 50 Hz Hz i [r/in] [r/in] GSS04-2M 090C GSS04-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS04-2M 090C GSS05-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS07-2M 090C GSS05-2M 090C GSS06-2M 090C GSS05-2M 090C GSS06-2M 090C GSS07-2M 090C GSS05-2M 090C GSS06-2M 090C GSS06-2M 090C GSS06-2M 090C GSS07-2M 090C

405 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 0 HP n N 1435 r/in 1745 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-2M 090C GSS07-2M 090C GSS07-2M 090C GSS06-2M 090C GSS07-2M 090C GSS06-2M 090C GSS06-2M 090C GSS07-2M 090C GSS07-3M 090C GSS07-2M 090C GSS07-2M 090C GSS07-3M 090C GSS07-3M 090C GSS07-2M 090C GSS07-2M 090C GSS07-3M 090C GSS07-2M 090C GSS07-3M 090C

406 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 3.00 HP n N 1445 r/in 1750 r/in f N 50 Hz Hz i [r/in] [r/in] GSS05-2M C GSS05-2M C GSS05-2M C GSS05-2M C GSS05-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS07-2M C GSS05-2M C GSS06-2M C GSS06-2M C GSS07-2M C GSS06-2M C GSS07-2M C GSS07-2M C GSS06-2M C GSS06-2M C GSS07-2M C GSS06-2M C GSS07-2M C GSS06-2M C GSS07-2M C GSS06-2M C GSS07-2M C GSS07-2M C GSS07-2M C GSS07-2M C

407 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 3.00 HP n N 1445 r/in 1750 r/in f N 50 Hz Hz i [r/in] [r/in] GSS07-2M C GSS07-3M C GSS07-2M C

408 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 4.00 HP n N 1445 r/in 1755 r/in f N 50 Hz Hz i [r/in] [r/in] GSS05-2M C GSS05-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS06-2M C GSS05-2M C GSS06-2M C GSS07-2M C GSS06-2M C GSS06-2M C GSS07-2M C GSS07-2M C GSS06-2M C GSS06-2M C GSS07-2M C GSS06-2M C GSS07-2M C GSS07-2M C GSS06-2M C GSS06-2M C GSS07-2M C GSS06-2M C GSS07-2M C GSS07-2M C GSS07-2M C GSS07-2M C GSS07-2M C

409 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 5.00 HP n N 1455 r/in 17 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-2M 112C GSS06-2M 112C GSS06-2M 112C GSS07-2M 112C GSS06-2M 112C GSS06-2M 112C GSS07-2M 112C GSS06-2M 112C GSS07-2M 112C GSS06-2M 112C GSS07-2M 112C GSS07-2M 112C GSS06-2M 112C GSS06-2M 112C GSS07-2M 112C GSS06-2M 112C GSS07-2M 112C GSS06-2M 112C GSS07-2M 112C GSS06-2M 112C GSS07-2M 112C GSS06-2M 112C GSS07-2M 112C GSS07-2M 112C GSS06-2M 112C GSS07-2M 112C GSS07-2M 112C GSS07-2M 112C GSS07-2M 112C GSS07-2M 112C GSS07-2M 112C GSS07-2M 112C

410 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 7.50 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS07-2M 132C GSS06-2M 132C GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS07-2M 132C GSS06-2M 132C GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS07-2M 132C GSS07-2M 132C GSS07-2M 132C GSS07-2M 132C

411 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 10.0 HP n N 14 r/in 1765 r/in f N 50 Hz Hz i [r/in] [r/in] GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS07-2M 132C GSS06-2M 132C GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS06-2M 132C GSS07-2M 132C GSS07-2M 132C GSS06-2M 132C GSS06-2M 132C GSS07-2M 132C GSS07-2M 132C GSS07-2M 132C GSS07-2M 132C GSS07-2M 132C GSS07-2M 132C GSS07-2M 132C

412 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 15.0 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GSS07-2M 1C GSS07-2M 1C GSS07-2M 1C GSS07-2M 1C GSS07-2M 1C GSS07-2M 1C GSS07-2M 1C GSS07-2M 1C

413 GSS Helial-wor gearbox Seletion tables 50 Hz, Hz: P N = 20.0 HP n N 1470 r/in 1775 r/in f N 50 Hz Hz i [r/in] [r/in] GSS07-2M 1C GSS07-2M 1C GSS07-2M 1C GSS07-2M 1C

414 GSS Helial-wor gearbox Diensions GSS -2M H R

415 GSS Helial-wor gearbox k 063C11 063C42 071C11 071C13 080C13 063C12 071C31 080C33 063C31 071C32 063C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GSS GSS GSS GSS a h 1) h 1 o p 1) GSS GSS GSS GSS d d 1 l l 1 u t i 1 a 1 b 1 e 1 f 1 s 1 GSS04 GSS05 GSS06 GSS M6 x 0.15 M8 x 0.59 M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GSS GSS GSS GSS ) k 2!

416 GSS Helial-wor gearbox Diensions GSS -2M H R k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR GSS k 18. GSS GSS GSS

417 GSS Helial-wor gearbox k C32 112C22 132C12 1C22 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GSS05 29 GSS GSS C a h 1) h 1 o p 1) GSS GSS GSS GSS d d 1 l l 1 u t i 1 a 1 b 1 e 1 f 1 s 1 GSS04 GSS05 GSS06 GSS M6 x 0.15 M8 x 0.59 M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GSS GSS GSS GSS ) k 2!

418 GSS Helial-wor gearbox Diensions GSS -2M HAK

419 GSS Helial-wor gearbox k 063C11 063C42 071C11 071C13 080C13 063C12 071C31 080C33 063C31 071C32 063C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GSS GSS GSS GSS a h 1) h 1 k 8 o p 1) q GSS GSS GSS GSS d d 1 l l 1 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GSS04 GSS05 GSS06 GSS x x x x x x ) k 2!

420 GSS Helial-wor gearbox Diensions GSS -2M HAK k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR GSS k 18. GSS GSS GSS

421 GSS Helial-wor gearbox k C32 112C22 132C12 1C22 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GSS05 29 GSS GSS C a h 1) h 1 k 8 o p 1) q GSS GSS GSS GSS d d 1 l l 1 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GSS04 GSS05 GSS06 GSS x x x x x x ) k 2!

422 GSS Helial-wor gearbox Diensions GSS -2M V R

423 GSS Helial-wor gearbox k 063C11 063C42 071C11 071C13 080C13 063C12 071C31 080C33 063C31 071C32 063C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GSS GSS GSS GSS a h 1) h 1 o p 1) q GSS GSS GSS GSS d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GSS04 GSS05 GSS06 GSS /8"- 16 1/2"- 13 5/8"- 11 5/8" M6 x 0.15 M8 x 0.59 M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GSS GSS GSS GSS ) k 2!

424 GSS Helial-wor gearbox Diensions GSS -2M V R k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR GSS k 18. GSS GSS GSS

425 GSS Helial-wor gearbox k C32 112C22 132C12 1C22 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GSS05 29 GSS GSS C a h 1) h 1 o p 1) q GSS GSS GSS GSS d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GSS04 GSS05 GSS06 GSS /8"- 16 1/2"- 13 5/8"- 11 5/8" M6 x 0.15 M8 x 0.59 M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GSS GSS GSS GSS ) k 2!

426 GSS Helial-wor gearbox Diensions GSS -2M VAK

427 GSS Helial-wor gearbox k 063C11 063C42 071C11 071C13 080C13 063C12 071C31 080C33 063C31 071C32 063C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GSS GSS GSS GSS a h 1) h 1 k 8 o p 1) q GSS GSS GSS GSS d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GSS04 GSS05 GSS06 GSS /8"- 16 1/2"- 13 5/8"- 11 5/8" x x x x x ) k 2!

428 GSS Helial-wor gearbox Diensions GSS -2M VAK k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR GSS k 18. GSS GSS GSS

429 GSS Helial-wor gearbox k C32 112C22 132C12 1C22 132C22 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GSS05 29 GSS GSS C a h 1) h 1 k 8 o p 1) q GSS GSS GSS GSS d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GSS04 GSS05 GSS06 GSS /8"- 16 1/2"- 13 5/8"- 11 5/8" x x x x x ) k 2!

430 GSS Helial-wor gearbox Diensions GSS -3M H R

431 GSS Helial-wor gearbox k 063C11 063C42 071C11 080C13 063C12 071C13 063C31 071C31 063C32 071C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GSS GSS GSS C33 a h h 1 o p GSS GSS GSS d d 1 l l 1 u t i 1 a 1 b 1 e 1 f 1 s 1 GSS05 GSS06 GSS M8 x 0.59 M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GSS GSS GSS

432 GSS Helial-wor gearbox Diensions GSS -3M H R

433 GSS Helial-wor gearbox k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GSS GSS a h h 1 o p GSS GSS d d 1 l l 1 u t i 1 a 1 b 1 e 1 f 1 s 1 GSS06 GSS M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GSS GSS

434 GSS Helial-wor gearbox Diensions GSS -3M HAK

435 GSS Helial-wor gearbox k 063C11 063C42 071C11 080C13 063C12 071C13 063C31 071C31 063C32 071C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GSS GSS GSS C33 a h h 1 k 8 o p q GSS GSS GSS d d 1 l l 1 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GSS05 GSS06 GSS x x x x x

436 GSS Helial-wor gearbox Diensions GSS -3M HAK

437 GSS Helial-wor gearbox k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GSS GSS a h h 1 k 8 o p q GSS GSS d d 1 l l 1 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GSS06 GSS x x x x

438 GSS Helial-wor gearbox Diensions GSS -3M V R

439 GSS Helial-wor gearbox k 063C11 063C42 071C11 080C13 063C12 071C13 063C31 071C31 063C32 071C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GSS GSS GSS C33 a h h 1 o p q GSS GSS GSS d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GSS05 GSS06 GSS /2"- 13 5/8"- 11 5/8" M8 x 0.59 M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GSS GSS GSS

440 GSS Helial-wor gearbox Diensions GSS -3M V R

441 GSS Helial-wor gearbox k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GSS GSS a h h 1 o p q GSS GSS d d 1 d 2 l l 1 l 2 u t i 1 o 1 a 1 b 1 e 1 f 1 s 1 GSS06 GSS /8"- 11 5/8" M10 x 0.63 M12 x 0.71 a 5 a 6 b 5 b 6 b 7 5 e 5 f 5 f 6 n s 5 GSS GSS

442 GSS Helial-wor gearbox Diensions GSS -3M VAK

443 GSS Helial-wor gearbox k 063C11 063C42 071C11 080C13 063C12 071C13 063C31 071C31 063C32 071C32 071C33 071C42 g g 1 MDEMAXX MDEMABR MDEMAXX k MDEMABR Δ k MDFMAXX 5.04 MDFMABR k GSS GSS GSS C33 a h h 1 k 8 o p q GSS GSS GSS d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GSS05 GSS06 GSS /2"- 13 5/8"- 11 5/8" x x x x

444 GSS Helial-wor gearbox Diensions GSS -3M VAK

445 GSS Helial-wor gearbox k 080C32 090C12 090C32 C12 g g 1 MHEMAXX MHEMABR MHEMAXX k MHEMABR Δ k MHFMAXX MHFMABR k GSS GSS a h h 1 k 8 o p q GSS GSS d d 2 l l 1 l 2 u t i 2 o 1 a 2 b 2 2 e 2 f 2 s 2 GSS06 GSS /8"- 11 5/8" x x x

446 GSS Helial-wor gearbox

447 GSS Helial-wor gearbox Aessories Hollow shaft with shrink dis GSS04 GSS05 d g g g i k k k l l l GSS06 GSS Output flange and hollow shaft with shrink dis (output version SAK) are not possible in the sae loation. For additional diensions see output version H. Ensure that the strength of the ahine shaft aterial is adequate in shrink dis designs. When using typial steels (e.g. C45, 42CrMo4), the torques listed in the seletion tables an be used without restrition. Please onsult us if you wish to use aterial that is onsiderably weaker. Mediu surfae roughness Rz ust not exeed 0,6 µ inh (turning is suffiient)

448 GSS Helial-wor gearbox Aessories Mounting set for hollow shaft irlip: Proposed design for auxiliary tools d l 1 d 2 l l 8, ax GSS M GSS M GSS M GSS M

449 GSS Helial-wor gearbox Aessories Hoseproof hollow shaft over Cover inluding gasket GSS04 GSS05 GSS06 GSS07 k 11 [inh] Gearbox with 2nd output shaft end d l i 1 o GSS GSS GSS GSS

450 GSS Helial-wor gearbox Aessories Torque plate on threaded pith irle In position 3 In position GSS04 GSS05 GSS06 GSS07 a 4 a 7 a 8 a 9 b 4 d D k

451 GSS Helial-wor gearbox Aessories Torque plate at housing foot In positio, 4 or 6 GSS04 GSS05 GSS06 GSS07 a 4 a 7 a 8 a 9 b 8 d D e 5 k

452 GSS Helial-wor gearbox Aessories Ventilations Position of ventilation, sealing eleents and oil level hek GSS A... F Mounting position Ite 1 standard Ventilation / Oil filler plug Ite 2 only with: Oil drain plug GSS05-2M 090C Oil ontrol plug GSS05-2M C * On both sides GSS06-2M 112C ** On opposite side GSS07-2M 1C 6.6 -

453 GSS Helial-wor gearbox Aessories Ventilations Position of ventilation, sealing eleents and oil level hek GSS A... F Mounting position Ventilation / Oil filler plug Oil drain plug Oil ontrol plug * On both sides ** On opposite side Ite 1 standard Ite 2 only on: GSS07-3M 090C GSS07-3M C