Motors Automation Energy Transmission & Distribution Coatings. W22 Marine Low Voltage Three Phase Motors

Transcription

1 Motors Automation Enery Transmission & Distribution Coatins W22 Marine Low Voltae Three Phase Motors

2 The WEG Group WEG is a lobally-accepted Supplier of hih performance electric motors for the marine industry. Supported by more than 30,000 employees and daily production of more than 60,000 motors, WEG is one of the larest suppliers of electric motors in the world. With exports to over 135 Countries and revenues exceedin US$ 3.5 Billion, WEG s lobal presence is backed by its strateically located manufacturin locations, a branch network established in 28 countries and a network of distributors and representatives spannin all 5 continents. WEG has developed successful, lon-lastin relationships with countless customers operatin in the marine market - relationships of which we are justifiably proud - that are built on our commitment to meet or exceed client s expectations thus assurin continued reliable operation of their vessels. Availability = Global service network + Spare parts Partnership = Local sinle contact point + Project manaement Competitiveness = World class technoloies + Class approvals WEGnoloy = Know-how + One-stop shop Whenever you need a reliable supplier of products for marine applications, count on WEG. 2 W22 Marine Motors

3 Servin the Marine Industry Globally Our lobal structure allows us to be closer to our customers. Over 32 subsidiaries established in key countries are prepared to provide you with technical and commercial support; our manufacturin plants strateically located in the main markets can serve you with short deliveries; and our network of over 1,250 Authorized Service Aents located in the five continents are fully equipped to ive you prompt after sales and service support. Global Presence Company Overview Manufacturin plants in 9 countries 32 subsidiaries present in 28 countries Over 1,250 Authorized Service Aents across five continents Marine Certifications U.K. France USA Norway Germany Italy Russia China Japan Korea W22 Marine Motors 3

4 Table of Contents General Information Standards and Classification Societies Essential and Non-Essential Services Documentation requirements for Marine Motors Motors Covered by Type Approval Certification Motors Not Covered by Type Approval Certification Product Specification Electrical Data Standard Efficiency IE1 - Ambient Temperature 45 C Hih Efficiency IE2 - Ambient Temperature 45 C Premium Efficiency IE3 - Ambient Temperature 45 C Standard Efficiency IE1 - Ambient Temperature 50 C Hih Efficiency IE2 - Ambient Temperature 50 C Premium Efficiency IE3 - Ambient Temperature 50 C Mechanical Data Foot Mounted Motors (Top Terminal Box) Foot Mounted Motors (Side Terminal Box) Flane Mounted Motors Drip Cover Data Terminal Box Drawins W22 Marine Motors

5 W22 Marine Motors Reliability is of the utmost importance for electric motors utilized in the extreme operatin conditions associated with marine applications: humid, salt-laden and corrosive atmospheres. Based on a comprehensive rane of standard products, WEG supplies electric motors in accordance with international standards and in compliance with the requirements of the main Classification Societies. Utilized across the marine industry on offshore platforms, ocean oin vessels, passener ships etc., WEG motors are found both on deck and below deck operatin in a wide rane of applications such as: pumpin systems, fans & ventilation, winches & hoists, oil separators, steerin ear, thrusters, hydraulic power packs, startin air compressors amonst many others. As a compliment to our wide rane of standard machines, WEG can provide solutions to suit special requirements, enablin us to develop or adapt products to meet the specific requirements of ship owners, shipyards and oriinal equipment manufacturers. W22 Marine Motors 5

6 Standards and Classification Societies The W22 rane of marine motors are supplied in compliance with the eneral rules of the main marine classification societies, members of IACS (International Association of Classification Societies). Code Name Country ABS American Bureau of Shippin USA BV Bureau Veritas France CCS China Classification Society China DNV.GL Det Norske Veritas / Germanischer Lloyd Norway / Germany KRS Korean Reister of Shippin Korea LR Lloyd s Reister United Kindom NK Nippon Kaiji Kyokai Japan RINA Reistro Italiano Navale Italy RMRS Russian Maritime Reister of Shippin Russia Essential and Non-Essential Services Dependin on the motor s intended application, the classification societies normally define equipment for either Essential Service or Non-Essential Service. Essential Service Essential or Primary Essential Services are those services that need to be in continuous operation for maintainin the vessel s manoeuvrability with reard to propulsion and steerin. Essential services are also those services that need not necessarily be in continuous operation for maintainin the vessel s manoeuvrability, but which are necessary for maintainin the vessel s functions and the safety of people - emerency services included. Examples of equipment which can be classed as Essential Service: Propulsion motors and shaft enerators, motors for steerin ear, anchor winches, thruster motors (e.. for drill ships), lubrication and coolin pumps and enine startin compressors. Non-Essential Service Non-Essential Services are all other applications that are not listed for essential services and which do not represent any potential daner to the safety or steerin of the vessel. They are implemented accordin to the instructions of the classification society, but no separate testin is necessary (factory certificates are accepted). 6 W22 Marine Motors

7 Documentation Requirements for Marine Motors (10) Motors Covered by Type Approval Certification Classification Society Ambient ( C) Max. Permitted Temp Rise (K) ABS 45 75/100 BV 45 75/100 DNV.GL 45 75/100 RINA 45 75/100 RMRS 45 75/100 CCS 45 75/100 Duty (1) NE Routine Test Report (2) Type Approval Certificate (6) E < 100 kw X X Additional Classification Society's Certificate based on WEG Test Reports (3) Specific Classification Society's Certificate based on Witnessed Tests (4) Shaft Material Shaft Test Report 3.2 by Class. Society (9) E 100 kw X X (7) X NE E < 100 kw X X E 100 kw X X (7) X NE E < 100 kw X X E 100 kw 300 X X X (7) X E > 300 kw X X (7) X NE E < 100 kw X X E 100 kw X (8) X (7) X E < 20 kw X X E 20 kw 300 X E > 300 kw X (8) NE E < 50 kw X X Shaft Test Report 3.1 by WEG (9) E 50 kw X X (7) X Documentation not required by Classification Societies (5) X X X X X (1) Some Marine Classification Societies define the motors as bein for Essential Service - E, or Non-Essential service - NE. Where the class of service is not specified by the client, WEG will consider the motors to be for Non-Essential Service. (2) Unwitnessed Routine Test on all motors in the batch accordin to requirements of each classification society. (3) Unwitnessed Routine Test on all motors in the batch accordin to requirements of each classification society. It is necessary to provide for WEG the Shipyard, Hull Number and Application of motor(s) to permit issue of the Certificate. (4) Witnessed Type Test on the first motor and Witnessed Routine Test on the remainin motors, accordin to requirements of each classification society. It is necessary to provide for WEG the Shipyard, Hull Number and Application of the motor(s) to permit issue of the Certificate. (5) A Works/Conformity certificate is issued by WEG. Upon request WEG can supply a Line Test Report. (6) The motor is supplied with a copy of Type Approval Certificate (TAC). (7) Only for propulsion services and additionally in the case of DNV.GL when the is >100 knm. (8) The motor is supplied with the certificate number on the nameplate or marine society loo (as applicable). (9) Accordin to Standard EN 10204:2004. (10) Documentation requirements respectin the eneral rules of the marine societies for steel vessels. W22 Marine Motors 7

8 Documentation Requirements for Marine Motors (10) Motors Not Covered by Type Approval Certification Classification Society Ambient Temp. ( C) Max. Permitted Temp Rise (K) ABS 45 75/100 BV 45 75/100 DNV.GL 45 75/100 LRS 45 75/100 Duty (1) NE Routine Test Report (2) E < 100 kw X Specific Classification Society's Certificate based on Witnessed Tests (3) (6) Inspection Certificate 3.2 (4) by Class. Society Shaft Material Test Report 3.1 by WEG (4) E 100 kw X X (7) X NE E < 100 kw X E 100 kw X X (7) X NE E < 100 kw X E 100 kw X X (7) X NE E < 100 kw X E 100 kw < 250 X X (7) X (9) E 250 kw X X RMRS 45 75/100 E All X (8) RINA 45 75/100 CCS 45 75/100 NK 45 75/100 KRS 50 70/90 NE E < 100 kw X E 100 kw X (8) X (7) X NE E < 50 kw X E 50 kw X X (7) X NE E < 100 kw X X E 100 kw X X NE E < 100 kw X X E 100 kw X X Documentation not required by Classification Societies (5) X X X X X X X X (1) Some Marine Classification Societies define the motors as bein for Essential Service - E, or Non-Essential service - NE. Where the class of service is not specified by the client, WEG will consider the motors to be for Non-Essential Service. (2) Unwitnessed Routine Test on all motors in the batch accordin to requirements of each classification society. (3) Witnessed Type Test on the first motor and Witnessed Routine Test on the remainin motors, accordin to requirements of each classification society. It is necessary to provide for WEG the Shipyard, Hull Number and Application of the motor(s) to permit issue of the Certificate. (4) Accordin to Standard EN 10204:2004. (5) A Works/Conformity certificate is issued by WEG. Upon request WEG can supply a Line Test Report. (6) A Specific Certificate is issued by the classification society for each batch of motors and a copy should be send to the client. (7) Only for propulsion services and additionally in the case of LRS, for dynamic positionin services, and for DNV.GL when the is >100 knm. (8) The motor is supplied with the specific certificate number on the nameplate or marine society loo (as applicable). (9) Accordin to standard EN 10204:2004. For LRS, the shaft has to be either: - made at works which have been approved by LRS (consult a list of approved manufacturers on: Hoselmann), or - the certificate should contain a declaration that the products comply with the requirements of LRS Rules or the applicable National or International standard. (10) Documentation requirements respectin the eneral rules of the marine societies for steel vessels. 8 W22 Marine Motors

9 Product Specification Standard Features Three phase, low voltae induction motors Squirrel cae (aluminium die cast) Efficiency levels: IE1, IE2 or IE3 Coolin method: IC411 (Totally Enclosed Fan Cooled) Construction: Cast iron FC-200 (EN GJL 200) outputs: 0.12kW up to 500kW Frame sizes: A/B Number of poles: 2, 4, 6 and 8 Deree of protection: IP55 Insulation class: F (temperature rise class B) Frequency: 50 or 60Hz voltaes: / // V (frames L), /660// V (frames 112M and above) Ambient temperature: 45 C / 50 C (per classification society) Altitude: up to 1000m a.s.l. Desin N Service factor: S1 continuous duty Thermal protection: 3 x PTC thermistors standard on frame sizes 160 and above Rereasin nipples: standard for frame sizes 225 and above Stainless steel ratin plate Anti-condensation drain holes External earth terminal Metric cable entries in terminal box Balancin with 1/2 key, vibration severity rade A accordin to IEC Suitable for inverter duty applications Paint colour: RAL 5009 blue Optional Features Efficiency level: IE4 Super Premium (from frame size 132) Coolin method: IC410 (Totally Enclosed Non Ventilated) Deree of protection: IP56, IP65 or IP66 Number of poles: 10, 12, 2-speeds etc. Non-standard voltaes Anti-condensation heaters Insulation class: H Desin H Service factor 1.15 Thermal protection: RTD s (Pt100), thermostats, thermocouples Roller bearins for frame size 160 and above Non-standard shaft extensions / flanes Cable lands Drip proof canopy for vertical mountin Brakes (up to frame 250) Forced ventilation / encoders / insulated bearins for VFD applications Reduced balancin meetin vibration severity rade B accordin IEC Special marine paint finishes accordin ISO Other options available on request. W22 Marine Motors 9

10 Electrical Data W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold II pole S L L M S S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L L L L L M/L Note: * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 10 W22 Marine Motors

11 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP II pole ,4 (1) ,8 (1) ,7 (1) ,2 (1) ,7 (1) ,4 (1) (1) Motors do not comply with IE1 (60 Hz) efficiency values from IEC at 45 C. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 11

12 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold IV pole S L L L M S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L L L M/L M/L M/L M/L M/L M/L Note: * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 12 W22 Marine Motors

13 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP IV pole ,6 (1) ,6 (1) ,7 (1) ,7 (1) ,9 (1) ,6 (1) ,0 (1) ,7 (1) ,8 (1) (1) Motors do not comply with IE1 (60 Hz) efficiency values from IEC at 45 C. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 13

14 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VI pole S L L M S M M M L L L L L S/M S/M S/M S/M S/M S/M S/M S/M L L L L L M/L M/L M/L M/L M/L Note: * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 14 W22 Marine Motors

15 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 45 C - Temperature Rise 75K 45 C 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VI pole (1) (1) Motors do not comply with IE1 (60 Hz) efficiency values from IEC at 45 C. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 15

16 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VIII pole S L L L M S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M L L M/L M/L M/L M/L M/L Note: * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 16 W22 Marine Motors

17 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VIII pole Note: * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 17

18 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold II pole S L M S S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L L L M/L (5) M/L M/L (5) A/B (5) A/B (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 18 W22 Marine Motors

19 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP II pole ,0 (2) ,4 (2) ,4 (2) ,9 (2) ,3 (2) ,3 (2) ,3 (2) (2) Motors do not comply with IE2 (60Hz) efficiency values from IEC at 45 C. Accordin to the standard they comply with IE1. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 19

20 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold IV pole S L L L M S M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L M/L L M/L M/L M/L M/L (5) M/L (5) M/L (5) A/B (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 20 W22 Marine Motors

21 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP IV pole ,0 (2) ,0 (2) ,0 (2) ,4 (2) (2) Motors do not comply with IE2 (60Hz) efficiency values from IEC at 45 C. Accordin to the standard they comply with IE1. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 21

22 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VI pole S L L M S M M M L L L L L S/M S/M S/M S/M S/M S/M S/M S/M M/L L L L L M/L M/L M/L M/L M/L (5) A/B (5) A/B (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 22 W22 Marine Motors

23 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VI pole ,1 (2) ,0 (2) ,2 (2) (2) Motors do not comply with IE2 (60Hz) efficiency values from IEC at 45 C. Accordin to the standard they comply with IE1. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 23

24 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VIII pole S L L L M S M , M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M L L M/L M/L M/L M/L A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 24 W22 Marine Motors

25 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 45 C - - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VIII pole ,4 (2) (2) Motors do not comply with IE2 (60Hz) efficiency values from IEC at 45 C. Accordin to the standard they comply with IE1. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 25

26 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold II pole S L L M S S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M L L M/L (5) M/L (5) M/L (5) A/B (5) Full (5) Fitted with air deflector in the drive end side. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. 26 W22 Marine Motors

27 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP II pole ,7 (4) ,7 (4) (4) Motors do not comply with IE3 (60Hz) efficiency values from IEC at 45 C. Accordin to the standard they comply with IE2. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 27

28 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold IV pole S L L L100L M S M M/L M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L M/L M/L M/L (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 28 W22 Marine Motors

29 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP IV pole ,5 (4) ,1 (4) (4) Motors do not comply with IE3 (60Hz) efficiency values from IEC at 45 C. Accordin to the standard they comply with IE2. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 29

30 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VI pole L L90S L90L L M S M M/L M L L L L L S/M S/M S/M S/M S/M S/M S/M S/M L M/L M/L M/L M/L M/L M/L (5) A/B (5) A/B (5)(6) (5) Fitted with air deflector in the drive end side. (6) Motor with class F (105K) temperature rise. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 30 W22 Marine Motors

31 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VI pole (4) ,5 (3) ,5 (4) ,5 (4) (3) Motors do not comply with IE3 (60Hz) efficiency values from IEC at 45 C. Accordin to the standard they comply with IE1. (4) Motors do not comply with IE3 (60Hz) efficiency values from IEC at 45 C. Accordin to the standard they comply with IE2. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 31

32 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VIII pole S L L L M S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M L M/L M/L M/L M/L M/L A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 32 W22 Marine Motors

33 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 45 C - Temperature Rise 75K 45 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VIII pole Note: * Derated output at 45 C with class B temperature rise (75K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 33

34 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold II pole S L L M S S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M L L L L L L L M/L M/L Note: * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 34 W22 Marine Motors

35 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP II pole (1) (1) (1) (1) Motors do not comply with IE1 (60Hz) efficiency values from IEC at 50 C. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 35

36 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold IV pole S L L L M S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L L M/L M/L M/L M/L M/L M/L Note: * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 36 W22 Marine Motors

37 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP IV pole ,6 (1) ,6 (1) ,5 (1) ,6 (1) ,8 (1) ,6 (1) (1) Motors do not comply with IE1 (60Hz) efficiency values from IEC at 50 C. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 37

38 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VI pole S L L M S M M M L L L L L S/M S/M S/M S/M S/M S/M S/M S/M L L L L L M/L M/L M/L M/L M/L Note: * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 38 W22 Marine Motors

39 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VI pole ,9 (1) (1) Motors do not comply with IE1 (60Hz) efficiency values from IEC at 50 C. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 39

40 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VIII pole S L L L M S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M L L M/L M/L M/L M/L M/L Note: * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 40 W22 Marine Motors

41 W22 Marine Motors - Standard Efficiency - IE1 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VIII pole Note: * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 41

42 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold II pole S L L M S S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L L L M/L (5) M/L M/L (5) A/B (5) A/B (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 42 W22 Marine Motors

43 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP II pole ,0 (2) ,6 (2) ,6 (2) ,3 (2) ,3 (2) ,9 (2) ,6 (2) ,9 (2) ,3 (2) ,3 (2) ,3 (2) ,3 (2) ,3 (2) (2) Motors do not comply with IE2 (60Hz) efficiency values from IEC at 50 C. Accordin to the standard they comply with IE1. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 43

44 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold IV pole S L L L M S M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L M/L L M/L M/L M/L M/L (5) M/L (5) M/L (5) A/B (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 44 W22 Marine Motors

45 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP IV pole ,0 (2) ,0 (2) ,3 (2) ,8 (2) (2) Motors do not comply with IE2 (60Hz) efficiency values from IEC at 50 C. Accordin to the standard they comply withie1. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 45

46 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VI pole S L L M S M M M L L L L L S/M S/M S/M S/M S/M S/M S/M S/M M/L L L L L M/L M/L M/L M/L M/L (5) A/B (5) A/B (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 46 W22 Marine Motors

47 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VI pole ,2 (2) ,0 (2) ,0 (2) ,9 (2) (2) Motors do not comply with IE2 (60Hz) efficiency values from IEC at 50 C. Accordin to the standard they comply with IE1. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 47

48 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VIII pole S L L L M S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M L L M/L M/L M/L M/L A/B (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 48 W22 Marine Motors

49 W22 Marine Motors - Hih Efficiency - IE2 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VIII pole ,7 (2) ,0 (2) ,3 (2) (2) Motors do not comply with IE2 (60Hz) efficiency values from IEC at 50 C. Accordin to the standard they comply with IE1. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 49

50 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold II pole S L L M S S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M L L M/L (5) M/L M/L (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 50 W22 Marine Motors

51 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP II pole Note: * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 51

52 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold IV pole S L L L100L M S M M/L M L M L L S/M S/M S/M S/M S/M S/M S/M S/M S/M S/M L L L M/L M/L M/L (5) A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 52 W22 Marine Motors

53 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP IV pole ,6 (4) ,5 (4) ,5 (4) ,0 (4) ,5 (4) (4) Motors do not comply with IE3 (60Hz) efficiency values from IEC at 50 C. Accordin to the standard they comply with IE2. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 53

54 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VI pole L L90S L90L L M S M M/L M L L L L L S/M S/M S/M S/M S/M S/M S/M S/M L L M/L M/L M/L M/L M/L M/L (5) A/B (5) A/B (5)(6) (5) Fitted with air deflector in the drive end side. (6) Motor with class F (105K) temperature rise. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 54 W22 Marine Motors

55 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VI pole (4) ,5 (3) ,5 (4) ,5 (4) ,0 (4) (3) Motors do not comply with IE3 (60Hz) efficiency values from IEC at 50 C. Accordin to the standard they comply with IE1. (4) Motors do not comply with IE3 (60Hz) efficiency values from IEC at 50 C. Accordin to the standard they comply with IE2. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 55

56 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* Frame Full (Nm)** II/In TI/Tn Breakdown Tb/ Tn Inertia J (km 2) Allowable locked time (s) Weiht (k) Sound db (A) speed Efficiency 400 V % of full Power factor kw kw HP Hot Cold VIII pole S L L L M S M M M L M L L S/M S/M S/M S/M S/M S/M S/M S/M L M/L M/L M/L M/L M/L A/B (5) (5) Fitted with air deflector in the drive end side. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered ** Full at 50Hz. To calculate the full at 60Hz use the formula C(Nm) = Power (kw)*9555 / n. Full 56 W22 Marine Motors

57 W22 Marine Motors - Premium Efficiency - IE3 - Ambient Temperature 50 C - Temperature Rise 70K 50 C* 380 V 460 V (60Hz) % of full Full % of full Full Sound speed Efficiency Power factor speed Efficiency Power factor db (A) kw kw HP VIII pole ,5 (4) (4) Motors do not comply with IE3 (60Hz) efficiency values from IEC at 50 C. Accordin to the standard they comply with IE2. * Derated output at 50 C with class B temperature rise (70K). For class F temperature rise the rated output and IE code at can be considered W22 Marine Motors 57

58 Mechanical Data Foot Mounted Motors, Terminal Box on Top Frames 63 to 132M/L For frames 132S, 132M/L and 132M, the eyebolt will be fitted at 50. Frames 160M to 200L Frames 225 to 355M/L Frame 355A/B * Some outputs in frame sizes 355 are equipped with an air deflector at the D.E. In this case the dimension P1 is 880mm. 58 W22 Marine Motors

59 Frame A AA AB AC AD B BA BB BD C CA Shaft D DA E EA ES F FA G GB GD GF TS j6 9j j6 11j j6 14j L S L90S j6 16j L L90L L j L100L j M j6 20 L112M S M k6 28j M/L 8 160M L k6 42k M k L k M m L S/M / /294 55m6(*) 55m6(*) 110(*) 110(*) 100(*) 16(*) 16(*) 49(*) 49(*) 10(*) 10(*) 100(*) 60m6 60m m6(*) 60m6(*) 140(*) 140(*) 125(*) 18(*) 18(*) 53(*) 53(*) 11(*) 11(*) 125(*) 250S/M / /316 65m6 60m m6(*) 60m6(*) 140(*) 140(*) 125(*) 18(*) 18(*) 58(*) 53(*) 11(*) 11(*) 125(*) 280S/M / /334 75m6 65m S/M / / L M/L / / A/B / /438 65m6(*) 60m6(*) 140(*) 140(*) 125(*) 18(*) 18(*) 58(*) 53(*) 11(*) 11(*) 125(*) 80m6 65m m6(*) 60m6(*) 140(*) 140(*) 125(*) 18(*) 18(*) 58(*) 53(*) 11(*) 11(*) 125(*) 80m6 65m m6(*) 60m6(*) 140(*) 140(*) 125(*) 20(*) 18(*) 67.5(*) 53(*) 12(*) 11(*) 125(*) 100m6 80m m6(*) 60m6(*) 140(*) 140(*) 125(*) 20(*) 18(*) 67.5(*) 53(*) 12(*) 11(*) 125(*) 100m6 80m Frame H HA HC HD HH HK K L LC LL LM S1 d1 d2 Bearins DE NDE M4 M ZZ M ZZ xM20x M M ZZ ZZ L S L90S L xM25x1.5 L90L M8 M ZZ ZZ 100L ZZ ZZ L100L M10 M8 112M ZZ ZZ L112M S xM32x M M12 M ZZ ZZ 132M/L M C Z-C3 160L xM40x1.5 M16 M16 180M C Z-C3 180L M , C Z-C3 200L xM50x (*) 974(*) 225S/M C3 250S/M M C3* 280S/M xM63x1.5 M C3 1244(*) 1392(*) 6314 C3* 315S/M C C (*) 1505(*) 6314 C3* 6314 C3* 315L C C (*) 1577(*) 6316 C3* 6314 C3* 355M/L M C C xM80x2 1607(*) 1772(*) M20(*) 6316 C3* 6314 C3* 355A/B M C C3 (*) Dimension applicable to 2 pole motors. W22 Marine Motors 59

60 Foot Mounted Motors, Terminal Box on the Left or Riht Side Frames 63 to 132M/L Frames 160M to 200L Frames 225 to 355M/L Frame 355A/B * Some outputs in frame sizes 355 are equipped with an air deflector at the D.E. In this case the dimension P1 is 880mm 60 W22 Marine Motors

61 Frame A AA AB AC AD B BA BB C CA Shaft D E ES F G GD DA EA TS FA GB GF , j ,5 4 9j , , , j j , , , j ,5 6 14j L S L90S , j j L L90L L j6 6 18,5 6 L100L j M , j6 20 L112M S M k j M/L 178/ M L k k M k , L k6 200M m L ,5 9 55m6* 110* 100* 16* 49* 10* 55m6* 110* 100* 16* 49* 10* 225S/M / /294 60m m S/M / /316 60m6* 53* m m m6* 18* 58* 11* 60m6* 53* 280S/M / /334 75m , m m6* 140* 125* 18* 58* 11* 60m6* 53* 315S/M / */443 80m m m6* 140* 125* 18* 58* 11* 60m6* 53* 315L m m m6* 140* 125* 18* 67,5* 12* 60m6* 140* 125* 18* 53* 11* 355M/L / / m m m6* 140* 125* 18* 67,5* 12* 60m6* 140* 125* 18* 53* 11* 355A/B / / m m Frame H HA HB HC HD HF HG HH HK LL LM K L LC S1 d1 d2 Bearin DE NDE , , ZZ ZZ ,5 99 2xM20x , ZZ 6203 ZZ L S L90S ZZ 6204 ZZ 90L , xM25x1.5 L90L L , , ZZ 6205 ZZ L100L M , ZZ 6206 ZZ L112M S xM32x M ZZ 6207 ZZ 132M/L 190, M C Z-C3 160L , ,5 2xM40x M 241, C Z-C3 180L 260, M 266, , C Z-C3 200L 285, ,5 2xM50x * 974* 225S/M C3 250S/M S/M C3* DM C3 1244* 1392* 2xM63x C3* 315S/M DM C C * 1501* 6314 C3* 6314 C3* 315L C C * 1577* DM20* 6316 C3* 6314 C3* 355M/L DM C C xM80x2 1607* 1772* DM20* 6316 C3* 6314 C3* 355A/B DM C C3 (*) Dimension applicable to 2 pole motors. W22 Marine Motors 61

62 Flane Mounted Motors FF Flane Flane FF Frame Flane LA M N P S T α 63 FF FF FF FF FF FF FF FF FF FF FF /880(*) Nº of holes C-DIN Flane *Only for motors fitted with air deflector in drive end side. Frame Flane LA M N P S T α 63 C M5 71 C C C C C M C M M6 M N of holes 45 4 Drip Cover Data Utilization of a rain drip cover increases the total lenth of the motor. The additional land lenth can be seen an the tabel bellow. CH Fiure 34 - Motor with drip cover Frame Dimension CH (increase motor lenth (mm)) S/M 250S/M 280S/M 315S/M 315L 355M/L 355A/B W22 Marine Motors