Technical Documentation

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1 Technical Documentation LOW VOLTAGE THREE PHASE TEFC CAGE MOTORS IE316EN

2 Mission, Vision, Targets Our electric motors and generators are optimized in accordance with our client's technical and economical requests. Our clients will receive from us, within a very short notice, most advanced and high quality technical solutions of electric motors, generators, electric drives and complete technical solutions of small and middle sized hydroelectric power plants, along with economically most favourable conditions. We are constantly moving your ideas. We are not just manufacturing motors and generators, we turn ambitious concepts of our clients into advanced, innovative and reliable products, which are unique and future oriented. Our reliability, creativity and flexibility will assist our clients in achieving their goals. Keeping track with newest technological and technical solutions, our products are being constantly developped and therefore we are improving all our activities aimed to fulfil our client's requests. Our view of the future is oriented towards development of high power and big sized electric motors, hydrogenerators for small and middle sized hydroelectric power plants, as well as electric motors designed for extreme working conditions and most complex technical requirements.

3 Index 1 Main characteristics Electrical data Series 3.ZKE p= Series 3.ZKE p= Series 3.ZKE p= Series 3.ZKE p= Motor dimensions 3.ZKE 00-3.ZKE 315; IM B3 - IM ZKE 00-3.ZKE 315; IM B5, V1 - IM 3001, ZKIE 315; IM B3 - IM ZKIE 315; IM B35 - IM ZKIE 315; IM V1 - IM ZKIE 355; IM B3 - IM ZKIE 355; IM B35 - IM ZKIE 355; IM V1 - IM ATB SEVER reserves the right to modify the design, technical specifications and dimensions of the products shown in this catalogue.

4 Main characteristics Changing the nomenclature of the IEC motor efficiency level New labelling and definition methods of IEC motor efficiency level according to IEC :008 and IEC :007 Definition of efficiency classes has been done according to different standards. For the purposes of international harmonization, a new standard has been created IEC :008 (Rotation electric machines Part 30: Efficiency level class of one speed, three-phase asynchronous motors with a cage rotor (marking IE)). According to this standard, motors have been defined into new efficiency level classes. This standard has been valid since October 008. Since then the new nomenclature has been put into practice. New method of loss measurement according to IEC :007 The efficiency level according to IEC :008 is based on determining motor losses by using the standard IEC :007, which has been valid since November 007 and serves as a substitute for the standard IEC :1996. With this new measuring technique additional losses are not determined as a percentage (0.5%), but are determined through the process of measuring (by using the standard IEC :007). According to the new standard, the nomenclature of the efficiency level is changed from EFF1 to IE and from EFF to IE1. High efficiency Low efficiency New efficiency classes IE High Efficiency IE1 Standard Efficiency Determining loss according to the old and new standard: Before: P L =0,5% P Now: P LL=individual measuring (PL - additional losses dependent on the work load) New standard class of the motor efficiency level 100 % 90 IE1 to IE3 efficiencies 4-pole 50 Hz IE3 IE IE1 A new signification method is applied to new classes of efficiency levels: - IE1 standard efficiency - IE high efficiency - IE3 premium efficiency L Efficiency Classification acc. to CEMEP kw Power (IE marking International efficiency) L Example of rating plates 3~Mot. C.l.F /10 3.ZKE 5 M-6 IMB3 IP55 D/Y 400/690 V 30 kw 50 Hz 55/3 A cosϕ 0, min IE3-93,1(100%) - 93,1(75%) - 90,6(50%) S1 460 V 30 kw 60 Hz 46 A cosϕ 0, min IE3-94,1(100%) - 94,0(75%) - 91,(50%) Made in Serbia ID# kg EN IE Hz data 60 Hz data 8 1. Rated voltage at 50 Hz. Rated current at 50 Hz 3. IE efficiency class and nominal efficiency at 50 Hz 4. Rated voltage at 60 Hz 5. Rated current at 60 Hz 6. IE efficiency class and nominal efficiency at 60 Hz 7. Efficiency class logo 8. Country of origin

5 Main characteristics 3 committee of Manufacturers of Electrical Machines and Power Electronics (CEMEP) Number of poles, 4, 4, 6 Power range Efficiency degree Voltage 400 V, 50 Hz < 1000 V, 50/60 Hz IP5X Brake motor No Arrangement Motor reductors No Yes Ex-motors No Yes (provided that explosion prevention All Validity Voluntary arrangement, will be substituted after the implementation of the EuP directive into national laws and norms Standard IEC has been valid since October 008. EuP directive needs to be implemented into national laws and norms Motor power level class level Electric energy consumption per year Electric energy savings per year kw kwh kwh IE 93, IE3 94,

6 4 Electrical data Voltage: 400 V, 50 Hz, F/B, IP55 Series 3.ZKE Type Output Pn Full load R.P.M. IE Efficiency ηn Power factor cosφn Full load Current In Rated torque Tn Moment of inertia J kw min %Pn 75%Pn 50%Pn A Nm kgm kg Weight 3000 min -1 3.ZKE 00 La IE3 93,3 93, 9, 0, , ZKE 00 Lb IE3 93,7 93,7 9,8 0, , ZKE 5 Mb IE3 94,0 94,0 93,3 0, , ZKE 50 Ma IE3 94,3 93,8 9,4 0, , ZKE 80 Sa IE3 94,7 94,7 93,8 0, , ZKE 80 Mb IE3 95,0 95,0 94,3 0, , ZKIE 315 Sa IE3 95, 95, 94,4 0, , ZKIE 315 Mb IE3 95,4 95,4 94,5 0, , ZKIE 315 Mc IE3 95,6 95,0 93,5 0, , ZKIE 315 Md IE3 95,8 95,6 94,9 0, , ZKIE 315 Lf IE3 95,8 95,5 94,7 0, , ZKIE 315 Lg IE3 95,8 95,5 94,5 0, , ZKIE 355 Ma IE3 95,8 95,3 93,8 0, , ZKIE 355 Mb IE3 95,8 95,8 94,9 0, , ZKIE 355 Mc IE3 95,8 95,7 95, 0, , ZKIE 355 Ld ,7 0, , ZKIE 355 Le ,7 0, , ZKIE 355 Lf ,7 0, ,5 910 Bigger motors on request

7 Electrical data 5 Series 3.ZKE Type Output Pn Full load R.P.M. IE Efficiency ηn Power factor cosφn Full load Current In Rated torque Tn Voltage: 400 V, 50 Hz, F/B, IP55 Moment of inertia J kw min %Pn 75%Pn 50%Pn A Nm kgm kg Weight 1500 min -1 3.ZKE 00 Lb IE3 93,6 93,3 91,8 0, , ZKE 5 Sa IE3 93,9 93,8 9,1 0, , ZKE 5 Mb IE3 94, 94,1 9,5 0, , ZKE 50 Ma IE3 94,6 94,5 93,5 0, , ZKE 80 Sa IE3 95,0 94,8 93,6 0, , ZKE 80 Mb IE3 95, 95,0 93,9 0, , ZKIE 315 Sa IE3 95,4 94,9 9,5 0, , ZKIE 315 Mb IE3 95,6 95,4 94,1 0, , ZKIE 315 Mc IE3 95,8 95,7 94,6 0, , ZKIE 315 Md IE3 96,0 95,8 94,9 0, , ZKIE 315 Lf IE3 96,0 95,8 94,4 0, , ZKIE 315 Lg IE3 96,0 95,7 94,1 0, , ZKIE 355 Ma IE3 96,0 95,9 95, 0, , ZKIE 355 Mb IE3 96,0 95,7 94,6 0, , ZKIE 355 Mc IE3 96,0 96,0 95,1 0, , ZKIE 355 Ld ,3 0, , ZKIE 355 Le ,4 0, ZKIE 355 Lf ,5 0,

8 6 Electrical data Series 3.ZKE Type Output Pn Full load R.P.M. IE Efficiency ηn Power factor cosφn Full load Current In Rated torque Tn Voltage: 400 V, 50 Hz, F/B, IP55 Moment of inertia J kw min %Pn 75%Pn 50%Pn A Nm kgm kg Weight 1000 min -1 3.ZKE 00 La-6 18,5 983 IE3 91,7 91,9 89,9 0, , ZKE 00 Lb IE3 9, 9,3 90, 0, , ZKE 5 Mb IE3 9,9 93,1 90,6 0, , ZKE 50 Ma IE3 93,3 93, 91,7 0, , ZKE 80 Sa IE3 93,7 93,6 91,8 0, , ZKE 80 Mb IE3 94,1 93,8 9,1 0, , ZKIE 315 Sa IE3 94,6 94,3 9,6 0, , ZKIE 315 Mb IE3 94,9 94,8 93,3 0, , ZKIE 315 Mc IE3 95,1 95,0 93,1 0, , ZKIE 315 Md IE3 95,4 95, 93,0 0, , ZKIE 315 Me IE3 95,6 95,5 93,9 0, , ZKIE 315 Lf IE3 95,8 95,4 93, 0, , ZKIE 315 Lg IE3 95,8 95,5 93,1 0, , ZKIE 355 Ma IE3 95,8 95,5 93,9 0, , ZKIE 355 Mb IE3 95,8 95,7 94,8 0, , ZKIE 355 Mc IE3 95,8 95,9 95,5 0, , ZKIE 355 Ld IE3 95,8 96,0 95,6 0, ZKIE 355 Le ,0 0,

9 Electrical data 7 Series 3.ZKE Type Output Pn Full load R.P.M. IE Efficiency ηn Power factor cosφn Full load Current In Rated torque Tn Voltage: 400 V, 50 Hz, F/B, IP55 Moment of inertia J kw min %Pn 75%Pn 50%Pn A Nm kgm kg Weight 750 min -1 3.ZKE 00 Lb ,9 87,9 86, 0,70 35, 199 0, ZKE 5 Sa-8 18, ,1 88,9 87,4 0, , ZKE 5 Mb , 90,1 89, 0, , ZKE 50 Ma ,1 90,8 89,4 0, , ZKE 80 Sa ,7 91,6 90,3 0, , ZKE 80 Mb ,3 9,1 90,9 0, , ZKIE 315 Sa ,7 9,4 91,1 0, , ZKIE 315 Mb ,4 93,0 91,6 0, , ZKIE 315 Mc ,8 93,6 9,3 0, , ZKIE 315 Md ,1 94,0 9,6 0, , ZKIE 315 Me ,5 94,4 93, 0, , ZKIE 315 Lf ,7 94,5 93,3 0, , ZKIE 315 Lg ,9 94,8 93,8 0, , ZKIE 355 Ma ,7 94,6 93,5 0, , ZKIE 355 Mb ,9 94,9 93,9 0, , ZKIE 355 Mc ,9 94,7 93,4 0, , ZKIE 355 Ld ,9 94,9 93,8 0, , ZKIE 355 Le ,9 94,9 94,0 0, ,0 3035

10 8 Motor dimensions IM B3 - IM 1001 Type Poles A AA AB AC B BA BB C D DA DB DC E EA F FA GA GC H HA HD I K L LC U 3.ZKE 00 La,6 Lb,4,6, M0 M Sa 4, ZKE 5 Mb M0 M ,6, ZKE 50 Ma M0 M ,6, M50x1.5 3.ZKE 80 Sa Mb ,6, ,5 79, M0 M ,6, ,5 79, The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

11 Motor dimensions 9 IM B35, IM 001 Type Poles Flange A AA AB AC B BA BB C H HA HD I K L LA LC M N P S Z T U 3.ZKE 00 3.ZKE 5 3.ZKE 50 3.ZKE 80 La, 6 FF , Ø18,5 4 5 Lb, 4, 6, 8 Sa 4, FF , Ø18,5 8 5 Mb , 6, 8 444, Ma 4, 6, 8 FF , Ø18,5 8 5 Sa , 6, 8 FF Ø18,5 Mb , , 6, M50x1,5 Type Poles D DA DB DC E EA F FA GA GC 3.ZKE 00 3.ZKE 5 3.ZKE 50 3.ZKE 80 La, 6 FF M0 M Lb, 4, 6, 8 Sa 4, FF M0 M Mb 4, 6, Ma FF500 M0 M , 6, Sa 4, 6, ,5 79,5 FF500 M0 M Mb 4, 6, ,5 79,5 The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

12 10 Motor dimensions IM B5, V1 - IM 3001, 3011 Type Poles Flange AC AD D DA DB DC E EA F FA GA GC HB I L LA LC M N P S Z T V U 3.ZKE 00 La,6 FF M0 M Ø Lb,4,6,8 Sa 4, ZKE 5 Mb FF M0 M Ø ,6, ZKE 50 Ma FF M0 M ,6, M50 x Ø ZKE 80 Sa Mb ,6, ,5 79,5 FF M0 M ,6, ,5 79, Ø The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

13 Motor dimensions 11 IM B3 - IM 1001 AG U Type Poles A AA AB AC AG B BA BA1 BB C D DA DB DC E EA F FA GA GC H HA HD K L LC U Sa Mb, Mc, Md 3.ZKIE 315 Mb, Mc, Md, Me M0 M Ø8 4,6, M0 M Ø8 xm63x1.5 4,6, M4 M Le, Lf M0 M Ø8 Lf, Lg 4,6, M4 M The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

14 1 Motor dimensions IM B35 - IM 001 AG U Type Poles Flange A AA AB AC AG B BA BA1 BB C H HA HD K L LA LC M N P S Z T U Sa Mb, Mc, Md 3.ZKIE 315 Mb, Mc, Md, Me Ø FF ,6, FF Ø8 5 4,6, Le, Lf FF Ø8 5 Lf, Lg 4,6, Ø Ø4 8 6 xm63x1,5 Type Poles D DA DB DC E EA F FA GA GC Sa Mb, Mc, Md 3.ZKIE 315 Mb, Mc, Md, Me M0 M0 4,6, M0 M ,6, M4 M Le, Lf M0 M Lf, Lg 4,6, M4 M The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

15 Motor dimensions 13 IM V1 - IM 3011 AG U Type Pole Flange AC AG D DA DB DC E EA F FA GA GC HB L LA LC M N P S Z T U Sa Mb, Mc, Md 3.ZKIE 315 Mb, Mc, Md, Me FF M0 M ,6, M0 M FF ,6, M4 M Le, Lf M0 M FF Lf, Lg 4,6, M4 M Ø Ø4 8 6 xm63x1,5 The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

16 14 Motor dimensions IM B3 - IM 1001 AG U Type Poles A AA AB AC AG B BA BB C D DA DB DC E EA F FA GA GC H HA HD K L LC U Ma, Mb, M0 M ,5 79, Ø8 Mc ZKIE 355 4, 6, Ld, Le M4 M Ø35 Lf xm75x1.5 xm80x1,5 The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

17 Motor dimensions 15 IM B35 - IM 001 AG U Type Poles Flange A AA AB AC AG B BA BB C H HA HD K L LA LC M N P S Z T U Ma, Mb, Ø8 Mc ZKIE 355 4, 6, 8 FF Ld, Le Ø35 Lf Ø4 8 6 xm75x1,5 xm80x1,5 Type Poles D DA DB DC E EA F FA GA GC Ma, Mb, Mc 3.ZKIE 355 Ld, Le M0 M , 6, M4 M Lf 4 The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

18 16 Motor dimensions IM V1 - IM 3011 AG U Type Poles Flange AC AG D DA DB DC E EA F FA GA GC HB L LA LC M N P S Z T U 3.ZKIE 355 Ma, Mb, Mc M0 M , 6, 8 FF Ld, Le M4 M Lf Ø4 8 6 xm75x1.5 xm80x1.5 The fixing dimensions given in thick figures are obligatory according to the recommendation of IEC. All other technical data and dimensions during the future development of motors may undergo some changes and therefore they can be considered as obligatory after our confirmation only. All dimensions are given in millimetres.

19 QUESTIONNAIRE FOR THE OFFER OF ASYNCHRONOUS ELECTRIC MOTORS Enquiry Number: Customer: ITEM: Qty: A 1 MOTOR DATA Motor type: Three phase Rotor type: Squirrel cage: Slip-ring: Rated output: Rated voltage Rated frequency: Rated speed: P N= kw U N= V f N= Hz n N= rpm Connection: Star Delta 7 Insulation class F B H 8 Duty type: S1 S S3 S4 S5 S6 S7 S8 S9 S10 ED % starts /h min kgm J m D POWER TRANSMISSION AND STARTING CONDITIONS 1 Coupling type: Starting: 3 Number of consecutive startings: Hot state: Cold state: per hour per hour per day per day E ADDITIONAL REQUESTS FOR MOTOR EXECUTION 1 Motor overload: % PN Duration: min 9 Standard: IEC or Temperature rise: F B 10 Cooling method: IC 3 Request for: vibration level mm/s 11 Mounting arrangement: IMB3 IMB5 or noise level (LpfA) db (A) 1 Protection degree: Motor IP: Terminal box IP: 4 Terminal box position (DE side view): 13 Sense of rotation (DE side view) : CW CCW Both left right top 14 Motor brake: yes no 5 Shaft load: Brake torque: Nm axial load N radial load N Brake voltage: V/Hz V,DC 6 Variable speed drive: yes no 15 Rotor data for s lip-ring motors: U R = V IR = A ot Power of converter supplied motor kw Converter type: B DATA ABOUT THE DRIVEN MACHINE Manufacturer: 1 Type: Speed range: from up to rpm Required power: 7 Speed sensor: Tacho gen. Resolver 3 Required speed: Encoder Absolute encoder 4 Load torque characteristic: Sensor Type: Constant Squared or 8 Motor flange size: M mm, P mm, N mm Speed %: Second shaft end: yes Torque Nm: DA= mm EA= mm no 5 Moment of inertia referred to motor shaft: J= kgm 10 Other requests and limits: 6 Driven machine special data: C AMBIENT CONDITIONS 1 Ambient temperature: C 3 4 Relative humidity: Altitude (above sea level): Specific ambient conditions: % m Note: F ADDITIONAL EQUIPMENT, SPARE PARTS AND DOCUMENTATION 1 Winding temperature protection: PTC, per phase Pt100, per phase Bearing temperature sensor Pt100, per bearing 3 Anti-condesation heaters yes V 4 Packaging: standard oversea H 1 3 CUSTOMER Company: Address: City: 4 Country: 5 Person: 6 Telefon / Fax: 7 The Questionnaire is available on line at

20 ATB SEVER DOO Magnetna polja Subotica Serbia Tel Fax atb-motors.com

Technical Documentation

Technical Documentation LOW VOLTAGE THREE PHASE TEFC CAGE MOTORS IE315EN Mission, Vision, Targets Our electric motors and generators are optimized in accordance with our client's technical and economical