ThreePhase Motors with Increased Output Product atalogue
ThreePhase Motors with Increased Output The catalogue covers industrial squirrel cage motors for general purpose. The outputs of these motors for appropriate frame sizes are higher than defined in uropean Standard 507 although the mounting dimensions remain unchanged. Our motors are designed for long life and reliable operation in severe industrial applications. 56 0,06 6 rame size 0,09 71 p = 8 p = 6 p = p = Output [kw] 0,1 0,18 80 0,5 90 0,7 Motors of main output series Motors with increased output 0, ll the motors are manufactured in Quality ssurance System consistent with ISO 9001. 0, 100, 1 ll the motors described in the present catalogue are provided with mark. It means that our products are consistent with the uropean Union directives regarding the safety features. 1 Threephase motors with increased output (frame sizes up to ) called also progressive motors are the extension of the main output series described in the antoni General Purpose Phase Induction Motors catalogue. Thus the range of motors is more diversified which enable customers to select a motor with the apriopriate output for a given drive. It gives the opportunity to avoid applying overdimensioned motors which reduces the costs and makes the motors environmental friendly. 180 General technical information such as the type of bearings, construction, cooling system or compliance with standards is the same as for the motors described in the antoni General Purpose Phase Induction Motors catalogue. 00 0 7 5 ISO 9001 I The motors covered by this catalogue comply with the I 01 Standard as well as standards effective in other countries,consistent with I. 5 50 90 0 1 80 1 00 ORRIG IORMTIO When placing an order, the following motor data should be given: Motor type designation output speed Operating duty Supply voltage requency Mounting arragements egree of protection Special requirements Information concerning additional accesories e.g. Thermal protection nticondensation heaters Vibration sensors, etc. s part of our development programme, we reserve the right to alter or amend any of the specifications included in this catalogue without giving prior notice. 0
ThreePhase Motors with Increased Output Totally nclosed Motors IP Insulation lass Item Type Output Speed Torque fficiency Power actor ull oad urrent ocked Rotor Torque ocked Rotor urrent reakdown Torque Moment of Inertia Weight (IM) P n T cos I at rated voltage T /T I /I T /T b J m [kw] [P] [rpm] [m] [%] [] [] 0V [] 00V p= n s=000 rpm [] [] [] [kgm ] [kg] 1.... 5. 6. 7. 8. 9. 10.. 1. 1. 1.. 16. 17. 18. 19. 0. 1.... 5. 6. 7. 8. 9. 0. 1.... 5. 6. STg 56X STg 6X Sh 71X Sh 80X Sh 80X PSh 90 PSg 100 PSg M PSg M PSg M PSg 1M PSg 1S PSg 1M PSg 1 PSg 180 Sg 00z Sg 5Mz Sg 50Mz Sg 80Mz STg 56X STg 6X Sh 71X Sh 80X Sh 80X PSh 90 PSg 100 PSg M PSg 1M PSg 1M PSg 1 PSg 180 Sg 00z Sg 00z Sg 5Mz Sg 50Mz Sg 80Mz 0,18 0,7 0,, 6 9, 0 5 0 0,1 0,5 0,, 9, 0 7 5 0 0,5 0,5 1 8,1 10 1, 0 0 100 0 0,17 0, 0, 1, 5 0 50 100 0 80 80 0 800 80 85 885 890 890 880 90 90 90 90 90 9 96 970 9 100 100 1 180 180 0 5 5 0 5 165 17 1 176 1 180 0,61,58 0 10,1 1, 18, 19,8,9 0,1 6 6 7 97, 177 1 5 0,8,86 7, 10,0 7 6,9, 7, 19 1 91 56 86 710 70 65 79 81 8 8,7 86 86,7 86,8 88,5 88, 88, 90,5 90,1 9, 9,6 9, 95, 59 69 70 76 80,7 8,9 87, 87 89,5 91, 9,0 9 9,6 9,5 9, 0,6 0,8 0,8 0, 0,8 0,85 0,86 0,8 1 0,6 0,6 0,6 0,76 0,7 0, 0, 0,8 0,8 0,8 0,85 0,8 0,85 0,88,1 5,9 9, 1, p= n =00 rpm s 0,86 5,5 5 9, 0,6, 5, 8, 10,7 1 1, 16,8 0, 0, 9, 5 80 9 16 181 0,5 5,9, 5, 9,, 5,6 70 8 96 16 18,7,0,1,,,5,9,5,7,9,9,5,7,,,6,5,,65,8,5,,5,,8,,,8,7,,5,8 5 5, 5,8 7,1 7,6 7 7,8 8, 8, 7,7 6,5 6,5 7, 6,9 8,6,8 6, 6,5 7,05 7, 7, 7, 6,9 6,9,7,,8,6,7,,5,,5,5,0,6,5,6,5,6,,7,,,85,9,1,1,,9,7,0,9,,, 0,0001 0,0001 0,000691 0,001 0,00167 0,0017 0,008 0,006 0,0067 0,007 0,019 0,017 0,017 0,059 0,095 0,18 0,6 0, 1 0,000 0,0008 0,001099 0,006 0,001 0,00 0,0076 0,01 0,0 0,0 0,10 0,185 0,1 0,7 0, 7,7 7,6,6 1, 18,9 5 6,5 9 7 9 190 65 50 80 5,0 7, 1, 19, 7,6 9 77 8 10 00 6 80 7 56 650 TI T 0
ThreePhase Motors with Increased Output Totally nclosed Motors IP Insulation lass Item Type Output Speed Torque fficiency Power actor ull oad urrent ocked Rotor Torque ocked Rotor urrent reakdown Torque TI T Moment of Inertia Weight (IM) 7. 8. 9. 0. 1.... 5. 6. 7. 8. 9. 50. 51. 5. 5. 5.. 56. 57. 58. 59.. 61. 6. 6. 6. 65. 66. 67. STg 6X6 Sh 71X6 Sh 80X6 Sh 80X6 PSh 906 PSg 1006 PSg 1006 PSg M6 PSg 1M6 PSg 16 PSg 1806 Sg 006z Sg 5M6z Sg 5M6z Sg 50M6z Sg 50M6z Sg 80M6z Sg M6z STg 6X8 Sh 71X8 Sh 80X8 Sh 80X8 PSg M8 PSg 1M8 Sg 18z Sg 1808z Sg 00M8z Sg 5M8z Sg 50M8z Sg 80M8z Sg M8z [kw] 0, 0,7 0,, 0 7 5 5 1 0,08 0,18 0,7 0, 0 7 0 P [P] 0, 0,5 1, 10 0 5 0 50 100 180 0, 0,5 0,5 0,, 0 5 0 50 0 n [rpm] 870 880 900 900 890 95 95 95 950 950 970 9 981 9 985 985 985 985 670 680 680 690 7 700 700 77 71 77 70 T [m] [%] 5,0 8 1, 16,1 18,6,7 0,6, 0,8 18,1 9 9 6 5 77 180 1,07,5 5, 7, 5,6 0 197 89 81 7 10 8 7 7 70,1 7,0 79, 8, 8 87,6 89, 9 91, 9, 9, 9,5 95 5 58 59 7,6 77 8 88,1 88,1 90 9 9,7 9,9 cos I at rated voltage [] [] 0V [] 00V p=6 n s=1000 rpm 0,56 0,7 0,7 0,68 0,7 0,8 0, 0,79 0,86 0,88 0,8 p=8 n =0 rpm s 0,50 0,5 0,6 0,6 0,69 0,77 0,8 0, 0,8 0,79 0,8 0,7,5 7, 7,8 1,0,,95,,,,,5 5, 6,7 16, 0,5 7,6 56 65 81 79 99 10 9 0, 1,, 9,7 8 61 71 106 1 T /T I /I T /T b J m [] [] [] [kgm ],1,05 5,,6,5,,,6,,,,0,7,1,,7,,,,1,0,6,,65,9,,5 6,1 6,9 6 6, 6 6,7 7,7 5,8,5,5,5 5,7 5, 5, 5,6 5,7 5,,7,1,9,,5,6,,,0,6,,,8,5,6, 0,000 0,00 0,009 0,0051 0,001 0,009 0,01 0,0177 0,09 0,108 0,185 0,58,16,01 0,000 0,00 0,009 0,0051 0,019 0,09 0,1 0,19 0,7,16,01 [kg] 7, 10,8,9 1, 1, 1 166 0 80 00 80 68 670 895 7, 1,0 61, 10 5 0 80 0 700 850 0
56 180 ThreePhase Motors with Increased Output OOT MOUT MOTORS IM G 00 G Type of motor G STg 56X 90 71 6 9j6 0 h9 10, 56 7 5,8 0 0 7 9 0 STg 6X 8 100 80 0 j6 h9 6 8,5 7 6 1 16 106 165 8 Sh 71X 8 90 0 1j6 0 5h9 16 71 8 7 5 1 6 18 6 Sh 80X 8 100 50 19j6 0 6h9 80 9 10 1 7 10 00 06 Sh 80X 8 100 50 19j6 0 6h9 80 9 10 1 7 10 00 18 PSh 90 10 56 j6 50 8h9 7 90 10 10 50 170 185 0 5 PSh 906 10 56 j6 50 8h9 7 90 10 10 50 170 185 0 0 PSg 100, 1 10 6 8j6 8h9 1 100 1 1 5 00 06 17 0 76 PSg 100 1 10 6 8j6 8h9 1 100 1 1 5 00 06 17 0 PSg M,6,8 190 10 70 8j6 8h9 1 1 1 5 0 5 17 76 8 PSg M,, 190 10 70 8j6 8h9 1 1 1 5 0 5 17 76 PSg 1S 16 10 89 8k6 80 10h9 1 1 16 1 56 7 18 10 51 PSg 1M 6,, 16 1 89 8k6 80 10h9 1 1 16 1 56 7 0 10 51 PSg 1M8 16 1 89 8k6 80 10h9 1 1 16 1 56 7 0 10 501 PSg 1 6 5 5 108 k6 0 1h9 5 1 0 05 00 70 656 Sg 18z 5 5 108 k6 0 1h9 5 1 0 00 7 9 66 650 PSg 180 6 79 79 8k6 0 1h9 5 180 6 70 50 0 08 6 Sg 1808z 79 79 8m6 0 1h9 5 180 50 8 05 705 Sg 00 8z 18 05 1 m6 0 16h9 59 00 19 80 00 50 100 80 85 85 Sg 5Mz 56 19 m6 0 16h9 59 5 19 85 5 505 0 80 8 Sg 5M 8z 56 19 m6 10 18h9 6 5 19 85 5 505 0 80 8 Sg 50Mz 06 9 168 m6 10 18h9 6 50 6 90 95 50 10 0 590 965 Sg 50M 8z 06 9 168 65m6 10 18h9 69 50 6 90 95 50 10 0 590 965 Sg 80Mz 57 19 190 65m6 10 18h9 69 80 0 100 5 50 165 50 6 100 Sg 80M 8z 57 19 190 m6 10 0h9 79,5 80 0 100 5 50 165 50 6 100 Sg M6 8z 508 57 16 80m6 170 h9 85 6 8 105 610 50 190 5 695 0 IMSIO RWIGS 05
ThreePhase Motors with Increased Output OOT/G MOUT MOTORS IM 5 G MOUT MOTORS IM 5 56 180 T 5 P R=O x90 S M G 00 / 1 T S IMSIO RWIGS G P R=O Type of motor G / M. P T S STg 56X 90 71 6 9j6 0 h9 10, 56 7 5,8 0 0 7 9 0 8 100 80j6 10 7 STg 6X 8 100 80 0 j6 h9 6 8,5 7 6 1 16 106 165 8 9 5 95j6 10 10 Sh 71X 8 90 0 1j6 0 5h9 16 71 8 7 5 1 6 18 6 9 10 0j6 1,5 10 Sh 80X 8 100 50 19j6 0 6h9 80 9 10 1 7 10 00 06 10 165 10j6 00,5 1 Slh 80X 8 100 50 19j6 0 6h9 80 9 10 1 7 10 00 18 10 165 10j6 00,5 1 PSh 90 10 56 j6 50 8h9 7 90 10 10 50 170 185 0 5 8 165 10j6 00,5 1 PSh 906 10 56 j6 50 8h9 7 90 10 10 50 170 185 0 0 8 165 10j6 00,5 1 PSg 100, 1 10 6 8j6 8h9 1 100 1 1 5 00 06 17 0 76 180j6 50 PSg 100 1 10 6 8j6 8h9 1 100 1 1 5 00 06 17 0 180j6 50 PSg M,6,8 190 10 70 8j6 8h9 1 1 1 5 0 5 17 76 8 1 180j6 50 PSg M,, 190 10 70 8j6 8h9 1 1 1 5 0 5 17 76 1 180j6 50 PSg 1S 16 10 89 8k6 80 10h9 1 1 16 1 56 7 18 10 51 1 65 0j6 00 PSg 1M 6,, 16 1 89 8k6 80 10h9 1 1 16 1 56 7 0 10 51 1 65 0j6 00 PSg 1M8 16 1 89 8k6 80 10h9 1 1 16 1 56 7 0 10 501 1 65 0j6 00 PSg 1 6 5 5 108 k6 0 1h9 5 1 0 05 7 00 70 656 1 00 50j6 50 5 19 Sg 1 8z 5 5 108 k6 0 1h9 5 1 0 00 7 /06 9 66 650 1 00 50j6 50 5 19 PSg 180 6 79 79 8k6 0 1h9 5 180 6 70 50 0 08 6 1 00 50j6 50 5 19 Sg 180 8z 79 79 8m6 0 1h9 5 180 50 8/5 05 705 1 00 50j6 50 5 19 Sg 00 8z 18 05 1 m6 0 16h9 59 00 19 80 00 50 /0 100 80 85 85 16,5 50 00j6 00 5 18 Sg 5 Mz 56 19 m6 0 16h9 59 5 19 85 5 505 / 0 80 8 18 00 50j6 50 5 18 8 Sg 5 M 8z 56 19 m6 10 18h9 6 5 19 85 5 505 / 0 80 890 18 00 50j6 50 5 18 8 Sg 50 Mz 06 9 168 m6 10 18h9 6 50 6 90 95 50 /05 10 0 590 965 19 500 50j6 0 5 18 8 Sg 50 M 8z 06 9 168 65m6 10 18h9 69 50 6 90 95 50 /05 10 0 590 965 19 500 50j6 0 5 18 8 Sg 80 Mz 57 19 190 65m6 10 18h9 69 80 0 100 5 50/0 165 50 6 100 0 500 50j6 0 5 18 8 Sg 80 M 8z 57 19 190 m6 10 0h9 79,5 80 0 100 5 50/0 165 50 6 100 0 500 50j6 0 5 18 8 Sg M6 8z 508 57 16 80m6 170 h9 85 6 8 105 610 50/0 190 5 695 0 0 0js6 6 6 8 1 dimension for foot/flange mounted motors 1 dimension for flange mounted motors M holes 06
ThreePhase Motors with Increased Output OOT/G MOUT MOTORS IM G MOUT MOTORS IM 1 56 1 5 T R=O x90 S M P G Type of motor lange G M P S T STg 56X 1 1/1 90 0 71 6 9j6 0 h9 10, 56 7 8 85 70j6 105 M6,5 0 STg 56X 1/ 90 0 71 6 9j6 0 h9 10, 56 7 8 65 50j6 80 M5,5 0 STg 6X 61 1/1 100 6 80 0 j6 h9 6 8,5 10 100 80j6 10 M6 1 165 8 STg 6X 6 1/ 100 6 80 0 j6 h9 6 8,5 10 j6 90 M5 9,5,5 165 8 Sh 71X 81 1/1 5 90 5 1j6 0 5h9 16 71 8 10 5 95j6 10 M8 1 18 6 Sh 71X 8 1/ 5 90 5 1j6 0 5h9 16 71 8 10 85 70j6 105 M6 1,5 18 6 Sh 80X 81 1/1 100 50 19j6 0 6h9 80 9 10 10 0j6 1 M8 1,5 00 06 Sh 80X 8 1/ 100 50 19j6 0 6h9 80 9 10 100 80j6 10 M6 1 00 06 Sh 80X 81 1/1 100 50 19j6 0 6h9 80 9 10 10 0j6 1 M8 1,5 00 18 Sh 80X 8 1/ 100 50 19j6 0 6h9 80 9 10 100 80j6 10 M6 1 00 18 PSh 90, 1/1 10 50 56 j6 50 8h9 7 90 10 10 10 0j6 1 M8 10,5 0 5 PSh 90, 1/ 10 50 56 j6 50 8h9 7 90 10 10 5 95j6 10 M8 10 0 5 PSh 906 1/1 10 50 56 j6 50 8h9 7 90 10 10 10 0j6 1 M8 10,5 0 0 PSh 906 1/ 10 50 56 j6 50 8h9 7 90 10 10 5 95j6 10 M8 10 0 0 PSg 100, 1/1 1 5 10 6 8j6 8h9 1 100 1 1 165 10j6 00 M10 1,5 0 76 PSg 100, 1/ 1 5 10 6 8j6 8h9 1 100 1 1 10 0j6 1 M8 1,5 0 76 PSg 100 1/1 1 5 10 6 8j6 8h9 1 100 1 1 165 10j6 00 M10 1,5 0 PSg 100 1/ 1 5 10 6 8j6 8h9 1 100 1 1 10 0j6 1 M8 1,5 0 PSg M,6,8 1/1 190 5 10 70 8j6 8h9 1 1 1 165 10j6 00 M10 1,5 76 8 PSg M,6,8 1/ 190 5 10 70 8j6 8h9 1 1 1 10 0j6 1 M8 1,5 76 8 PSg M,, 1/1 190 5 10 70 8j6 8h9 1 1 1 165 10j6 00 M10 1,5 76 PSg M,, 1/ 190 5 10 70 8j6 8h9 1 1 1 10 0j6 1 M8 1,5 76 PSg 1S 1/1 16 56 10 89 8j6 80 10h9 1 1 16 1 180j6 50 M1 1 10 51 PSg 1S 1/ 16 56 10 89 8j6 80 10h9 1 1 16 1 165 10j6 00 M10 1,5 10 51 PSg 1M,,,,6 1/1 16 56 1 89 8j6 80 10h9 1 1 16 1 180j6 50 M1 1 10 51 PSg 1M,,,,6 1/ 16 56 1 89 8j6 80 10h9 1 1 16 1 165 10j6 00 M10 1,5 10 51 PSg 1M8 1/1 16 56 1 89 8j6 80 10h9 1 1 16 1 180j6 50 M1 1 10 501 PSg 1M8 1/ 16 56 1 89 8j6 80 10h9 1 1 16 1 165 10j6 00 M10 1,5 10 501 IMSIO RWIGS 07
1 T1 0/PR/06_009 1