TOSHIBA THREE PHASE INDUCTION MOTOR - toshiba …

1 CKMS-0702. TOSHIBA . THREE PHASE INDUCTION MOTOR . For Industrial General Purpose Features of TOSHIBA . THREE PHASE INDUCTION MOTOR . Voltage correspondence range of Southeast Asia area 1. Flexible 5 ratings correspondence Our MOTOR has the following ratings. Laos 220/380/415V-50Hz,220/440V-60Hz is standard. 1. 220/380/415V-50Hz,220/440V-60Hz 380V-50Hz Frame size 180M and above, 380/660V-50Hz is standard. 2. 380/660V-50Hz Bangladesh Pakistan 415V-50Hz Myanmar 400V-50Hz 400V-50Hz Philippines Vietnam 380V-60Hz 2. Various applications Thailand 380V-50Hz 380V-50Hz TOSHIBA MOTOR is used for various applications. Cambodia 380V-50Hz Sri Lanka Malaysia 400V-50Hz 415V-50Hz Papua New Guinea 415V-50Hz Indonesia 380V-50Hz Industrial Fan & Blower Conveyor TYPE-FORM.

2 The following shows TOSHIBA 's TYPE-FORM. TYPE FORM. T : THREE PHASE F : Totally-Enclosed Fan-Cooled type I : INDUCTION - MOTOR B : Belt drive C : Direct-coupled K : Squirrel-cage rotor K : Rolling bearing K : Double squirrel-cage L : Flange Mounted None : Foot Mounted Mixer Slicer * NOTE: T is omitted for motors rated 11kW or less. A : Aluminum Die-casting frame K : Steel Plate frame None : Cast iron frame W : Outdoor use 3. Suitable for Inverter drive 8 : World Energy Series 8 21 : World Energy Series 21. 21C : World Energy Series 21C. *S : Inverter Surge Protection TOSHIBA MOTOR standardly can be driven by inverter and especially compatibles with TOSHIBA inverter. Mounting Type Please contact us if you would use for TOSHIBA Standard Mounting type is Foot Mounted (IMB3) and Flange Mounted (IMB5 & IMV1).

3 The constant torque application. VF-S15 VF-AS3 Diagram Standard 4. Energy Saving 100. 90. Damper IEC IMB3 IMV5 IMV6 IMB6/IMB7 IMB8. 76%. Controlling air flow of fan Required Power (%). 80. control 70. and water flow of pump 60. with Inverter reduces the 50. Energy saving shaft power and saves 40 Inverter Diagram the excess energy. 30 control 20 25%. Standard 10. 0. Standard 40 50 60 70 80 90 100. Airflow, flow rate (%) IEC IMB5 IMV1 IMV3 IMB35 IMV15 IMV36. 1 All All data data subject subject to to change change without without any any notice notice All data subject to change without any notice 2. TOSHIBA THREE PHASE INDUCTION MOTOR TOSHIBA THREE PHASE INDUCTION MOTOR . Standard Specifications Characteristics and Performance Data: 2 Pole Item Specifications Rated Output Voltage Frequency Current Speed Efficiency Power Factor Pole Frame No kW HP (V) (Hz) (A) (min-1) (%) (%).

4 For Frame size 160L and Less: 220/380/415V-50Hz, 220/440V-60Hz Voltage Frequency 220 2800 For Frame size 180M and above: 380/660V-50Hz 380 50 2800 Enclosure Totally Enclosed Fan Cooled 415 71M 2830 220 3370 Degree of Protection IP55 60. 440 3420 Insulation Class 155 (F). 220 2840 Time Rating S1 (Continuous) 380 50 2840 Direction of Rotation CCW (Counter Clockwise) viewed from shaft-end side 1 415 80M 2860 220 3380 Frame size 80M and less: Steel Plate 60. 440 3460 Frame Material Frame size 112M~160L: Aluminum Die-casting 220 2800 Frame size 180M and above: Cast Iron 380 50 2800 Ambient Temperature -15 ~ 40 C 2 415 90L 2830 220 3370 Ambient Ambient Humidity 90% or Less (No condensation) 60. 440 3450 Condition Above Sea Level 1000m or less 220 2810 Environment No corrosive, explosive gas or vapor or steam 380 50 2810 Coating Color Munsell N7 3 415 90L 2830 220 3360 Standard IEC 60034-1 / IEC 60034-5 60.

5 440 3450 Lead Wire Connection 6 lead wires with Terminal block 220 2840 Starting Method Direct-on-line (132S~225M: Y- Starting available) 380 50 2840 5 415 112M 2880 Connection Diagram 220 3410 60. :220V-50/60Hz, Y:380/415/440V-50/50/60Hz :380V-50Hz, Y:660V-50Hz :380V-50Hz, Y:660V-50Hz 440 3470 (Frame size: 71M~160L) (Frame size: 132S~160L) (Frame size: 180M~225M) 220 2850 380 50 2850 415 132S 2885 220 3420 2 60. 440 3470 220 2890 380 50 2890 10 415 132S 2920 220 3480 60. 440 3510 380/415/440V Y 220 2900 380 50 2900 11 15 415 160M 2930 220 3490 60. 440 3520 220 2880 380 50 2880 15 20 415 160M 2900 Y- Starting 220V-50/60Hz Y- Starting 380V-50Hz Y- Starting 380V-50Hz 220 3480 (Frame size: 132S~160L) (Frame size: 132S~160L) (Frame size: 180M~225M) 60.

6 440 3510 220 2885 380 50 2885 25 415 160L 2905 220 3450 60. 440 3495 380 2930 22 30 50 180M. 660 2930 380 2940 30 40 50 200L. 660 2940 380 2940 37 50 50 200L. 660 2940 380 2940 45 60 50 225M. 660 2940 The above characteristics and performance are design data, and are not guaranteed. 3 All data subject to change without any notice All data subject to change without any notice 4. TOSHIBA THREE PHASE INDUCTION MOTOR TOSHIBA THREE PHASE INDUCTION MOTOR . Characteristics and Performance Data: 4 Pole Characteristics and Performance Data: 6 Pole Rated Output Voltage Frequency Current Speed Efficiency Power Factor Rated Output Voltage Frequency Current Speed Efficiency Power Factor Pole Frame No Pole Frame No kW HP (V) (Hz) (A) (min-1) (%) (%) kW HP (V) (Hz) (A) (min-1) (%) (%).

7 220 1400 220 920 380 50 1400 380 50 920 415 71M 1410 415 80M 930 220 1685 220 1090 60 60. 440 1720 440 1120 220 1410 220 910 380 50 1410 380 50 910 1 415 80M 1420 1 415 90L 930 220 1690 220 1090 60 60. 440 1720 440 1120 220 1410 220 900 380 50 1410 380 50 900 2 415 90L 1415 2 415 100L 915 220 1680 220 1090 60 60. 440 1720 440 1120 220 1410 220 920 380 50 1410 380 50 920 3 415 100L 1420 3 415 112M 930 220 1700 220 1100 60 60. 440 1730 440 1130 220 1400 220 940 380 50 1400 380 50 940 5 415 112M 1415 5 415 132S 955 220 1670 220 1130 60 6 60. 440 1720 440 1150 220 1430 220 940 380 50 1430 380 50 940 4 415 132S 1440 415 132M 955 220 1710 220 1130 60 60. 440 1730 440 940 220 1430 220 955 380 50 1430 380 50 955 10 415 132M 1440 10 415 160M 960 220 1700 220 1155 60 60.

8 440 1735 440 1165 220 1440 220 960 380 50 1440 380 50 960 11 15 415 160M 1455 11 15 415 160L 970 220 1705 220 1160 60 60. 440 1740 440 1170 220 1440 380 975 15 20 50 180L. 380 50 1440 660 975 15 20 415 160L 1455 380 970 25 50 200L. 220 1710 660 970 60. 440 1745 380 970 22 30 50 200L. 380 1450 660 970 25 50 180M. 660 1450 380 980 30 40 50 225M. 380 1450 660 970 22 30 50 180L. 660 1450 The above characteristics and performance are design data, and are not guaranteed. 380 1460 30 40 50 200L. 660 1460 380 1460 37 50 50 225S. 660 1460 380 1460 45 60 50 225M. 660 1460 The above characteristics and performance are design data, and are not guaranteed. 5 All data subject to change without any notice All data subject to change without any notice 6.

9 L. D. A R. TOSHIBA THREE PHASE INDUCTION MOTOR TOSHIBA THREE PHASE INDUCTION MOTOR KL. KA B Q. QK. 15 . Name Plate Outline Dimension H. QR. C. KG. G. Fig. 1 J. KE K. E E F F XB. L M Rubber Hole KD N. D. A R. KL. [Sample: Foot mounted type] KA B Q. RATED VOLTAGE TYPE QK Z L. Z. A R. RATED FREQUENCY FORM 15 D. JK KA B Q. KL. RATED CURRENT FRAME NO. H. QK. RATED SPEED THERMAL CLASS L QR L. C. Rubber Hole KD Rubber Hole KD . KG. H. G. POWER FACTOR DUTY TYPE D R D R. KL J A B Q KL A B Q. RATED OUTPUT HP(kW) PROTECTION KE K. E E F F XB. KG. POLES TYPE OF CURRENT M QK KD . Rubber Hole N QK Q. C. G. MANUFACTUING YEAR. J KE K. KE. KE. CONNECTION. Fig. 2 Z. E E. L F F XB. Z. 4- Z 4- Z. I. Rubber Hole KD.

10 I. [Sample: Flange mounted type] ( ) = Inverter A R M N. HoleSurge Hole H. H. STANDARD JK D. Protection QR KA B Q Z QR. BEARING NO (LS/OS) KL JK. C. Surge peak 1250V. C. QK. SERIAL NO or less in between lines G. G. J K J K. Z. MANUFACTURER E E F F XB E E F F XB. H. M N M N. KG. QR. C. W. G. J KE K. T. U. E E F F XB. M Rubber Hole KD N. Z. JK. S. Z. Foot Mount (Frame ~100L). Output (kW) Dimension (mm). Frame Insulation Fig No Class No 2P 4P 6P A B C D E F G H I J K L M N R Z XB O JK. Terminal Box Vibration mm/sec (RMS). 71M. - F 1 121 90 71 150 56 45 146 - 30 25 241 140 110 120 7x8 - - 8. - - F 1 121 90 71 150 56 45 146 - 30 25 241 140 110 120 7x8 - - 8. Rotation Terminal Conduct Protection Terminal Frame Size of terminal box Hole Size Fram No.