title : performance data for tefc sr craneduty induction motors 6 pole duty : s4/s5, starting class...
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ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty :S3, S4 & S5 (equivalent)
CRANE DUTY SLIP RING MOTORSTITLE : PERFORMANCE DATA FOR TEFC SR CRANEDUTY INDUCTION MOTORS 6 POLE
Duty : S3, Starting Class 6 Starts / Hr (6Pole)CDF 25% CDF 40% CDF 60% CDF 100% RV GD Sq. App.
Frame Output Speed POT FLC RA Output Speed POT FLC RA Output Speed POT FLC RA Output Speed POT FLC RA Rotor Load Wt.
Size kW HP kW HP kW HP kW HP KgM2 KgM2
NDW112M 2 2.7 920 3 6.5 13.3 1.9 2.5 910 2.8 6.2 12.6 1.7 2.3 920 3 5.5 11.3 1.35 1.8 925 4 4.35 9 90 0.06 0.06
DW132S 4 5.5 880 2.8 9.2 20 3.7 5 890 3 8.4 18 3.4 4.5 900 3.4 7.8 17 2.6 3.5 925 4.5 6.6 14 110 0.33 0.33 88
DW132M 5.5 7.5 910 2.8 13 32 5.05 6.75 920 3.1 12 29 4.5 6 925 3.5 11.2 27 4 5.5 930 4 10 21 110 0.4 0.4 111
NDW160M 8 10.5 940 2.8 16.3 27.2 7.5 10.0 950 2.9 15.7 26.3 6.7 9 960 3.3 14 24 5.5 7.5 965 4.0 12 21 180 0.59 0.59 150
NDW160L 10.5 14.0 930 2.8 19.5 27.7 10.5 14.0 930 2.8 19.5 27.7 9.0 12.0 940 3.3 17.5 23 7.5 10 945 3.9 15 19 260 0.77 0.77 190
NDW180L 15 20 940 2.8 29.5 38.6 15.0 20 930 2.8 29.5 38.6 13.0 17.5 950 3.2 26 34 10.7 14.5 955 3.9 21 27.6 230 1.58 1.58 247
NDW200L 24.5 33 965 2.8 49.0 57.5 21.9 29.5 950 3.1 44 51.5 18 23.5 960 3.9 35 41 15.0 20 970 4.6 29.7 35 255 2.68 2.68 274
NDW225S 30 40 950 2.8 55.0 69 28.5 38.0 965 2.9 53.0 65.0 24.5 33 970 3.4 45 56 20 27 975 4.2 37 46 270 3.06 3.06 331
NDW225M 37 50.0 965 2.8 67.0 82 36.0 48 965 2.9 65 80.0 31.5 42.0 975 3.3 57 70 26 35 980 4.0 47.0 58 290 3.63 3.63 395
NDW250S 41 55 965 2.8 82.0 101 39.5 53 970 2.9 76 96.0 35 47 975 3.3 68.0 84.6 29 39 980 3.9 57 72 261 5.86 5.86 488
NDW250M 55 75.0 970 2.8 101.0 114 47.2 63.0 975 3.3 87.0 98.5 42.5 57 980 3.6 79.0 89 36 48 983 4.3 71 75 300 6.82 6.82 640
NDW280S 70.5 94.0 970 2.8 126.0 166 61.5 82.0 975 3.2 108 145.0 53.5 72 980 3.7 100 126 45 60 983 4.4 86 105 269 12.90 12.90 770
NDW280M 88.2 118 970 2.8 160.0 76.0 102 975 3.2 138 96.0 67 89 980 3.7 123 108 55 75 985 4.5 109 91 384 15.40 15.40 840
NDW315S 118 158 970 2.8 215.0 173 102.0 137 975 3.2 192 150.0 88.2 118.0 980 3.7 170 130 75 100 985 4.4 154 110 426 21.06 21.06 1088
NDW315M 146 195 970 2.8 254 220 125.0 167 975 3.3 220 188.0 108 145 980 3.8 194 163 92 125 985 4.4 180 140 416 24.16 24.16 1180
Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
2. To calcS4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
3. Equivalent starts New no. of Starts/Hr4 jerks or inchings = 1 complete start;
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ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty :S3, S4 & S5 (equivalent)
CRANE DUTY SLIP RING MOTORSTITLE : PERFORMANCE DATA FOR TEFC SR CRANEDUTY INDUCTION MOTORS 6 POLEDuty : S4/S5, Starting Class 150 Starts / Hr (6Pole)
CDF 25% CDF 40% CDF 60% CDF 100% RV GD Sq. App.
Frame Output Speed POT FLC RA Output Speed POT FLC RA Output Speed POT FLC RA Output Speed POT FLC RA Rotor Load Wt.
Size kW HP kW HP kW HP kW HP KgM2 KgM2
NDW112M 2 2.7 920 3 6.5 13.3 1.8 2.4 920 3 5.8 12 1.6 2.1 920 3 5.3 12 1.35 1.8 925 4 4.35 9 90 0.06 0.06
DW132S 3 4 910 3.7 7.3 16 2.6 3.5 925 4.5 6.6 14 2.2 3 935 7.4 6.2 13 2 2.7 940 8.15 6 12.5 110 0.33 0.33 88
DW132M 5.05 6.75 920 3.1 12 29 4.5 6 925 3.5 11.2 27 4 5.5 930 4 10 21 3.5 4.7 940 4.7 9.5 18 110 0.4 0.4 111
NDW160M 7.5 10 950 2.9 14 26.3 6.7 9 960 2.5 14 24.2 5.5 7.5 965 4.0 11.5 20.5 4.8 6.5 970 4.6 10.1 17.2 180 0.59 1.8 150
NDW160L 10.5 14 930 2.8 1925 27.7 9 12 940 3.0 17.5 23 7.5 10 945 3.9 15.2 19 6.3 8.5 950 4.7 13.5 16 260 0.77 2.5 190
NDW180L 15 20 960 2.8 29.5 38.6 13.2 17.5 950 2.75 26 34 10.7 14.5 955 3.9 21 27.6 10 13.5 960 4.2 19.7 25.8 230 1.58 3.5 247
NDW200L 21.9 29.5 950 3.1 44 51.5 17.6 23.5 960 2.75 35 41 15.0 20 970 4.6 29.7 35 14.2 19 975 4.8 28.3 33.1 255 2.68 4.75 274
NDW225S 28.5 38 965 2.9 53 65 24.5 33 970 2.75 45 56 20 27 975 4.2 37 46 18 24 980 4.7 33 41 270 3.06 6.75 331
NDW225M 34.4 46 965 3.0 62 76 30.7 41.0 970 3.0 55 68 26.7 35.5 975 3.9 48.0 59.0 21.9 29.5 980 4.7 40 49 290 3.63 7.8 395
NDW250S 39 52.0 970 2.9 75 94 33.7 45 975 3.4 67 81 27 36 980 4.3 54 66.5 23 31 985 5.0 47.0 56 261 5.86 8.5 488
NDW250M 46.5 62 975 3.3 86 97 40 53.5 980 3.8 75 83.5 33.7 45 985 4.6 67 70.3 30.9 41.5 988 5.0 64.0 65.3 300 6.82 10 640
NDW280S 61.5 82 975 3.2 108 145 53.5 72 980 3.7 100 126 45 60 983 4.4 86 105 41 55.0 985 4.8 82 96 269 12.90 11 770
NDW280M 76 102 975 3.2 138 125 67 89.8 975 3.7 123 106 55 75 985 4.5 109 91 51.1 68.5 988 4.8 104 83 385 15.14 13 840
NDW315S 102 137 975 3.2 192 150 88.2 118 980 3.7 170 130 75 100 985 4.4 154 110 66 88 988 5.0 97 96 426 21.06 14 1088
NDW315M 125 167 975 3.3 220 188 108 145 980 3.8 194 163 92 125 985 4.4 180 140 82 110.0 987 5.0 163 125 416 24.16 15 1180
Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
2. To calcS4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
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ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty :S3, S4 & S5 (equivalent)
CRANE DUTY SLIP RING MOTORSTITLE : PERFORMANCE DATA FOR TEFC SR CRANEDUTY INDUCTION MOTORSDuty : S4/S5, Starting Class 300 Starts / Hr (6Pole)
CDF 25% CDF 40% CDF 60% RV GD Sq. App.
Frame Output Speed POT FLC RA Output Speed POT FLC RA Output Speed POT FLC RA Rotor Load Wt.
Size kW HP kW HP kW HP KgM2 KgM2
NDW112M 1.8 2.4 920 3 5.8 12 1.6 2.1 920 3 5.3 12 1.4 1.87 920 3.4 4.6 10.5 90 0.06 0.06
DW132S 2.6 3.5 925 4.5 6.6 14 2.2 3 935 7.4 6.2 13 2 2.7 940 8.15 6 12.5 110 0.32 0.32 88
DW132M 4.5 6 925 3.5 11.2 27 4 5.5 930 4 10 21 3.5 4.7 945 4.7 9.5 18 110 0.4 0.4 111
NDW160M 6.7 9 960 3.3 14 24.2 5.5 7.5 965 4.0 12 20.5 4.8 6.5 970 4.6 10.1 17.2 180 0.59 1.2 150
NDW160L 9 12 940 3.3 17.5 23 7.5 10 940 3.9 15.2 19 6.3 8.5 950 4.7 13.5 16 260 0.77 1.9 190
NDW180L 13.2 17.5 950 3.2 26 34 10.7 14.5 955 3.8 21 27.6 10 13.5 960 4.2 19.7 25.8 230 1.58 2.3 247
NDW200L 17.6 23.5 960 3.9 35 41 15 20 970 4.6 29.7 35 14.2 19.0 975 4.8 28.3 33.1 255 2.68 3 274
NDW225S 24.5 33.0 970 3.4 45 56 20 27 975 4.2 37 46 18 24 980 4.7 33 41 270 3.06 4.25 331
NDW225M 30.7 41.0 970 3.4 55 68 26.7 35.5 975 3.9 48.0 59 21.9 30 980 4.7 49 49 290 3.63 4.3 395
NDW250S 33.7 45 975 3.4 67 81 27 36 980 4.3 54 66.5 23 31 985 5.0 47.0 55.7 261 5.86 4.5 488
NDW250M 40.0 53.5 980 3.8 75 83.5 33.7 45 985 4.6 67 70.3 30.9 41.5 988 5.0 64.0 65.3 300 6.82 6 640
NDW280S 53.5 72 980 3.7 100 226 45 60 983 4.4 86 105 41 55 985 4.8 83 96 269 12.90 7 770
NDW280M 67.0 90 980 3.7 123 108 55 75 985 4.5 123 106 51.1 68.5 988 4.8 104 83 385 15.14 8 840
NDW315S 88 118 980 3.7 170 130 75 100 985 4.4 154 110 66 88 988 5.0 140 97 426 21.06 8.8 1088
NDW315M 108 145 980 3.8 194 163 92 125 985 4.4 180 140 82 110 987 5.0 163 125 416 24.16 10 1180
Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
2. To calcS4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
3. Equivalent starts New no. of Starts/Hr4 jerks or inchings = 1 complete start;1 DC injection braking = 2 starts11
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ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORSTABLE 1 : FRAME SIZE 63 - 200L ( 90 STARTS)
4 Pole
Frame SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT NET WTKW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KG
SD63 0.26 0.35 1330 1.1 500 0.19 200 275 0.25 0..35 1330 1.1 400 0.19 200 275 0.2 0.26 1330 0.8 400 0.14 200 275 0.18 0.25 1330 0.75 400 0.14 200 275 0.003 0.003 5.6SD71 0.6 0.8 1340 1.7 500 0.42 200 275 0.55 0.75 1350 1.6 500 0..40 200 275 0.45 0.6 1395 1.2 500 0.31 200 275 0.4 0.53 1350 1..1 500 0.28 200 275 0.004 0.004 7ND80 1.1 1.5 1350 2.7 550 0.8 200 275 0.75 1 1400 2.1 500 0.51 200 275 0.6 0.8 1395 1.7 500 0.42 200 275 0.55 0.75 1395 1.5 500 0.42 200 275 0.007 0.007 17
ND90S 1.6 2.13 1400 4 550 1.09 200 275 1.4 1.87 1400 3.7 500 0.97 200 275 1.2 1.6 1400 3.1 500 0.82 200 275 1.1 1.5 1410 2.7 500 0.76 200 275 0.014 0.014 22ND90L 2.2 3 1400 5.2 550 1.53 200 275 1.8 2.4 1405 4.4 500 1.22 200 275 1.7 2.27 1405 3.9 500 1.17 200 275 1.5 2 1405 3.4 500 1.02 200 275 0.021 0.021 25
ND100L 3.3 4.5 1420 7.5 550 2.27 200 275 2.8 3.7 1425 6.2 500 1.86 200 275 2.4 3.2 1425 5.3 600 1.61 200 275 2.2 3 1425 4.8 500 1.51 200 275 0.03 0.03 35ND112M 4.8 6.5 1430 10 550 3.25 200 275 4.3 5.7 1425 8.7 600 2.86 200 275 3.9 5.2 1430 8.3 600 2.61 200 275 3.7 5 1430 7.5 600 2.51 200 275 0.057 0.057 45ND132S 6.6 8.8 1440 13.5 550 4.38 200 275 6 8 1440 12.2 500 3.98 200 275 5.5 7.5 1440 11 600 3.73 200 275 5 6.7 1440 10 500 3.33 200 275 0.131 0.131 68ND132M 8.7 11.7 1440 17 550 5.82 200 275 8 10.7 1440 16 500 5.47 200 275 7.5 10 1440 14.5 600 5 200 275 7 9.3 1440 13.5 500 4.63 200 275 0.161 0.161 79
ND160M 16 21 1450 30.0 600 10.5 200 250 14 18 1455 25.8 600 9.04 200 250 12 16 1460 23.5 600 8.21 200 250 11 15 1460 21 600 7.34 200 250 0.36 0.36 125ND160L 20 26 1455 37.0 600 13.1 200 250 17 23 1455 31.9 600 11.2 200 250 15 20 1460 28.5 600 10 200 250 13 17 1460 25 600 8.67 200 250 0.47 0.47 148ND180M 25 34 1465 45.0 600 16.6 200 250 21 28 1470 37.8 600 13.9 200 250 19 25 1475 33.3 600 12.2 200 250 17 23 1475 30.2 600 11.1 200 250 0.81 0.81 164ND180L 30 40 1465 55.0 600 19.9 200 250 25 34 1470 45.8 600 16.6 200 250 22 29 1475 40.3 600 14.5 200 250 20 27 1475 36.7 600 13.2 200 250 0.95 0.95 210ND200L 40 54 1465 70.0 600 26.6 225 275 34 46 1470 59.5 600 22.5 225 275 31 42 1475 54.3 600 20.5 225 275 27 36 1475 47.3 600 17.8 225 275 1.62 1.62 282Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
Motor GD sq. (kg-m2)
Max. permissible Load GD2 (KG-M2)
OUTPUT OUTPUT OUTPUT OUTPUT25%CDF 40%CDF 60%CDF 100%CDF
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ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORS
6 Pole
Frame SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT NET WTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLT KG
SD71 0.18 0.25 860 0.75 400 0.2 170 200 0.18 0.25 860 0.75 400 0.2 170 200 0.15 0.2 860 0.6 400 0.17 170 200 0.12 0.16 860 0.5 400 0.13 170 200 0.004 0.004 7ND80 0.67 0.9 890 2.2 500 0.72 200 250 0.6 0.8 900 2 500 0.64 200 250 0.55 0.75 910 1.7 500 0.63 200 250 0.45 0.6 910 1.4 500 0.47 200 250 0.011 0.011 17
ND90S 1.1 1.5 900 3.4 500 1.19 200 250 0.93 1.25 925 2.5 500 1 200 250 0.75 1 925 2.2 500 0.77 200 250 0.6 0.8 925 2 500 0.62 200 250 0.015 0.015 22ND90L 1.5 2 900 4.5 500 1.59 200 250 1.25 1.63 900 3.2 500 1.27 200 250 1.1 1.5 925 3.2 500 1.16 200 250 0.93 1.25 925 2.7 500 1 200 250 0.021 0.021 25
ND100L 2.2 3 900 6 500 2.39 200 250 1.87 2.5 925 5 500 1.94 200 250 1.5 2 925 4 500 1.55 200 250 1.1 1.5 925 3.2 500 1.16 200 250 0.03 0.03 35ND112M 3 4 910 8 500 3.15 200 250 2.6 3.5 920 6.5 500 2.73 200 250 2.2 3 920 5.5 500 2.37 200 250 1.8 2.4 925 4.6 500 1.86 200 250 0.048 0.048 45ND132S 4.5 6 930 10 600 4.62 200 250 4 5.5 930 9 500 4.24 200 250 3.7 5 940 8.2 500 3.81 200 250 3 4 940 6.5 550 3.05 200 250 0.174 0.174 68ND132M 7.5 10 920 17 600 7.79 200 250 6.4 8.6 920 14.5 600 7.48 200 250 5.5 7.5 940 12 550 5.72 200 250 5.1 6.8 940 11 550 5.18 200 250 0.214 0.214 79
ND160M 11 15 960 22.0 600 11.2 200 250 9 12 960 18.6 600 9.44 200 250 8 10 970 15.0 600 7.53 200 250 7 9 972 13 600 6.51 200 250 0.46 0.46 125ND160L 15 20 960 28.0 600 15.2 200 250 13 17 965 24.3 600 13.1 200 250 12 16 970 22.4 600 12 200 250 9 12 972 17 600 9.02 200 250 0.64 0.64 148ND180M 164ND180L 20 27 965 36.0 600 20.2 225 275 17 23 970 30.6 600 17.1 225 275 15 20 975 27.0 600 15 225 275 14 18 977 24.3 600 13.5 225 275 1.16 1.16 210ND200L 30 40 965 53.0 600 30.3 200 250 26 34 970 45.4 600 25.8 200 250 24 32 975 41.5 600 23.5 200 250 20 27 977 35.3 600 19.9 200 250 2.04 2.04 282Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
Motor GD sq. (kg-m2)
Max. permissible Load GD2 (KG M2)
OUTPUT OUTPUT OUTPUT OUTPUT25%CDF 40%CDF 60%CDF 100%CDF
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ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORS
8 Pole
Frame SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT NET WTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLT KG
ND80 NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL N IL NIL NIL NIL NIL NILND90S 0.6 0.8 680 3.4 400 0.84 175 225 0.5 0.67 680 3 400 0.74 175 225 0.45 0.6 680 2 400 0.63 175 225 0.37 0.5 680 1.5 400 0.53 175 225 0.016 0.016 22ND90L 0.9 1.2 680 4.8 400 1.26 175 225 0.75 1 680 4.3 400 1.05 175 225 0.55 0.75 680 1.9 400 0.84 175 225 0.5 0.67 680 1.9 400 0.74 175 225 0.021 0.021 25ND100L 1.5 2 660 5 400 2.11 175 225 1.4 1.87 670 4.9 400 2.03 175 225 1.1 1.5 680 3.6 400 1.58 175 225 0.8 1.07 680 2.6 400 1.16 175 225 0.034 0.034 35ND112M 2.2 3 660 6.5 400 3.16 175 225 1.85 2.5 670 5.6 400 2.67 175 225 1.5 2 700 4.3 400 2.05 175 225 1.3 1.75 690 3.5 400 1.87 175 225 0.057 0.057 45ND132S 3 4 700 7.8 450 4.09 175 225 2.5 3.35 700 6.4 450 3.48 175 225 2.2 3 710 5.7 450 3.03 175 225 2 2.7 710 5.4 4.5 2.72 175 225 0.174 0.174 68ND132M 4 5.5 690 10.2 450 5.71 175 225 3.7 5 700 9.2 450 5.12 175 225 3 4 700 7 450 4.09 175 225 2.6 3.5 700 6.4 4.5 3.58 175 225 0.214 0.214 79
ND160M 8 10 700 16.0 600 10.4 175 225 6 8 705 13.4 600 8.7 175 225 6 7 705 11.7 600 7.6 175 225 5 6 710 10 600 6.17 175 225 0.46 0.46 125ND160L 11 14 700 23.0 600 14.6 175 225 9 12 705 19.7 600 12.4 175 225 8 11 705 18.0 600 11.3 175 225 8 10 710 16 600 10.3 175 225 0.64 0.64 148ND180M 13 17 710 29.0 600 17.1 175 225 11 15 710 25.5 600 15.1 175 225 10 13 710 22.0 600 13 175 225 9 11 710 19.7 600 11.7 175 225 0.99 0.99 164ND180L 15 20 710 33.0 600 20.6 200 250 14 18 710 29.7 600 18.5 200 250 12 15 710 25.3 600 15.8 200 250 10 13 710 22.0 600 13.7 200 250 1.16 1.16 210ND200L 23 30 710 47.0 600 30.9 200 250 20 27 715 41.8 600 27.2 200 250 17 23 720 35.5 600 23 200 250 14 18 725 28.2 600 18.1 200 250 2.14 2.14 282Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
Motor GD sq. (kg-m2)
Max. permissible Load GD2 (KG M2)
OUTPUT OUTPUT OUTPUT OUTPUT25%CDF 40%CDF 60%CDF 100%CDF
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ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORSTABLE 2 : FRAME SIZE ND160M - ND200L ( 150 STARTS)
4 Pole
Frame SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT NET WTKW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KG
SD63 0.26 0.35 1330 1.1 400 0.19 200 275 0.2 0.26 1330 0.8 400 0.14 200 275 0.18 0.25 1330 0.75 400 0.14 200 275 0.15 0.2 1320 0.65 400 0.11 200 275 0.003 0.003 5.6SD71 0.55 0.75 1350 1.6 500 0..40 200 275 0.45 0.6 1395 1.2 500 0.31 200 275 0.4 0.53 1350 1..1 500 0.28 200 275 0.35 0.47 1340 1 500 0.25 200 275 0.004 0.004 7
ND80 0.75 1 1400 2.1 500 0.51 200 275 0.6 0.8 1395 1.7 500 0.41 200 275 0.5 0.67 1395 1.7 500 0.41 200 275 0.45 0.6 1395 1.3 500 0.31 200 275 0.007 0.007 17ND90S 1.4 1.9 1400 3.7 500 0.97 200 275 1.2 1.6 1400 3.1 500 0.82 200 275 1.1 1.5 1410 2.7 500 0.76 200 275 0.8 1.07 1405 2 500 0.56 200 275 0.014 0.014 22ND90L 1.8 2.4 1405 4.1 500 1.22 200 275 1.7 2.3 1405 3.9 500 1.16 200 275 1.5 2 1405 3.4 500 1.02 200 275 1.1 1.5 1405 2.7 500 0.76 200 275 0.019 0.019 25ND100L 2.8 3.75 1425 6.2 600 1.91 200 275 2.4 3.2 1425 5.3 600 1.61 200 275 2.2 3 1425 4.8 600 1.51 200 275 1.7 2.27 1425 3.8 500 1.16 200 275 0.033 0.033 35ND112M 4.3 5.7 1425 8.9 600 2.87 200 275 3.9 5.2 1430 8.3 600 2.61 200 275 3.7 5 1430 7.5 600 2.51 200 275 2.9 3.9 1430 6 600 1.95 200 275 0.057 0.057 45ND132S 6 8 1440 12.2 600 3.98 200 275 5.5 7.5 1440 11 600 3.73 200 275 5 6.7 1440 10 600 3.33 200 275 4.4 5.9 1440 9 600 2.93 200 275 0.131 0.131 68ND132M 8 10.7 1430 16 600 5.51 200 275 7.5 10 1440 14.5 600 4.98 200 275 7 9.3 1440 13.5 600 4.63 200 275 6 8 1440 12.2 600 3.98 200 275 0.161 0.161 79ND160M 14 18 1455 25.8 600 9.04 200 250 11 15 1460 21.0 600 7.34 200 250 9 12 1460 17.2 600 6 200 250 8 11 1460 15.3 600 5.34 200 250 0.36 0.36 125ND160L 17 22 1455 31.9 600 11 200 250 15 19 1460 28.5 600 9.67 200 250 13 17 1460 25.5 600 8.67 200 250 12 16 1460 23.6 600 8.01 200 250 0.47 0.47 148ND180M 22 29 1470 37.8 600 14.2 200 250 18 24 1475 33.3 600 11.9 200 250 16 21 1475 29.6 600 10.6 200 250 - - 0.81 0.81 164ND180L 25 34 1470 45.8 600 16.6 200 250 22 29 1475 40.3 600 14.2 200 250 19 25 1475 35.6 600 12.5 200 250 - - 0.95 0.95 210ND200L 35 47 1470 59.5 600 23.2 225 275 30 40 1475 54.3 600 19.5 225 275 26 35 1475 47.8 600 17.2 225 275 - - 1.62 1.62 282Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
Motor GD sq. (kg-m2)
Max. permissible Load GD2 (KG M2)
OUTPUT OUTPUT OUTPUT OUTPUT25%CDF 40%CDF 60%CDF 100%CDF
20
ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORSTABLE 2 : FRAME SIZE ND160M - ND200L ( 150 STARTS)
6 Pole
Frame SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT NET WTKW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KG
SD71 0.18 0.25 860 0.75 400 0.2 170 200 0.15 0.2 860 0.6 170 0.17 170 200 0.12 0.16 860 0.5 400 0.13 170 200 0.09 0.12 860 0.5 170 0.1 170 200 0.004 0.004 7ND80 0.6 0.8 900 2 500 0.64 200 250 0.55 0.75 910 1.7 500 0.63 200 250 0.45 0.67 910 1.4 500 0.47 200 250 0.37 0.5 910 1.1 500 0.39 200 250 0.011 0.011 17ND90S 0.93 1.25 925 2.8 500 1 200 250 0.75 1 925 2.2 500 0.77 200 250 0.6 0.8 925 2 500 0.62 200 250 0.5 0.7 925 1.6 500 0.54 200 250 0.016 0.016 22ND90L 1.25 1.63 900 3.2 500 1.27 200 250 1.1 1.5 925 3.2 500 1.16 200 250 0.93 1.25 925 2.8 500 1.01 200 250 0.8 1.07 925 2.4 500 0.85 200 250 0.021 0.021 25ND100L 1.87 2.5 925 5 500 1.94 200 250 1.5 2 925 4 500 1.55 200 250 1.1 1.5 925 3.2 500 1.16 200 250 1 1.35 925 2.9 500 1.08 200 250 0.034 0.034 35ND112M 2.6 3.5 920 6.5 500 2.73 200 250 2.2 3 920 5.5 500 2.34 200 250 1.8 2.4 925 4.6 500 1.86 200 250 1.7 2.3 920 4.4 500 1.79 200 250 0.057 0.057 45ND132S 4 5.5 930 9 500 4.24 200 250 3.7 5 940 8.2 500 3.81 200 250 3 4 940 6.5 550 3.05 200 250 2.5 3.35 940 6 550 2.59 200 250 0.174 0.174 68ND132M 6.4 8.6 920 14.5 6 6.7 200 250 5.5 7.5 940 12 550 5.71 200 250 5.1 6.8 940 11 550 5.18 200 250 4 5.5 940 8.8 550 4.19 200 250 0.214 0.214 79ND160M 8 10 970 15.0 600 7.83 200 250 7.5 10 970 15.0 600 7.53 200 250 7 9 972 13.0 600 6.51 200 250 6 8 972 13 600 6.01 200 250 0.46 0.46 125ND160L 11 15 960 22.0 600 11.2 200 250 11 15 970 22.0 550 11 200 250 8 11 972 16.8 600 8.02 200 250 8 10 972 17 600 7.52 200 250 0.64 0.64 148ND180M 164ND180L 18 23 970 30.6 600 17.6 225 275 15 20 975 28.0 600 14.5 250 300 13 17 977 24.3 600 13 225 275 - - 1.16 1.16 210ND200L 26 35 970 45.4 600 26.1 200 250 22 29 977 35.3 600 21.4 200 250 19 25 977 35.3 600 18.9 200 250 - - 2.04 2.04 282
Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
Motor GD sq. (kg-m2)
Max. permissible Load GD2 (KG M2)
OUTPUT OUTPUT OUTPUT OUTPUT25%CDF 40%CDF 60%CDF 100%CDF
21
ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORSTABLE 2 : FRAME SIZE ND160M - ND200L ( 150 STARTS)8 Pole
Frame SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT SPEED FLC STG.CFLT STG.T POT NET WTKW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KW HP RPM A %FLC KG-M %FLT %FLT KG
ND80 NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL 17ND90S 0.5 0.67 680 2 400 0.74 175 225 0.45 0.6 680 2 400 0.63 175 225 0.37 0.5 680 1.5 400 0.53 175 225 0.3 0.4 680 1.2 400 0.42 175 225 0.016 0.016 22ND90L 0.75 1 680 2.6 400 1.05 175 225 0.55 0.75 680 1.9 400 0.84 175 225 0.5 0.7 680 1.9 400 0.74 175 225 0.4 0.55 680 1.7 400 0.63 175 225 0.021 0.021 25ND100L 1.4 1.9 670 4.6 400 2.03 175 225 1.1 1.5 680 3.6 400 1.58 175 225 0.8 1.07 680 2.7 400 1.16 175 225 0.6 0.8 680 2.6 400 0.84 175 225 0.034 0.034 35ND112M 1.85 2.5 670 5.6 400 2.67 175 225 1.5 2 700 4.3 400 2.05 175 225 1.3 1.75 690 3.5 400 1.87 175 225 1.1 1.5 690 3.6 450 1.58 175 225 0.057 0.057 45ND132S 2.5 3.35 700 6.4 450 3.48 175 225 2.2 3 710 5.7 450 3.03 175 225 2 2.7 710 5.4 450 2.72 175 225 1.7 2.3 700 4.5 450 2.35 175 225 0.174 0.174 68ND132M 3.7 5 700 9.2 450 5.12 175 225 3 4 700 7 450 4.09 175 225 2.6 3.5 700 6.4 450 3.58 175 225 2 2.7 700 4.8 450 2.76 175 225 0.214 0.214 79ND160M 6 8 705 13.4 600 8.29 175 225 5 7 705 11.7 600 7.46 175 225 5 6 710 10.0 600 6.17 175 225 4 5 710 10 600 5.08 175 225 0.46 0.46 125ND160L 9 12 705 19.7 600 12.4 175 225 8 11 705 18.0 600 11.1 175 225 8 10 710 16.4 600 10.3 175 225 6 8 710 16 600 8.23 175 225 0.64 0.64 148ND180M 11 14 710 25.5 600 14.4 175 225 9 12 710 22.0 600 12.6 175 225 8 11 710 19.7 600 11.2 175 225 - - 0.99 0.99 164ND180L 13 17 710 29.7 600 17.8 200 250 11 15 710 25.3 600 15.1 200 250 10 13 710 22.0 600 13 200 250 - - 1.16 1.16 210ND200L 20 26 715 41.8 600 26.6 200 250 16 21 720 35.5 600 21 200 250 13 17 725 28.2 600 17.5 200 250 - - 2.14 2.14 282
Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
Motor GD sq. (kg-m2)
Max. permissible Load GD2 (KG M2)
OUTPUT OUTPUT OUTPUT OUTPUT25%CDF 40%CDF 60%CDF 100%CDF
22
ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORSTABLE 3 : FRAME SIZE ND160M - ND200L ( 300 STARTS)4 Pole
Frame SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT NET WTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLT KG
SD63 0.2 0.26 1330 0.8 400 0.14 200 275 0.18 0.25 1330 0.75 400 0.14 200 275 0.15 0.2 1320 0.65 400 0.11 200 275 0.12 0.16 1320 0.6 400 0.11 200 275 0.003 0.003 5.6SD71 0.45 0.6 1395 1.2 500 0.31 200 275 0.4 0.53 1350 1..1 500 0.28 200 275 0.35 0.47 1340 1 500 0.25 200 275 0.3 0.4 1340 0.85 500 0.21 200 275 0.004 0.004 7ND80 0.6 0.8 1395 1.7 500 0.42 200 275 0.55 0.75 1395 1.5 500 0.39 200 275 0.45 0.6 1395 1.3 500 0.31 200 275 0.4 0.55 1395 1.2 500 0.31 200 275 0.007 0.007 17ND90S 1.2 1.6 1400 3.1 500 0.82 200 275 1.1 1.5 1410 2.7 500 0.76 200 275 0.8 1.07 1405 2 500 0.56 200 275 0.7 0.94 1405 1.8 500 0.46 200 275 0.014 0.014 22ND90L 1.7 2.27 1405 3.9 500 1.16 200 275 1.5 2 1405 3.4 500 1.02 200 275 1.1 1.5 1405 2.7 500 0.77 200 275 1 1.35 1405 2.4 500 0.71 200 275 0.021 0.021 25ND100L 2.4 3.2 1425 5.3 600 1.61 200 275 2.2 3 1425 4.8 600 1.51 200 275 1.7 2.3 1425 3.8 500 1.16 200 275 1.5 2 1425 3.4 600 1.01 200 275 0.03 0.03 35ND112M 3.9 5.2 1430 8.3 600 2.61 200 275 3.7 5 1430 7.5 600 2.51 200 275 2.9 3.9 1430 6 600 1.95 200 275 2.5 3.35 1430 5.2 600 1.7 200 275 0.052 0.052 45ND132S 5.5 7.5 1440 11 600 3.73 200 275 5 6.7 1440 10 600 3.33 200 275 4.4 5.9 1440 9 600 2.94 200 275 3.8 5.1 1440 8 600 2.54 200 275 0.126 0.126 68ND132M 7.5 10 1440 14.5 600 4.98 200 275 7 9.3 1440 13.5 600 4.63 200 275 6 8 1440 12.2 600 3.98 200 275 5.3 7.1 1440 10.5 600 3.53 200 275 0.156 0.156 79ND160M 12 16 1460 23.5 600 8.01 200 250 9 12 1460 23.5 600 6 200 250 8 11 1460 23.5 600 5.34 200 250 7 9 1460 600 200 4.67 250 0.36 0.36 125ND160L 15 19 1460 28.5 600 9.67 200 250 13 17 1460 28.5 600 8.67 200 250 12 16 1460 28.5 600 8.01 200 250 10 13 1460 600 200 6.67 250 0.47 0.47 148ND180M - - 16 21 1475 33.3 600 10.6 200 250 14 19 1475 33.3 600 9.24 200 250 - - 0.81 0.81 164ND180L - - 19 25 1475 40.3 600 12.5 200 250 17 22 1475 40.3 600 10.9 200 250 - - 0.95 0.95 210ND200L - - 26 34 1475 54.3 600 16.8 225 275 23 30 1475 54.3 600 14.9 225 275 - - 1.62 1.62 282Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
25%CDFOUTPUT
Motor GD sq. (kg-m2)
Max. permissible Load
OUTPUT OUTPUT OUTPUT40%CDF 60%CDF 100%CDF
23
ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORSTABLE 3 : FRAME SIZE ND160M - ND200L ( 300 STARTS)8 Pole
Frame SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT NET WTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLT KG
ND80 NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL NIL 17ND90S 0.45 0.6 680 2.0 400 0.63 175 225 0.37 0.5 680 1.5 400 0.53 200 200 0.3 0.4 680 1.2 400 0.42 175 225 0.22 0.3 680 1.0 400 0.32 175 225 0.016 0.016 22ND90L 0.55 0.75 680 1.9 400 0.84 175 225 0.5 0.7 680 1.9 400 0.74 200 200 0.4 0.55 680 1.7 400 0.63 175 225 0.33 0.45 680 1.4 400 0.53 175 225 0.021 0.021 25ND100L 1.1 1.5 680 3.6 400 1.58 175 225 0.8 1.07 680 2.6 400 1.13 200 200 0.6 0.8 680 2.6 400 0.84 175 225 0.5 0.7 680 2.3 400 0.74 175 225 0.03 0.03 35ND112M 1.5 2 700 4.3 400 2.05 175 225 1.3 1.75 690 3.5 400 1.82 200 200 1.1 1.5 690 3.6 400 1.58 175 225 0.9 1.2 690 3.1 400 1.25 175 225 0.057 0.057 45ND132S 2.2 3 710 5.7 450 3.03 175 225 2 2.7 710 5.4 500 2.72 200 200 1.7 2.3 700 4.5 450 2.35 175 225 1.5 2 710 4.2 4.5 2.02 175 225 0.174 0.174 68ND132M 3 4 700 7.0 450 4.09 175 225 2.6 3.5 700 6.4 500 3.58 200 200 2 2.7 700 4.8 450 2.76 175 225 1.8 2.5 700 4.6 4.5 2.56 175 225 0.214 0.214 79ND160M 5 7 705 11.7 600 7.46 175 225 5 6 710 10.0 600 6.17 175 225 4 5 710 10.0 600 5.08 175 225 3 4 710 10.0 600 4.12 175 225 0.46 125ND160L 8 11 705 18.0 600 11.1 175 225 8 10 710 16.4 600 10.3 175 225 6 8 710 16.4 600 8.23 175 225 5 7 710 16.4 600 6.86 175 225 0.64 148ND180M - - 9 11 710 19.7 600 11.7 175 225 7 10 710 19.7 600 9.74 175 225 - - 0.99 164ND180L - - 10 13 710 22.0 600 13.7 200 250 9 11 710 22.0 600 11.7 200 250 - - 1.16 210ND200L - - 14 18 725 28.2 600 18.1 200 250 11 15 725 28.2 600 14.8 200 250 - - 2.14 282Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
Motor GD sq. (kg-m2)
Max. permissible Load GD2 (KG-
OUTPUT OUTPUT OUTPUT OUTPUT100%CDF60%CDF40%CDF25%CDF
24
ELECTRICAL SPECIFICATIONS:Voltage: 415 +_ 10%
CROMPTON GREAVES LTD. Frequency : 50 +_ 5%LT MOTORS DIVISION Insulation : Class 'F'AHMEDNAGAR - 414 111 Ambient/rise: 45/75°CINDIA Duty : S4 & S5 (equivalent)
CRANE DUTY SQUIRREL CAGE MOTORSTABLE 3 : FRAME SIZE ND160M - ND200L ( 300 STARTS)6 Pole
Frame SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT SPEEDFLC STG.CFLT STG.TPOT NET WTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLTKW HP RPM A %FLCKG-M%FLT%FLT KG
SD71 0.15 0.2 860 0.6 400 0.17 170 200 0.12 0.16 860 0.5 400 0.13 170 200 0.09 0.12 860 0.5 400 0.1 170 200 0.07 0.09 860 0.4 400 0.1 170 200 0.004 0.004 7ND80 0.55 0.75 910 1.7 500 0.63 200 250 0.45 0.6 910 1.4 500 0.47 200 250 0.37 0.5 910 1.1 500 0.39 200 250 0.25 0.33 910 0.8 400 0.24 200 250 0.011 0.011 17ND90S 0.75 1 925 2.2 500 0.77 200 250 0.6 0.8 925 2 500 0.62 200 250 0.5 0.7 925 1.6 500 0.54 200 250 0.45 0.6 925 1.4 500 0.46 200 250 0.016 0.016 22ND90L 1.1 1.5 925 3.2 500 1.16 200 250 0.93 1.25 925 2.7 500 0.97 200 250 0.8 1.1 925 2.4 500 0.85 200 250 0.7 0.94 925 2.1 500 0.7 200 250 0.021 0.021 25ND100L 1.5 2 925 4 500 1.55 200 250 1.1 1.5 925 3.2 500 1.16 200 250 1 1.35 925 2.9 500 1.08 200 250 0.9 1.2 925 2.5 500 0.93 200 250 0.034 0.034 35ND112M 2.2 3 920 5.5 500 2.34 200 250 1.8 2.4 925 4.6 500 1.86 200 250 1.7 2.3 920 4.4 500 1.79 200 250 1.5 2 920 4 500 1.58 200 250 0.057 0.057 45ND132S 3.7 5 940 8.2 500 3.81 200 250 3 4 940 6.5 550 3.05 200 250 2.5 3.35 940 6 550 2.59 200 250 2 2.7 940 5.7 500 2.06 200 250 0.174 0.174 68ND132M 5.5 7.5 940 12 550 5.71 200 250 5.1 6.8 940 11 550 5.18 200 250 4 5.5 940 8.8 550 4.19 200 250 3.5 4.7 940 7.8 500 3.58 200 250 0.214 0.214 79ND160M 7 9 972 13.0 600 6.91 200 250 7 9 972 13.0 600 6.71 200 250 6 8 972 13.0 600 6.01 200 250 6 7 972 13.0 600 5.51 200 250 0.46 0.46 125ND160L 10 13 972 16.8 600 10 200 250 8 11 972 16.8 600 8.02 200 250 7 9 972 16.8 600 7.01 200 250 7 9 972 16.8 600 6.51 200 250 0.64 0.64 148ND180M - - 13 17 977 24.3 600 13 225 275 11 15 977 24.3 600 11 225 275 - - 1.16 1.16 164ND180L - - 19 25 977 35.3 600 18.9 200 250 17 22 977 35.3 600 16.4 200 250 - - 1.4 1.4 210ND200L - - - - - - - - 1.69 1.69 282Note: 1. For the purpose of type test, the typical values of equivalent S2 duty are as :
S4(25%) = S2 (30 MIN.); S4 (40%) = S2 (60 MIN); S4(60%) = S2(90 MIN.); S4(100%) = S2 (120 MIN)2. To calculate permissible values of load inertia for a different number of starts proceed as follows.New load inertia = (listed starts/hr)(listed load inertia+motor inertia) - rotor inertia
New no. of Starts/Hr3. Equivalent starts per hour : 4 jerks or inchings = 1 complete start;
1 DC injection braking = 2 starts1 plug stop = 3 starts
4. KW & equivalent HP values are given. However KW is binding, HP is approximate.
Motor GD sq. (kg-m2)
Max. permissible Load
OUTPUT OUTPUT OUTPUT OUTPUT25%CDF 40%CDF 60%CDF 100%CDF
25
26
27
28
29
30
