Quote:
Originally Posted by Jammin
Is their a chart or something of the sort that tells what the 1y and 2d and all the other ratings mean?
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Here is some older data:
1000 Watts Continuous
2000Watts - 30sec
Max rpm: 60,000
Stator Dia. 1.5"
Magnet/rotor length 0.9"
Shaft: 5mm
Shaft length: .75"
Weight, S 212g, F 225g
Dimensions 2.1"L x 1.56" dia.
1509 motors avaialble in thin case versions for Schuebeler DS-51 ducted fans
Model RPM/Volt Volts Max Amps Efficiency Rm (Ohms) Kt (in-oz/amp) Io
1509/1D 6700 6-9 200* 86+ 0.002 n/a 6
1509/1.5D 4500 7-13 135* 85+ 0.004 n/a 3.8
1509/1Y 3600 7-16 105* 87+ 0.004 n/a 3
1509/2.5D 2700 7-20 85* 85+ 0.0082 n/a 2.5
1509/1.5Y 2400 7-25 65* 87+ 0.007 n/a 2
1509/2Y 1820 7-30 55* 87+ 0.018 n/a 1.5
*30 sec. at max. voltage. Otherwise, = Watts/your voltage.
1200 Watts Continuous
2500Watts - 30sec
Max rpm: 60,000
Stator Dia. 1.5"
Magnet/rotor length 1.2"
Shaft: 5mm
Shaft length: .75"
Weight: S 280g, F 290g
Dimensions 2.4"L x 1.56" dia.
1512 motors avaialble in thin case versions for Schuebeler DS-51 ducted fans
Model RPM/Volt Volts Max Amps Efficiency Rm (Ohms) Kt (in-oz/amp) Io
1512/1D 4875 8-15 200* 85+ 0.002 n/a 6
1512/1.5D 3200 6-18 135* 85+ 0.0035 n/a 3
1512/2D 2600 7-20 125* 86+ 0.006 n/a 2.3
1512/2.5D 2000 8-30 78* 86+ n/a n/a n/a
1512/3D 1700 8-35 70* 88+ 0.012 n/a 1.5
1512/1.5Y 1900 8-32 80* 90+ 0.009 n/a 1.8
1512/2Y 1400 8-40 60* 90+ 0.015 n/a 1.1
*30 sec. at max. voltage. Otherwise, = Watts/your voltage.
1500 Watts Continuous
2700Watts - 30sec
Max rpm: 60,000
Stator Dia. 1.5"
Magnet/rotor length 1.5"
Shaft: 5mm
Shaft length: .75"
Weight: S-340g, F-360g
Dimensions 2.7"L x 1.56" dia.
Model RPM/Volt Volts Max Amps Efficiency Rm (Ohms) Kt (in-oz/amp) Io
1515/1D 4100 8-18 200* 85+ 0.0025 n/a 5.5
1515/1.5D 2700 7-22 120* 85+ 0.004 n/a 4.5
1515/1Y 2200 7-25 110* 90+ 0.006 n/a 2.5
1515/2.5D 1700 7-35 80* 90+ 0.01 n/a 2.25
1515/1.5Y 1500 8-40 70* 90+ 0.011 n/a 1.7
1515/3D 1360 8-45 60* 90+ 0.012 n/a 1.2
1515/2Y 1100 7-50 55* 90+ 0.019 n/a 1.1
*30 sec. at max. voltage. Otherwise, = Watts/your voltage.