Como Drills DC Geared Motor, Brushed, 12 V nominal, 4.5 äÊÍ 15 V dc, 6000 gcm, 60 rpm, 7 W Product Details 35mm Noise Attenuated Spur Geared Motors - 950D Series Designed for use within industrial applications where robust construction is key Premium materials boasting high quality construction for use within heavy duty environments 35mm noise attenuated spur geared motors Sleeve output bearings Metal housing material MFA Como Geared Motors A selection guide for MFA Como Geared Motors available: Multi-ratio spur geared motors: Suitable for low torque R&D and education applications Useful in seeking suitable speeds for applications by selecting the appropriate ratio and/or voltage Metal single ratio spur geared motors mounted on steel brackets: Suitable for industrial/modelling applications Economical and easily accessible Metal single ratio epicyclic geared motors: Suitable for industrial/modelling applications Higher efficiency than spur (can be above 90%) Smaller size and weight for the same or similar rating Can be equally efficient in either direction Co-axial configuration of input and output shafts allows inline installation with motor and machine Motor Data for Geared Motors Manu. Part No.. Voltage No Load No Load Max. Eff. Max. Eff. Max. Eff. Power Stall Torque Body Length Shaft Dia. dc rpm Amps rpm Amps Torque (gcm) W gcm mm mm RE140 1.5 - 3 @ 3v 14800 0.3 11500 1.05 10.92 1.21 49 21 2 RE280 1.5 - 3 @ 3v 9200 0.15 7800 0.85 20 1.6 62 30.5 2 RE280/1 12 - 24 @12v 8400 0.1 6300 0.3 25 1.62 100 30.5 2 RE385 6 - 15 @ 12v 11000 0.16 9281 0.84 65.3 6.21 417.6 38 2.3 RE540/1 4.5 - 15 @ 12v 15800 0.52 13360 2.85 154.4 21.2 1000 50 3.17 941D 3 - 12 @ 12v 8000 0.018 6568 0.52 8.68 0.5 26 26.8 - 944D 6 - 12 @ 12v 8000 0.07 6650 0.2 18 1.25 100 32.3 - 975D 6 - 12 @ 12v 7000 0.9 5700 5.5 700 41.3 4290 65 - 986D 6 - 12 @ 12v 5167 1.06 4289 5.28 837 36.88 4923 69 6.4 990D 3.0 @ 3v 12500 0.08 10300 0.34 5.6 0.59 22 30 - Figures quoted for 1.5 to 3Vdc and 3Vdc motors running at 3Vdc; at 12Vdc for other motors. Body length dimension indicates approximate length of the main body of the motor visible. Where this may be critical, allowance should be made for the rear motor bearing and electrical terminals.