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SPIN CONTROL GEARING |
SPIN CONTROL GEARING |
Testing: Axle Dynamometer Efficiency Comparisons |
INDUSTRIAL PROTOTYPE AXLE DYNAMOMETER TESTED OUTPERFORMED THE WORLDS LEADING WORM GEAR MFG AVERAGE 10 % EFFICIENCY GAIN OVER 70 DIFFERENT TEST POINTS OVER 30% EFFICIENCY GAIN DURING LOW SPEED OPERATION HIGH EFFICIENCY AS A SPEED INCREASER OR A SPEED REDUCER RUNS COOLER USING 2/3 LESS OIL |
SpinControl's Industrial prototype gear operated at cooler temperatures while using two thirds less oil than the conventional worm gear. SpinControl gears reduce friction which in turn decreases heat and fuel consumption. Decreased fuel consumption = reduced emissions. |
Results shown represent various Output Torques at 100 RPM Input Speed 31.79% efficiency gain at 180 Nm (133 lbf-ft) Output Torque 27.74% efficiency gain at 360 Nm (266 lbf-ft) Output Torque 20.33% efficiency gain at 541 Nm (399 lbf-ft) Output Torque 15.32% efficiency gain at 722 Nm (533 lbf-ft) Output Torque 13.32% efficiency gain at 903 Nm (666 lbf-ft) Output Torque 11.02% efficiency gain at 1083 Nm (799 lbf-ft) Output Torque 11.73% efficiency gain at 1263 Nm (932 lbf-ft) Output Torque 12.53% efficiency gain at 1444 Nm (1065 lbf-ft) Output Torque 13.35% efficiency gain at 1624 Nm (1198 lbf-ft) Output Torque 13.58% efficiency gain at 1805 Nm (1331 lbf-ft) Output Torque |
The SpinCo 14:1 ratio industrial prototype was independently tested against a double enveloping worm gear having the same ratio and center distance at an A/C axle dynamometer laboratory located in Michigan. |
Contact us: info@spincontrolgearing.com |