H2010L
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Overview |
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| Part Number | H2010L |
Brand: LILY  |
Interchangeable With: Boston |
Characteristics |
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| System of Measurement | Inch |
| Style | A |
| Number Of Teeth | 10 |
| Diameter Pitch | 20 |
Dimensions |
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| Bore Dia | 0.3125" |
| Pitch Diameter | 0.5" |
| Face Width | 0.563" |
| Pressure Angle | 14.5 ° |
Material |
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| Material | STEEL–HARDENED |
Design Features of H2010L Gear
H2010L feature teeth that are cut at an angle (helix angle) to the gear axis, enabling smoother and quieter operation compared to spur gears. They are standardized for interchangeability and provide higher load capacity, greater durability, and reduced vibration. H2010L face width is 0.563". Its pitch diameter is 0.5". Designed to mesh precisely with other helical gears of the same helix angle and module, ensuring optimal power transmission and simplified system integration.
What Benefits Can H2010L Gear Provide?
Smoother and Quieter Operation: The angled teeth engage gradually, resulting in less impact and noise than spur gears, especially at high speeds.
Higher Load Capacity: The helix angle allows multiple teeth to be in contact at once, distributing the load over a larger area and enabling the transmission of greater forces.
Enhanced Durability: The gradual loading and reduced stress concentration on the teeth contribute to longer service life and improved reliability under heavy loads.
What Can H2010L Gear Be Used for?
Helical Gears are versatile components found in a wide array of industries and applications requiring high-speed, high-power, and quiet operation:Automotive Transmissions: Widely used in car and truck gearboxes to transfer power smoothly and efficiently.
Industrial Gearboxes: Essential in heavy machinery, conveyors, and processing equipment where high torque and reliability are critical.
Marine Propulsion Systems: Used in the reduction gearboxes of ships to handle very high power outputs with smooth operation.
Power Generation: Employed in wind turbines and other power plant equipment to transmit torque reliably.
Robotics and Precision Machinery: Where controlled motion, low noise, and high torque density are required.
