Advantages of Ground Gears
Advantages of Ground Gears : •They are known for their efficiency. •They are capable to carry heavy loads. •They offer correction of profile. •They have longer life. •The ground gears assure high transmission accuracy.
Month: July 2014
Face Gears Applications
Face Gears Applications : Face Gears are used in aerospace drive system. They are used to transfer power between intersecting shafts as found in helicopter rotor transmission. They are also effective with insufficient lubrication, thus increasing the reliability of the aircraft. They also work with bad alignment between pinion and the rotor gear. Helicopters using …
Face Gears drives Advantages
Face Gears drives Advantages : The possibility to split torque in a gear transmission, particularly in a helicopter transmission. Application of spiral bevel gears for this purpose is less favorable. More favorable conditions of transfer of meshing when one pair of teeth is changed for the neighboring one. Due to misalignment, the transfer of meshing …
External Gear Application
An external gear is one with the teeth formed on the outer surface of a cylinder or cone. External Gear Application: External gears are generated with a tool moving forward towards the component axis. Internal gear cutter with very small diameter and few teeth is used for the production of external gear. External gears are …
Helical Gears Application
Applications of Helical Gears : Helical gears are highly used in transmission because they are quieter even at higher speed and are durable. Unlike Spur gears, Helical gears and Helical gearbox both have the capacity to conduct a smooth operation. The teeth on a helical gear cut at an angle to the face of the gear. …
Double Helical Gears
Double Helical Gears Helical Gears have a cylindrical shape, but their teeth are set at an angle to the axis. They are capable of smoother and quieter action than spur gears. When their axes are parallel, they are called parallel helical gears, and when they are at right angles they are called helical gears. In …
Differential Gears
Differential Gears Differential gears link two shafts with a covering, forcing the total of the rotational angles of the shafts to be the same as the rotational angles of the covering. Arrangement of the system is done in such a way that one axle turns faster than the other. A bevel gear that permits rotation …
Types of Differential Gears
Types of Differential Gears There are two designs of differential gears, hypoid and spiral. Spiral Differential: In spiral differential the pinion gears contacts the ring gears at its centerline . Hypoid Gear: In the hypoid the pinion gear contacts the ring gear below the centerline. The size of pinion gear in hypoid differential is much …
Differential Gears Applications
Differential Gears Applications Differential gears in automobiles are the most common application of these gears. When the car is moving in a straight line, there is no movement of the differential gear with respect to its axis but when the car takes a turn then these gears help two wheels of the car to rotate …
Differential Gears Working
Working of a Differential Gear: When a differential gear is meshed with the other gear then the highly efficient torque is applied from the differential side gears to the axle shaft. When torque level decreases then the gear separating forces also decreases allowing the axle shaft to rotate independently. Differential gears can add or subtract …