What is a toothed pulley?
The pulley is a type of pulley used with a belt. It looks just like any pulley with teeth or toothed gear machined in the outer perimeter instead of a more common deep in connected with a common V -type belt, a gear rolled on the teeth to use adequate energy instead of tightness and friction. The pulley is often used in automobile and machine samples and is available in two conventional dentures, Gilmore style and high -torque design (HTD). Gilmore tooth is a flat and square dental design with usually a very shallow cut in the pulley, while the tooth HTD is a deeper and semi -tocked tooth profile that allows you to apply more power without slipping the belt. The reason is a lighter reciprocation weight compared to chain or gearbox. In order to control the gear, the device requires a gear. The gear belts are preferred to other belts similarly for their thin style of the construction. The thin belt does not hold the heat in the same way as the thick rubberThe belt and at the same time provide the same or excellent strength.
In high -performance applications, the Gilmore type belt is often a preferred belt due to whining, which is moving over the surface of the ocused pulley. The sound is often called whining blower because of the famous sound produced by Gilmore Belt-Vybnaný Supercharger, and in fact it is created by air trapped under the belt and not from the belt or toothed pulley. Some pulleys are drilled to insert a small hole in every groove or pulley tooth to allow the leakage of trapped air, thus significantly eliminating the sound.
The tooth belt adaptation is much different from the V -type belt measurement. The V -style belt is designed to measure the pulleys at the V -depth. The ocular pulley is also machined at an angle with two pulleys using contradictory angles known as a playground.Instead of tightening the belt by forcing the pulleys apart, the toothed belt is held in two different pulp; This playground allows the belt to try to slip from one pulley, while the other the rack slips the belt directly back to the place.