What is the torque?

The torque torque is the quantitative expression of the amount of torque that the driver is able to produce. Torque is a term used to define the range in which motif strength turns the object around its own axis or point Fulcrum. A good example is a high -performance racing car that tends to turn or lift on one side when the engine is turned. This reaction is caused by the engine torque, which, although its output force is used to drive the car forward along its own axis, applying the rotary movement around the axis of the car. To put it simply, the more torque can generate the device, the more energy it will be able to develop through a wider range of operating loads.

The movement of the direct line experienced when something is pushed is a practical manifestation of force. The torque, on the other hand, is best described as a result of a key application to turn the screw around its axis. The same applies to a screwdriver, which is used to release a very stubborn screw. AfterKud is well designed and does not slip in the hands of maintenance, generated a large amount of torque and applied to the screw by force applied to the screwdriver handle. The same principles regarding conditions that affect the ability of similar forces to generate rotary movement also relate to the definition of the torque of the driver.

drive torque is an important part of the specification of the evaluation of any driver. The torque evaluation will determine what type of applications the driver will be able to do realistically. The low torque evaluation will mean that the driver will be able to maintain its output force in a very narrow load range. Once this range has been exceeded, the "Dusten" driver will be able to continue the efficient work movement. On the other hand, the high-topque driver will be able to handle a much wider range of load variations comfortably.

6 in tThe gearbox configuration is not able to develop a large torque and to effectively climb to the hill will have to be selected the bottom gear. The same principle applies to the controller with the proposals of internal mechanisms that dictate how well the engine engine converts its latent force to a usable torque. High torque values ​​are not always required, so not all action members develop the same torque outputs, although they may have similar power plants. As a result, the decisions are critical when selecting a device for applications requiring high torque values.