Gears are a special type of wheel with teeth that meshes together. Their primary duty is to transfer energy from one component of equipment to the other. Gears are used in many machines with all different types of gears. Two common types of gears which you will encounter are helical gear and spur gear. Even though they seem different in appearance, both kinds of gears matter a lot to the proper functioning and smooth running operation of machinery.
The spur gears are basic and simplest gear used in daily life with your bikes. The gears with the straight teeth that come right out from the center. They are reputed to be very sturdy and efficient — the capacity of good work is done with minimum extent wastage. However, the drawback of this type is that spur gears can be a bit noisy when they rotate especially in high-speed applications. In contrast, helical gears have oblique teeth. Its unique shape features promote a quieter and more efficient operation compared to spur gears. The helical gears are designed in such a way that the curved shape of each gear limits friction causing less power loss while operating at high speeds as well as handling more load.
Helical and spur gears may seem fundamentally different, but there is truth behind why each has its upsides as well as downsides. Most spur gears are simple to design and make, and they tend not to be very expensive. They are also very efficient, making them the ideal choice for a vast range of powers transmission requirements. The downside is that they can be quite noisy, particularly when set at high speeds. Moreover, spur gears could have an aggressive wear on their teeth; this is more likely to reduce life expectancy combined with time.
By comparison, helical gears are significantly quieter than spur gears. One of the key features is that these are low-speed AC motor drives, so they can be used in a variety of machines and gearboxes where you need high speeds but without creating any noise. The curved teeth of helical gears also give them a great deal of power, which makes it easy for the gear to manage hefty lots. However, they can also be more costly and time-consuming to design and manufacture — particularly if you want them within very tight tolerances. Helical gears also can be more challenging to install and maintain… Having a good angle of the teeth requires precise installation so setting this up in an industrial application would require considerable work.
Designing and manufacturing helical and spur gears is an involved process requiring extensive planning. There are many things engineers must consider with a gear design. That is to say that they have a vested interest in knowing how much power the gear will consume, at what RPM it spins and more importantly which materials need be used for manufacturing of these gears. Engineers also have to take into account how loud the gear will be in operation and ease of maintainability for repairment purposes, down the road. It is important to take this into consideration so the gears will perform well in their designated machines.
We can find helical and spur gears in many machines or device which we use daily. They are vital in carrying power across applications as diverse from automobiles, airplanes to escalators and roller coasters. These gears can be seen in various forms of manufacturing equipment as well as oil and gas industry-related machines. In power tools, for example, it is common to work with helical gears due to the need for smooth and quiet operation of these types of devices. On the other hand, spur gears can be found in every kitchen appliance from a hair dryer to an ice crusher where you need things mixed or blended.
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