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CATERPILLAR GEAR-RING 58 TEETH PART NO: 2G5768 12G, 130G, 140G, 160G
PART NO: 2V5881 CATERPILLAR GEAR CAT 518, - 930
CATERPILLAR GEAR PART NUMBER IS 2V6586 CAT 824B, 825C
PART NO: 3T8469 CATERPILLAR GEAR BEVEL CAT517, 527, D4H, D4HXL, D4HTSKII, D4HTSKIII D5H
CATERPILLAR PART NO: 6B9897 GEAR-BEVEL MACHINE MODEL : CAT 955C
CATERPILLAR PART NO: 6K5625 PART NAME İS GEAR MACHINE MODEL : CAT 920
CATERPILLAR PART NO: 6S3014 MACHINE MODEL : CAT910, IT12B PART NAME IS GEAR-
CAT PART NO: 8D9472 PART NAME IS GEAR CATERPILLAR MACHINE MODEL : CAT 120G, 130G, 140G, 160G
CATERPILLAR PART NO: 8D9692 MACHINE MODEL : CAT120G 16 TEETH
CATERPILLAR PART NUMBER IS 8K0042 16 TEETH MACHINE MODEL: CAT824B, 824C, 825C, 826C, 980B
CATERPILLAR PART NO: 8V3136 16 TEETH MACHINE MODEL IS CAT 916, 920, IT28
Gears for Construction Machinery are at Shop and Supply!
Gears are mechanical transmission elements used to increase movement and power between machine components.
Working in paired pairs, gears engage their teeth with the teeth of another corresponding gear or gear component, which prevents slippage during transmission.
Each and every component of the gears works depending on a machine shaft or basic component. Therefore, when the driving gear rotates with its shaft component, the driving gear rotates or turns the shaft component.
Depending on the design and construction of the gear pair, it can cause the rotation or movement direction to change with the transfer of motion between the drive shaft and the driven shaft. Also, if the gears are not of equal size, the machine and system gain a mechanical advantage that allows a change in output speed and torque (with the force causing the object to rotate).
Different Gear Usage Areas
Gear manufacturing and mechanical properties enable it to transmit motion and power in various mechanical devices such as clocks, instrumentation and equipment.
It is also widely used in industry to reduce or increase speed and torque in various motorized devices, including automobiles and motorcycles.
All other design features, particularly the construction material, gear shape, tooth structure and design, and gear pair configuration, allow to classify and categorize the available gear types.
Gear variants offer different types of behavior, allowing for various advantages. At this point, the requirements and features of a particular motion or power transmission application determine the most suitable gear type for use.
Gear Design Features Suitable for Different Needs
Gears are designed in a variety of designs, structures and configurations to suit many industries and applications. Gears, which differ from each other with different features, are divided into classes.
The features that enable the classification of gears are as follows:
- gear shape
- The tooth design and structure of the gear
- Gear axis configuration
Most gear types are circular. This means that the gear teeth are arranged around a cylindrical gear body with a circular face.
There are also some non-circular gear models. These gear models can have elliptical, triangular, and square-shaped faces.
Budget-Friendly Gear Prices
Gear prices vary according to their usage area and purpose, and their structural features. You can visit our website to examine different gear models, to have information about prices and to buy with Shop and Supply assurance.