Retainer Gear 4095478 Gear Retainer Excavator Engine Spare Parts
Part No: 4095478
Brand Name: Cummins, Detroit, DCEC, CCEC, XCEC etc.
Other parts: pls contact freely if you need other P/N
Description
Technical Specification & Payment and Trade Terms & Delivery and Packaging
|
Desc. |
Retainer Gear |
Part No |
4095478 |
|
Brand Name |
Cummins, Detroit, DCEC, CCEC, XCEC etc. |
Other parts |
pls contact freely if you need other P/N |
|
Engine Type |
Diesel engine, Gas engine, Diesel Generator, Marine engine, Construction engine |
Spare Type |
Wearing spare parts, maintenance tools, repair kit, upper and lower engine gasket kit. |
|
Condition: |
Original and brand new |
Applicatble industriy |
Retail, marine engines, Construction works, Energy & Mining etc |
|
Key Word: |
Original spare parts and engine repair tool kits |
Trade terms |
FOB EXW CIF DDU DDP, Door to door is available in some countries. |
|
Delivery time: |
Most parts are in stock, bulk order based on qty |
Payment |
T/T, L/C, D/A, Alipay, Western Union, Paypal etc. |
|
Place of origin |
China/USA/Japan/Austria/Mexico |
Package |
Neutral or original packaging |
|
Application |
Gears serve a critical function in mechanical systems by transmitting power and motion between components. Through the engagement of gears with varying tooth counts, adjustments to rotational speed, torque, and direction can be precisely controlled. The detailed functional characteristics of gears are outlined as follows: 1. Power and Motion Transmission Gears transfer mechanical power from an input shaft to an output shaft via tooth meshing, enabling synchronized rotational movement. This represents the foundational function of gear systems. For example, in a gearbox or reducer, a larger gear driving a smaller gear results in speed reduction and torque amplification. 2. Speed and Torque Adjustment By varying the number of teeth between meshing gears, the rotational speed and torque of the output shaft can be systematically modified. Specifically, when a small gear drives a larger gear, rotational speed decreases while torque increases, and vice versa. This principle is extensively utilized in mechanical transmission systems and variable-speed drive applications. 3. Directional Conversion Helical or herringbone gear configurations can reverse the rotational direction of the output shaft relative to the input shaft. This capability is essential in applications requiring directional control, such as automotive transmissions and industrial machinery. 4. Long-Distance Power Transmission Through the use of intermediate shafts and multi-stage gear trains, mechanical power can be transmitted across extended distances while minimizing the physical size and complexity of direct drive systems. A typical application is found in automotive transmissions, where multi-stage gearing enables efficient power distribution across various operating conditions. 5. Smoothness and Precision Gear meshing allows for load distribution across multiple teeth, thereby reducing vibration and shock loads, resulting in smoother operation. High-precision gears can maintain accurate speed ratios and positional control, making them ideal for use in precision machinery such as CNC machine tools and metrology equipment. 6. Realization of Complex Motions Sophisticated gear arrangements can generate specialized motion patterns, including indexing and intermittent motion. These are commonly employed in automation systems, such as indexing tables and conveyor systems with stop-start motion profiles. |
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