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+86-17692703999
+86-17692703999 No. 6, West Side Auxiliary Road,
Sunshine Street, Linxi County, Xingtai
City, Hebei Province
Sunshine Street, Linxi County, Xingtai
City, Hebei Province
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wheel Loader Pin Shaft
Due to its customized dimensions of 76mm (diameter) x 218mm (length), its application is further tailored to the structural space and load requirements of specific construction machinery. It is primarily suitable for small and medium-sized construction machinery or specialized functions. Common applications include:
Small and medium-sized earthmoving machinery: such as mini excavators (under 6 tons), small loaders (1-3 tons), and walk-behind rollers. These compact machines have strict requirements for drive shaft diameter (to accommodate installation space) and length (to match the distance between the power source and the actuator). A 76mm diameter meets medium torque requirements, while a 218mm length meets medium torque requirements. Lengths are tailored to the transmission layout of small equipment.
Specialized construction machinery: For example, the spreading system of a crawler paver or the luffing mechanism of a small crane requires the drive shaft to transmit power within a limited space while also withstanding the vibration loads of operation. Customized dimensions ensure a precise fit with the equipment's existing transmission system, avoiding interference.
Construction machinery repair and replacement: When the existing drive shaft needs to be replaced due to wear or breakage (e.g., shaft fatigue caused by long-term high loads), a custom drive shaft of the same specifications (76 x 218 mm) can be directly adapted to the equipment, restoring transmission functionality without modifying the original structure. 3. Auxiliary Function: Ensuring Transmission System Stability and Safety
In addition to core power transmission, the drive shaft must also adapt to the operating conditions of construction machinery and perform auxiliary safety functions:
Vibration and shock resistance: Construction machinery operations (such as excavating hard soil and lifting heavy objects) generate severe vibration and transient shock. Drive shafts must possess sufficient strength (e.g., materials such as 45# steel and 20CrMnTi structural alloy steel) to prevent vibration-induced deformation or fracture, ensuring transmission system stability.
Adaptive Sealing and Protection: Drive shafts typically connect to bearings, couplings, and other components at both ends. The dimensional accuracy of these components (such as diameter tolerance and cylindricity) can affect sealing effectiveness, preventing dust, mud, and water from entering the transmission system and extending equipment life.
wheel Loader Pin Shaft
Due to its customized dimensions of 76mm (diameter) x 218mm (length), its application is further tailored to the structural space and load requirements of specific construction machinery. It is primarily suitable for small and medium-sized construction machinery or specialized functions. Common applications include:
Small and medium-sized earthmoving machinery: such as mini excavators (under 6 tons), small loaders (1-3 tons), and walk-behind rollers. These compact machines have strict requirements for drive shaft diameter (to accommodate installation space) and length (to match the distance between the power source and the actuator). A 76mm diameter meets medium torque requirements, while a 218mm length meets medium torque requirements. Lengths are tailored to the transmission layout of small equipment.
Specialized construction machinery: For example, the spreading system of a crawler paver or the luffing mechanism of a small crane requires the drive shaft to transmit power within a limited space while also withstanding the vibration loads of operation. Customized dimensions ensure a precise fit with the equipment's existing transmission system, avoiding interference.
Construction machinery repair and replacement: When the existing drive shaft needs to be replaced due to wear or breakage (e.g., shaft fatigue caused by long-term high loads), a custom drive shaft of the same specifications (76 x 218 mm) can be directly adapted to the equipment, restoring transmission functionality without modifying the original structure. 3. Auxiliary Function: Ensuring Transmission System Stability and Safety
In addition to core power transmission, the drive shaft must also adapt to the operating conditions of construction machinery and perform auxiliary safety functions:
Vibration and shock resistance: Construction machinery operations (such as excavating hard soil and lifting heavy objects) generate severe vibration and transient shock. Drive shafts must possess sufficient strength (e.g., materials such as 45# steel and 20CrMnTi structural alloy steel) to prevent vibration-induced deformation or fracture, ensuring transmission system stability.
Adaptive Sealing and Protection: Drive shafts typically connect to bearings, couplings, and other components at both ends. The dimensional accuracy of these components (such as diameter tolerance and cylindricity) can affect sealing effectiveness, preventing dust, mud, and water from entering the transmission system and extending equipment life.
