TMR Wide-Angle Drive Shaft for Traction

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AoXin

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Accessories

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Product Description

Function

Key components such as the mixing system and conveying mechanism ensure that the TMR vehicle maintains uninterrupted power during operation—whether it’s stirring feed or moving to deliver it—thereby preserving the uniformity of feed mixing and the continuity of the feeding process.
Adapting to Changing Angles: Thanks to its wide-angle design—capable of accommodating turning angles of up to approximately 80 degrees—the system can flexibly handle relative angle differences between the tractor and the TMR vehicle caused by shifts in operational posture. For instance, when the tractor is pulling the TMR vehicle around turns, climbing slopes, or navigating uneven terrain, the connection angle between the two vehicles naturally changes. However, the wide-angle driveshaft, equipped with components like universal joints, dynamically adjusts to compensate for these angular variations, ensuring smooth power transmission without interruptions or efficiency losses.

Enhancing Assignment Flexibility:
Supports wide-angle turns, reducing the turning radius of TMR vehicles in tight spaces such as farmyard passageways and small-field plots, enabling them to maneuver and turn around flexibly within limited areas while minimizing spatial requirements for operational sites.
There’s no need to disengage the tractor’s power take-off during turns, eliminating the time wasted and equipment wear caused by frequent start-and-stop cycles of the power system. This ensures smooth, uninterrupted mixing operations for the TMR vehicle, ultimately boosting overall operational efficiency.

Protecting equipment and enhancing mobility:
Reduce mechanical stress: By employing optimized structural designs—such as universal joint cushioning and spline shaft telescopic adjustments—minimize the stress generated in the drive shaft due to torsion and bending during angular changes. This helps lower the risk of drive shaft failures like fractures or wear, ultimately extending the equipment's service life.
Enhanced passability: The TMR vehicle's traction height can be increased, allowing it to navigate obstacles like field ridges, shallow ditches, and gravel piles with ease—minimizing undercarriage scrapes against the ground and improving its ability to handle challenging terrain.

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