Andantex pvfa090-10-s2-p2 standard series planetary gearboxes for robotic equipment applications

Short Description:

Product name: Standard Planetary Series Reducer

Item No: PVFA090

Return clearance: 8-16 arc minutes

Specification range: 60-120

Speed ratio range: 3-100

Accuracy range: 8-16arcmin

Warranty period: two years

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Specification

Andantex pvfa090-10-s2-p2 standard series planetary gearboxes for robotic equipment applications-01

Features

1. High torque density: For the same size, the output torque of the Farland straight gear planetary reducer is higher.

2. Compact structure: Farland straight gear planetary reducer can realize streamlined structure design, which makes it small and can be integrated in limited space.

3. High precision: The transmission error of the flange straight gear planetary reducer is small, which can realize a higher precision transmission.
4. High efficiency and energy saving: Because of the high transmission efficiency and low energy loss of the methodland straight gear planetary reducer, it has a good energy saving effect.

5. Good stability: The transmission process of Falan straight gear planetary reducer is stable, with low noise and low vibration.

6. Long service life: Farland straight gear planetary reducer has long service life, wear and corrosion resistance, simple and convenient maintenance.

Applications

Methodland straight gear drive planetary gearboxes can be used in manipulators to perform deceleration and steering functions. Manipulators are often required to perform a variety of operations, including grasping or placing objects, moving and steering. To achieve these purposes, the manipulator needs to control the speed and direction of the motor and transfer it to the manipulator's joints. At this point, the Methodland straight tooth drive planetary gearbox has an important role to play. It can output the power from the high speed and low torque motor, decelerate and steer it to the robot joints, thus realizing the low speed and high torque movement of the robot and improving its accuracy and stability.