Planetary reducer

产地：

台湾

型号：

TSA060L2-20-14-50

平均使用寿命：

20000小时

Planetary reducer Planetary gear reducer Taiwan planetary reducer Planetary reducer Taiwan planetary reducer Taiwan planetary gear reducer Taiwan D reducer Servo reducer Servo motor special gear reducer Spur planetary reducer Taiwan D planetary reducer Machine---Ultra-precision low backlash positioning and precise double-segment arc minute are suitable for occasions with high accuracy requirements.
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Servo planetary gear reducer has high precision, high torque, high rigidity, high load, high efficiency, high speed ratio, long life, low inertia, low vibration, Low noise, low temperature rise, precise positioning, exquisite appearance, small and lightweight, can be installed at will, etc. Suitable for speed increase and deceleration transmission of AC servo motors, DC servo motors, stepper motors, hydraulic motors, ordinary motors, etc. Suitable for connection of drive products manufactured by any manufacturer in the world, such as: Panasonic, Mitsubishi, Yaskawa, Sanyo, Omron, Fuji, Delta, TECO, Siemens, Schneider, Handebo, Tamagawa, Falak, Tomita, Guangshu, Hua Shu Da, Yuhai, Xinjie, Dongling, Yingmaike, Bomed, Onok, Yingweiteng, Chaotongbu, Baishan, Leisai, Yankong, Shanshe, Shinano, Tuoda, etc.
Precautions for selecting a planetary gear reducer:

The selection of a planetary reducer should follow the principle of combining applicability and economy, which means that the various technical indicators of the planetary gear reducer are both It can meet the requirements of equipment and save costs. Excess or failure will result in cost waste, so the correct selection of planetary reducer is very important.

When selecting a planetary reducer, its structural type, load-bearing capacity, reduction ratio, output speed, axial force, radial force, torsional rigidity, backlash and other internal indicators should also be fully considered. The installation form, Working conditions, working environment and other external structures. The following are the most basic requirements for selecting a reducer:

Installation dimensions: that is, the size of the front end of the servo motor. When selecting a planetary reducer, the input end of the planetary reducer must exactly match the size of the output end of the servo motor.

Reduction ratio: Motor rated output revolutions per minute/reduction ratio = how many revolutions the reducer outputs per minute. The planetary reducer should try to use a reduction ratio as close to the ideal as possible to ensure the ideal speed.

Torque: Servo motor rated output torque (stepper motor is holding torque) * reduction ratio The rated output revolutions of the reducer must be greater than this value. If it is less than the reducer, the service life will be shortened in serious cases. Broken shaft or chipped teeth.

Return backlash: Return clearance (accuracy) r (one circle of the planetary reducer output shaft is divided into one degree and one degree = arc minute), which is what we often call the arc minute unit:. The smaller the return clearance, the higher the accuracy and the higher the cost. Users can just choose a reducer that meets their accuracy requirements. Also consider lateral/radial forces and average life. Reducers with large lateral/radial forces are relatively reliable and less prone to problems during installation and use. Usually its average life span far exceeds the life span of the servo motor it is equipped with.