Horizontal hollow shaft planetary reducer

产地：

深圳

型号：

PC120KL1-10-22-110

平均使用寿命：

20000小时

Angle reducer, servo angle reducer, angle reducer, bevel gear planetary reducer, angle planetary reducer, servo motor reducer, servo-specific angle reducer, cost-effective angle reducer, angle planetary reducer, angle planetary reducer --- adaptable to servo motor The modular design of the input end can be matched with servo motors and stepper motors of various brands.


Installation method of horizontal hollow shaft planetary reducer:

Apply a little anti-rust oil to the motor output shaft and flange.
If there is a bushing, when placing it into the input shaft of the horizontal hollow shaft planetary reducer, pay attention that the groove on the bushing must be aligned with the groove on the input shaft of the reducer.
Place the motor to be installed on the platform with the motor output axis upward, then secure the motor and remove the key.
Carefully align the groove on the input shaft of the servo hollow shaft reducer with the key groove on the motor and slowly slide it in.
Lock the fixing screw on the input shaft of the hollow shaft planetary reducer with the first torque.
Tighten the fixing screws of the motor and hollow shaft reducer.
Increase the torque evenly and gradually (three times) to tighten the fixing screws on both sides of the input shaft of the planetary gear reducer.
Please do not hit the output shaft of the reducer with gravity to avoid damaging the internal mechanism of the reducer.

Precautions for selecting a hollow shaft planetary reducer:

The selection of a hollow shaft planetary reducer should follow the principle of combining applicability and economy, that is, horizontal hollow shaft The various technical indicators of the reducer can not only meet the requirements of the equipment but also save costs. Excess or failure will lead to cost waste, so the correct selection of hollow shaft reducer is very important.

When selecting a hollow shaft horizontal 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. 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 installing the horizontal hollow shaft planetary reducer foot base, the input end of the hollow shaft 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 much the reducer outputs per minute. The hollow shaft planetary reducer installed on the foot base should try to use a reduction ratio as close to the ideal as possible to ensure the ideal Rotating 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 backlash (accuracy) r (one circle of the output shaft of the hollow shaft planetary reducer 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.

When selecting a hollow shaft planetary reducer, you should pay attention to:

Make sure that your load rated torque is less than the rated output torque of the hollow shaft planetary reducer.
The rated torque of the servo motor (multiplied by) the reduction ratio is greater than the rated torque of the load.

The moment of inertia converted from the load to the servo motor through the reducer must be within the allowable range of the servo motor.