WPWDKS155,WPWDKS175,WPWDKS200,WPWDKS250,WPWKO40 Cycloidal reduction motor is a common reduction device widely used in various mechanical equipment. BLY1-9-1.5-2.1kw is a type of cycloidal reducer motor, which parameters can be selected? Below will provide a detailed answer to this question.
Firstly, the rated power of the BLY1-9-1.5-2.1kw cycloidal reducer motor is 1.1 kW, with a reduction ratio of 9, an input speed of 1450 rpm, and an output speed of 59 rpm. In addition, the motor also has the characteristics of small size, light weight, high transmission efficiency, low noise, and high reliability.
When selecting the parameters of the cycloidal reducer motor, it is necessary to choose according to actual needs. Here are some commonly used parameters:
1. Reduction ratio: Reduction ratio is one of the important parameters of a cycloidal reduction motor, which determines the motor's deceleration ability. According to actual needs, different reduction ratios can be selected to meet the deceleration requirements of mechanical equipment.
2. Input speed: Input speed refers to the speed of the motor input shaft, usually 1450 revolutions per minute. If a higher input speed is required, other models of cycloidal reduction motors can be selected.
3. Output speed: The output speed refers to the speed of the motor output shaft, which is determined by the input speed and reduction ratio. According to actual needs, different output speeds can be selected to meet the rotational requirements of mechanical equipment.
4. Power: The power of a motor refers to the power that the motor can transmit within a certain period of time. According to actual needs, different power cycloidal reduction motors can be selected to meet the working requirements of mechanical equipment.
5. Installation dimensions: Installation dimensions refer to the dimensions required for motor installation, including the height, width, and depth of the motor. When selecting a cycloidal reducer motor, it is necessary to consider the installation space of the mechanical equipment to ensure that the motor can be installed smoothly and work normally.
In summary, the selection of parameters for the cycloidal reducer motor needs to be based on actual needs. In addition to the above parameters, it is also necessary to consider factors such as the reliability, service life, and maintenance cost of the motor in order to select the most suitable cycloidal reducer motor model.
