Please refer to the table below to compare the differences between these two types of WPWKO250,WPWDKO40,WPWDKO50,WPWDKO60,WPWDKO70 reducers:
The installation dimensions of the base of BWD5 are: P=380, Q=420; the center height is 240; The rotation angle of the output shaft is 90 degrees, and the rotation angle of the input shaft is 45 degrees.
The installation dimensions of the XWD5 foot plate are as follows: the length of the main shaft P is 150, the length of the secondary shaft Q is 370, the center height is 160, the diameter of the output shaft is 55, and the diameter of the input shaft is 30.
A transmission is a mechanical device that coordinates the speed between the power source and the working device, transmits torque, and reduces speed while increasing torque. According to the different transmission stages, actuators can be divided into single-stage and multi-stage types; According to the different shapes of gears, the transmission can be divided into cylindrical gears, bevel gears and bevel cylindrical gears; According to the different transmission layout forms, the transmission can also be divided into deployable type, split shaft type and coaxial type. As an independent component, the transmission consists of a gear drive, worm drive, or gear worm drive enclosed in a rigid housing, typically used to connect power sources and working devices to achieve deceleration transmission. In modern mechanical industry, the application of actuators is very extensive, playing an important role in matching speed and transmitting torque.
Principle: A reducer is commonly used in transmission devices to slow down the speed and increase torque. The principle is to mesh the small gear on the input shaft of an electric motor, engine, or other high-speed power device with the large gear on the output shaft to achieve a deceleration effect. A common reducer uses several pairs of gears with the same principle to achieve the desired reduction effect, and the gear ratio is called the gear ratio.
