How to choose the suitable WB series micro cycloidal reducer model for your own equipment

Choosing the WB series micro cycloidal reducer model that is suitable for one's own equipment requires comprehensive consideration of multiple factors. The following are the specific steps and key points:

1. Determine power requirements: Firstly, clarify the power requirements of the driven equipment. Calculate the required driving power based on parameters such as equipment workload and operating speed. The rated power of the selected reducer should be greater than or equal to the power demand of the equipment to ensure that the reducer can drive the equipment to operate stably and reliably. For example, if the power of the equipment is 0.55KW, then a WB series reducer with a rated power of not less than 0.55KW should be selected.

2. Calculate the reduction ratio: Calculate the required reduction ratio based on the input speed and required output speed of the device.

3. Determine torque requirements: Calculate the required output torque based on the load characteristics of the equipment. It can be calculated based on the power, speed, and type of load of the device (such as constant torque load, impact load, etc.). Generally speaking, the rated output torque of the gearbox should be greater than the maximum torque required by the equipment to ensure that the gearbox will not be damaged due to insufficient torque during operation.

4. Consider installation methods: The WB series micro cycloidal reducer has multiple installation methods, such as horizontal, vertical, dual axis, and direct connection. It is necessary to choose a suitable installation method based on the installation space and layout requirements of the equipment. For example, if the installation location of the device is limited and it needs to be directly connected to the motor, a direct connection type may be a better choice; If the installation surface of the device is vertical, then a vertical installation method may be more suitable.

5. Pay attention to the work environment: The work environment also has a significant impact on the selection of reducers. If the equipment operates in an environment with high temperature, high humidity, high dust or corrosive gases, a gearbox with corresponding protection level and adaptability should be selected. For example, in environments with high levels of dust, a gearbox with a protection level of IP54 or higher should be selected; In high-temperature environments, reducers should be selected with lubricating grease and materials that can withstand the corresponding temperature.

6. Choose the appropriate model: The single-stage reducer speed ratio models of WB series micro cycloidal reducer include WB65, WB85, WB100, WB120, WB150, etc; The two-stage reduction ratio models include WBE1065, WBE1285, WBE1510, etc. Select the appropriate model based on the calculated parameters such as power, reduction ratio, and torque, combined with the specifications and performance characteristics of different models. For example, the low-speed shaft allowable torque of WB65 reducer is 25N · m, which is suitable for situations with low power and low torque requirements; The low-speed shaft allowable torque of WB100 reducer is 120N · m, which can be used for equipment with relatively high power and torque requirements.