Classification of one-way bearings

Classification by structure:

(1) Wedge-type one-way bearing: uses the friction between the wedge and the inner and outer rings to transmit torque, suitable for higher speeds and larger loads.

(2) Roller-type one-way bearing: relies on rollers to roll between the inner and outer rings to transmit torque, suitable for lower speeds and medium loads.

(3) Spring-type one-way bearing: uses spring leaves to generate prestress to make the inner and outer rings tightly connected, suitable for low speeds and small loads.

Classification by use:

(1) General one-way bearing: Suitable for power transmission and control in general mechanical transmission systems.

(2) Special one-way bearings: One-way bearings designed for specific mechanical equipment or working conditions, such as one-way bearings in automobile clutches.

One-way bearing model selection guide

When selecting a one-way bearing model, the following aspects should be considered comprehensively:

1. Working speed and load: Select a one-way bearing with a suitable structure type and load capacity according to the actual application scenario.

2. Installation space and size restrictions: Select a one-way bearing of corresponding size according to the installation space of the mechanical equipment or system.

3. Working environment and lubrication conditions: Consider factors such as temperature, humidity, and corrosion, select a one-way bearing that is suitable for harsh environments, and pay attention to the lubrication method and lubricant selection.