Double Vibration Motor Feeder

The double vibration motor feeder typically consists of the following main components:

• Vibration Motors: The core components of a double vibration motor feeder are two vibration motors, usually installed on either side of the feeder. These motors generate centrifugal force through eccentric blocks within their rotors, causing vibrations. The vibrations of these two motors are usually synchronized to ensure an even distribution of materials during the feeding process.
• Trough or Conveyor Belt: The feeder typically features a trough or conveyor belt where materials are placed or loaded. This trough or conveyor belt is moved by the vibrations generated by the vibration motors to transport materials.
• Support Structure: To support the vibration motors and trough/conveyor belts, a double vibration motor feeder typically has a robust support structure. This structure is usually made of steel components or welded steel plates to ensure the stability and reliability of the feeder.
• Vibration Mechanism: The vibration mechanism includes vibration motors, eccentric blocks, bearings, etc., which work together to generate vibration force. These components are typically mounted on the support structure and connected to the trough or conveyor belt through coupling devices.
• Control System: Some double vibration motor feeders come with control systems used to adjust the operating parameters of the vibration motors, such as vibration intensity, frequency, and direction. These control systems can be operated manually or automated to meet specific production requirements.

Its working principle is that two vibrating motors rotate in the opposite direction. When the motor rotates, the eccentric blocks at both ends of the motor generate the exciting force, and the driving equipment makes reciprocating linear vibration in the inclined direction of the feeding tank.