High-precision Variable Speed Pulley | U-model Intermediate Unit Mechanism Thailand Miki Pulley
The U-model intermediate pulley is a variable speed pulley integrated between the motor and the machine, characterized by a freely moving conical disc in the thrust direction. By reciprocally changing the pitch diameters of the motor-side and machine-side pulleys, smooth speed change is achieved. Speed change is easily performed via handle operation, making it ideal for industrial applications requiring high-precision and efficient speed variation.
■ Features
- High-precision speed change mechanism: The free movement of the conical disc enables high-precision speed variation.
- Easy adjustment via handle operation: Speed change can be intuitively performed by moving the pulley using the handle.
- Automatic adjustment function: Automatically adjusts the pitch diameters of the motor-side and machine-side to support efficient operation.
- Versatile application: Compatible with various industrial machinery and can be used in a wide range of applications.
■ Specifications
- Speed change method: Handle operation
- Operating mechanism: Speed change via freely moving conical disc
- Compatible motors: Standard industrial motors
- Material: High-durability alloy
- Installation method: Integrated between motor and machine
■ Applications
- Industrial machinery: Industrial equipment such as automation lines, processing machines
- Agricultural machinery: Tractors, harvesters, etc.
- Construction machinery: Cranes, excavators, etc.
- Conveying machinery: Belt conveyors, conveying systems, etc.
This high-precision variable speed pulley contributes to increased efficiency and improved precision in various industries.
CONTACT
Contact FormCompany Information
Coupling (shaft coupling) / Friction fasteners / Electromagnetic clutch/electromagnetic b
At MIKIPULLEY, we are dedicated to manufacturing - combining our passion for power transmission control equipment, the technology we have cultivated, and our proactive spirit to adapt to the times and ...