Rolling Ring Drive Similar To RG3-20-2MCRF for 20mm Diameter Shaft

Traverse Units Model RG3-20-2MCRF/PX20

The RG3-20-2MCRF/PX20 is a rolling ring drive similar to the Uhing Traverse Units, explicitly designed for a 20mm diameter shaft. With its 3 rolling rings, this drive offers precise control and movement over linear motion, making it suitable for various industrial and manufacturing applications. Measuring 1.8 kg in weight, this drive delivers up to 16kg of maximum side thrust and can achieve a linear speed of up to 27 meters per minute. The drive torque of 0.3 Kg Cm ensures smooth and accurate movement, while the maximum shaft speed of 1500 RPM provides optimum performance in various working environments.

Download Manual↓

Applications:

The RG3-20-2MCRF/PX20 rolling ring drive is suitable for a wide range of industrial and manufacturing settings, including:

1. Precision winding and unwinding applications.
2. Coiling and uncoiling of cable and wire.
3. Optical fiber manufacturing and packaging.
4. Packaging and printing industries.
5. Textile machinery.
6. Industrial automation applications.

RG3-20-2mcrf FAQs:

1. What is a rolling ring drive?
A rolling ring drive is a mechanical device that converts rotary motion into linear motion through three interlocking rings. It offers precise and efficient control over linear motion.

2. What is the maximum side thrust of the Uhing RG3-20-2MCRF/PX20?
The maximum side thrust of the RG3-20-2MCRF/PX20 is 16kg, providing stable and accurate movement.

3. What maximum pitch can the RG3-20-2MCRF/PX20 achieve?
The RG3-20-2MCRF/PX20 can achieve a maximum pitch of 16 mm with setting ten on the dial.

4. What is the maximum linear speed of the RG3-20-2MCRF/PX20?
The RG3-20-2MCRF/PX20 can achieve a maximum linear speed of 27 meters per minute, ensuring efficient and effective performance.

5. What is the weight of the RG3-20-2MCRF/PX20?
The RG3-20-2MCRF/PX20 weighs only 1.8 kg, making it a lightweight and easily transportable device for use in various industrial and manufacturing applications.