Coaxial RF Small Electrical Slip Ring Connectors Rotary Union

IP51 Electrical Rotary Union Support 2 M5 Port For 4~6mm Pipes

Description of 3402004 Hollow Shaft Slip Ring

1. Dual passage design: The rotary joint has two passages, allowing for the simultaneous transmission of multiple gas media without interference.

2. Wide range of media transmission: The rotary joint can transmit compressed air, steam, vacuum, and other gas media, making it suitable for a variety of industrial applications.

3. Support for mixed transmission of currents: In addition to gas media, the rotary joint also supports the mixed transmission of various currents ranging from 2A to 800A, providing flexibility in system design.

4. Support for 4mm and 6mm air pipes: The rotary joint supports both 4mm and 6mm air pipes, providing flexibility in system design and allowing for the transmission of gas media.

5. Small size and light weight: The rotary joint's small size and lightweight design make it easy to install and maintain.

6. Low torque: The rotary joint has low torque, reducing the energy required to rotate the system and improving overall system efficiency.

Technical Specification of 3402004 Hollow Shaft Slip Ring

Features of 3402004 Hollow Shaft Slip Ring

1. Can be installed with mechanical arm to rotate together ;

2. Support transmitting mixed power and signals, such as USB, HDMI, 1000M ethernet, VGA, DVI, coaxial RF (high frequency), servo motor signal, industrial bus slip rings...etc;

3. 360° transmits compressed air, steam, vacuum, negative pressure, positive pressure...etc;

4. Max. Pressure(s):1Mpa (vacuum: -100kPa, higher Pressure can be customized)；

5. Support 2 M5 port for 4~6mm pipes;

6. Standard hollow shaft size 20mm.

The rotary joint's low torque can improve overall system efficiency in a few ways. First, it reduces the energy required to rotate the system, which can result in lower power consumption and energy cost savings. Second, it can reduce wear and tear on the rotating components of the system, such as motors and bearings, which can extend their lifespan and reduce maintenance costs. Finally, low torque can improve the accuracy and precision of the system, which is particularly important in applications that require precise positioning or control.

By using a rotary joint with low torque, the overall efficiency of the system can be improved, resulting in cost savings and improved performance. This is especially important in industrial applications where energy costs and maintenance expenses can be significant factors.

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Standard model list