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Capsule slip ring 6 circuits low electrical noise

From the dimension design, this kind of compact slip ring could be divided into miniature slip ring, super mini slip ring and mirco slip ring.

This unit can be used in any electromechanical system that requires unrestrained, continuous rotation while transferring power or data from a stationary to a rotating structure. It is also called a rotary electrical interface, commutator, collector, swivel or an electrical rotary joint. It can improve electromechanical capability, simplify system design, eliminate possible damage while rotation. 

The LPC**6C capsule slip ring is a standard, off-the-shelf unit that uses gold contacts at the rotary interface. Color-coded lead wires are used on both the stator and rotor for simplifying electrical connections. 

Features:

1. 2 amps per circuit, **0 VAC/DC 
2. Commercial applications
3. 6 circuits models .   
4. Gold -gold contacts
5. Compatible with data bus protocols
6. Speed up to **0 rpm continuous
7. Flexible, color-coded, silver-plated lead wires
8. Transfers analog and digital signals

Advantage:

1.Smooth running
2.Low electrical noise
3.Low torque minimizes system torque budget
4.Compact design to fit in the most demanding space.
5.Quick shipment per your urgent requirement
6.**0°continuous rotation
7.High bandwidth transfer capability
8.Transfer analog and digital singals
9.Addition of special components

Main Application:

1.Electrical test equipment 
2. Lighting equipment 
3.Manufacturing and process control equipment 
4.Indexing tables 
6.Robotics, rotary sensors, urgent illumination equipment
7.Exhibit / display equipment
8. Aviation, military instrument, medical equipment

Specifications:
 Operating Speed    ****0 rpm
 Number of Circuits    6
 Voltage    **0 VAC/DC
 Current Rating    2 amps per circuit
 Temperature Range    **0℃ to **0℃
 Contact Material    Gold to Gold 
 Lead Size    *8# silver plated copper 
 Lead Length    Standard **0 mm (9.**3inch)
 Dielectric Strength    ≥**0 *@********************ircuit
 Insulation Resistance    **0 MΩ