Through-Bore Pan Cake Slip Ring with Through Bore 38.1mm, 6 Circuits @ 5A and 4 Circuits @ 1A

Through-Bore Pan Cake Slip Ring With Through Bore 38.1mm, 6 Circuits @ 5A And 4 Circuits @ 1A

Features

Modular design
Compact 170mm outside diameter
Steel bearings and machined shaft and housing for harsh environment
Collar mounting is standard; Flange mounting is optional
Various lead exits are available
Silver plated rings are standard. Gold plated optional.
Continuous 360° Rotation of power or data signals
Sealed unit

Advantage

Transfers control and data signals
Fiber brush technology provides maintenance-free operation (no lubrication required)
Modular design meets special requirements through off-the-shelf manufacturing techniques
Customized configurations for your application

Main Application

Packaging / wrapping machinery
Semiconductor handling systems
Industrial machinery
Exhibit Display machinery
Medical equipment
Rotary index tables
Process control equipment
Emergency lighting, robotics palletizing machines,
Heavy equipment turrets or cable reels

Option

Placement of custom circuitry directly onto the unit
Custom mechanical integration features
Addition of special components
Inclusion of coax and miniature data bus cables

Description

A slip ring can be used in any electromechanical system that requires unrestrained, continuous rotation while transferring power or data from a stationary to a rotating structure. A slip ring is also called a rotary electrical interface, collector, swivel or a commutator. A slip ring can improve system performance by simplifying operations and eliminating damage-prone wires dangling from movable joints.

The 20.0mm unobstructed through-bore provides routing space for hydraulics, pneumatics or a concentric shaft mount. The LPK020-170-0605-1401 Pan Cake Slip Ring uses advanced fiber brush technology which offers several advantages over conventional slip ring contacts including multiple points of contact per brush bundle, low contact force per fiber and low contact wear rates.