Multi Channel Rotary Slip Ring 300rpm High Rotating Speed Low Electrical Noise

Multi-channel Rotary Slip Ring With A High Rotating Speed Up To 300rpm

Description

The LPC-18B capsule slip ring is also called a rotary electrical interface, commutator, collector, swivel or an electrical rotary joint, by using a 90° V-groove ring design for each ring, available with 5 and 10 amps power rings combined with 2 amps rings, together with a speed up to 300 rpm.

It has high bandwidth transfer capability, and smooth running.Current moves between the slip ring rotor and stator via a slide contact which is pressed against the rotating slip ring by a constant-pressure spring.

Such slip rings are able to be made of various sizes and are usually custom-made to specify the required inside and outside diameters, as well as the type of current being transferred.

Company Introduction

JINPAT has 20 years experience in SLIP RING manufacturing. Our factory covers an area of 7000 square meters with professional R&D team, advanced production equipment and more than 300 skillful employees. JINPAT slip ring is one of the best-known brands in the Europe and North America. Our manpower is so competent that we meet the demands having varied specifications with ensured durable and reliable quality.

PS:Apart from providing connector or terminal processing for clients, we have our own CNC center so that we can provide one-stop service of supporting parts manufacture like housing or other mounting-related mechanical parts.

JINPAT Electronics, founded in 1996, is a national high-tech enterprise specializing in R&D, manufacturing and sales of high-precision slip rings. Typical products like Capsule Slip Ring, Through-bore Slip Ring, Large-current Slip Ring, Coax Rotary joint, Fiber Optic Slip Ring, Separate Slip Ring, Pin Slip Ring.

Besides, customization is supported to cater to the different application in that slip ring can be designed exclusively integrated with Ethernet, USB, HDMI, Sensor, CAN Bus, Thermocouple, RS232, RS422 and so forth.