JINPAT Integrated Pancake Slip Rings

JINPAT Electronics is a professional slip ring manufacturer. Since establishment, JINPAT Electronics has been endeavoring bringing slip ring products with refined structure and high quality to cater different needs in all kinds of applications. JINPAT Pancake Slip Ring is a typical slip ring branch of the standard slip ring family. And given their structure, the flat slip rings are very flexible to be integrated.

JINPAT Flat Slip Rings take up concentric copper rings lay-out and therefore able to attain a very small axial size. As a slip ring expert, JINPAT Electronics has come up with over 20 standard pancake slip ring. Standard flat slip ring model integrate 1 to 10 5A channels. The main body of the slip ring takes up FR4 PCB as material. The whole branch is coded as LPKS. Meanwhile, those integrated flat slip ring are coded as LPK. All of JINPAT LPK slip rings are custom slip ring solutions.

The standard JINPAT pancake slip rings are with high universality, which means they can cater the demands of most applications. However, for some system that demands higher adaptability, a custom slip ring solution is recommended. Now let’s look at some customer cases. LPK010-0205-E3 is an integrated slip ring with 1 Gigabit Ethernet channel. This is a very rare solution since for most integrated solutions, Fast Ethernet channels are favored.

LPK010-0205-E3 JINPAT Pancake Slip Rings work at 240V AC. The power rings are laid in the out fringe. As for the signal module, the working voltage is only 24V and consists of 9 channels. LPK077-0203-02S is another JINPAT custom flat slip ring model. The bore diameter reaches 77mm and the protection level is IP50.

These flat slip ring for their short axial length can be fit in applications with limited axial installation space. And they take up gold-to-gold friction pair to achieve super lower friction and super smooth rotation.

If you have any special requirement, contact JINPAT Electronics. JINPAT Electronics is confident in bringing you a satisfactory answer.