13mm Hole Dia Pancake Slip Ring Ultra Low Resistance

13mm Hole Dia Pancake Slip Ring with Ultra Low Resistance for Small and Precise Devices

Description

When you have a height restriction, a "pancake" slip rings - also called a "flat" or "platter" ring - could be the best solution. These slip ring units are based on a disc-shaped rotor, which is embedded with concentric grooves to carry the signal and power, with a brush block assembly mounted over the top to act as the stator. We can customize this type of slip ring from 4 to 50 channels, in any center bore size. Contacts use precious metals and operating speed depends on the number of channels and overall size of the slip ring.

Slip rings enable the transfer of electric power or signal circuits across a rotating surface, such as those found in radar antennae, gun turrets, periscopes, electro-optic sensor gimbals and space satellites.

Features

• Advanced spring fiber brush technology
• Smooth operation
• Compact structure & maintenance free
• Can accept the comprehensive load
• Low contact resistance

Competitive Advantages

• Reliable
• High precision
• Support epipodium
• High current.
• Long lifetime

Benefits

• Affordable price
• Quality guaranteed within 1 year
• Response within 24 hours
• Prompt delivery, normally 2~3 weeks
• Reliable package & shipment ,by DHL, UPS or FedEx
• Flexible & quick customization

Alternatives

• Outter diameter
• Circuits
• Loading of each circuit
• Wire length
• Different signal compatible
• Working speed

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.