56-channel 2A Flange Slip Ring This 56-channel 2A high-density flange slip ring is designed for precision rotating equipment requiring the transmission of multiple signals and power. The product features a 56... Lesen Sie weiter
4-way 2A ID 5mm OD 22mm Medium Hole Electric Slip Ring for Robot Joints & Precision Devices Product Specifications Circuit 4-way Speed 0-150rpm Brush Wire Au-Ni alloy plating Radial Runout Tolerance ≤0.1mm ... Lesen Sie weiter
12-channel 2A Hollow Flange Electric Slip Ring, 200rpm Speed 12-channel 2A hollow flange electric slip ring features a black aluminum alloy shell and AWG22# Teflon wire for internal wiring. It is suitable for ... Lesen Sie weiter
50-Way 2A Through-Hole Slip Ring The 50-channel 2A through-hole slip ring is engineered for precision rotating systems requiring simultaneous transmission of multiple signals and moderate power. Featuring an ... Lesen Sie weiter
8-channel 1A Low-Power Slip Ring This 8-channel 1A low-power slip ring is specifically designed for miniature devices. It features an extremely compact structure with an outer diameter of only 11mm and is ... Lesen Sie weiter
31-Channel Signal Combination Slip Ring RVSP Shielded Twisted Pair Signal Rotary Connector This 31-channel signal combination slip ring integrates 13 channels of 20A power circuitry, 13 channels of 10A power ... Lesen Sie weiter
8-Channel 2A Cap-Type Electrical Slip Ring This 8-channel cap-type electrical slip ring is engineered for compact spaces. Featuring a lightweight engineering plastic housing with an outer diameter of only 22mm, ... Lesen Sie weiter
This product is a multi-functional, highly integrated slip ring designed for cutting-edge industrial and information technology equipment requiring high-speed data communication and high-power synchronous power ... Lesen Sie weiter
38mm Diameter 2-31 Channel Optical Signal Rotary Joint Compatible With Single Mode And Multimode Optical Fiber Product Attributes Attribute Value Broadband ±50nm Number of Channels 7 Fiber Connector Type FC/PC ... Lesen Sie weiter