electrical through hole slip ring online manufacture

ID 12.7mm OD 56mm 360 Degree Rotation Through Hole Slip Ring Anodized Metal Shell Product Specifications Inner diameter 12.7mm Outer diameter 56mm Length 35.4mm Electrical Noise 1 mV Vibration Resistance 5~2000 ... Read More

Middle Hole 12.7 Rotary Through Hole Conductive Ring 18-Way Electrical Channel High Quality Teflon Wire Product Specifications Attribute Value Inner diameter 12.7mm Outer diameter 56mm Length 67.8mm IP Rating ... Read More

IP65 Large Diameter Flange Waterproof Conductive Ring Aluminum Alloy Anodized Shell Product Specifications Attribute Value Inner diameter 38.1mm Outer diameter 99mm Shell material Aluminum alloy Installation ... Read More

ID 12.7mm 250RPM Through-Bore Electrical Slip Ring Product Overview GK 1256 series Through-Bore Electrical Slip Ring with 12.7mm inner diameter and 56mm outer diameter, capable of transmitting 5A or 10A current... Read More

Middle Hole 50mm Through Hole Electrical Connector Large Aperture 6 Channels Product Specifications Attribute Value Inner diameter 50mm Outer diameter 119mm Length 50.8mm IP Rating IP51 Speed 0~250 RPM Shock ... Read More

IP65 Waterproof Conductive Slip Ring with 25.4mm Center Hole for Signal Transmission Product Attributes Rated voltage 0-440V Rotation speed 0-250/rpm Shell material Aluminum alloy Work Environment Indoors and ... Read More

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 ... Read More

38.1mm Inner Diameter Through Hole Electrical Rotary Connector 6-way Electrical PBT Housing Product Specifications Attribute Value Inner diameter 38.1mm Outer diameter 99mm Length 44.8mm IP Rating IP51 Speed ... Read More

50mm Center Hole High Speed 360 Degree Rotating Conductive Ring 5000rpm High Wear Resistant Gold Plated Ring Product Attributes Attribute Value Speed 5000rpm Rated voltage 0-380VAC/VDC Inner diameter 5cm Outer ... Read More