55mm OD Flange Gigabit Ethernet Rotary Joint Capable of passing encoder signals and multiple data protocols with high-speed rotation up to 100rpm. Product Attributes Attribute Value Rotation speed 0~100rpm ... Lesen Sie weiter
Q6PM5 Gas Rotary Joint - 300RPM Speed, 360° Rotation, 6 Independent Air Channels The Q6PM5 gas rotary joint is a high-performance dual-channel rotary joint capable of 360° continuous rotation to transmit 6-way ... Lesen Sie weiter
4 Channel Gas Slip Ring Rotary Joint G3/8 Interface Center Hole 18mm Product Specifications Attribute Value Interface Specifications G3/8' Inner Diameter 18mm Outer Diameter 86mm Height 132mm Housing Material ... Lesen Sie weiter
SMA-F Interface 2-channel High-frequency Rotary Joint 5 Million Revolutions Service Life Product Attributes Attribute Value Interface Type SMA-F(50Ω) Operating frequency DC-8GHz Number of channels 2 channels ... Lesen Sie weiter
Gigabit Ethernet Slip Ring Connector with Center Hole Design Outer diameter: 110mm | Inner diameter: 38.1mm Product Attributes Attribute Value Rotation speed 0~250rpm Shell material Aluminum Alloy Protection ... Lesen Sie weiter
2-Channel Pneumatic and 20-Channel Electrical Network Combination Slip Ring This high-end, multi-functional integrated slip ring combines two G3/8" pneumatic channels, ten 10A high-current channels, and one ... Lesen Sie weiter
8-Channel Large-Diameter Air Slip Ring Center Hole Design, Outer Diameter of 109mm Product Overview This 8-channel large-bore air slip ring features an aluminum alloy housing with a large inner diameter of 50mm ... 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
1-Channel Pneumatic and 11-Channel Electrical Integrated Slip Ring Product Overview This integrated slip ring combines one pneumatic channel, two 5A high-current channels, and eight shielded signal channels. ... Lesen Sie weiter