Ingiant Ethernet slip ring out diameter 86mm with 1 channel Gigabit Ethernet signal and 32channels power rings

Standard product outline drawing:

Ethernet Slip Rings – DHS086 Series

Available for Custom, Run 100/1000M Ethernet Signal

DHS086-41 Ethernet slip ring out diameter 86mm ,are specially designed for 1000M base T signals, can transmit 1 channels Gigabit Ethernet signal combined with 1~32 power rings(2~60A), adopt fiber brushes material with the advantage of reliable transmitting, no packet loss, no string code, low return loss, low insertion loss. Available for custom design as per actual demand.

Feature

•   Multi-point brush contact material ensure long life
•   Stable transmit 1 channels Gigabit Ethernet signal
•   Integrated structure design for easy installation
•   Standard model and customization are available
•   IP 51 (IP54-IP68 can be customized)
•   With RJ45 male connectors, RJ45 female optionall  Ethernet cable connection
•   With advantages of reliable transmitting, no packet loss, no string code, low return loss, low insertion loss, etc.
•   Free maintenance

Typical applications:

Industrial machinery, machining centers, rotary tables, lifting equipment towers, winding wheels, testing equipment, packaging machinery and other fields.

Our advantage:

1. Product advantage: Our products convince by high performance, wear resistance and high material quality of the contacts, which leads to high plant availability, flexibility and an economic price/performance ratio. A special focus is also placed on minimum friction and the lowest possible maintenance intensity.
2. Company advantage: As manufacturer of various slip ring bodies,Ingiant elies on a combination of targeted design processes, a selection of the best raw materials, professional production conditions, 100% quality control and professional assembly at the customer’s site.
3. Customised advantage: we offer modular slip ring systems that can be completely individually adapted to your needs. our slip ring bodies are convincing even under rough environmental conditions and temperatures.