Conductive Slip Ring

Blue Conductive Slip Ring is an electrical component used to transmit power and signals between rotating and fixed components. It belongs to a type of Conductive Slip Ring, commonly used to achieve continuous and unrestricted rotational motion while maintaining stable power and signal transmission.

Characteristic

High conductivity: Reehonde's Blue Conductive Slip Ring uses high-quality conductive materials such as high-purity copper alloys or precious metal alloys, which can effectively reduce resistance, minimize energy loss, and ensure efficient and stable current transmission.

Low torque: Reehonde's Blue Conductive Slip Ring optimizes the structural design of the slip ring and selects materials with low friction coefficients to minimize the torque generated by the slip ring during rotation, reducing power loss to rotating components and improving the overall efficiency of the equipment.

High reliability: Reehonde's Blue Conductive Slip Ring has excellent sealing performance and anti-interference ability, which can work normally in harsh working environments such as high temperature, low temperature, humidity, dust, etc., ensuring the accuracy and stability of power and signal transmission

Long lifespan: Reehonde uses wear-resistant and corrosion-resistant materials and advanced manufacturing processes, greatly extending the service life of Reehonde'sBlue Conductive Slip Ring and reducing equipment maintenance costs and downtime.

Multi channel: Reehonde can be designed with a structure with multiple channels according to different application requirements, enabling simultaneous transmission of multiple power sources, signals, or data to meet the diverse needs of complex devices.

Small size and light weight: Reehonde adopts a compact structural design, which minimizes the volume and weight of Reehonde's Blue Conductive Slip Ring as much as possible while ensuring performance, making it easy to install and use, suitable for equipment with high space and weight requirements.

Function

Power transmission: The Blue Conductive Slip Ring is capable of transmitting electrical energy from a fixed power source to rotating components, providing the necessary power for motors, sensors, drivers, and other components in rotating equipment, ensuring the normal operation of the equipment.

Signal transmission: The Blue Conductive Slip Ring can transmit various types of electrical signals, such as analog signals, digital signals, video signals, audio signals, etc., to achieve information exchange and control between rotating and fixed components, ensuring precise operation and monitoring of equipment.

Realize 360 ° rotation transmission: Conductive Slip Ring allows devices to rotate freely within a 360 ° range while maintaining continuous transmission of power and signals, enabling rotating devices to operate flexibly at various angles, improving device efficiency and flexibility.

Isolation and protection: In the process of power and signal transmission, the Blue Conductive Slip Ring plays an electrical isolation role, preventing interference and short circuits between different circuits, protecting the safety of equipment and personnel, and improving the reliability and stability of equipment.

Advantages of Gold Alloy Materials

In terms of electrical performance

High conductivity: Gold alloy has excellent conductivity, which enables Blue Conductive Slip Ring to ensure smooth transmission of current inside with extremely low resistance. This means that in the process of signal and power transmission, it can effectively reduce energy loss, improve transmission efficiency, and ensure stable system operation, especially suitable for equipment with high requirements for power transmission efficiency.

Low contact resistance: The surface of the gold alloy material is smooth and uniform in texture. When matched with contact parts such as electric brushes, it can form a good electrical contact for the Blue Conductive Slip Ring, with low and stable contact resistance. This helps to reduce the heat generated by contact resistance, minimize energy loss, and improve the accuracy and stability of signal transmission, avoiding signal distortion or interference.

Anti electric corrosion performance: Gold alloy has good anti electric corrosion ability. During long-term electrical connection and current transmission, Blue Conductive Slip Ring is not easily corroded by electrochemical action, thus maintaining good electrical performance. This enables the slip ring to work reliably and extend its service life even in complex electrical environments such as high humidity, high salinity, etc.

In terms of mechanical performance

Good wear resistance: After special processing, the gold alloy has high hardness and strength. In the rotating motion of the Blue Conductive Slip Ring, it can withstand the friction between the electric brush and the slip ring, and is not prone to wear. This not only ensures the electrical stability of the slip ring, but also reduces the pollution of debris generated by wear on the inside of the slip ring, improving the reliability and service life of the slip ring.

High flexibility: The gold alloy material has a certain degree of flexibility and can withstand the stress and deformation generated by the Blue Conductive Slip Ring during installation and operation to a certain extent, making it less prone to fracture or damage. This enables the slip ring to adapt to different installation environments and working conditions, improving its adaptability and stability.

Accurate dimensional accuracy: Gold alloy materials can be processed with high-precision techniques to manufacture slip ring components with extremely high dimensional accuracy. This is very important for ensuring the precision of the Blue Conductive Slip Ring's fit with other components, as well as achieving high-precision rotation and electrical transmission of the slip ring, which can meet the strict requirements of high-end equipment for slip ring accuracy.

In terms of chemical stability

Oxidation resistance: Gold alloys have strong oxidation resistance and are not easily oxidized in air, which can maintain surface smoothness and conductivity. This enables the Blue Conductive Slip Ring to operate stably under different environmental temperature and humidity conditions, without performance degradation due to oxidation.

Corrosion resistance: In addition to electrical corrosion resistance, gold alloys have good corrosion resistance to most chemical substances and can resist the erosion of acids, alkalis, salts, and other chemical substances. This enables the Blue Conductive Slip Ring to be used in harsh chemical environments such as chemical, marine, and other fields, improving the environmental adaptability of the slip ring.

Frontier Application Areas

Virtual Reality (VR) and Augmented Reality (AR)

The application of Blue Conductive Slip Ring is gradually increasing in virtual reality (VR) and augmented reality (AR) devices, especially playing a key role in solving the problem of cable constraints during device rotation. For example, the VR swivel chair and VR dynamic cinema system integrate the Blue Conductive Slip Ring to achieve the transmission of high-definition video signals and USB signals, supporting up to 4K@30Hz Video signal transmission. In addition, the Blue Conductive Slip Ring is also used in VR headsets to ensure stability and flexibility during rotation, thereby enhancing the user experience.

Medical robots

In the medical field, Blue Conductive Slip Ring is widely used in medical robots, such as cardiovascular and cerebrovascular surgery treatment robots. These robots need to integrate high-definition video and high-precision operation functions, and the Blue Conductive Slip Ring ensures the stability and accuracy of the robots during the surgical process by transmitting power and signals. In addition, the Blue Conductive Slip Ring is also used in large medical equipment such as CT scanners and MRI machines, supporting device rotation and data transmission.

Internet of Things (IoT) and smart homes

With the development of IoT technology, the application of Blue Conductive Slip Ring in smart homes and smart devices is gradually increasing. For example, in intelligent robots, automated cleaning equipment, and intelligent security systems, the Blue Conductive Slip Ring is used to solve the power and signal transmission problems during equipment rotation. This application not only improves the flexibility of the device, but also enhances the intelligence level of the system.

Common Faults

poor contact

Reason: There may be wear, contamination, or insufficient spring pressure between the electric brush and the slip ring, resulting in increased contact resistance and poor contact.

Performance: During device operation, there may be signal interruptions, current fluctuations, device malfunctions, and other situations, which can seriously cause the device to malfunction.

short circuit

Reason: Aging or damage of insulation materials, or foreign objects entering the slip ring, leading to a decrease in insulation performance between different channels and causing short circuit faults.

Performance: Abnormal increase in current in the circuit may cause fuses to melt, equipment to trip, and even damage electrical equipment.

Decreased insulation performance

Reason: Working in harsh environments such as high temperature, humidity, and dust for a long time, or due to quality issues with the insulation material itself, can gradually lead to a decline in insulation performance.

Performance: When conducting insulation resistance testing, if the insulation resistance value is lower than the specified standard, leakage may occur, posing a threat to equipment and personnel safety.

Signal interference

Reason: The electromagnetic shielding effect inside the slip ring is poor, or the external electromagnetic environment is complex, which can cause signal interference.

Performance: Signal transmission may experience distortion, increased noise, and data errors, which can affect the normal operation and control accuracy of the equipment.