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What are the application cases of cap-type conductive slip rings?
1.What are the application cases of cap-type conductive slip rings?Hat-type conductive slip ring, as the name suggests, is a slip ring that looks like a hat. It is mainly composed of an inner ring and an outer ring. It has a compact design and small size, making it very convenient to install. The cap-type slip ring has an outer flange, which is mainly installed with the customer's equipment through the fixing holes on the flange. It usually adopts a structure in which the outer layer is fixed and the inner shaft rotates.
2.Cap type conductive slip rings play an important role in many devices and systems that require rotation to transmit electrical energy, signals or data. Some typical application cases include:
Wind turbine: Hat-type conductive slip rings are used to transmit the electrical energy generated inside the generator to a stationary external system in order to output the electrical energy to the grid.
Medical Equipment: In medical imaging equipment, such as CT scanners and MRI equipment, cap-type conductive slip rings are used to transmit image data obtained from rotating components.
Broadcasting equipment: In rotating antenna systems, cap-type conductive slip rings are used to transmit radio signals, ensuring the continuity and stability of the antenna.
Container crane: used to transmit control and power signals to ensure continuous power supply and monitoring of equipment status when the equipment is operating.
Industrial automation equipment: In large robotic arms and industrial automation equipment, cap-type conductive slip rings can be used to transmit power and control signals, allowing the equipment to remain connected during rotational motion.
Spacecraft: In the rotating joints of spacecraft, electrical capsule slip ring are used to transmit power and data, supporting communication and power supply needs between various parts of the spacecraft.
These are some common application cases of cap-type conductive slip rings, illustrating their important role in various rotating equipment and systems.
