Durable Pancake Slip Rings 6 Circuits 10A Signal Slip Ring Aluminum Alloy Housing

Pancake Slip Rings 6 circuits 10A 6 circuits signal:

Product Description:

Features:

• 6 circuits signal, capable of transmitting various signal types
• Ultra-thin design, space-saving
• High rotating speed, stable signal transmission
• Excellent performance, reliable and durable
• Customizable options to meet different needs
• Suitable for various industrial applications, widely used in medical, aerospace, automation, etc. industries.
• Can handle current up to 10A per circuit
• Suitable for high-power applications
• Available with various customization options
• Ideal for use in heavy-duty industrial environments.

Typical Application:

• Indexing Dividers: Pancake Slip Rings find application in indexing dividers for sorting and dividing purposes, providing power and signal transmission for precise indexing and rotation.

• Telescope Mounts: Pancake Slip Rings are employed in telescope mounts, enabling the rotation of telescopes while maintaining uninterrupted power and signal connections for celestial observation.

• Indexing Feeds: Pancake Slip Rings are utilized in indexing feeds for machinery such as lathes and milling machines, providing power and signal transmission for precise indexing and controlled feed rates.

Specifications:

Drawing for HP25-P0610-S06:

FAQ:

How are pancake slip rings different from traditional slip rings?

Pancake slip rings, also known as flat slip rings or platter slip rings, differ from traditional slip rings primarily in their design and form factor. Traditional slip rings are cylindrical in shape, whereas pancake slip rings have a flat, disk-like structure. This design allows pancake slip rings to be more compact and suitable for applications with limited vertical space.

What are the main components of a pancake slip ring?

A pancake slip ring typically consists of the following main components:

Rotor: The rotating part of the slip ring that connects to the rotating equipment or machinery.

Stator: The stationary part of the slip ring that remains fixed while the rotor rotates.

Conductive Rings: Metal rings mounted on the rotor or stator that provide electrical pathways for signal and power transmission.

Brushes: Carbon or metal brushes that maintain contact with the conductive rings, allowing for the transfer of electrical signals and power.

What materials are used in pancake slip rings?

The choice of materials for pancake slip rings depends on various factors, including the application requirements and environmental conditions. Common materials used for the conductive rings include precious metals like gold or silver, which offer good conductivity and resistance to oxidation. The brushes are typically made of carbon or metal alloys. The housing and other structural components can be made of materials such as aluminum, stainless steel, or engineering plastics, depending on factors like weight, durability, and cost.

Shenzhen Hiscience, linking the future of technology

Shenzhen Hiscience Co.,Ltd. (abbreviation: Hiscience) was established in 2011.

It is a professional slip ring manufacturer integrating independent research and development, production and sales. It is the only R&D department in the domestic slip ring industry composed of senior R&D teams in the three major fields of laser technology, communication industry and microwave devices. It is accurate, efficient and quick to respond to customers. meet customer needs with customized products and services.

The company's products strictly control the quality from design to mass production, and have a complete testing system. At the same time, a simulation testing platform is built according to different customer needs to ensure product consistency and reliability. The products win the trust of customers with their high quality and are widely used in civil and military fields such as engineering machinery, automation equipment, intelligent manufacturing, medical instruments, new energy wind power generation, aerospace, navigation and ships, security monitoring and so on.