0-250RPM Rotary Union with 21 Circuits slip ring connector for Rotary Dryers, Cranes and Hoists, Agricultural Sprayers

Rotary Union with 4 circuits 10 A + 16 signals + 1 shield (customizable)

Durable Construction: The housing is made from high-quality aluminum alloy, valued for its corrosion resistance and strength, ensuring long-term durability even in challenging environments. The contact material, composed of precious metals, guarantees excellent conductivity and wear resistance for reliable performance.

Customizable for Diverse Applications: This slip ring can be tailored to meet specific requirements, such as varying bore sizes, additional electrical circuits, or customized connector types. This flexibility ensures compatibility with a wide range of industrial systems, enhancing efficiency and functionality.

Integrated Electrical and Pneumatic Transmission: This slip ring seamlessly combines electrical circuits and pneumatic channels, enabling simultaneous transmission of power, signals, and compressed air. It is ideal for applications requiring multi-functional rotary connections, such as robotic arms, automated machinery, and packaging systems.

Typical Application:

Rotary Dryers: In rotary dryers, the slip ring ensures the continuous transfer of power and control signals to heating elements and monitoring sensors during rotation. Its pneumatic capability also supports airflow management, enabling efficient drying processes in industries like food processing, pharmaceuticals, and chemicals.

Rotary Evaporators: For rotary evaporators in laboratories, this slip ring allows the seamless transfer of electrical signals to heating systems and sensors while maintaining a compact design. The pneumatic passage supports vacuum operations, making it essential for efficient solvent recovery and sample preparation.

Cranes and Hoists: In cranes and hoists, the slip ring provides stable power and control signal transmission to motors and sensors in the rotating mechanism. Its robust design enhances load handling precision and ensures safe, uninterrupted operation in construction and industrial environments.

Specifications:

Drawing:

FAQ:

Q: What is the unique feature of this slip ring?

A: This slip ring integrates both electrical circuits and a pneumatic channel, allowing simultaneous transmission of power, signals, and compressed air. It is ideal for multifunctional systems like robotic arms and automated machinery.

Q: Can this slip ring be customized for specific needs?

A: Yes, this slip ring is highly customizable. Options include different bore sizes, additional circuits, specialized connectors, or unique housing designs to fit your application requirements.

Q: What applications are best suited for this slip ring?

A: This slip ring is ideal for sewing machines, rotary dryers, robotic arms, packaging systems, and other equipment that requires stable electrical and pneumatic transmission during rotation.

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.