Mercury Slip Rings Liquid metal slip rings 1 circuits 10A

Features:

High Current Transmission Capability: The design of the mercury slip ring enables it to handle a rated current of 10A, allowing for reliable transmission of high currents to meet various power requirements.

Low Resistance: By utilizing liquid metal (mercury) as the conductive medium, it exhibits extremely low electrical resistance, effectively reducing energy loss and heat generation.

Stable Signal Transmission: The mercury slip ring ensures stable signal transmission, providing consistent and reliable connectivity for signal-based applications.

Typical Application:

Robotics: Mercury Slip Rings are widely used in robotic systems for transmitting power and signals between the stationary and rotating parts of the robots.

Wind turbines: These slip rings enable the transfer of power and signals in wind turbine generators, facilitating efficient energy production.

Packaging machinery: Mercury Slip Rings are employed in packaging equipment to transmit power and signals for seamless operation and control.

Specifications:

Drawing for HSLP0110:

FAQ:

Q: What are Mercury Slip Rings?

A: Mercury Slip Rings are devices used for transmitting power and signals between stationary and rotating components in various applications. They utilize liquid mercury to ensure efficient and reliable transmission.

Q: How do Mercury Slip Rings work?

A: Mercury Slip Rings work by utilizing the conductive properties of liquid mercury. As the slip ring rotates, the liquid metal forms a continuous electrical connection between the stationary and rotating parts, allowing for power and signal transmission.

Q: Are Mercury Slip Rings safe?

A: When properly designed and installed, Mercury Slip Rings are safe to use. They feature containment systems to prevent mercury leakage, and precautions are taken to ensure the slip ring operates within safe operating conditions.