High Current Slip Rings Mercury Slip Rings 1 circuits 50A

Product Description:

Features:

• High Current Transmission Capability: This Mercury Slip Rings is designed to handle a rated current of 50A, enabling reliable transmission of high currents to meet demanding power requirements.

• Low Resistance: Utilizing liquid metal (mercury) as the conductive medium, it boasts extremely low electrical resistance, resulting in minimal power loss and heat generation.

• Compliance with Safety Standards: The slip ring adheres to relevant safety standards and regulations to ensure safe and reliable operation.

Typical Application:

• Oil and gas industry: These slip rings are employed in the oil and gas industry for transmitting power and signals in rotating equipment like drilling rigs and offshore platforms.

• Elevators and escalators: Mercury Slip Rings play a crucial role in elevators and escalators, enabling the transmission of power and signals between the stationary and moving parts.

• Robotic arms: These slip rings are commonly used in robotic arm systems, allowing for the transmission of power and signals during precise movements and operations.

Specifications:

Drawing for HSLP0150:

FAQ:

Are Mercury Slip Rings suitable for continuous rotation?

Yes, Mercury Slip Rings are designed for continuous rotation. They are engineered to provide reliable power and signal transmission even during prolonged periods of rotation.

Can Mercury Slip Rings handle both low-level and high-level signals?

Yes, Mercury Slip Rings can handle both low-level and high-level signals. They are designed to maintain signal integrity across a wide range of amplitudes and frequencies.

What is the typical response time for customizing Mercury Slip Rings?

The response time for customizing Mercury Slip Rings can vary depending on factors such as the complexity of the requirements, engineering and design considerations, and manufacturing lead times. It is best to consult with the manufacturer to determine the specific timeline for customization.