Durable 380V High Voltage Slip Rings Manufacturers High Current Capacity

Through Bore Slip Rings 12 circuits 5 A 16 circuits signal 2 circuits shielded Hole Size 12.7mm

Product Description:

Features:

• High Current Capacity: With 12 circuits rated at 5 A, these Through Bore Slip Rings offer a robust current carrying capacity, allowing for the transmission of higher power loads.

• Signal Transmission: The 16 circuits dedicated for signal transmission ensure reliable and efficient transfer of control signals, data, and communication between rotating and stationary parts.

• Shielded Circuits: The 2 shielded circuits provide enhanced protection against electromagnetic interference (EMI) and ensure the integrity of sensitive signals, reducing the risk of signal degradation or loss.

Typical Application:

• Research and Development: Through Bore Slip Rings are used in research and development environments, enabling power and signal transmission for experimental setups, test rigs, and prototype systems.

• Food Processing Equipment: These slip rings find applications in food processing equipment, allowing power and signal transmission to rotating mixers, conveyors, and packaging machines.

• Textile Machinery: Through Bore Slip Rings are employed in textile machinery for applications such as spinning, weaving, and fabric processing, enabling power and signal transmission to rotating components.

Specifications:

Drawing for HT1256-P1205-S16-G02:

FAQ:

What is the maximum current rating for the slip rings?

The slip rings have a maximum current rating of 5 A for the 12 circuits.

Can the slip rings transmit both power and signals?

Yes, these slip rings are designed to transmit both power and signals. The 12 circuits are dedicated for power transmission, while the 16 circuits are dedicated for signal transmission.

What is the purpose of the shielded circuits?

The shielded circuits provide protection against electromagnetic interference (EMI) to ensure the integrity of sensitive signals, minimizing the risk of signal degradation or loss.