0-240V High Voltage Slip Ring Capsule 24 Circuits 2A IP40 Protection

Capsule Slip Rings 24 Circuits 2A

Product Description:

Features

• Multi-Circuits: With 24 independent circuits, the slip ring provides plenty of capacity for signal or power transmission.
• 2A Current Rating: Rated at 2A per circuit, the slip ring handles moderate current requirements and ensures reliable power transmission.
• High Signal Integrity: It ensures high quality signal transmission, maintaining signal integrity and minimising signal distortion or interference.

Typical Application

• Motion Control Systems: Capsule Slip Rings are utilized in motion control systems to transfer signals and power to rotating motors, encoders, and sensors.
• Indexing Turntables: They are employed in indexing turntables for assembly lines or material sorting systems to transfer signals and power as the turntable rotates.
• Inspection and Testing Equipment: Capsule Slip Rings find application in inspection and testing equipment, such as automated inspection machines, to transmit signals from rotating sensors or probes to stationary analysis systems.
• Communication Systems: They are used in communication systems, such as satellite ground stations, to transmit signals between the rotating dish antenna and the stationary equipment.

Specifications:

Drawing for HC39624-B01:

FAQ:

Can a Capsule Slip Ring transmit high-speed signals?

Yes, Capsule Slip Rings can transmit high-speed signals depending on their design, materials, and construction. It is important to choose a slip ring with suitable specifications for high-speed signal transmission.

Are Capsule Slip Rings suitable for high-temperature applications?

Some Capsule Slip Rings are designed to withstand high temperatures and are suitable for use in applications that require operation in elevated temperature environments.

Can a Capsule Slip Ring be used in underwater applications?

Yes, there are designed for underwater applications, such as marine research, underwater robotics, and offshore equipment.