IP40 Waterproof Capsule Slip Rings Eight Circuits 2A 0 - 300RPM Working Speed

Capsule Slip Rings 8 circuits 2A
 
Product Description:
 

Features:

• Eight circuits: The Capsule Slip Rings features eight circuits, providing ample pathways for the transmission of signals and power.

• 2A Rated Current: With a rated current of 2A per circuit, this slip ring can handle a substantial electrical load, ensuring reliable power transmission.

• Efficient Signal Transmission: The slip ring ensures efficient signal transmission, allowing for the smooth transfer of high-frequency or data-intensive signals without degradation.

Typical Application:

• Military Equipment: They find applications in military equipment, including radars, communication systems, and surveillance equipment, for reliable signal and power transmission during rotation.

• Test and Measurement Equipment: Capsule Slip Ring are utilized in test and measurement equipment to enable rotation while transmitting signals and power to sensors and devices.

• Semiconductor Manufacturing: They are employed in semiconductor manufacturing equipment, enabling rotation while transmitting signals and power to process chambers and robotics.

 
Specifications:
 

 
 
 
 
 
 
 
 
 
 
 
 
 
Drawing for HC15408-A01(HS00080001):
 

                                                    
 
FAQ:
 

Can Capsule Slip Rings be used in explosive environments?

Capsule Slip Rings can be designed to meet the requirements of explosive environments, with options for explosion-proof and intrinsically safe designs that prevent the ignition of hazardous substances.

Are Capsule Slip Rings compatible with different communication protocols?

Yes, Capsule Slip Rings can be compatible with various communication protocols such as Ethernet, Profibus, CAN bus, and others, allowing for seamless integration into diverse systems.

How do I install Capsule Slip Rings ?

Capsule Slip Rings are typically installed by attaching them to the rotating component and connecting the stationary part to the electrical system using appropriate connectors.