2 Circuits with 10A Power & 2A Signal Current for reliable power and signal transmission
Ultra-thin design for space-saving installation
Working speed up to 120rpm for a wide range of applications
Electrical noise ≤70mΩ@15rpm, ensuring stable signal quality
FR-4 for durability and light weight
Medical Equipment: Pancake slip rings are ideal for use in medical devices such as MRI machines, CT scanners, and robotic surgery systems. These applications require stable transmission of both power and signal between stationary and rotating parts, facilitating smooth operation and precise diagnostics.
CCTV Systems: Used in pan-tilt-zoom (PTZ) cameras within CCTV systems, the pancake slip ring allows for continuous rotation, ensuring uninterrupted surveillance coverage and improved security without cable entanglements.
Industrial Automation: In industrial machinery, pancake slip rings are used to transmit power and control signals in rotating equipment, such as automated assembly lines and robotic arms. The slip rings ensure reliable and seamless operation with minimal maintenance.
Power & Current | 2Circuits*10A |
Signal & Current | 2Circuits*2A |
Rating Voltage | 0-24VAC/VDC |
Dielectric Strength | ≥100V@50Hz |
Insulation Resistance | 50MQ@100VDC |
Electrical Noise | ≤70mΩ@15rpm |
Working Speed | 0~120rpm |
Contact Material | Precious Metal |
Housing Material | FR-4 |
Working Temperature | -40*C~+60°C |
Q: How is the electrical noise level of this slip ring?
A: This pancake slip ring has a low electrical noise level of ≤70mΩ @ 15rpm, suitable for high-precision applications, ensuring stable signal transmission.
Q: What is the insulation performance of the slip ring?
A: The slip ring offers excellent insulation performance, with an insulation resistance of 50MΩ @ 100VDC, effectively preventing short circuits and signal interference.
Q: In which industries can this slip ring be used?
A: This pancake slip ring is widely applicable in industrial automation, robotics, medical equipment, CCTV systems, and precision instrumentation, meeting various high-precision and high-reliability demands.