Separate Slip Rings 6 circuits 10A
Product Description:
Features:
Typical Application:
Specifications:
Mechanical Parameter | |
Circuits | 6 |
Rotating speed | 250RPM |
Working temperature | -40℃~80℃ |
Working Humidity | 0~85%RH |
Contact Material | Precious Metal:Gold-Gold |
Electrical & Electronics | |||
spec | power | signal | |
voltage range | 0~250 VAC/VDC | 0~250 VAC/VDC | |
Insulation Resistance | ≥1000M /500VDC | ≥1000M /500VDC | |
Lead Wire Size | AWG30#Teflon Insulated | AWG30#Teflon Insulated | |
Lead Length | Standard150mm(can be customized) | ||
Dielectric Strength |
300VAC@50Hz,60s | ||
Dynamic Contact Resistance | ≤0.01Ω |
Drawing for HLS010-06:
FAQ:
What are Separate Slip Rings?
Separate Slip Rings are electromechanical devices that enable the transmission of power, signals, and data between stationary and rotating parts of a system.
How do Separate Slip Rings work?
Separate Slip Rings consist of brushes and rings that allow electrical connections to be maintained while enabling rotation. The brushes make contact with the rings, ensuring the transfer of power and signals.
What are the key advantages of Separate Slip Rings?
The advantages of Separate Slip Rings include the ability to transmit multiple signals simultaneously, independent circuit operation, smooth rotation, and low electrical noise.