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Certification : ISO 9001:2015, CE, RoHS
Operating Temperature : -30°C to +80°C
Place of Origin : Guangdong, China
Model Number : CBSR-MC-48
Delivery Time : 5-7 working days for stock, 20-30 days for production
Rated Current : 2A per circuit (standard)
Architecture : Modular Stackable Disc
Signal Types Supported : Power, Analog, Digital, CAN Bus, RS-232, RS-485
Dielectric Strength : 500V AC @ 60Hz (between circuits)
Operating Speed : 0-250 RPM
MOQ : 1 Piece
Contact Material : Gold-on-Gold
Insulation Resistance : 500MΩ @ 500VDC
IP Rating : IP54
Packaging Details : Multi-layer foam insert with individual circuit protection, reinforced export-grade corrugated carton
Electrical Noise : ≤15mΩ
Payment Terms : T/T, L/C, Western Union
Number of Circuits : 48
Wire Gauge Options : AWG 22-28 (circuit-dependent)
Supply Ability : 2000 Pieces per Month
Rated Voltage : 240V AC/DC per circuit
Brand Name : CENO
Housing Material : Aluminum Alloy
Price : USD 350-1200 / Piece
The CBSR-MC-48 multi-circuit conductive slip ring delivers exceptional channel density with 48 independent 2A circuits in a single modular assembly. Built on a stackable disc architecture, this rotary joint allows circuit count expansion and supports mixed signal types — including power, analog, digital, CAN Bus, RS-232, and RS-485 — making it the ultimate solution for complex automation systems requiring numerous simultaneous rotating electrical connections.
Purpose-designed for multi-station rotary index tables, complex robotic workcell end-of-arm tooling, automated packaging lines, semiconductor wafer handling equipment, printing press rotary unions, medical CT scanner gantries, and any automation system demanding high-density rotating electrical connectivity with mixed signal types.
| Parameter | Value |
| Total Circuits | 48 |
| Current per Circuit | 2A |
| Signal Types | Power/Analog/Digital/Bus |
| Architecture | Modular Stackable Disc |
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Multi Circuit Conductive Slip Ring 48 Channels 2A Modular Stackable Design Mixed Signal Rotary Joint for Automation Images |