Accurate quotation for electro‑optical slip rings requires mechanical, electrical, optical, rotation and environmental information. Undefined parameters can be marked TBC for preliminary evaluation. Drawings and fixed constraints help suppliers recommend proper configurations.
Fiber optic slip ring(FORJ) enables continuous optical signal transmission between static and rotating parts. It fits high‑bandwidth, anti‑EMI rotating systems. Opto‑electrical integrated versions support both optical and electrical transmission. Parameters including fiber type, wavelength, speed and working environment shall be confirmed for proper model selection.
They serve rotating devices for optical communication like radar, surveillance and robotics. Opto-electrical types support extra power and signal transmission.
Ambient conditions determine housing, sealing and IP grade. Inform temperature range, humidity, dust and vibration for proper model selection.
Offer installation space, mounting way, dimensions, cable layout and drawings. Custom structures need evaluation before design confirmation.
Rotation speed and duty cycle affect slip ring selection. Specify speed, rotation mode and lifespan requirements to check model specifications.
Supply circuit quantity, voltage, current, signal type and special shielding/isolation requirements for optical-electrical slip ring configuration.
Optical-electrical slip rings integrate optical transmission and electrical circuits. Supply optical channels and electrical parameters for technical assessment.
Key optical parameters include insertion loss, return loss, optical crosstalk and max optical power. Match your requirements with the datasheet of the selected model.
Connector types vary by model, including FC, LC, SC, ST with PC/APC end-face. Specify connector, end-face polish and routing constraints for confirmation.
