Fiber Optic Rotary Joint with 2 channels MM FORJs for Medical Equipment
Fiber Optic Rotary Joint with 2 channels MM FORJs for Medical Equipment
ECN000-02F-5281 is CENO Fiber Optic Rotary Joint with 2 channels MM fiber type equipped in seat frame for medical equipment. Fiber optic rotary joint also called fiber optic slip ring that provides the best solution for data transmission of rotary connection system. It is suitable for applications where large data or signal need to be transmitted from the static device to the rotating position during continuous or intermittent rotation. For more information please contact us.
Features
- Non- contact technology
- 1 to 22 channels are available
- Can integrate kinds or electric power or signal and data
- Install easy & Free maintenance
Applications
- Security camera
- Opto electronic pod
- Aerospace
- Radar
- Medical equipment
Optional
- Channels and connector
- Fiber type and Wavelength
- Cable size & length
- Working speed
- Working speed & temperature
Specification
|
ECN000-02F-5281 |
Specification |
| Fiber type | MM (50/125um ) |
| Fiber channel | 2 channels |
| Wavelength | 850/1300nm |
| Insertion loss | ≤3.5dB |
| Return Loss | ≥40dB |
| Connector | LC / LC |
| Cable Type | As customized |
| Cable length | As customized |
Outline drawing
CENO Power/Signal + Fiber Opticrotary joint product series
Integrated slip ring is CENO non-standard series.POWER/SIGNAL + FIBER OPTIC ROTARY JOINT design according to special application, to integrates the current, signal circuits and optical fiber joint. Its current could up to several hundred amperes and its signal could cover all kind of signal type base on relevant application. Optical fiber joint include sigell-mode and multimode with diverious channel from signal channel to dozens of channel. This kind of integrated slipring gets well performance and various function, then it is widely used in option electric crane.
Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.

