1 channel Fiber Optical Rotary Joint with pedestal working speed 30rpm
ECN000-02P1-01F is a fiber optic rotary joint also named FORJ from CENO electronics, the FORJ is fixed on the pedestal with screws in this slip ring assembly. There are 2 circuits for 3A Power and 1 channel fiber optic signal, the fiber optic signal is divided into single mode and multi mode and the channel number is optional from 1 to 50 channels. Working speed can reach 2000rpm as customers’ request. Non-contact technology is the advantage of this series of rotary joints, mainly apply to the wind power generator, security camera, medical equipment or Aerospace etc.
Specification
ECN000-02P1-01F | Specification |
Current & Circuits | 2 * 3A, 1 * Fiber optic |
Rating Voltage | 0~300 VAC/VDC |
Dielectric strength | ≥1000VAC@50Hz |
Isolation resistance | ≥300MQ@300VDC |
Electrical noise | ≤70mΩ (60rpm) |
Lead wire size | AWG22#Tin coated Teflon UL |
Operating speed | 0~30rpm |
Contact material | Precious metals |
Housing material | Aluminum alloy |
Working temperature | -20°C~+60°C |
Working humidity | 60%(20°C) |
IP protection grade | IP54 |
Features
Applications
Optional
Outline drawing
Our Service
1. Reply inquiry in 24 hours.
2. Please kindly inform us which items you are interested & the reasonable price will be provided you upon receipt of your new inquiry ASAP.
3. Answer your question detailed.
4. Solved the problem with you during using our products.
5. Samples will be offered to you for our future cooperation.
Why with CENO
CENO is one technologically company in slip ring field who engages research and development,manufacturing and sales.We have advanced equipment and high precision test instruments to ensure products quality and reliable performance.Facility area covers 3000 square meters and located in Shenzhen China.
Certification
ISO9001,CE,RoHS,UL,Explosion-proof
CENO Advantage
Member in engineering team have more than 10 years experience in slip ring's field.Operators work on critical procedure are all qualified by internal training.