BFO16C

BFO16C

BFO16C is a fiber optical rotary joint with 16 channels,the OD of C type is 67mm which is available for 2 channels to 20 channels,supports single mode and multi mold, provide reliable optical transmission across rotating interfaces.This model offer low insertion loss,low crosstalk,high data rates,lifetime up to 100 million revs.

Parameters Values
No. Of Channels 16 channels (available from 2 channels to 20 channels)
Wavelength range 850-1300nm for MM/1310-1550nm for SM
Insertion loss <5dB(typical:2-3dB)
Insertion loss ripple ±0.5 to 1 dB
Return loss >45dB
Crosstalk >50dB(typical:63dB)
Maximum speed 500 rpm
Working temperature -40 to 65℃
Storage temperature -45 to 75℃
Housing material Stainless steel
Fiber type 9/125μm , 50/125μm or 62.5/125μm
Connector FC, ST, SC or LC
Estimated life cycle 100 million circles(depending on speed, environmental conditions)
IP rating IP51 to IP 65
BFO16C is a fiber optical rotary joint with 16 channels,the OD of C type is 67mm which is available for 2 channels to 20 channels,supports single mode and multi mold, provide reliable optical transmission across rotating interfaces.This model offer low insertion loss,low crosstalk,high data rates,lifetime up to 100 million revs. Parameters likes number of channel,single mode or multi mode,optic fiber wavelength,connector,IP grade may be specified base on customer requirement.

  • Low Insertion Loss
  • High Return Loss
  • Wide Operating Wavelength Range
  • High Data Rate Capability
  • Low Crosstalk
  • Compact and Lightweight Design
  • Durable Construction
  • Long Operational Life
  • Low Maintenance
  • Compatibility with Different Fiber Type
  • Seamless Integration
  • Customization Configurations
  • Number of channel
  • Single mode or multi mode
  • IP grade
  • Connector
  • Optic fiber wavelength
  • Support to integrate with electrical slip ring
  • Wind turbine
  • Radar Systems
  • Medical Imaging
  • Military Systems
  • Telecommunications
  • Underwater Vehicles
  • Aerospace and Aviation
  • Robotics and Automation
  • Broadcasting and Surveillance
  • Satellite Communication Systems