Fiber Optic Outdoor Cable Assemblies AARC match with ODC-4 Fiber Socket
Features
• Robust fiber-optic connector for 2 and 4 channels with screwed mating mechanism
• IP68 protection, salt-mist proof, and EMI protection
• High shock, vibration, and mechanical resistance
• Broad temperature range and wide range of indoor and outdoor cables
• Easy, reliable and cost-effective installation
Applications
Fiber-to-the-Antenna (FTTA)
Latest and next-generation mobile communication systems(GSM, UMTS, CMDA2000, TD-SCDMA, WiMAX, LTE,etc.) deploy fiber-optic feeders to link the base station with the remote unit at the antenna mast.
Automation and industrial cabling
AARC provides highest reliability and operating safety. The ruggedized design provides highest mechanical and thermal robustness which keeps the data lines alive even in case of
shock, strongest vibration, or accidental misuse.
Surveillance systems
Security camera manufacturers choose AARC connectors for its compact size and robust design. AARC assemblies are easy to install even in areas difficult to access and provide highest installation safety.
Naval and ship building
The high corrosion resistance convinced both naval and civil ship builders to use AARC assemblies for on-board communication systems. The nickel plated connectors withstand humid and salty environments and guarantee life times of 20 years and beyond.
Broadcast
offers a range of mobile cabling systems and AARC assemblies for temporary cable installations
required for the broadcasting of sport events, car racing, etc.and for temporary connections in case of natural hazards.
Specifications
1.AARC-2, AARC-4 channels can select
2. UL OFNR or OFNP rated cables available
3.Waterproof, dust proof and corrosion resistan
DYS-Fiber fiber optic products for harsh environment are designed to withstand severe mechanical loads, high thermal exposure, and demanding environments like rain, salt and splash water.
AARC harsh environment cable assemblies are installation-friendly for fixed or mobile applications and transmit reliably data over long distances under severe environmental conditions.
