1061153100

Molex presents the 1061153100, a breakthrough in Fiber Optic Connectors - Adapters designed for extreme environment industrial IoT applications. This ruggedized fiber optic solution withstands the harshest conditions while maintaining G.657.A2 bend-insensitive fiber performance.Configured as a Coupler, this industrial-grade adapter incorporates self-cleaning connector interfaces that prevent particulate buildup in cement plant monitoring systems with heavy dust loads.The LC Receptacle connection utilizes hermetically sealed feedthroughs that maintain <0.5dB loss after 500 thermal shock cycles (-55 C to +125 C) in oil refinery SCADA networks.Conversion to LC Receptacle features corrosion-resistant beryllium copper springs that maintain constant mating force in offshore wind turbine monitoring systems with salt spray exposure.The Duplex design supports redundant fiber paths with <10ns failover switching, critical for uninterrupted operation in autonomous mining vehicle control systems.Optimized for Singlemode/Multimode operation, the adapter's expanded beam technology reduces sensitivity to contamination in underground coal mine gas monitoring systems.Built for Panel Mount, Flange (2 Hole) installation, the adapter's zinc die-cast frame withstands 50G mechanical shock loads, meeting EN 60068-2-27 specifications for railway signaling equipment.The Zinc Die Cast enclosure provides IP69K protection against high-pressure washdowns in food processing plants, with NSF-approved material composition.Featuring Zirconia technology, the contact surfaces maintain <0.2dB loss variation during continuous vibration (10-2000Hz) in earthquake monitoring seismic arrays.The 45° Angle, Dust Cap, Shielded, Shutter include intrinsically safe designs certified for Class I Division 2 hazardous locations, enabling use in petrochemical processing facilities with explosive atmospheres.The Blue housing incorporates UV-stabilized pigments that resist fading after 10,000 hours of direct sunlight exposure in desert solar farm installations.