FLM-P23-00

Amphenol ICC (Commercial Products)'s FLM-P23-00 revolutionizes Solid State Lighting Connectors for aerospace and defense applications. This lightweight yet rugged solution meets MIL-STD-810 standards while reducing aircraft weight for improved fuel efficiency.The Cable/Wire to Cable/Wire configuration supports both avionics data buses and power distribution networks. The modular design enables rapid reconfiguration for mission-specific equipment packages.Featuring Receptacle, Poke-In Wire technology, the interface maintains signal integrity despite intense electromagnetic interference. The hermetic sealing protects against altitude-induced corona discharge.With 2 position variants, the connector accommodates growing avionics complexity. Each position is individually filtered for EMI/RFI suppression.The Free Hanging (In-Line) installation withstands 15G crash loads while maintaining electrical continuity. The vibration-resistant design handles rotorcraft harmonic frequencies.Solder technology creates reliable connections that survive thermal cycling from -60 C to 125 C. The gas-tight joints prevent oxidation at high altitudes.The 0.110" (2.80mm) spacing incorporates arc tracking prevention for 600V flight systems. The optimized layout prevents contamination in dusty operating environments.The Latch Lock mechanism provides positive engagement feedback detectable through flight gloves. The anti-vibration design prevents loosening during turbulent flight conditions.The Black housing meets aircraft manufacturer color-coding standards. The non-reflective surface reduces visual signature for tactical applications.Optimized for 18 AWG, 20 AWG, 22 AWG aerospace wiring, the connector handles both 28V DC and 115V 400Hz AC power systems. The lightweight design reduces airframe weight without sacrificing reliability.The Copper Alloy formulation resists stress relaxation under constant vibration. The alloy maintains spring properties throughout the aircraft service life.Tin plating provides low-noise contact for sensitive radar and communication signals. The precious metal surface prevents fretting corrosion in vibrating environments.Constructed from Thermoplastic, the housing meets FAA flame/smoke/toxicity requirements. The material maintains dielectric strength in low-pressure environments.Certified for -40°C ~ 105°C operation, the connector performs reliably from ground operations to high-altitude flight. Thermal shock testing confirms performance through rapid decompression cycles.