2106112-2

Designed for industrial automation systems, TE Connectivity AMP Connectors's 2106112-2 delivers unmatched reliability in Solid State Lighting Connectors. This robust solution integrates seamlessly with Industry 4.0 architectures, featuring IIoT-ready connectivity and predictive maintenance capabilities.The Board to Cable/Wire configuration supports both control signal transmission and power distribution in unified packaging. Modular expansion capabilities allow incremental system upgrades without complete harness replacement.Header, Male Pins technology enables tool-less field servicing with color-coded mating indicators. The hot-swappable design minimizes production downtime during component replacement.Available in 2 position variants, the connector accommodates growing I/O requirements as automation systems scale. Position-specific keying prevents incorrect module installation.The Through Hole installation withstands continuous vibration up to 5G RMS in robotic workcells. The low-profile design clears safety guarding requirements while maintaining service accessibility.Solder technology ensures gas-tight connections resistant to chemical exposure in manufacturing environments. The solderless design eliminates heat-induced insulation damage during installation.The 0.138" (3.50mm) spacing accommodates shielded cables while maintaining creepage/clearance requirements for 600V industrial equipment. The optimized layout prevents contamination trapping.The Latch Lock mechanism provides positive engagement even when wearing industrial gloves. The vibration-proof design maintains connection integrity in high-shock environments.Board Lock include integrated diagnostic ports for condition monitoring. The smart connector design enables predictive maintenance through embedded wear sensors.The Black housing incorporates laser-markable surfaces for permanent circuit identification. High-contrast coloring improves visibility in poorly lit industrial settings.The Brass contacts demonstrate 100,000+ mating cycle durability in dusty environments. Special alloy formulation resists arc erosion in inductive load switching applications.Tin plating maintains <10m contact resistance despite exposure to cutting fluids and coolants. The selective plating process optimizes precious metal usage.Constructed from Liquid Crystal Polymer (LCP), the housing resists degradation from oils and solvents common in factory environments. The material's CTE matches metal backshells to prevent seal degradation.Rated for -40°C ~ 105°C operation, the connector performs reliably near heat-treating ovens or refrigerated storage areas. Thermal shock testing confirms performance through rapid temperature transitions.