FPMIFD-I

HellermannTyton's FPMIFD-I represents the next generation of Keystone - Faceplates, Frames solutions, optimized for industrial automation systems. The product's ruggedized design withstands harsh environments while maintaining consistent electrical performance, making it indispensable for Industry 4.0 implementations.Engineered as a Modular Insert, this component features gold-plated contacts that ensure reliable connectivity. When subjected to vibration testing, it maintains continuous operation beyond 10 million insertion cycles.2 strategically positioned ports enable efficient cable routing in control panels. The layout minimizes cross-talk interference, crucial for maintaining signal integrity in sensitive automation networks.Straight configuration was selected after extensive ergonomic studies in field applications. This orientation reduces installer fatigue during high-volume termination procedures.The Ivory finish incorporates anti-microbial additives for hygienic-sensitive environments. This specialized coating inhibits bacterial growth while resisting chemical cleaners in medical or food processing facilities.Designed for interoperability with Modular Jacks, it forms the backbone of reliable industrial communication systems. The patented locking mechanism ensures vibration-proof connections in mobile equipment applications.The 1.969" (50.00mm) dimensional specification adheres to DIN rail mounting requirements. This precise engineering allows for tool-less installation in control cabinets with limited access space.0.925" (23.50mm) width measurement reflects optimization for high-density industrial panels. The design incorporates cooling channels that prevent heat buildup in continuously operated machinery.With 0.413" (10.50mm) depth, the profile accommodates shielded connectors without compromising enclosure ratings. This shallow design maintains IP67 protection when used with proper gaskets.The Acrylonitrile Butadiene Styrene (ABS) construction provides exceptional resistance to oils and solvents. Material testing confirms operation across -40 C to 85 C without degradation of mechanical properties.