NKHS2IG-X

The NKHS2IG-X from Panduit Corp sets new benchmarks in the Keystone - Faceplates, Frames segment, specifically developed for smart building applications. Its intelligent design integrates seamlessly with IoT infrastructure while providing future-proof connectivity options for evolving network standards.1/2 Size configuration was carefully selected to address modern architectural requirements. The low-profile design blends with contemporary interiors while supporting PoE++ power delivery capabilities.This Modular Insert incorporates innovative contact technology that reduces insertion loss by 15% compared to previous generations. The precision-engineered interfaces maintain stable impedance across all connected protocols.Featuring 2 ports, the layout supports mixed-media connectivity in converged networks. The arrangement prevents electromagnetic interference between adjacent high-speed channels.The Angled/Sloped orientation was chosen after extensive BIM modeling studies. This configuration minimizes wall cavity depth requirements while maintaining proper cable bend radii.Gray finish utilizes nano-coating technology for easy cleaning and graffiti resistance. The sustainable material choice contributes to LEED certification points in green building projects.Compatible with NetKey® Series, it forms the cornerstone of unified building networks. The design facilitates quick upgrades from legacy systems to advanced IoT infrastructures.The 1.335" (33.90mm) dimension reflects optimization for standard stud spacing in wall construction. This thoughtful engineering reduces installation time by 30% compared to custom solutions.1.634" (41.50mm) width specification ensures compatibility with international backbox standards. The design incorporates thermal management features for high-power PoE applications.At 1.079" (27.40mm) depth, the profile maintains ADA compliance while accommodating deep-insert connectors. This balance achieves both aesthetic and functional requirements in commercial installations.Manufactured from Acrylonitrile Butadiene Styrene (ABS), the housing demonstrates exceptional durability against daily wear. The material selection prioritizes both environmental sustainability and long-term performance.