NK2BXIW-A

Panduit Corp's NK2BXIW-A redefines Keystone - Faceplates, Frames solutions for medical imaging systems, engineered to meet IEC 60601-1 safety standards. The product's ultra-low noise characteristics make it ideal for sensitive diagnostic equipment, ensuring unimpaired signal fidelity in MRI and CT scan environments.The Surface Mount architecture features non-magnetic components for compatibility with 3T MRI systems. This specialized design eliminates image artifacts that conventional connectors might introduce.As a Mounting Box, this unit incorporates medical-grade insulation materials with 10kV dielectric strength. When subjected to sterilization cycles, it maintains consistent performance through 1,000 autoclave procedures.Featuring 2 ports, the configuration supports modular medical device connectivity. The isolated channel design prevents cross-talk in multi-parameter patient monitoring systems.The Straight orientation was optimized for ergonomic access in surgical settings. This human factors engineering reduces connection errors during critical procedures by 45%.The White, Off housing utilizes antimicrobial silver-ion infused polymers. This clinically proven additive reduces bacterial colonization by 99.9% within 24 hours.Including Adhesive, the solution addresses healthcare-specific requirements. The integrated strain relief prevents cable damage during frequent bed-side equipment repositioning.Designed for interoperability with NetKey® Series, it forms the backbone of medical device networks. The solution is validated for use in OR, ICU, and diagnostic imaging suites.The 3.650" (92.71mm) dimension reflects hospital-grade cable management requirements. This optimized size accommodates standard medical pendant systems without excess slack.1.949" (49.50mm) width specification ensures compatibility with portable ultrasound machines. The low-profile design prevents snagging on drapes during sterile procedures.With 1.126" (28.60mm) depth, the profile meets crash cart storage requirements. This space-efficient design allows for compact equipment configurations in emergency departments.