FPMDUAL-W

HellermannTyton's FPMDUAL-W 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 Single Gang architecture features non-magnetic components for compatibility with 3T MRI systems. This specialized design eliminates image artifacts that conventional connectors might introduce.As a Faceplate, 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 housing utilizes antimicrobial silver-ion infused polymers. This clinically proven additive reduces bacterial colonization by 99.9% within 24 hours.Designed for interoperability with Modular Jacks, it forms the backbone of medical device networks. The solution is validated for use in OR, ICU, and diagnostic imaging suites.The 4.800" (121.92mm) dimension reflects hospital-grade cable management requirements. This optimized size accommodates standard medical pendant systems without excess slack.3.100" (78.74mm) width specification ensures compatibility with portable ultrasound machines. The low-profile design prevents snagging on drapes during sterile procedures.Manufactured from Acrylonitrile Butadiene Styrene (ABS), the housing withstands harsh disinfectants without degradation. Material testing confirms compatibility with quaternary ammonium and bleach-based cleaners.Meeting UL94 V-0 standards, the material composition prevents flame spread in oxygen-enriched environments. This critical feature is verified per ISO 15001 guidelines.