1428960000

The 1428960000 from Weidmüller represents a premium solution in Heavy Duty Connectors - Frames, engineered for robust connectivity in harsh environments. This high-performance frame delivers exceptional mechanical stability while maintaining signal integrity across demanding industrial applications. With its advanced design, the 1428960000 ensures reliable data transmission even in extreme operating conditions.Featuring 3 modular configurations, this connector frame offers unparalleled flexibility for system designers requiring scalable solutions. When compared to standard frames, the multiple module options enable optimized space utilization while maintaining consistent impedance characteristics.Available in Female/Male variants, the connector system provides comprehensive mating options for diverse installation scenarios. The precision-engineered contacts ensure low insertion loss and high mating cycle durability, critical for mission-critical applications.The 4 dimension profile makes this frame ideal for space-constrained installations without compromising current-carrying capacity. Its compact footprint enables high-density packaging while meeting stringent EMI shielding requirements.The Fixing Frame construction demonstrates {Manufacturer}'s expertise in mechanical design, offering superior vibration resistance and thermal management properties. This design approach significantly reduces microphonic effects in sensitive measurement systems.Crafted from Zinc Die Cast, the frame achieves an optimal balance between structural rigidity and weight considerations. The material selection process focused on achieving superior corrosion resistance while maintaining excellent dielectric properties.The Silver finish not only provides professional aesthetics but also incorporates UV-resistant properties for outdoor applications. The surface treatment enhances both durability and identification in complex wiring systems.Rated for -40°C ~ 125°C, this connector frame maintains stable electrical characteristics across extreme thermal gradients. The wide temperature range capability ensures reliable operation in both Arctic and desert environments.