Cable assembly WINSTA ® MIDI rated current 16 A The WINSTA ® MIDI cable assembly with protection against mismating is the pluggable solution for your use in control cabinets, for lighting connections or on PCBs. WAGO pluggable installation connectors are useful when criteria repeat or are distributed on a specified grid, for example for installing grid lighting or flush-mount lighting. The coding options reduce installation errors, allowing fast, maintenance-free wiring of all components. The pluggable installation connector is protected against ingress by solid objects in accordance with protection type IP20 (When mated: IP2xC (These compact connectors are not designed for use in open, easily accessible areas!)). WINSTA ® MIDI pluggable installation connectors with P coding allow proper realization of an uninterruptible power supply (UPS). Our WINSTA ® MIDI product line achieves total flexibility for the installation. With its Push-in CAGE CLAMP® spring pressure connection technology, it ensures error-free, time-saving installation and offers flexibility and customization for meeting various installation requirements. According to the European CPR, the fire class of the cables used for construction is decisive for building safety, too. For buildings with medium-level safety requirements, cable assemblies with fire class E are suitable. Fast, error-free assembly thanks to cable assemblies from WAGO The cable assembly is provided with a socket and a plug. WINSTA® is the pluggable connection system that is perfectly tailored to the strict requirements of electrical installation. It allows error-free installation of cables and components, quickly and reliably. Now you can also cut installation expenses without compromising quality and safety: with fire class E reduces the need for servicing and prevents unnecessary downtime. pluggable installation connectors with protection against mismating pre-assembled versions with P coding for use in realising an uninterruptible power supply ready for immediate use quick replacement of defective units during ongoing operation
