Cable assembly WINSTA ® MINI with protection against mismating Use effective pluggable connections instead of laborious screw connections: With the WINSTA ® MINI cable assembly with protection against mismating. WAGO pluggable installation connectors can be used when criteria repeat or are distributed on a specific pattern, for example for installing grid lighting or flush-mount lighting. For greater security in electrical installations, the pluggable installation connector is equipped with mechanical protection against mismating. The WINSTA ® MINI pluggable installation connector with A coding in black or white is normally used for general mains applications in power distribution. Due to its particularly compact dimensions, our WINSTA ® MINI Pluggable Connection System with Push-in CAGE CLAMP® spring pressure connection technology is especially suitable in very restricted spaces, i.e., for installations when very little room is available. According to the European CPR, the fire class of the cables used in construction is decisive for building safety as well. For houses with medium-level safety requirements, cable assemblies with fire class E are suitable. In the manufacturing of this cable assembly, halogens were deliberately omitted. This is an important contribution to climate protection. Fast, error-free assembly thanks to cable assemblies from WAGO The cable assembly is provided with a plug and a free end. 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. Enjoy the benefits of the pluggable version of our maintenance-free spring pressure connection technology too! Plan your installation with with protection against mismating from WAGO. pluggable installation connectors with protection against mismating compact design for conductors with a cross-section up to 1.5 mm² suitable for any application custom-engineered solutions quick replacement of defective units during ongoing operation
