Cable assembly WINSTA ® MINI with protection type IP20 The WINSTA ® MINI cable assembly with protection type IP20 is the pluggable solution for your application in control cabinets, on PCBs or for lighting connections. Our pluggable installation connectors with spring pressure connection technology function entirely without screw connections. They allow fast, efficient, error-free installation in numerous possible uses. For greater security in electrical installations, the pluggable installation connector is equipped with mechanical protection against mismating. WINSTA ® MINI pluggable installation connectors with I coding in blue are primarily suitable for lighting management, for instance for the dimming of DALI lights. WINSTA ® MINI is our response to the trend toward miniaturisation. Our smallest pluggable connection system is very good for lights, for example, since due to LED technology, these offer much less space for the connection technology. According to the European CPR, the fire class of the cables used in construction is critical for building safety as well. For buildings with medium-level safety requirements, cable assemblies with fire class E are suitable. Eliminating halogens as an additive in the manufacture of this cable assembly noticeably increases fire safety and reduces environmental contamination. Fast, secure pluggable connections – cable assemblies from WAGO The cable is pre-assembled with a socket and a plug. WINSTA® is the pluggable connection system that is optimally tailored to the strict requirements of electrical installation. It offers fast, secure and, above all, error-free installation of components and cables. Choose quality and durability – with protection type IP20 from WAGO makes the electrical installation of electrical components substantially easier. pluggable installation connectors with protection against mismating compact design for conductors with a cross-section up to 1.5 mm² for lighting management ready to install and use immediately quick replacement of defective units during ongoing operation
