Female connector/socket WINSTA ® MIDI with protection against mismating The WINSTA ® MIDI female connector/socket I coding supports fast, reliable installation. On PCBs, in control cabinets or for connecting lights – pluggable installation connectors from WAGO allow you to make connections according to many different requirements in no time flat. For greater security in electrical installations, the pluggable installation connector is provided with mechanical protection against mismating. 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 I coding in blue are above all suitable for easy lighting installation, for instance for the dimming function of DALI lights. This pluggable installation connector is used for electrical currents up to 25 A. Thus the product is also suitable for high power loads. The WINSTA ® MIDI Pluggable Connection System with Push-in CAGE CLAMP® spring pressure connection technology facilitates exemplary electrification. Thanks to the integrated test slot, connections can be checked even when they are plugged in. That saves time and reduces installation labor and costs. Lower costs through fast commissioning and elimination of service expenses – solutions from WINSTA ® MIDI WINSTA® is the pluggable connection system that is optimally tailored to the strict requirements of electrical installation. It allows fast, secure and, above all, error-free installation of components and cables. Now you can also cut installation costs without compromising safety and quality: with protection type IP20 eliminates the need for servicing and prevents unnecessary downtime. pluggable installation connectors with protection against mismating simple circuits with I coding for use in building automation (lighting control) ready to install and use immediately quick replacement of defective units during ongoing operation
