Cable assembly WINSTA ® MIDI 5-pole Use effective pluggable connections instead of laborious screw connections: With the WINSTA ® MIDI cable assembly P coding. WAGO pluggable installation connectors are useful when criteria repeat or are planned on a specific pattern, for example for installing grid lighting or flush-mount lighting. The color coding and mechanical coding of the pluggable installation connector ensure error-free installation of the individual components – including protection against mismating. The pluggable installation connector offers protection against contact with live components in accordance with protection type IP20 (When mated: IP2xC (These compact connectors are not designed for use in open, easily accessible areas!)). UPS applications for IT technology almost always use the red WINSTA ® MIDI pluggable installation connectors with P coding. The WINSTA ® MIDI Pluggable Connection System with Push-in CAGE CLAMP® spring pressure connection technology facilitates safe electrification. Due to the included test slot, it is possible to check connections even when they are plugged in. This saves time, labor, and money. This product meets all the relevant safety requirements of fire class E; thus it can be used in areas where fire safety is relevant. Fast, error-free assembly thanks to cable assemblies from WAGO A socket and a free end are provided. The WINSTA® Pluggable Connection System is ideally tailored to the very strict requirements of building installation. It makes electrical installation pluggable, and thus faster, even more reliable, and error-free. Using this pre-assembled system decreases time spent on assembly and errors during installation at the construction site. Take advantage of the pluggable version of our maintenance-free spring pressure connection technology too! Plan your installation with with strain relief hosting from WAGO. pluggable installation connectors with protection against mismating pre-assembled versions for UPS applications ready for immediate use quick replacement of defective units during ongoing operation
