Cable assembly WINSTA ® MIDI with protection against mismating For power and signal transmission: The WINSTA ® MIDI cable assembly B coding. 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 next to no time. The coding options reduce installation errors, allowing fast, maintenance-free wiring of all components. 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!)). B coding enables the WINSTA ® MIDI pluggable installation connectors to be used for application control in the domains of automation, mechanical engineering and robotics. WINSTA ® MIDI with Push-in CAGE CLAMP® spring pressure connection technology is found in a broad range of individual products you can use for quick, easy, flexible, and secure electrical installation. This product meets all the mandatory safety requirements of fire class E; thus it can be used in areas where fire safety is relevant. Pluggable connections instead of screw connections – cable assemblies from WAGO The cable is pre-assembled with a socket and a plug. 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 reduces time spent on assembly and errors during installation at the construction site. Now you can also cut installation costs without compromising quality and safety: with fire class E eliminates the need for servicing and prevents unnecessary downtime. protection against mismating eliminates errors for automation controllers with B coding for use in automation of processes, such as lighting technology, among other examples ready for immediate use quick replacement of defective units during ongoing operation
