Cable assembly WINSTA ® MIDI rated current 20 A Use effective pluggable connections instead of laborious screw connections: With the WINSTA ® MIDI cable assembly with protection against mismating. Our pluggable installation connectors with spring pressure connection technology function entirely without screw connections. They allow resource-efficient, error-free installation in numerous applications. The coding options reduce installation errors, allowing fast, secure wiring of all components. The pluggable installation connector offers touch-proof protection 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!)). WINSTA ® MIDI pluggable installation connectors with I coding in blue are particularly suitable for lighting management, for instance for the dimming function of DALI lights. This pluggable installation connector is used for electrical currents up to 20 A. Thus the product is ideally suitable for high power loads. 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 installation. This product meets all the mandatory safety requirements of fire class E; as a result it can be used in areas where fire safety is relevant. Fast, secure pluggable connections – cable assemblies from WAGO A socket and a plug are provided. 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. Now you can also cut installation expenses without compromising safety and quality: with protection against mismating reduces the need for servicing and prevents unnecessary downtime. effective protection against mismating for automation controllers for intelligent, easy lighting installation flexible installation to save space quick replacement of defective units during ongoing operation
