Cable assembly WINSTA ® MINI B coding For signal and power transmission: The WINSTA ® MINI cable assembly with protection against mismating. On PCBs, in control cabinets or for connecting lights – pluggable installation connectors from WAGO allow you to establish connections according to a huge variety of requirements in no time flat. The mechanical coding and color coding of the pluggable installation connector ensure error-free installation of the individual components – including protection against mismating. The pluggable installation connector is protected in accordance with protection type IP40. Users' fingers and tools will never come into contact with live elements. Pluggable installation connectors with B coding from the WINSTA ® MINI line are available in gray, light green, or pink, allowing you to distinguish different circuits, for example for pumps, lighting, or sun blinds. Usage-specific pole marking is possible as well. 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 significantly less space for the connection technology. This product meets all the mandatory safety requirements of fire class E; thus it can be used in domains where fire safety is relevant. Fast, error-free assembly thanks to cable assemblies from WAGO A socket and a free end are available. 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. Choose durability and quality – with strain relief hosting from WAGO makes the electrical installation of electrical components noticeably easier. pluggable installation connectors with protection against mismating compact design for conductors with a cross-section up to 1.5 mm² with B coding for controllers, for example lighting fixtures and sun blinds flexible installation to save space quick replacement of defective units during ongoing operation
