891-8993 / 105-201, made-up connection Eca socket / open end 3-pole encoding A 2 m black

made-up connection Eca socket / open end 3-pin encoding A 2 m black

made-up connection line, Eca, socket / open end, 3-pole, Kod. A, 2 m, 1.00 mm ², black-made connection WINNA ® MINI 3-polishThe made-up connection WINNA ® MINI 3-politig creates the condition for the installation of a single and enemy-wire conductor. Our installation connectors with spring connection technology work completely without screw. They can be mounted in a resource-efficient way in a variety of uses without errors. For more safety in the electrical installation, the installation connector is equipped with a mechanical failure protection. According to the IP40 protection type, the installation connector provides protection against the contact with tools or wires if they are & lt, 1 mm. Thanks to the colour and mechanical encoding A of the WINNA ® MINI installation connectors, different circuits can be clearly distinguished. Our smallest connection system, WINNA ® MINI, plays its advantages reliably, especially in the narrowest space. With little space and thanks to Push- in CAGE CLAMP ® spring connection technology, it is also time-saving - because the connection is low-maintenance without screw. The building safety must, of course, always be ensured, even after the electrical installation has been made. The basic safety regulations in the context of the BauPVo are met with the fire class E of this product to 100 percent. Plug instead of screws - made-up lines of WAGOThe made-up line is equipped with a socket and an open line end. WINNA ® is the connector system, which is excellently tailored to the high requirements of the electrical installation. It allows the safe, fast and, above all, error-free assembly of components and lines. Choose durability and quality - with WAGO failure protection, several electrical components are significantly simplified. The number of metal is a purely commercial calculation and, although usually given in kg / km, may differ from the actual metal weight.