pre-assembled interconnecting cable; Eca; Socket/plug; 2-pole; Cod. I; H05VV-F 2 x 1.5 mm²; 4 m; 1,50 mm²; blue

<h2>Cable assembly <i>WINSTA</i>® MINI rated current 16 A</h2><br/><br/>For power and signal transmission: The <i>WINSTA</i>® MINI cable assembly with protection against mismating. WAGO pluggable installation connectors are used when requirements repeat or are planned on a specified grid, for example for installing grid lighting or flush-mount lighting. For greater protection in electrical installations, the pluggable installation connector is equipped with mechanical protection against mismating. I coding in blue is used to label <i>WINSTA</i>® MINI pluggable installation connectors, which are used above all in automation of buildings for activating lighting. Due to its particularly compact dimensions, our <i>WINSTA</i>® MINI Pluggable Connection System with Push-in CAGE CLAMP® spring pressure connection technology is specifically suitable in very restricted spaces, i.e., for connections when very little room is available. Building safety must be ensured at all times, even after the electrical installation stage. The required safety requirements in connection with EU CPR are fully satisfied by this product through fire class E.<br/><br/><h3>Pluggable connections instead of screw connections – cable assemblies from WAGO</h3><br/><br/>A socket and a plug are provided. WINSTA® is the pluggable connection system that is ideally tailored to the strict requirements of electrical installation. It allows fast, secure and, above all, error-free installation of components and cables. Now you can also cut installation expenses without compromising quality and safety: with marking reduces the need for servicing and prevents unnecessary downtime. <br/><br/><ul><br/><li>protection against mismating eliminates errors</li><li>compact design for conductors with a cross-section up to 1.5 mm²</li><li>with I coding for controlling light (DALI standard)</li><li>ready to install and use immediately</li><li>quick replacement of defective units during ongoing operation</li></ul>

Specifications