QuickConnect Protective self-terminal block, green, 3x16 +11x4 mm2, 60 mm wide KN14E Hager
- QuickConnect Protective self-terminal block, green, 3x16 +11x4 mm2, 60 mm wide KN14E Hager
Hager stands for excellent quality and the pursuit of perfection. Innovation and systematic development of our products and systems are the basic features of Hager. Our constant goal is to implement new design patterns and improvements, in order to be at the forefront of continuous technical progress. Thanks to their high quality, Hager products are known throughout the world. This quality can be seen and sensed in the design. A unique, unmistakable and clear image informs the customer that the product is part of the Hager "family".
When implementing innovations and new technologies, we are always guided by the needs of our customers. Thanks to this, thousands of customers in more than 95 countries around the world have already trusted us. Hager systems and solutions do not stand still but are constantly developing. They are becoming more and more recognizable. With Hager solutions, you get everything you need to create a Smart Home from one supplier
Simple installation, ease of use, intuitive interface, modular structure and durability are the values that guarantee the highest quality of Hager brand systems. All Hager solutions used for home automation are based on the most universal and open bus standard: KNX. It was pioneered in the 1990s by leading European manufacturers and is now used worldwide
QuickConnect Protective self-terminal block, green, 3x16 +11x4 mm2, 60 mm wide KN14E Hager
Design
Number of poles | 1 P |
Electrical characteristics
Rated voltage | 230 V |
Current
Rated current In | 63 A |
Material
Weight of copper in the product | 0.015 kg |
Color | Green / Yellow |
Color | green |
Dimensions
Depth of the product | 34 mm |
Height of the product | 33 mm |
Width of product | 60 mm |
Standard
European Directive WEEE | not applicable |
The presented photo is for illustrative purposes only. The appearance of the product may differ slightly from the photo.