Hydraulic coupling-collector SKE 2DC+ Condens 55 kW - universal 360° 432055

Universal hydraulic coupling-collector for modern installations

The SKE 2DC+ Condens hydraulic coupling-collector with a power of 55 kW is a key element in heating systems, providing optimal connection between the boiler and the heating circuit. The device's design allows for flexible installation within a 360° range, making installation easier in various configurations. Made of black powder-coated steel in an antic gold color, and additionally insulated with EPP forms, it guarantees durability and an aesthetic appearance.

Functionality and benefits for installers and users

SKE 2DC+ Condens stands out with its patented INOX flow guide, which maintains high efficiency of condensing boilers and heat pumps. The built-in neodymium magnetic separator effectively captures impurities, protecting the installation from damage and ensuring its long-term performance. A drain valve and automatic air vent facilitate maintenance and servicing of the system. Thanks to its versatility, the coupling is compatible with pumping groups with a spacing of 125mm, allowing for future expansion of the installation. The availability of an expansion kit allows you to add an additional heating circuit without having to replace the entire component.

Construction and application

The SKE 2DC+ Condens coupling-collector is designed to separate the boiler circuit from the heating circuit in medium and high-power installations. The ability to connect two or three pumping groups (with an additional expansion kit) makes it an ideal solution for both simple and more complex heating systems. Insulation with EPP forms minimizes heat loss, increasing the energy efficiency of the entire installation. The solid construction and precise workmanship guarantee the reliability and long service life of the device. Installation is simplified thanks to the adaptation kit allowing rotation in the range of 360 degrees – this allows adaptation to specific installation conditions on the construction site.