Insulated hydraulic coupling SHE-CD Condens up to 150 kW 2'' EPP 403150

Optimizing Condensing Boiler Performance and Hydraulic Comfort

The SHE-CD Condens hydraulic decoupling unit is a key component in heating installations, designed for maximum efficiency of condensing boilers. The patented design, combined with high-quality materials, ensures reliable operation and long service life. EPP foam insulation minimizes heat loss, and a solid, thick-walled steel construction powder-coated guarantees corrosion and mechanical damage resistance.

Construction and functionality for professionals

This coupling is not just a hydraulic connector – it is a comprehensive solution optimizing the operation of the entire system. Integrated flow directors effectively cool the return flow, allowing for maintaining high boiler efficiency even under variable operating conditions. A drain valve facilitates maintenance and sludge removal from the installation, and an automatic air vent eliminates air problems in the system. Additionally, a capillary pocket enables precise temperature measurement and control of operating parameters.

• Strength and durability: Made of black thick-walled steel powder-coated in antic gold color – resistant to corrosion and damage.
• Boiler optimization: Flow directors ensure return flow cooling, which translates to higher efficiency of condensing boilers.
• Ease of servicing: Drain valve and automatic air vent simplify maintenance and sludge removal.
• Compatibility: Possibility of expanding the installation thanks to compatibility with connection manifolds and pump groups.
• Power up to 150 kW (at dT=20K): Suitable for most domestic and small commercial heating installations.
• 2" (DN50) connection with external thread: Standard size facilitating integration with existing installations.

This coupling is not only a technical element but an investment in stable and efficient heating for years to come. It provides optimal operating conditions for the condensing boiler, which translates to lower operating costs and greater user comfort.