Bypass connector, two-branch 15 CU B Press P5085 01500000

Double stub bypass fitting – reliability and durability in copper systems

This bypass fitting, designed for central heating and domestic hot water systems, is a key element in creating safe and efficient connections. Made of high-quality copper Cu-DHP, deoxidized with phosphorus according to PN-EN 1254, it guarantees long-term reliability and corrosion resistance. It is part of the B Press series, appreciated by installers for its ease of installation and secure connection.

Design and application

The fitting is designed to connect copper pipes with a nominal diameter of DN 15 (15 mm). Its double stub construction allows bypassing a section of the installation, which facilitates servicing or modification of the existing system. The use of a compression sleeve as a type of connection makes installation quick and precise, especially when using appropriate crimping jaws with a V profile. An additional support collar increases the stability of the connection and prevents the pipes from shifting.

Why choose this fitting?

• High-quality materials: Cu-DHP copper with a purity of 99.99% ensures corrosion resistance and long life of the installation.
• Easy installation: The B Press crimping system minimizes installation time and eliminates the risk of errors.
• Versatility: Can be connected to various types of copper pipes meeting the PN-EN 1057 standard.
• Safety: Maximum working pressure up to 16 bar guarantees safe operation of the system.
• Secure connection: Double stub construction and support collar provide a stable and tight connection.
• Origin: Product manufactured in Spain and Poland – a guarantee of European quality.

This fitting is a solid choice for both professional installers and end-users who value durability and reliability of heating and plumbing systems. Its compact dimensions (length 134 mm) allow for installation in hard-to-reach places. The gasket material – ethylene-propylene-diene monomer (EDPM) rubber – provides additional tightness and resistance to external factors.