Elbow press 90° - female thread, 1/2" F x 16

Product detailed description

This press elbow is commonly used in residential and commercial heating and plumbing systems where a 90° directional change is required. It is suitable for connecting ALPEX pipes to threaded components such as valves, radiators, or fixtures. The elbow is installed using a pressing tool compatible with the B-F-TH jaw type, ensuring a secure and leak-free connection. The nickel-plated brass construction provides corrosion resistance, while the EPDM seal ensures a tight fit under normal operating conditions.

Typical applications include underfloor heating systems, domestic hot water circuits, and central heating installations where a compact and durable connection is needed. The elbow is designed for use in systems operating at temperatures up to +120 °C and nominal pressure up to PN 10. It is particularly suited for use in environments where space is limited and a reliable, long-lasting connection is essential.

Technical parameters

Material	Nickel-plated brass CW617N
Operating temperature	+120 °C
Nominal pressure	PN 10
Weight	0.081 kg
Code	511005
Brand	IVAR

The nominal pressure of PN 10 indicates that the fitting is suitable for systems operating at up to 10 bar. The operating temperature limit of +120 °C makes it suitable for hot water and heating applications. The material selection, including nickel-plated brass and EPDM, ensures compatibility with water and steam-based systems. These parameters are essential for correct sizing and selection in accordance with system design requirements.

Installation and connection

The installation process involves inserting the ALPEX pipe into the fitting and using a pressing tool with B-F-TH jaws to compress the stainless steel sleeve around the pipe. The female thread of 1/2 inch allows for connection to standard threaded components. It is important to ensure that the pipe is fully inserted into the fitting before pressing to avoid misalignment. Common installation errors include using an incorrect pressing tool, insufficient insertion depth, or failure to check the alignment before pressing. After installation, the connection should be visually inspected for uniform pressing and absence of gaps.

Compatibility and accessories

This press elbow is specifically designed for use with ALPEX pipes and requires a pressing tool with B-F-TH jaws for installation. It is compatible with standard 1/2 inch threaded components. No additional accessories are required for standard installation. It is recommended to use only manufacturer-approved tools and components to ensure a secure and long-lasting connection.

Technical background for designers

The press elbow operates by compressing a stainless steel sleeve around the ALPEX pipe using a pressing tool. The sleeve deforms plastically to form a tight mechanical and hydraulic seal. The nickel-plated brass body provides resistance to corrosion and wear, while the EPDM seal ensures a watertight connection. The fitting is designed to integrate into systems with nominal pressure up to PN 10 and operating temperatures up to +120 °C. The service life and efficiency of the fitting depend on correct installation, system pressure, and operating temperature.

Service and operation

No regular maintenance is required for this fitting under normal operating conditions. However, it is advisable to periodically inspect the connection for signs of leakage or mechanical damage. If a leak is detected, the fitting should be replaced. The EPDM seal may degrade over time due to exposure to high temperatures or aggressive media, so it is important to ensure that the system is operating within the specified parameters.

Frequently asked questions

Can this press elbow be used with copper pipes?
No, this fitting is specifically designed for use with ALPEX pipes. Using it with copper pipes may result in an insecure connection.

Is it compatible with all pressing tools?
No, it must be used with pressing tools that have B-F-TH jaws to ensure proper pressing and sealing.

Can it be used in steam systems?
Yes, provided the system operates within the specified temperature and pressure limits of +120 °C and PN 10.

What is the maximum recommended operating temperature?
The maximum operating temperature is +120 °C, as specified in the technical parameters.