45° double socket elbow 1 1/8 ACR 9606 009000000

Professional air conditioning elbow for ACR systems

The 45° double socket elbow with a diameter of 1 1/8 inch is a key component of air conditioning and refrigeration installations. Made of high-quality copper according to the ANSI B16.22 specification, it ensures reliable brazed connections in inch-sized ACR systems.

Construction and materials

The elbow is made of copper with a constant wall thickness, which guarantees the tightness and durability of the installation. The socket-to-socket connection allows for professional brazing of copper pipes, creating durable and corrosion-resistant joints. The Schedule 40 design corresponds to international production standards for air conditioning accessories.

The material meets the requirements of the MSS SP-104 standard, ensuring dimensional repeatability and high manufacturing quality. Thanks to the use of copper, the elbow is characterized by excellent thermal conductivity and resistance to refrigerants used in HVAC systems.

Application in HVAC installations

The component is intended for professional assembly in air conditioning and refrigeration installations. The double socket design allows for flexible piping routes, maintaining optimal refrigerant flow while keeping hydraulic resistance to a minimum.

The 45° angle allows for smooth changes in flow direction, which reduces pressure losses compared to sharp bends. The ACR inch system ensures compatibility with a wide range of air conditioning devices and installation elements available on the European market.

Standards and certification

The product meets the requirements of the international ANSI B16.22 standard regarding the dimensions and technical parameters of copper alloy pipe fittings. Compliance with the MSS SP-104 standard guarantees quality control of the production process and repeatability of the product parameters.

The elbow has certification allowing its use in installations subject to technical supervision, confirming its suitability for professional use in HVAC systems of strategic importance for building operational safety.