90° Double Cup Bend 1 3/8 ACR 9607D011000000
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
90° Double Cup Bend 1 3/8 ACR 9607D011000000
Professional air conditioning installation component
A double bell bend with a bending angle of 90° is a key component in air conditioning and refrigeration systems, enabling smooth routing of piping installations in limited spaces. The element made of copper ensures excellent thermal conductivity and natural resistance to corrosion, which translates into long-term and reliable operation of the entire system.
Construction and technical parameters
The element is characterized by a double bell construction, where both ends feature a brazing socket with diameters of 1⅜ inches and ⅜ inch. This configuration allows for creating reductions in installations of different diameters while maintaining full connection tightness.
Compact dimensions (60 × 60 × 130 mm) and a low weight (0.14 kg) facilitate installation in hard-to-reach places without excessively loading the installation's supporting structure.
Application and mounting advantages
The product has been specifically designed for air conditioning and refrigeration systems, where precise, high-tightness pipe connections are required. Brazing as a joining method eliminates the risk of leaks characteristic of mechanical connections, while providing durability comparable to a solid pipe.
The inch system is an industry standard, guaranteeing compatibility with a wide range of air conditioning devices and mounting accessories available on the market.
Material quality and durability
Copper, as a construction material, offers natural resistance to external factors and dimensional stability across the wide range of operating temperatures characteristic of refrigeration installations. The element is part of the CONEX BANNINGER series, confirming its belonging to the professional segment of installation products.
The bend shape minimizes refrigerant flow resistance and reduces the risk of condensation points, which is crucial for the energy efficiency of the entire air conditioning system.

