SiGMA-Li 90° Elbow Ø50mm Pipe Connector K9050

SiGMA-Li 90° Elbow Ø50mm Pipe Connector K9050 is a compact right-angle fitting designed to connect and redirect Ø50 mm pipes in plumbing, drainage, ventilation or cable conduit systems. The elbow provides a smooth 90-degree turn while maintaining internal flow and alignment between connected sections. Its dimensions suit installations where space is limited and a precise bend is needed to route lines around obstacles.

Advantages

The elbow offers a reliable mechanical connection for Ø50 mm lines, reducing the need for on-site bending or custom fabrication. Its right-angle geometry ensures consistent flow direction and stable alignment, while the compact profile minimizes space requirements in confined installations. The fitting is manufactured to suit common piping materials and installation practices, facilitating quick assembly and secure jointing.

Suitable for

• Plumbing systems that require a 90° change of direction for Ø50 mm pipes
• Drainage and waste lines where a compact elbow is necessary
• Ventilation ducts and air routing for small-diameter systems
• Cable conduit runs needing protected directional turns

Key specifications

• Nominal internal diameter: 50 mm
• Angle: 90 degrees (right angle)
• Type: elbow / pipe connector
• Application: suitable for fluid, air or cable conduit systems
• Form factor: compact right-angle fitting for constrained spaces

How to use

Install the elbow by aligning the connector with the ends of the Ø50 mm pipes to be joined, ensuring an even insertion depth on both sides. Depending on the piping material and system, use the appropriate joining method (push-fit, solvent welding, mechanical coupling or sealed adhesive) to create a leak-resistant connection. Confirm alignment and secure supports or brackets to avoid stress on the joint and to maintain a smooth internal flow path.

Usage recommendations

Verify material compatibility of mating pipes and the required joining method before installation; ensure the elbow is only used within the intended pressure and temperature ranges of the system. Allow sufficient access for future inspection and maintenance, and secure adjacent pipe sections to prevent movement that could compromise the connection.