Which of the following best describes a socket welded joint?

Which of the following best describes a socket welded joint?

• A. The ends of the pipe are joined with a fillet weld
• B. The ends of the pipe are inserted into a fitting and welded with a fillet weld
• C. The ends of the pipe are glued together
• D. The ends of the pipe are overlapped and welded

Answer: (B)

A socket welded joint is characterized by the method in which the pipe is connected to a fittings, such as a socket or a coupling. In this configuration, the end of the pipe is inserted into the fitting, creating a socket joint. The weld is then applied around the circumference of the joint, typically using a standard type of weld known as a fillet weld. This process ensures that the joint is strong and capable of withstanding the pressures and stresses typically seen in piping systems. This particular description accurately captures the essence of how a socket weld is constructed, distinguishing it from other types of welds. Other joining methods, such as glued joints or simple overlaps, do not apply to the standard characteristics and implications of socket welding, which is critical in applications requiring integrity and durability in fluid transport.

A socket welded joint is characterized by the method in which the pipe is connected to a fittings, such as a socket or a coupling. In this configuration, the end of the pipe is inserted into the fitting, creating a socket joint. The weld is then applied around the circumference of the joint, typically using a standard type of weld known as a fillet weld. This process ensures that the joint is strong and capable of withstanding the pressures and stresses typically seen in piping systems.

This particular description accurately captures the essence of how a socket weld is constructed, distinguishing it from other types of welds. Other joining methods, such as glued joints or simple overlaps, do not apply to the standard characteristics and implications of socket welding, which is critical in applications requiring integrity and durability in fluid transport.