A Sockolet is identical to a Weldolet, except that the branch pipe is joined to the run pipe via the fitting using a socket weld connection. Instead of using branch pipe types such as the reducer, reinforcing plate, and reinforcing pipe section, the sockolet (socket weld outlet) is typically used for reinforcing pipe fittings that are connected by branches. It is safe and reliable, lowers costs, and improves the flow channel.
What is Sockolet?
A Sockolet supports a 90-degree branch connection. Similar to a Weldolet, but with a branch pipe joined to the run pipe by a socket welding joint. It functions similarly to a reduction tee, but with a smaller branch connection in the form of a socket rather than a tee. They are formed of materials such as carbon steel, stainless steel, or brass and are intended to withstand the pressure and temperature of the fluids passing through the pipes. Sockolets come in two sizes: “size on size” and “reducing in size.” Fillet welding is used to join the branch pipe to the Sockolet branch side.
What is Weldolet?
Weldolets, the most common type of branch fitting, are part of the buttweld fastening family and come in a wide range of sizes.
The Weldolet is a welded component with beveled edges on both ends. It is connected to the run pipe on one side and the branch pipe on the other. A weldolet is a pipe fitting that connects the main piping line to a smaller line at a 45 or 90-degree angle. The Weldolet’s form reduces stress on the pipe branch and provides integral reinforcement.
Weldolets are commonly constructed of carbon steel or stainless steel, and they are welded to the main pipe to form a secure and permanent connection.
A weldolet is a branch butt-weld connection fitting that is fitted to an output pipe to reduce stress concentrations in the piping system. The most common type of branch fitting is the weldolet. They’re a form of buttweld fitting available in a variety of sizes. They are used as an alternative to fittings like elbows or tees, which are more difficult to install and may necessitate additional support.
Differences:-
The sockolet and weldolet both have a run and branch end. The branch end of the pipe is connected to the smaller diameter pipe, whereas the run end is connected to the larger diameter pipe.
The run pipe is connected to the sockolet and weldolet by fillet welds. Its basic architecture is similar to a weldolet, with the exception of the branch connection.
The sockolet’s socket is used to insert into a basic end branch pipe, which is subsequently fillet welded. The weldolet, on the other hand, has a bevel end for buttwelding to the branch pipe, which also has a bevel end.
The Weldolet is utilized in Sockolets, however the branch is connected by a socket inside the olet. The outlet bore coordinates with the bore, and the existence of a counterbore, which is typically the span of the outlet’s OD, provides a socket for the pipe to sit in, making installation and welding easier.
Because of its rounded edges on both ends, a Weldolet is welded to the run pipe on one side and the branch pipe on the other.
Fillet welds are used to join the branch pipe to the branch side of the Sockolet. A Sockolet requires a welded connection on the pipe run side.
Weldolet is compatible with higher pressures and has a simple connection, which reduces costs.
Sockolet Greater pressure is compatible, but it is more expensive.
The end of the Weldolet is intended for buttweld connections.
Sockolet’s end connector is appropriate for socket welding.
Conclusion
The two types of olets, sockolet and weldolet, are sometimes confused because they look to be extremely similar. However, there are certain crucial characteristics that distinguish the two. Sockolets are better suited to lower diameter pipes, whereas Weldolets can handle bigger diameters. Sockolets are also attached by threaded connections, whereas Weldolets are connected by welding. Knowing the distinction between these two types of olets will help you select the best one for your needs.
