Automatic Spot Welding Equipment Basics

Automatic Spot Welding equipment

Automatic Spot Welding Equipment Basics

Most modern automatic spot welding equipment nowadays is built with extended life in mind, which means that you will get many more years out of it before you will need to replace it. They also tend to be made using heavy duty materials that are designed to stand up to difficult conditions without wearing down too quickly. There are some other considerations that you should make when looking into buying automatic welding equipment for your shop. For example, do you need electrical power as well as hydraulic power? The type of electrodes you use will also affect the welding you get done – there are a number of different electrode choices, including:

Silicone carbide electrodes – These are a popular choice for a number of weld shops as they offer a high amount of welding power and excellent conductivity. However, they have a higher density than some of the other options available, so they can potentially lead to greater wear and tear. The average lifespan of Silicone carbide electrodes is three years; however, this depends on a number of factors. The first of these is how often the tumbler is actually used. If it is only used a few times out of the year then the chances of wear and tear are low. If the tumbler is being used nearly every day then you could find that you need to buy a new one sooner rather than later.

Methylene-2-chloride electrodes – These electrodes are commonly used in automatic spot welding equipment because they offer good conductivity and good power. However, these electrodes are expensive and require special handling. They are also relatively soft so they can easily snag on things. Methylene-2-chloride electrodes are particularly susceptible to damage under heat so it is important to keep them well away from too much heat or too much pressure.

Tungsten electrodes – This is another common type of automatic welding process which works by feeding a tungsten filament from the welder into the work piece, where it will be heated and the tungsten will be vaporized. When you weld with a tungsten arc, the tungsten is pushed through the work piece automatically, which minimizes the amount of manual work that needs to go into the process. The vaporized tungsten is usually picked up and held by the welder for the final weld. This process is more efficient and faster than the process using methylene-2-chloride electrodes.

The two types of electrodes, we talked about above are typically divided according to the size of the work piece and the amount of current required. Some portable automatic welders are equipped with the ability to handle both types of electrode at once. Others are capable of working with only one type. These portable welders typically connect directly to power using a standard electrical connection. If you want to use one of these welders and don’t have an electrical outlet nearby, you can use an AC/DC cord in order to create the necessary voltage needed to energize the welding machine.

In order to make sure that you are being as safe as possible while welding, you should make sure that you only use the right welding electrodes. Methylene-2-chloride is a commonly used material in automatic welders because it is a safe, environmentally-friendly, and flexible choice. There are many different types of welding electrodes, however, so you will need to research a bit before you choose one for your specific welding process. One thing is for sure, though: Choosing the right equipment will make a huge difference in the quality and speed of your work. Just make sure that the automatic spot welding equipment that you choose can handle the type of work that you will be doing. It will go a long way toward ensuring that you get the best results possible.