The repair school "101KURS" offers you a unique opportunity to take short-term courses "argono arc welding"and master...

More about the program

Manual argon arc welding currently occupies a leading position in construction, mechanical engineering and manufacturing. This type of welding allows you to carry out welding work with stainless and low-alloy steels, cast iron, as well as non-ferrous metals: aluminum, titanium, copper, silver, nickel, etc. You will be trained the right choice arc power source, competent selection of welding materials, performance of high-quality welded joints.

Training in welding begins with an introduction to the specialty, familiarity with the fundamental terms and concepts, physical and chemical properties metals Students will also undergo a technical minimum on safety precautions and fire safety when conducting electrical welding work. In practical classes you will acquire skills in manual argon arc welding.

The repair school "101KURS" offers you a unique opportunity to take short-term courses in "argon-arc welding" and master the profession of an electric argon-arc welding welder. Argon welder is one of the most in-demand specialties nowadays. The courses “Electric welder for manual argon-arc welding” in our center are training students in high-quality electric welding work in accordance with GOSTs and safety regulations.

Upon completion of the course, you can additionally receive a Welder Certification Certificate and a Fire Safety Certificate.

Electrical arc welder training program

Lesson No. 1.

Basic information about welding.
Basic welding methods.
Welding arc.
Safety precautions when carrying out welding work.

Lesson No. 2.

Classification of steels.
Electrical safety.
Electrical connection rules welding machine.

Lesson No. 3.

Welding materials.
Filler materials for manual argon arc welding (MAW).

Lesson No. 4.

The concept of deformation.
Deformation and stress during welding.
Reducing tension and strain.

Lesson No. 5.

Concept and indicators of weldability.
Hot and cold cracks.
Corrosion resistance of welded joints.

Lesson No. 6.

Argon arc burner. Types of burners.
Welding station connection diagram.

Lesson No. 7.

Power supply for RADS.
Ensuring arc stability and requirements for sources.

Lesson No. 8.

Argon arc welding.
RADS technique.
Improving RADS performance.

Lesson No. 9.

Design of cylinders and requirements for them.
Gearbox device.
Active and inert gases.

Lessons No. 10.

Preparing metal for welding.
Designation of seams and welded joints.
Auxiliary signs for marking seams.

Practical lessons of the course

Lessons No. 11. Preparation of equipment for manual electric arc welding.

Instruction on workplace organization and occupational safety.
Preparation of equipment for manual electric arc welding.
Preparing parts for welding.

Lessons No. 12. Assembly and welding of pipes, truss fragments and metal structures.

Manual electric arc welding of pipelines d pipes from 50 to 120 mm. Wall thickness from 2 mm.
Manual electric arc welding of truss fragments.
Manual electric arc welding of metal structures.

Lesson No. 13. Assembly and welding of rotary and fixed pipe joints.

Welding of fixed pipe joints. Quality control of welded joints.

Lesson No. 14. Preparation of equipment for manual argon arc welding in inert gases (argon).

Equipment for manual argon arc welding in inert gases (argon) MagicWave device.
Technology of welding with non-consumable electrodes in inert gases (argon). Welding methods, techniques.
Arc ignition when performing manual arc welding with MagicWave machine

Lesson No. 15-16. Welding by manual argon arc welding of metal structures.

Performing tacks in the lower position of the seam.
Argon arc welding of stainless steel.

Lesson No. 17-18. Welding by manual argon arc welding of metal structures.

Argon arc welding of aluminum and its alloy.
Final certification.

In our car service you will receive the most complete set of skills necessary for the profession of an argon welder. Our service teachers are recognized professionals in their field with extensive experience. The main difference from other centers is the emphasis on the practical part of training, rather than on the theoretical.

If you think that the price is too high, then we can assure you that all the funds spent on taking our courses will return to you in no time. short term after going back to work. We invite you to become a successful employee with a sought-after and interesting specialty.

Minimum cost of training 10 hours 20,000 rubles theoretical and practical classes.

Training is provided in the following areas:

Aluminum welding (repair of alloy wheels, air conditioning pipes, cylinder head, etc.
Welding cast iron (cylinder blocks, units, etc.
Stainless steel welding.
Welding of titanium, copper (individually and for a fee)

What is argon arc welding?

Argon welding combines all the advantages of electric welding and gas welding and makes it possible to perform a full range of welding work with such materials as: stainless steel, aluminum, titanium, cast iron, non-ferrous metals. Distinctive feature technological seams when welding with argon - accuracy and high quality connections. Argon welding is an excellent option for welding work when repairing an engine, connecting body parts, welding titanium disks, repairing transmission components, and connecting various pipelines. Among the technologies most in demand in auto repair practice is the argon-arc welding method.

Our advantages

One of the main components of the entire argon welding process is the qualification of the welder. The reliability, accuracy and quality of connecting parts will depend on the work he does. For this reason, the North-East Administrative District auto repair shop employs exclusively professional welders who have been working with argon-arc welding for many years. Our specialists will quickly and efficiently carry out any automotive repair that requires argon welding, from a rotten radiator or a burst titanium disk to complex repairs of engines and its blocks. Affordable prices and high quality of work are an additional advantage of our auto repair shop.

Our services

Our car service provides a full range of argon welding services. Our specialists will perform argon-arc welding of any complexity and scale. High quality connections and accuracy are guaranteed by many years of experience in this field and many positive reviews from satisfied customers. Only high quality consumables, modern welding equipment and highly qualified welders with many years of productive experience. The speed of argon welding will please people with limited free time, but aesthetic appearance and high mechanical strength will be the key to reliable operation of the parts being connected. All work performed by argon welding is provided with a long warranty.

Cost of welding work in argon environment

* - the final prices for welding work are determined by the master upon inspection of the welded item.

Argon welding technology

The argon welding process itself is as follows:

1. The surface to be welded is cleaned of dirt, dust and metal burrs.

2. Connect the ground (working zero) to the part to be welded.

3. The welder takes the torch in one hand and the filler wire in the other, which corresponds to the material of the parts being welded.

4. When the welding machine is turned on, a electric arc, which melts the part and the filler wire at the same time.

5. Argon comes from the ceramic nozzle, which fills the weld pool and displaces the air.

6. After completing the argon-arc welding process, the seams are cleaned to the required level of roughness.

Duration: 1.5 months, classes 2-3 times a week.

Groups: morning (10-14), afternoon (14-18), evening (18-22), weekend.

In the group: 5-8 people. There is only one teacher in the group.

Why is it worth taking an argon training course?

Argon welding is a welding method in an inert gas environment, argon. Allows you to work efficiently and quickly with materials from the heavy category, the oxidation of which occurs at the slightest contact with air. A professional argon welder is a welder who is familiar with all the nuances and features of working with this technology, and is able to complete the task on top level. You can obtain this specialization by completing argon welding courses (qualification: welder of manual arc welding with a non-consumable electrode in shielding gas, 4-5 category).

The value of the profession of argon welder

The materials that this specialist has to work with are used in heavy industries such as mechanical engineering, shipbuilding and aircraft construction, as well as in car repair and other industries. The qualities that a specialist working with argon welding must have are, first of all, organization, accuracy, and responsibility. A prerequisite is the availability of relevant knowledge and work experience.

To receive a special category and permission to carry out work that involves argon welding, the student must take special courses that improve his qualifications. The training will provide an opportunity to gain knowledge about chemical and physical properties metals that you will encounter in your work. The program includes mandatory safety lectures that will help protect you from situations that are dangerous to life and health. Completion of studies is accompanied by an exam and receiving a rank.

For what reason is the profession of argon welder in such high demand today? Firstly, not everyone can receive a discharge. Secondly, the scope of specialization is becoming increasingly widespread. Therefore, argon specialists are needed not only in large enterprises, but also in small, narrowly focused organizations. We can say with confidence that an argon worker is prestigious profession, capable of generating high income for its owner.

How are classes conducted?

Training courses for argon welders are reminiscent of classes at technical schools. Theoretical and practical parts are required. Despite the fact that theory plays a very important role, real skills are honed during practical training. Here an acquaintance with the equipment takes place, various unfavorable and even dangerous situations that can occur while working in the oil and gas industry, etc.

Learning occurs incrementally, that is, as soon as simple material is mastered, it is the turn of the next, more complex level. At the same time, not everyone remains in the ranks of students: some understand that this profession is too difficult for them. However, those who stay, pass the exam and receive a rank become a valuable labor resource in many enterprises.

You can complete it separately, or additionally after completing this course with a 10% discount.

Argon arc TIG welding is in a universal way weld any metals, including dissimilar ones. Argon arc welding can be used to weld metals with a thickness of 0.3 millimeters.

High quality TIG welding is achieved due to longer welding time , which is spent on this process. TIG welding is a little slower than other types of welding, but it is used in cases where high quality welds are required.

TIG welding is used for welding light metals, such as magnesium and aluminum. This welding can also be used to weld thin sheets of stainless steel, copper and its alloys. The most commonly used gas for argon arc welding is argon gas.

Unlike other types of welding, where you need to use a specific gas for a specific metal. TIG welding can use argon gas to weld all types of metals.

In some cases, TIG welding is used in combination with semi-automatic welding. This combination is sometimes allowed when connecting marine industry pipes. TIG welding is used for root welding, and semi-automatic welding is used for filling the seam groove. This allows you to guarantee high quality root welding, while combining high welding speed, as well as filling the rest of the groove.

The TIG welding process uses a non-consumable tungsten welding electrode. Argon is used as an inert gas, and in some cases a mixture of helium and argon. Tungsten is used as a material for non-consumable welding electrodes. Inert gas is used to protect the welding arc and weld pool from exposure to factors environment. During the welding process, filler wire is fed into the weld pool using automatic or mechanical means.

For that to learn how to perform high-quality welding using argon arc welding, you need to have good experience work. However, even beginners can learn to cook using this welding method. This is possible if they listen to the recommendations of experienced welders and professionals.

You can even learn how to weld with argon arc welding yourself, at home.. To do this, you need to purchase several study guides, and best of all, video courses. It is in the video that you will clearly see what you need to know and how you can apply your knowledge.

However in the best possible way learning is practice with a professional. Once you see how argon arc welding is performed, you will be able to make your first seams within a few days.

Some professional welders have their own websites where they offer their welding training services. This is a very good help for beginner welders. By signing up for courses with them, you can not only learn how to cook, but also gain experience from a professional.

What is argon arc welding? The reader has probably encountered this concept before: mentions in articles about welding, offers to undergo training - argon arc welding courses, some videos on the Internet, etc. In this article we will look at the argon arc process and highlight its main features.

A beginner can always become a professional if there is a desire

Argon arc welding is a metal joining process that uses argon gas to protect the welding process. Apart from this fact, the process of argon arc welding and conventional arc welding differs little. Argon is an inert gas. Due to its chemical inertness, it does not react with the materials being welded and protects them from the effects of atmospheric gases: oxygen, nitrogen, carbon dioxide, water vapor and other substances that can damage the welding process.

Argon arc welding: principle of operation

Arc welding using argon looks like this: a welder welds parts using an arc welding machine. The welding zone is protected with argon. Due to the fact that argon is heavier than air, it displaces air from the welding zone and allows it to be effectively isolated. In this case, argon is supplied continuously - using special device, providing a dosed supply of argon to the welding zone. To do this, a special tube is placed on the electrode - a gas nozzle, from which argon is blown out. This is reminiscent of the process of oxygen cutting of metal. In addition, argon-arc work with metal can be carried out in a special box, filled with argon before the welding process. You can better understand how the argon-arc connection of parts occurs by watching a suitable video.

Consumable and non-consumable electrodes can be used for such welding. The latter, as a rule, are made of tungsten, which ensures proper refractoriness and stability of the electrode.

A little about currents

Conventional arc welding and argon arc welding also differ in that the arc is ignited not in the usual way - by touching the electrode to the welding surface, but with the help of a special device - an oscillator. Argon is much more difficult to ionize than air, and it will not be possible to ignite an arc in the usual way. The oscillator is connected to the electrode and creates high-frequency and high-voltage pulses that easily ignite the arc. It is worth considering here that when a tungsten electrode touches the metal, it will melt and become contaminated.

A torch is for a welder what a brush is for an artist.

Fusible electrodes can be cooked without an oscillator - iron vapors that appear upon contact are ionized much more easily than argon, and therefore an oscillator is not needed.

To join most materials, direct current is used, since during argon arc welding the heating of the anode and cathode occurs unevenly. Direct current makes it possible to transfer maximum energy to the part and minimum to the electrode. Alternating current is used only for welding aluminum - it allows you to more effectively destroy the aluminum oxide film.

Argon arc welding: where is it used?

The area of application of the argon-arc process is the connection of non-ferrous metals and alloy steels. Argon arc welding allows obtaining exceptional weld quality, which explains its use for welding valuable materials and critical structural components. A welder who masters this method can be more valuable and highly valued, so getting trained is definitely a beneficial step.

How to learn to cook with argon arc welding?

There are two solutions here. The first is to undergo training in argon welding by enrolling in special courses. By taking courses, you will not only learn argon welding in practice, but also learn a lot of valuable information. Much depends on what courses you choose - choose courses based on the experience of friends, reviews on the Internet, or use common sense: study the program that the courses offer and, based on theoretical part, make a choice.

The second solution is to learn on your own. Articles, recommendations, videos of the process, as well as the experience of friends will help you complete the training. Basically, if you have necessary equipment, watching videos and reading feature articles may well teach you to fully use this valuable method of joining metal.