Silver, gold and other precious metals from radio components

Many people still have old tube TVs from the Soviet era, gathering dust on balconies and garages. However, not everyone knows that in Soviet times, some parts/parts were made of pure gold, silver or platinum. One old TV may contain up to several grams of precious metals hidden in the depths of radio tubes or microcircuits.

Why is gold used in devices?

Recycling – technologies for recycling production waste, used materials and products .
The importance of this economic direction has opened up for many the scale of the use of gold in electronics, radio, and in the manufacture of devices.

The main reason for using expensive metal in such products is the possibility of producing very small, corrosion-resistant conductive elements

In many cases, it is important to ensure the miniature dimensions of radio components and their parts.

Gold is used when it is necessary to minimize the risk of sparks and even the slightest corrosion.

Here are the main forms of using gold in radio components and devices:

1. Using gold foil.
2. Installation of gold coatings - sputtering, galvanic gilding.
3. Manufacture of small parts with precise and stable properties.

Most often, the use of gold in parts and products remains invisible during external inspection and even disassembly.

Only gold-plated contacts, some solid parts, and conductors remain visible.

Recycling experience and knowledge of the design of radio components helps in returning gold to economic and industrial circulation.

The extraction of gold from radio components is based on several important factors :

1. A large number of these products, including those completely unsuitable for use.
2. High purity of gold in products of this kind.
3. Possibility of extracting other valuable metals along with gold.

Knowledge of the content and extraction of gold and other valuable components from microcircuits and other parts allows for high recycling efficiency.

The older the gold-containing radio component, the greater the amount of gold that can be extracted from it.

This phenomenon can be explained simply - imperfections in the manufacturing technology and design of radio components often led to the implementation of expensive solutions.

Such solutions are typical for military equipment of the Soviet era, when the cost of parts was not a primary factor . As electronics improved, the use of gold became more rational and justified.

Purchase conditions

Potential clients should clarify what volume of raw materials will be supplied to the organization. This need is explained by the fact that the extraction of precious metals contained in radio equipment is possible only in special rooms using modern equipment. This work is carried out by professionals using expensive reagents. For this reason, the company's activities become profitable only if a certain batch of raw materials is processed. Otherwise, the work will be unprofitable and impractical.

In our organization, clients will be able to sell radio tubes only in small and large wholesale. It is recommended to first consult with a company specialist. He will tell you the optimal batch sizes depending on the type of radio components and their technical characteristics. The conditions for purchasing the product are also beneficial for users, since a large volume of collected parts will allow them to make a considerable profit.

Radio tubes

The use of radio tubes in electronic technology has long lost its widespread character .
However, considerable stocks of these electronic devices are still kept by the population and even in some enterprises.

Gold in lamps was used for sputtering and gilding. Some lamp models contain very large amounts of precious metal.

In radio tubes you can find grids coated with a layer of gold, contacts, and other parts.

The general technological extraction scheme is complicated by the abundance of valuable metals that can be returned to production and other areas.

Here are some examples of gold content in Soviet-made radio tubes:

Preparation of Soviet lamps before sale for precious metals

Radio tubes of any manufacture are accepted. For example, the least amount of gold is present in 6Zh10P lamps - 0.07 g. Despite the low content of valuable components, modern technologies make it possible to use the full potential of old radio equipment. Before selling, you must carefully remove the lamps from the board and try not to damage the legs, otherwise you can reduce the price of the product. Products are placed in a box and sent for sale. If the markings have been preserved, then you can sort the devices and calculate the possible proceeds.

Microcircuits

The use of gold in microcircuits is due to the high electrical conductivity of this metal. Its use makes it possible to achieve miniature sizes and reliability of contacts, soldering and other types of connections.

Precious metal in microcircuits is necessary to create corrosion-resistant, thin, low-resistance conductive lines.

Modern technologies make it possible to create such elements in the form of the thinnest coatings. The percentage of gold in microcircuits is low, but working with large quantities of such raw materials becomes cost-effective and profitable.

The table below shows which microcircuits contain gold (grades in which it is used) and how much it is.

Which radio components contain the most gold?

Many gold miners ask the question: “How can you find gold in old-style radio components?” . For the most part, elements of yellow metal are contained in old technology, since in new technology, precious metals are replaced with cheap tungsten to save money. It can also be found in switching devices, as well as in control devices for military equipment, the production of which occurred in the 70s and 80s of the last century.

Radio tubes, on the contrary, contain precious metal in minimal quantities.

Here is a small list of devices from which the precious alloy can be extracted:

• Semiconductors (optocouplers, zener diodes, diodes, thyristors, etc.) may contain small quantities of precious metal;
• Connectors made during the Soviet Union were very often coated with a layer of gold, the thickness of which reached several microns;
• Capacitors . Exclusively only those that were used for the production of old-style military equipment;
• Transistors , in which gold is contained in the form of a substrate located under the conductor and crystal;
• Radio tubes.

Transistors

The gold content in transistors makes mining this metal profitable.

Some types of KT series transistors can produce up to 0.2 grams of precious metal.

Other valuable metals are also found in transistors :

The efficiency of mining gold and other metals depends on sorting. Skillful selection of raw materials allows you to more accurately determine the technology, and therefore reduce the cost of the process of extracting precious metals, and obtain a more complete yield of the final product.

Here are some examples of which transistors contain gold and in what quantity:

In transistors manufactured for the needs of military equipment , the gold content is higher than in the same parts of the civilian production sector.

The brand of military equipment transistor begins with a number, for example - 2 Т104В.

Methods for extracting gold from radio components

The gold content in radio components rarely coincides with the declared one. Gold plating is common in case parts and connectors. Gold from radio tubes is valued for its high purity. The precious metal is mined in two ways: chemical and smelting.

Pieces of scrap, parts containing gold plated or gold alloys are dissolved in “aqua regia”, this is a mixture of two acids: nitric and sulfuric in a ratio of 1:3, dissolves many precious metals. To speed up the process, the flask is heated to 80°C. Load the metal in portions and make the mixture saturated. Copper causes the liquid to turn dark green. Gold is precipitated with table salt at the rate of 2 g per 100 ml of gold-containing liquid. Then the excess liquid is evaporated. The scaly sediment is dried.

Smelting begins with the refining of precious metals - deep cleaning of the charge is carried out:

• Contaminants are removed by washing;
• magnet - pieces of low-alloy steel with gold plated.

The resulting precipitate is melted until the gold is completely reduced under a borate or borax flux. The powder reduces the melting point of scrap. Melting point is about 1000°C.

Relays and connectors

Relays and connectors are important parts of electrical installations and electronic circuits. Contacts are the main component of such devices.

Contacts coated with a layer of gold have several advantages:

• simplicity and reliability of soldering;
• low risk of sparking;
• lack of resistance at the point of contact;
• no corrosion.

Many types of electrical equipment have gold-plated contacts . Such contacts are found in many types of connectors and relays.

Extracting gold from relay contacts and connectors is easier than when processing radio components.

This is explained by the fact that gold in such raw materials is the only precious metal that requires extraction.

Useful recommendations in the field of purchasing and selling radio components

We have described how gold can be extracted from radio components, but in addition to the above methods, there are quite a few methods for making a profit in this industry. One of the simplest ways is to sell or buy up equipment containing precious metals. However, even in this area it is necessary to be extremely careful in order to avoid troubles with the law, as well as to avoid bankruptcy.

With the right skills, such a business can be put on stream and it will be quite profitable.

So, if you plan to purchase devices and equipment from the population that contain impurities of precious metals, advertisements should be written as follows; “I’ll buy radio components. Phone XXXXXXX . What's the catch? You should not indicate exactly what kind of radio components you are going to purchase (meaning, those containing precious metals). It will be very useful to notify your loved ones, friends and acquaintances that you are interested in equipment of this kind; it is a good idea to negotiate with local collection points for non-ferrous metals (it will be very good if they agree to advertise a higher price for radio components). You must act extremely carefully, otherwise you can get yourself into trouble.

Already finished gold (extracted from radio components) should be sold in accordance with current legislation. Here it is advisable to establish business relationships with one or two buyers. Even better is to sell the extracted precious metal through jewelry stores.

Gold can be melted into small bars of a standard weight, but it is much more convenient to melt it into jewelry (rings, bracelets, chains or earrings).

But for this you will have to buy a special burner or assemble a portable electrolysis unit yourself.

To avoid trouble, precious metals must be sold in accordance with current legislation.

How to buy the reagents necessary to remove gold from radio components? To do this, you just need to contact a specialized store. You can also negotiate with nearby chemical industry enterprises. Don’t forget about the possibilities of the global network - the Internet is full of stores that specialize in selling goods designed for extracting gold from radio components.

Instruments and equipment

Gold is used in precision equipment, especially in older models .

Here are some examples of devices and instruments powered by electricity, indicating the amount of precious metal:

Precious metal in devices is most often used for coatings, but parts made from this metal are also found.

Disposing of devices after repeated use is a profitable activity.

Do-it-yourself gold extraction

Those interested in recycling can begin work in this direction by collecting gold-containing raw materials. Studying the indicators of radio components, methods of their primary processing and sorting will create a good basis for further work .

The presence of conditions in the home will allow amateurs to engage in practical gold extraction. It is important to know:

1. About the dangers of working with toxic and caustic substances, about safety precautions.
2. On the technology of laboratory work in chemistry.
3. About legal methods of collecting raw materials and marketing the resulting metal.

The basic condition for working in the field of precious metals recycling is compliance with the law .

The only easiest and safest way to work in the field of precious metals recycling is to cooperate with a registered company that knows and complies with the requirements of the laws.

Independent work can be carried out on assignments from a company where the consumer can return a valuable device for recycling.

You can read more about practical work in the field of self-extraction of gold from radio components here.

Experience, understanding of processes, the ability to rationally approach chemical operations, as well as information about which parts contain gold will allow you to obtain sufficiently pure metal above 950 purity.

Methods for extracting precious metals from radio components

Gold from radio components (step-by-step instructions can be seen in the video) can be mined in several ways.

Before you begin the extraction process, you need to know how much precious metal is contained in the device, as well as calculate the required amount of reagents.

Diagram of the electrolyzer device.

Firstly, electrolysis. Gold can be removed from copper and brass alloys by anodic dissolution of the yellow metal in sulfuric or hydrochloric acid, while maintaining a temperature of 15-25 ° C and a certain current density of 0.1–1 A/dm2. The final dissolution can be determined by the drop in voltage.

There is another way. 1 liter of sulfuric acid is mixed with 250 grams of hydrochloric acid. Before lowering the radio component into the resulting solution, it must be heated to a temperature of 60-70 °C. After immersing the radio device in an acidic solution, it is necessary to add a small amount of nitric acid - this is how “regia vodka”, known in the field of gold mining, is obtained.

No less well known is another method that allows you to find gold in radio components. To use it, you need to place pre-prepared raw materials in a glass container with nitric acid (you can use sulfuric acid, but the result will not be as effective). These may be terminals or contacts that were previously present in radio components. Nitric acid will dissolve all the elements, leaving the precious metal as a precipitate. You can separate it by carefully pouring the acid into another container, and then neutralize the remaining sediment using regular baking soda.

Nitric acid will dissolve all the elements, leaving the gold as a precipitate.

Radio components with silver, platinum or gold can be found in old garages and basements, on scrap metal piles, as well as from your friends and family.

Extracting gold and other precious metals from radio components is an excellent business idea that does not require significant investment and also has some commercial potential.

Collection and operations with radio components

When doing recycling, you don’t have to perform the full cycle of work:

1. Collection of raw materials.
2. Sorting and primary processing.
3. Gold recovery and refining.
4. Melting and sale of ingots.

Cooperation with a specialized company makes it possible to limit yourself to those works that conditions allow. Many individual enthusiasts limit themselves only to collecting and sorting radio components.

Here are several channels for searching and collecting such raw materials:

• collection from ownerless abandoned industrial and other facilities;
• collection from the population.

The photo above shows some parts containing gold, and the table shows a list of them with some average prices for them in Russia:

Read also: Converting kW to amperes

Gold is found not only in radio components. Read about where else you can find it here.

...or how I sold radio components for scrap.

If you watched the animated series Futurama, you may remember how the robot Bender was overcome by greed and sold his titanium body when prices for it skyrocketed. So, it is this episode that I remember when I sell radio components.

For those who are not in the know.

Almost any electronic component, be it a transistor or a microcircuit, contains precious metals: gold, silver, platinum, palladium, iridium, etc. These metals can be extracted from used and old radio components and then reused.

Luckily, I came across several printed circuit boards with “golden” microcircuits and other radio components. Before this, I was not interested in the delivery of radio components, and I had never even seen gold-plated components. I don’t need a large number of obsolete and identical radio components, and I decided to hand them over. Well, and thereby earn a little extra money. So I became a radio vandal and went over to the side of evil.

In the photo - an integrated stabilizer, a KR142EN1B microcircuit in a case made of “pink” ceramics with gold plated! It is from such microcircuits that gold can be extracted, which is why they are accepted for recycling.

Which radio components contain gold?

Microcircuits containing gold are not common, but they can still be found in old radio equipment. I will show only a few of them.

These are “pink jackets” - 514ID2 decoders (analogous to K514ID2) with gold-plated terminals. The markings indicate that they were manufactured in 1992.

These 514ID1 decryptors will be older, namely, born in 1988. There's more gold on them. Look at the belly.

This is what gold chips of the 564 series (K564) look like. In this photo: Arithmetic-logical device - microcircuit 564IP3 (analogous to K564IP3) and adder 564IM1 (1KIM1).

Microcircuits 564LS2 (K564LS2). The film on the terminals is varnish. They buy them at a price of about 15 - 20 rubles each.

Hard logic squad - 564LE5 (1KLE5) microcircuits. They have golden legs and bellies. On the market they are accepted for 10-12 rubles each. By the way, the microcircuits in such cases are quite compact, they can be used in homemade designs. It will turn out expensive and angry.

This is what the 564LE5, 564LP2, 564TM2, 1KLA8 (564LA8), 564LA7 (1KLA7), 1KLA9 microcircuits look like in a “golden box” package.

For those who don’t know, microcircuits of the K564 (564), K176, K561, K1561 series are analogues. Produced in various cases. For example, I have only seen the K176LA7 microcircuit in a plastic case. And its analogue 1KLA7 (aka 564LA7, K564LA7) was seen both in plastic and in a metal case with gold leads.

In general, as I understand it, microcircuits of the K564 series for military acceptance are marked without the first letter K.

Logic chips 109LI1. This is a 6-input “AND” element for working with a low-impedance load.

And these are the seven-segment LED indicators ALS314A (in a red housing) and 3LS321B1. Their conclusions are gilded. In addition, the crystal of each LED inside the indicator is connected to the terminals with a thin gold wire.

If you get your hands on such indicators, I advise you to keep a few for yourself. I especially like the miniature ALS314A. I saw somewhere that one craftsman assembled a wristwatch using such indicators!

Transistors, however, also hold real value! The photo shows a KT602B transistor with a gold-plated belly. If you see a similar transistor, be sure to tidy it up. For example, I have seen a yellow “belly” on transistors 2T608B, 2T603A, 2T312B and others.

Some transistors have yellow precious metal inside, for example, the powerful KT808 transistor. To get to it, the cap of the transistor is cut off.

I was a little surprised when I discovered gold even in transistors KT814 - KT817! If you bite through the body of the transistor, you can find a gold-plated base. That's it.

I sold about three hundred of these at a price of about 3-5 rubles apiece. But in some batches of transistors there is no such gilding, it all depends on the “antiquity” of the product. Also, in older products, the base is completely gilded, and not as in the photo - only half.

Transistor optocouplers 3OT127A.

When I saw the “golden” microcircuits and transistors in person, I was a little surprised. Have you been to shops where they sell jewelry? Rings, chains, earrings? Usually this is a small corner in some large store. So the color of these “jewelry” products is very different from the color of the gold-plated legs and belly of “golden” microcircuits.

Read also: The meaning of the transition from copper to bronze

It was then that the thought about the quality of these jewelry crept into my head. So, if there are girls among the readers, then I advise you to at least once look at the gold-plated contacts of the connectors or “golden” microcircuits. There will be something to compare with. Here is the SNP30P-B connector and its gold-plated contacts.

A scattering of such contacts looks very chic. It would be enough for a ring.

Of course, not the purest gold is used to apply gold plating to the microcircuit body, and the gold plating layer may be scanty. As I was told on the market, one old transistor in terms of gold content will outweigh a handful of “gold” microcircuits like K564TM2.

It is known that contact cleanliness directly affects the reliability of an electronic device. Therefore, the contacts of connectors and panels are covered with a thin layer of gold. It does not oxidize even when heated, and is resistant to oxygen, sulfur, and acids. For example, I found gold-plated contacts in sockets for RS-40-7 microcircuits.

And also in RS-28-7 panels.

Typically, one gold-plated contact is valued at 1 ruble. So with 5-10 RS-40-7 panels you can go to the cinema.

In miniature switches VDM1-8, VDM1-2, the contacts are also covered with a layer of gold plating.

One switch output is also valued at 1 ruble. I kept a few of these switches for myself. It's a shame to sell such parts for scrap. We can say that their reliability is backed by the most valuable commodity on Earth - gold!

Through the transparent plastic of the VDM1-2 housing, the characteristic yellowness of the current-carrying contacts is visible.

In all kinds of toggle switches, switches, variable resistors and relays, the contacts are coated with platinum and iridium alloys. In general, anywhere where repeated mechanical stress and wear occurs. Gold is not used due to its low mechanical strength. Switches VDM1-2 are apparently an exception. Most likely, they are designed for a small number of switchings.

Gold in imported radio components

Buyers treat imported radio components with distrust, but despite this they also accept them. If you have computer processors or motherboards lying around, you can also donate them. Motherboards are usually taken by weight. Cheap, they offered me 150 rubles. per kilo, but it’s better than if this board was rotting in a landfill.

I even found an ancient Intel® Pentium® processor for Socket 7, which was installed in some industrial computer.

I found a video on YouTube about how gold is mined from such minerals. The video is very interesting. Americans gut computer scrap, and in the comments they talk about how profitable it is, because the purity of gold varies, and, consequently, its price. In general, I recommend watching it.

Why are microcircuits coated with gold?

The fact is that gold is a noble metal. It hardly forms chemical compounds even when heated, and is resistant to acids. These qualities ensure clean and reliable contact. The absence of aggressive impurities guarantees the safety and quality of contact after a long service life of the equipment.

In this regard, the housings and pins of the microcircuits are covered with a layer of gold plating.

Where is the gold in microcircuits if they are in a plastic case?

Gold has good electrical conductivity and is easily soldered with soft solders. Pliable and stretches into very thin wire (1 gram Au

3.5 km. wire). And the most interesting thing is that it easily fuses with silicon and germanium! What if not gold wire to connect the silicon chip and external pins?

That is why the silicon chip in microcircuits is connected to external pins with gold wire. The gold wire from the chip to the terminals is easy to see through the transparent plastic of the LED. For example, I managed to take a picture of it in a flashing LED.

During the Soviet era, precious metals were not spared for the production of electronic components, especially for special-purpose electronics. Then, as now, documentation was compiled for each type of electronic product. It indicated which metals and in what quantities were used to produce one element.

If someone still has an old domestic tape recorder (for example, “Romantic”), then in the instructions for it you can find a page with a table. It indicates the content and quantity of precious metals in the filling of this device.

Subsequently, this made it easier to “evaluate” the product accepted for processing. This is why buyers prefer parts from the Soviet period and treat imports with slight mistrust.

Where can I donate radio components?

You can sell radio components for scrap at any radio market. You've probably already seen signs like "I'll buy expensive radio components." Bring your goods to the buyer (there is one at every radio market), he will announce the price of 1 unit for each type of radio components. If the price suits you, then you give your goods to the buyer, he counts or weighs. In return, you receive cash (i.e. cash). This is the scheme. You can also send parcels with parts by mail to special companies, but I have not tried.

What do you think buyers of radio components love most? Transistors? No. Microchips? Nope. And what?! They love ordinary ceramic capacitors of the KM4, KM5, KM6 series.

The fact is that these capacitors contain platinum and palladium in sufficient quantities. One kilogram of KM capacitors costs around several tens of thousands of rubles!

This is what KM5 capacitors look like.

Also valued are “saffron milk caps”, orange-colored KM6 capacitors. I handed over the ones in the photo and the buyer took them without question. But you should understand that if the marking is unclear, even such capacitors may not be accepted. For example, I have seen similar colored capacitors in Chinese amplifiers.

Capacitors are taken by weight and without leads (bitten off). Even if you have 20 grams, they will weigh you and buy it. They say that the more you bring, the higher the price per gram. Honestly, I don't believe it. It all depends on the buyer and price “collusion” on the radio market. All buyers in the market know each other and there is a certain agreement between them. As they explained to me, they all hand over the purchased parts to one person, who regularly comes and buys all the goods in bulk.

The scheme of such a business is quite simple. You buy it at retail at a low price, then sell it wholesale to a company representative from the refinery. You make money on the difference. Something like this.

In any case, when handing over radio components, you need to understand that their cost depends not only on the price of the precious metal on the London Stock Exchange and the dollar exchange rate on a particular day, but also on the buyers. And they also want to live. This is their business. Therefore, before handing over your goods at the first buyer’s stall, I advise you to take a look at the radio market and find out the prices for what you have. For example, I discovered a whole “network” of buyers who accept parts very cheaply.

If the school chemistry course was not in vain for you, then a completely logical thought will pop into your head: “Why not extract precious metals from radio components yourself and sell them?” As far as I know, you can get an ata for this. The fact is that violation of the rules for the delivery of precious metals to the state is punishable by Article 192 of the Criminal Code of the Russian Federation (Chapter 22).

The list of radio-electronic products that are accepted for recycling (purchased) is quite large. These include relays, transistors, switches, toggle switches, capacitors, variable resistors, rheostats, indicators, radio tubes, and even printed circuit boards! Anything that contains precious metals in sufficient quantities. But in most cases, these are, as a rule, radio components produced during the Soviet Union.

At the end of this story, I’ll note.

I do not welcome radio vandalism. After the collapse of the union, a fever began to “destroy” the Soviet legacy. Electronic equipment also fell under this skating rink. Many then made a lot of money on the retail purchase and wholesale of parts containing precious metals. Many years have passed since then, but the business of buying radio components is still alive.

I am for proper recycling. Electronics are a storehouse of precious metals and rare chemical elements. I'm pleased that even from old junk that is usually thrown into a landfill, you can make a little money. The money received can be used to purchase more necessary parts.

Content of precious metals in electronic lamps

Each page contains data on the content of precious metals, as well as the value of the product when put up for purchase, based on the current value of gold, silver, platinum and palladium on the stock exchange.
0.25BTV5-100 0.3B17-35 0.3B65-135 0.3BTV6-100 0.3B17-35 0.3B65-135 0.3BPV6-150 0.4BPM2-120 0.5BPM6-160 0.7BPK2-160 0.7BPM3-2 00 1.1BPV14 -160 1.5BPV2-400 1.5BPV7-150 1.5BPM1-200 1.6BDM9-90 10ZH12S 10ZH12S 10LO103M 10LO104A 10LO105A 10LO103A-1 10LO103M 10LO103M 10LO10 4A 10LO104A 10LO105A 10P12S 10P12S 11LO101I 11LO101I 11LO101I 11LO101I 12K4 12K4 12P17L 12P17L 130LO10D 13LK11B 13LK6I-1 13LO10D 13 LO11A 13LO11U 13LK11B 13LK11B 13LK11B 13LM12 13LN12 13LN3 13LN7 13LO102M 13LO105M 13LO106A 13LO10D 13LO10D 13LO11A 13LO11U 13LO11TS 13P1S 1504-G 1504-I 15 15 1578 1579 15-79 16LM4G 16LM4R 16F3P 18LO101M 1BDM6-75 1BPV15-100 1BPV1-60 1BPV18-100 1BTV4-100 1Zh17 1Zh17B 1Zh17B 1Zh17B 1Zh18B 1Zh18B 1Zh24B 1Zh24B 1Zh24B 1Zh29B 1Zh29B 1Zh29B 1Zh29B-B 1Zh29B-P 1Zh29B-V 1Zh29B-R 1Zh37B 1Zh37B 1Zh42A 1P22B 1P22B-B 1P22B-V 1P2 4B 1P24B 1P24B-B 1P33S p.v., open. 1Ts1C 1Ts1S 1Ts21 1Ts21P 1Ts21P 1E1P 2.5BPM4-250 2C49D 2A2P 2D1S 2D1S 2D7S 2D9S 2D9S 2D9S 2ZH27P 2ZH37B 2K2M 2P1P 2P1P 2P2P 2P2P 2 S49D 2S49D 2Ts2S 2Ts2S 2E2P 30P1S 30P1S 31LM3 31LN1 31LN1 31LN1-1 31LN1-2 31LN3 31LN4 3BTM1-200 3P1S 43LS9I 45LS- 6 45LS8I 45LS6 45LS8I 4D5S 4D5S 4Ts14S 4Ts14S 4Ts6S 4Ts6S 51LH1H 51LN1N 5Ts3S 5Ts3S 5Ts4M 5Ts4M 5Ts4S 5Ts4S 6A2P 6A2P 6A2P 6A2P 6A3P 6А3П 6В1П 6В1П 6В1П 6В1П 6В2П 6В2П 6В2П 6В2П 6В3C 6В3С 6В3С 6Д10Д 6Д10Д 6Д13Д 6Д13Д 6Д13Д 6Д13Д 6Д16Д 6Д16Д 6Д16Д 6Д16Д»P» 6Д 16D, Yu»R» 6D20P 6D20P 6D3D 6D3D 6D4ZH 6D4ZH 6D8D 6D8D 6E1P 6E1P 6E5S 6ZH10B 6ZH10B 6ZH10B-B 6ZH10B-B RADIO 6ZH10B-BP 6ZH10B-V 6ZH10B-V 6ZH10B-V R 6ZH10B-V radio 6ZH10B-V RADIO 6ZH10B-VR 6ZH10B- VR 6ZH10P 6ZH10P 6ZH10P 6ZH10P-EP 6ZH10P-ER 6ZH10P-ER 6ZH11P 6ZH11P-E 6ZH11P-E 6ZH11P-E 6ZH1B 6ZH1B-B 6ZH1B-B RADIO 6ZH1B-BP 6ZH1B-V 6ZH1B-V 6ZH1B-V radio 6ZH1B-V RADIO,BV 6ZH1BVR 6ZH1ZH 6ZH1ZH 6ZH1P 6ZH1P 6ZH1P 6ZH1P-EV 6ZH1P-EV 6ZH1P-ev 6ZH20P 6ZH21P 6ZH22P 6ZH2B 6ZH2B-V 6ZH2B-V 6ZH2B-V 6ZH2B-V radio 6ZH2P 6ZH2P 6ZH2P-1 6Zh2P-EB 6Zh2P-E-9 6Zh2P-EV 6Zh2P- EB-5 6Zh3 6Zh3 6ZH32B 6ZH32B 6ZH33A-B 6ZH33A 6ZH33A 6ZH33A-V 6ZH33A-V 6ZH35B 6ZH35B-B 6ZH35B-V 6ZH35B-V 6ZH38P 6ZH38P 6ZH38P-EV 6ZH38P-EV 6Zh3 9G 6ZH39G-V 6ZH39G-V 6ZH3P 6ZH3P 6ZH3P 6ZH3P 6ZH3P-5 6Zh3P-E 6Zh3P-E 6Zh4 6Zh4 6Zh43P 6Zh43P-E 6Zh43P-DR 6Zh43P-DR 6Zh43P-DR 6Zh43P-E 6Zh43P-E 6Zh45B 6Zh45B-V 6Zh46B 6Zh46B-B 6Zh46B-V 6Zh49P 6Zh 49P-D 6Zh49P-D 6Zh49P-DR 6Zh49P- DR 6Zh49P-DR 6Zh49P-DRU 6Zh49P-DRU 6Zh49P-DRU 6Zh4-B 6Zh4-V 6Zh4V5 6Zh4DPD. 6ZH4P 6ZH4P 6ZH4P 6ZH51P 6ZH51P 6ZH52P 6ZH52P 6ZH5B 6ZH5B 6ZH5B-V 6ZH5B-V 6ZH5B-V 6ZH5B-V radio 6ZH5B-V SCHTU 6ZH5B-V RADIO 6ZH5B-VR 6ZH5B-VR 6ZH5B-VR 6Zh5P 6Zh5P 6Zh5P 6Zh5P-1 6Zh5P-9 6Zh6B- V 6ZH9G 6ZH9G-V 6ZH9G-V 6ZH9G-V 6ZH9G-BP 6ZH9G-VR 6ZH9G-VR 6ZH9P 6ZH9P 6ZH9P 6ZH9P-1 6ZH9P-5 6ZH9PE 6ZH9PE 6ZH9P-E 6ZH9PE-1 6ZH9PE-5 6ZH9PE-9 6I1P 6I1P-EB 6I1P-EV 6I1P-EV 6I4P 6I4P 6K1 B-V 6K13P 6K13P 6K14B 6K14B-B 6K14B-V 6K15B-B 6K15B-V 6K15B-V 6K16B 6K16B-B 6K16B-V 6K16B-V 6K1B 6K1B 6K1B-B 6K1B-B RADIO 6K1B-V 6K1B -V 6K1B-V radio 6K1P 6K1P 6K1P 6K1P 6K4 6K4 6K4 6K4P 6K4P 6K4P 6K4P-EB 6K4P-EP 6K4P-EV 6K4P-EV 6K4P-ER 6K4P-ER 6K6A-B 6K6A 6K6A-V 6K6 A-B 6LK1A 6LK1B 6LK1P 6LK4I 6LK1A 6LK1B 6LK1B 6LK1P 6LK4 6LK4I 6MN1B 6MN1B 6MN1B 6N1128B-VI 6N13C 6N13S 6N13S 6N14P 6N14P 6N14P 6N14P 6N15P 6N15P 6N15P 6N15P 6N15P otk 6N16B 6N16B-B 6N16B-B RADIO 6N16B-BP 6N16B-VI 6N16B-VI (TU-2) 6N16BBI RADIO 6N16B-BVI 6N16B-BVI SCHTU 6N16B-BI 6N16B-V 6N16B-V 6N16B-V 6N16B-V radio 6N16B-VI (TU-2) 6N16B-VI radio 6N16B-VR 6N16B-VR 6N16B-I 6N16G-VIP 6N16G-V 6 N16G-VI 6N16G-VIR 6N17B 6N17B-B 6N17B-B RADIO 6N17B-BP 6N17B-V 6N17B-V 6N17B-V radio 6N17B-VR 6N17B-VR 6N18B 6N18B-B 6N18B-V 6N18B-V 6N1P 6N1 P 6N1P 6N1P-VI 6N1P-EB 6N1P -VI 6N1P-VI 6N1P-EV 6N1P-EV 6N1P-EV 6N21B 6N21B 6N21B 6N23P 6N23P 6N23P 6N23P-EB 6N24P 6N24P 6N24P 6N25G-B 6N25G-V 6N25G-V 6N26 P 6N28B 6N28B-B 6N28B-VI 6N28B-V 6N28B-V 6N2P 6N2P 6N2P 6N2P 6N2P-EB 6N2P-EP 6N2P-EV 6N2P-EV 6N2P-ER 6N2P-ER 6N30P 6N30P 6N30P-DR 6N33B 6N33B 6N33B 6N3P 6N3P 6N3P 6N3P 6N3P- 1 6N3P-E 6N3PEB 6N3P-DR 6N3P-DR 6N3P-DR 6N3P -E 6N3P-E 6N3P-EV 6N3P-EV 6N3P-I 6N3P-I 6N3P-I 6N5N 6N5P 6N5P 6N5P 6N6P 6N6P 6N6P 6N6P 6N6P-I 6N6P-I 6N6P-I 6N6P-IP 6N6P-IR 6N6P-IR 6N7C 6N7S 6N7S 6N7S 6N8C 6N8S 6N8S 6N8S 6N9S 6N9S 6N9S 6P114PER 6P13S 6P13S 6P13S 6P13S 6P14P 6P14P-EP 6P14P-EV 6P14P-EV 6P14P-ER 6P15P 6P15P 6P15P 6P15P-EB 6P15P-EP 6P15P-EV 6P15P-EV 6P15P-ER 6P15P-ER 6P18P 6P18P 6P18P 6P18P 6P1P1 6P1PE9 6P1P-EV 6P1PEV5 6P21S 6P23P 6P23P 6P23P 6P25B 6P25B-V 6P25B-V 6P30B 6P30B 6P30B-P 6P30BR 6P30B-R 6P30B-R 6P31C 6П31С 6П31С-1-5 6П33С 6П36С 6П36С 6П36С 6П3С 6П3С-E 6П3С 6П3С 6П3С 6П3С 6П3С- E 6P3S-E 6P3S-E 6P41S 6P41S 6P42S 6P43P 6P43P-E 6P43P-E 6P43P-E 6P44S 6P44S 6P44S 6P44S 6P45C 6P45S 6P45S 6P6S 6P6S 6P6S open 6 P9 6P9 6P9 6PS1PS 6PS4P 6R2P 6R2P 6R2P 6R2P 6R4P 6R4P 6R4P 6R4P 6S17K-B 6S17K 6S17K8 6S17K -В 6С17К-В 6С18С 6С19П 6С19П 6С19П 6С19ПБ 6С19ПBP 6С19ПВ 6С19ПВ 6С19П-В 6С19ПВР 6С19ПВР 6С19ПВР 6С19П-ВР 6С1ж 6С1ж 6С1ж 6С1П 6С1П 6С1П 6С20C 6С20С 6С20С 6С21Д 6С21Д 6С21Д 6С26Б 6С26Б-K 6С26Б-В 6С26БК 6С26Б-К 6С27БК 6С28Б 6С28Б-B 6S28B-V 6S28B-V 6S28BV SChTU 6S29B 6S29B-B 6S29BV 6S29B-V 6S29BV SChTU 6S2C 6S2B 6S2B-B RADIO 6S2B-V 6S2BV radio 6S2D 6S2P 6S2P 6S2P 6S 2P 6S2S 6S2S 6S31B 6S31B-P 6S31B-R 6S32B 6S32B 6S32B 6S33C 6S33C 6S33CB 6S33S 6С33С 6С33С 6С33С 6С33СВ 6С33СВ 6С34A-B 6С34А 6С34А-В 6С34АВ СЧТУ 6С35А-B 6С35АВ 6С35А-В 6С3Б 6С3Б 6С3Б 6С3Б-B 6С3Б-В 6С3ЛДР 6S3P 6S3P 6S3P-EB 6S3PEV 6S40P 6S40P 6S40P 6S41C 6S41S 6S41S 6S41S 6S41S 6S43AV 6S45K 6S45K 6S45K 6S45K 6S45P 6S45P 6S45P-E 6S45PE 6S45P-E 6S46G 6S46G-B 6S46G-V 6S46G-V 6S46G-V 6S49D 6S4P 6S4P 6S4P-EB 6S4PDR 6S4PEV 6S4S 6S4S 6S50 D 6S50D 6S50D 6S50D 6S5D 6S5D 6S5D 6S5D-9 6S5DI 6S5D-I 6S5S 6S6B 6S6B 6S6B -B 6С6Б-В 6С7Б 6С7Б-B 6С7Б-В 6С7Б-В 6С9ГВ 6С9Д 6С9Д 6Ф12П 6Ф12П 6Ф1П 6Ф1П 6Ф1П 6Ф3П 6Ф3П 6Ф3П 6Ф4П 6Ф4П 6Ф4П 6Ф5П 6Ф5П 6Ф5П 6F6S 6Х2П 6Х2П 6Х2П-EP 6Х6C 6Х6С 6Х6С 6Ц21D 6Ц4П 6Ц4П 6Ц4П-EB 6Ц5С 6Ц5С 6Э12Н 6E15P 6E15P 6E5P 6E5P 6E5P 6E5P-I 6E5P-I 6E5P-I 6E5P-E 6E6P 6E6P 6E6P-DR 6E6P-DRU 6E6PDR 6E6P-DR 6E6PDRU 6E6P-DRU 6E6P-DRU 6E6PE 6E6P-E 6E7P 8LM3B AGI1-75/1.3 AGI1 -75-1.3 BS1 BS2 BSV2 BSV22 BSV23 BSV24 BSV3 BSV30 BSV4 BSV6 BSV7 BSM1 BH1 BH2 BH3 BHV1-2 BHV13 BHV6 BHV7 BHV8 BHV9 V1-0.05/12 V1-0.075/25 V1-0.1/20 V 1-0, 1/30 V1-0.1/40 V1-0.15/55 V1-03/70 V1-1/2.5 V2-0.06/25 VV220 VZU6-12/5 VI1-1.5/35 VI1 -40/45 VI1-40/45 VI1-40-45 VI1-5/20 VI1-5/30-1 VI1-50/25 VI1-50/25 VI1-50-25 VI1-6/30-1 VI3- 18-32 VI3-30-25 VI3-70-32 VI4-100/50 VI4-100/50 VP2 VSB2 VSB2 VEU1 VEU2 VEU-2A VEU2A VEU4 VEU6 VEU-6 VEU-7-3 VEU7-3 G411 G-411 G -411 G-412 G811 G-811 G837 G-837 G-837 GG1-0.5/20 GG1-0.5/5 GG1-2/5 Helite GI11B GI-11B GI-11B GI-11B GI-125 GI12B GI-12B GI-12B GI-130 S/S GI-130M GI130M GI-130M GI-130M 6343107325 GI-13BM GI13BM GI-13BM GI-14B GI-15 OS GI150 GI-150 GI-150 6343107319 GI15 B GI-15B GI -15B GI-15B-1 GI166B GI-16B P3 GI17 GI-17 GI-17 GI-18BM GI-18BM GI19B GI-19B GI-19B GI-19B GI210 GI-210 GI21B GI-21B GI-21B GI22 GI-22 GI-22 GI23B GI-23B GI-23B GI-24A GI24B GI-24B P3 GI25 GI-25 GI-25 GI-26A GI26A GI-26A GI26B GI-26B GI-26B GI-27A GI-27A-1 GI-27AM GI-3 GI30 GI-30 GI-30 GI31 GI-31 GI-31 GI33B GI-33B GI-34B GI-34B GI-34B-5 GI-3-5 GI-35A GI35B GI-35B P3 GI36 GI-36 GI -36 GI-38B GI39B GI39B GI-39B GI41 GI-41 GI-41 GI-41-1 GI41-1 GI42B GI-42B P3 GI-43A P3 GI43A GI44B GI44B GI-44B GI44B (6343107695) GI45 GI-45 GI- 45 GI-45 GI46B GI-46B GI-46B GI49B GI-49B GI-4A GI-50A P3 GI50A GI-50P P3 GI-57A GI-57A GI-58A GI-58A GI5B GI-5B GI-5B P3 GI6B GI- 6B GI-6B GI-70B GI-70BT GI70BT GI7B GI-7B GI-7B GI-7BT GI7BT GI-7BT GI-7BT GI8 GI-8 GIP11 GIP17 GIPS16 GK-11A GK-11P GK-12A GK-12A GK-5A OTK GK5A GK71 GK-71 GK9B GK-9B OTK GK9P GK-9P OTK GKD1-1000/25 GKD1-1000/25 GKD1-500/20 GKD1-500/20 GKD1-500-20 GKD1-600/50 GM100 GM-100 GM-1A GM-1A GM-1P GM-2A GM2A GM-2A GM2B GM-2B GM-2B GM-2B GM-3A GM3A GM-3A GM3B GM-3B GM-3B GM3P GM-3P GM-3P GM4B GM- 4B GM-4B GM-5B GM-5B1 GM-5B5 GM70 GM-70 GMI10 GMI-10 GMI-10 GMI-10 GMI11 GMI-11 GMI-11 GMI-11 GMI14B GMI-14B GMI-14B GMI-16P GMI16R GMI- 16R GMI19B GMI-19B GMI-19B GMI-20 GMI-21-1 GMI-21-1 GMI-21-1-5 GMI-21-1-9 GMI-24B GMI-24B5 GMI-26B GMI-27A GMI-27B GMI-29A-1 GMI29A GMI29B GMI-29B-1 GMI2B GMI-2B GMI-2B GMI-30 GMI32B GMI-32B GMI-32B GMI-32B-1 GMI-32B-1 GMI-38 GMI-38 GMI-3M-1 GMI-3M-1 GMI-42B GMI-42B GMI-43A P3 GMI43A GMI-46B GMI4B GMI-4B GMI-4B GMI-4B GMI-5 GMI-5 GMI52B GMI-52B GMI6 GMI-6 GMI-6 GMI-6 GMI -6-1 GMI-6-1 GMI-6-1 GMI-6-B GMI6V GMI-7 GMI-7 GMI-7-1 GMI-7-1 GMI-83 GMI-83B GMI83V GMI89 GMI-89 GMI-89 GMI-89 GMI90 GMI-90 GMI-90 GMI-90 GP-3 GP-3 GP-5 GP-5 GP-8 GS11 GS-11 GS-11 GS-12A GS13 GS-13 GS-13 GS13-1 GS14 GS -14 GS-14 GS15B GS-15V GS-17B GS-17B-1 GS19 GS-19 GS-19 GS21 GS-21 GS-21 GS23B GS-23B GS-23B GS24B GS-24B GS-24B GS27B GS-27B GS -27B GS30 GS-30 GS-30 GS315 GS31B GS-31B GS32 GS-32 GS-32 GS-33B GS34 GS-34 GS-34 MK30 GS-34 1 GS-34-1 GS35B GS-35B GS-35B GS- 36B GS-36B GS37 GS-37 GS-37 GS3A GS-3A GS-3A GS3B GS-3B GS-3B GS-4B GS4V GS-4V GS-79A GS90B GS-90B GS9B GS9B GS-9B GS-9B GS-9B -1 OS GU-100 A GU-100 B GU-10A P3 GU-10A GU-10B GU-10B P3 GU-13 GU-15 GU-17 GU-17 GU-17 GU-18 1 GU-18-1 GU -19 GU-19-1 GU-21B GU-21B P3 GU-22A P3 GU-22A GU-22A PZ GU-23A GU-23A OTK GU-23B GU-23B OTK GU-27A GU-27A GU-27B 1 GU -29 GU-29 GU-29 GU-32 GU-33A GU-33A GU-33B GU-33B 1 GU-33B 5 GU-33P GU-33P GU-34B GU-34B GU-34B GU-34B Turnips GU-34B -1 GU-34B-1 GU-35B GU-35B GU-36B-1 GU-37B GU-39A GU-39A1P3 GU-39A GU-39B GU-39B1P3 GU-39P1 OTK GU-40B GU-40B GU-43A GU -43A GU-43A GU-43B GU-43B GU-43B GU-44A OTK GU-44A GU-45A GU-45A OTK GU-46 GU-46 GU-47A GU-47A GU-47B GU-47B GU-48 GU -48 GU-4A OTK GU-4A GU-50 GU-50 GU-53A OTK GU-53A GU-53B OTK GU-56 GU-56 GU-58A GU-58A GU-58B GU-58B GU-59A GU-59A GU-59B GU-59B GU-5A GU-5A GU-5B GU-5B GU-61A GU-61B GU-61P GU-62 GU-62A GU-62A GU-63 GU-63 GU-66A OTK GU-66A GU -66B GU-66B OTK GU-66P GU-66P OTK GU-68A GU-68A OTK GU-68P GU-68P OTK GU-70B GU-70B GU-71B GU-71B GU-72 GU-72 GU-72 GU- 73B GU-73B1 GU-73P GU-73P GU-74B GU-74B GU-75A ​​GU-75B GU-75P GU-76A GU-76A 5 GU-76B GU-76B GU-76P GU-78B GU-78B GU-81 GU-81M GU-84B GU-84B GSh13 DARK12000 DARK9000 DKST 5000 DKST5000 DKSShRb10000-1 DKSShRb5000 DKED42 DM3-3000 DM4-3000 DM4-6000 DMT4-3000 DRK120 DRK-120 DRK12000 DRP250 DRP400 DRT100 DRT2-100 DRSh100 DRSh100-2 DRSh200 DRSh250 DRSh250 -2 DRSh250-2 DRSh250-2M DRSh350 DRSh350 DRSh350-1 DRSh350-2 DRSh500 DRSh500-1 DRSh500-2 DSR600 ICK-25 ISP 5000 ISP-600 IHP-16/120A IHP-16/250A IHP-16/5 80A IHP-16 /850 IKEK220-250 IMA2-150D IMA3-150E IMA-320D IMA6D INP16/120A INP16/250A INP16/580A INP16/850 IPS15/1A ISK25 ISP5000 ISP600 IF17 IFK-75 IFB300 IFK500 IFK7 5 IFP2000 IFP-2000 IFP200-4000 IFP5000 IFP- 5000 KG1 KG1 KG-1 KG10 KG10 KG-10 KG11 KG2 KG2 KG-2 KG3 KG3 KG-3 KG4 KG5 KG5 KG-5 KMP1 KNK15 KNK3 KNK4 KNK53M KNK53M KNK56 KNK56 KNK-56 KNK57 KNK57 KNK-57 KNK57M KNT10 KNT2 KNT31 KNT31 KNT31 -1 KNT31-1 KNT5 KNT54 KNT54 KNT-54 KNT54-1 KNT57M KNT8 CORRIDA KPZh1000 KPZh110-3000 KPZh2000 KPZh2000-1 KPZh220-250 KPZh3000 KPZh500 KPZh5000-1 KPZh500-1 ,200 KR110 KR220 KRICH150 KRM110 KRM125 KRM150 KRM6 KRM-6 KRM80 SLCM KT363AM KT363BM KEM-1 KEM1-B KEM-2A KEM2-B KEM2-B KEM-30 KEM-3B KEM-3B KEM-6A KEM1 KEM2A KEM2S KEM30 KEM6A L166 L166B1A LI-101 LI-204 LI-204 LI-207 LI-207 LI -212 LI-212M LI-212M LI-214 LI-214-1 LI-217 LI-223 LI-227 LI-231 LI-231 LI-232 LI-232M LI-234 LI-236 LI-237 LI-237 LI -238 LI-241 LI-284 LI-432YA LI-432YA LI-442 LI-442K LI-457YA LI-458K LI-460YA LI-462K LI-471 LI-476 LI-483 LI-485 LI-485K LI-604 LI-604 K-1 LI-604-1 LI-605 LI-605-1 LI-605-3 LI-605-8 LI-608 LI-608 LI-608-1 LI-608-1 LI-609 LI- 610 LI-610 LI-613 LI-613-1 LI-702-1 LI-703 LI-704 LI-704-1 LI-705 LI-801 LI-801-1 LI-804 LI-804 LK-2 (AG ) LK-2 (PD) LK-2 (PL-RD) LK-2 (PT-IR) LK-2 (AI) LN-102 LN-102M LN-102N LN-104 LN-105 LN-15 LN-18 LN-18 LN-19 LN-22 LN-5 LN-5 LN-8 LN-8M LT-2 (AG) LT-2 (AU) LT-2 (PD) LT-2 (PT-IR) LT-2 ( PT-RD) LF10 LF2 LF4 LF5 LF7 LF8 LFSM26-140(SMF-1) LFSM28-600(SMF-2) MK-10-3A MK-10-3B MK-16 MK-16-3 MK-17A MK- 17B MKA10104 MKA10501 MKA20101 MKA27101A MKA27101B MKA27102 MKA27601 MKA36701A MKA36701A MKA36701B MKA52202 MKS27103 MKS-27103 MKS52201 MKS-52201 MKSR45181 MKSR45181 MST-17 MST-17 MST-17 MSTR4 MTS17 MUK-1A-1 MUK-1A NT-16 NT-183 NT1V3 NT8 NT -8 PMDG-1 PMDG-1 PMI10-2 PMI-27 PMT-2 PMT-2 PP1-05/10 R21 R-21 R-21 R24 R-24 R-24 R-24-1Ya R26 R-26 R- 26 R29 R29 R-29 R-2M R2M R2M R30 R37 R41 R41 R-41 R43 R43 R-43 R47 R48 R48 R-48 R49 R49 R-49 R52 R52 R-52 R55 R-55 R56 R-56 R59 R59 R -59 Р60 Р60 Р-60 Р61 Р61 Р-61 Р63 R-63 Р64 R-64 R71 R-71 R72 R-72 R73 R-73 R74 R-74 R75 R-75 R76 R-76 R77 R-77 R78 R -78 R79 R-79 R80 R-80 R81 R-81 R85 R-85 Arrester RT-39 RT53 RU62 RU-62 RU-62 RU65 RU-65 RU69 RU-69 RU72 RU-72 SBM11 SBM12 SBM11 SBM-11 SBM- 11 SBM12 SBM-12 SBM-12 SBM-9 SG13P SG15P SG15P-2 SG15P-2 SG16P SG16P SG1P-E-V SG201S SG202B SG202B SG-203K SG203K SG-203K SG-204K SG204K SG20G S G2C SG2P SG2P SG2S SG2S SG301C-1 SG301S SG302C-1 SG303C-1 SG305K SG305K SG-305K SG-305K SG306K SG-306K SG-306K SG307K SG-307K SG-307K SG308K SG-308K SG-308K SG309K SG-309K SG-309K SG 3S SG3S SG4S SG4S SGM14 SGM15 SI13N SI -13N SI14N SI-14N SI19BG SI-19BG SI19N SI-19N SI2B SI-2B SI-2R SI3B SI-3B SI-6P SI6R SNM14 SNM15 SNM15 SNM16 SNM16 SNM17 SNM17 SNM18 SNM18 SNM18-1 S NM18-1 SNM32 SNM42 ST204K STsB-3 STsB-51 STsV3 STsV51 T9 TV14 TV-14 TV15 TV-15 TV16 TV-16 TV2 TV-2 TV2-16 TV2-250 TV2M TV3M TV4 TV-4 TV5 TV-5 TVB1 TVB1 TVB2 TVB2 TVB3 TVB3 TVB4 TVB5 TVB6 TV B7 TVB8 TVB9 TVD TVI TVK TVR1 TVS1-3 TVS1M TVS2M TVS3M TG1-0.5/12 TG1-0.5/12 TG1-1X0.8 TG1-2.5/10 TG1-2.5/4 TG1-2.5/10 TG1-2.5/ 4 TG1-2/8 TG3-0.1/1.3 TGI1-100/8 TGI1-100/8 TGI1-1000/25 TGI1-1000/25 TGI1-150/8 TGI1-2000/35 TGI1-2000/35 TGI1-2500/ 35 TGI1-2500/50 TGI1-2500/50 TGI1-2500-35 TGI1-270/12 TGI1-270/12 TGI1-400/3.5 TGI1-50/5 TGI1-50/6 TGI1-500/16 TGI1- 500/16 TGI1-500/20 TGI1-500/20 TGI1-5000/50A TGI1-5000/50A TGI1-700/25 TGI1-700/25 TGI2-130/10 TGI2-260/12 TGI2-400/16 TGI2- 500/20 TGI3-325-16 TGR1-2.5/2 TGU1-5/12 TK24 TK2-50(1) TK2-50(5) TK2-50A(1) TK2-50A(5) TK2-75(1 ) TK2-75(5) TKP20 TKP20B TKP300A1 TKP50 TKPM20 TKPM300A1 TKPM50 TMD1(1) TMD2(5) TP2/05 TP2/2 TP6/2 TPM2/05A TPM6/2B TR1-15/20 TR1-40/15 TR1-6 /15 TR1-85/15 ТШ1 ТШ2 UV-111-1 UV-204 UV-227 UV-23 UV-234 UV-252 UV-255 UV-261 UV-309 UV-39 UV-42 UV-420 UIT3 UIT5 UT1 F1.4 F10 F10 F-10 F14 F15 F15 F-15 F21 F-21 F-22 F23 F-23 F26 F28 F-28 F32 F-32 F6 F8 F8 F-8 F9 F9 F-9 FEOPI-1 FEOPI1 FEU102 FEU-102 FEU111 FEU112 FEU112 FEU113 FEU117 FEU-117 FEU129 FEU-129 FEU134 FEU146 FEU14B FEU-156 FEU-19A FEU-19M FEU19A FEU19M FEU22 FEU- 22 FEU26 FEU27 FEU-27 FEU28 FEU-28 FEU29 FEU-29 FEU -29 FEU-30 FEU36 FEU-36 FEU-36 FEU38 FEU-38 FEU-38 FEU4 FEU-4 FEU55 FEU55 FEU-55 FEU62 FEU-62 FEU74 FEU-74A FEU74A FEU77 FEU-77 FEU-77 FEU83 FEU83 FEU-83 TsB -3 TsB-4 TsBK-1 TsV3 TsV3 TsV4 TsV4 TsG-3 TsG-3 TsG-4 TsG-4 ShT015B ShT016 ShT017 ShT018 ShT020 ShT027 ShT028 EM-10 EM10 EM10 gr.1 EM10 gr.2 EM4 EM6 YuI003 YuI004 YuI004A YuI 005 YUI005A YuI006 YuI010 YuI011 YuI012 YuI014 YuI024