How to disassemble a Vitek iron

Even though disassembling a Vitek iron might seem difficult, it can be completed successfully with the correct instructions. It’s crucial to know how to carefully disassemble your iron if you need to replace a part, clean the interior, or fix a malfunction.

Make sure your iron is completely unplugged and cooled down before beginning, and gather all the required tools. It will be easier to prevent any component damage during the process if you work methodically.

You can safely disassemble your Vitek iron with the help of this guide, which will enable you to do any necessary maintenance or repairs to keep it functioning properly.

How an iron works

Understanding the construction and operation of an electric iron is necessary before disassembling and fixing one. It is pointless to begin repairs without this knowledge. Nearly all steam irons, including those made by Vitek, Tefal, Philips, Braun, and other manufacturers, share the same design and method of operation. There can only be variations in the specific technical design of each component.

The steam iron’s apparatus

Any electric iron’s primary component is the sole, which has an integrated tubular electric heater (sometimes called the heating element). Modern Vitek iron models typically have a heating element with a power of 2000W, 2200W, or 2400W. Device soles are manufactured from a variety of materials, including ceramics, Teflon, stainless steel, and aluminum. To guarantee the required level of ironing, there are holes in the soles where steam can escape. A built-in thermostat controls the metal base’s heating temperature.

In terms of ergonomics and design, Vitek irons are on par with well-known rival products.

Water is poured into a reservoir found on devices that generate steam. Scale formation inside the sole can only be avoided by cleaning and softening the liquid. Steam is produced when water from the reservoir flows onto the heated sole and exits through the holes. Additionally controlled is the steam generation’s intensity. Steam boost is a feature on the majority of contemporary models that allows for the forced release of a steam cloud at its highest intensity.

Most electric irons come with water-spraying nozzles. An electric cord, which is flexible in relation to the body, provides the connection to the power grid. The cord is fastened to the contact block inside the body. Therefore, the modern steam iron’s device is simple. People who live far from technology can still understand it.

Common breakdowns

Vitek iron models VT-1201, VT-1209, VT-1244, and others all share the same list of common faults because of how simple the device and its operation are. As there are no significant design differences between devices of different brands, this statement also applies to those of those brands. The table below provides a description of the major issues.

The power cord may break or short circuit. One of the most frequent and harmful malfunctions that arises from extended use. The wires beneath the outer insulation become twisted and bent over time due to loads applied to the cord. Additionally susceptible to damage is thermal insulation, which increases the possibility of melting electrical conductor insulation. Electric shock can result from such flaws. The replacement of the cord resolves the breakdown.

Scale formation. This is not a breakdown; rather, the improper operation caused the function of steam generation to be disrupted. Hard water causes salts to accumulate on the sole’s steam-conducting holes. Only distillate or purified softened water should be added to the iron to prevent this flaw. Scale can be removed by cleaning the holes with a cotton swab or any other material whose hardness isn’t greater than that of the sole material.

The thermostat is damaged. This component enables you to control the sole’s heating temperature. Depending on the temperature, the bimetallic plate connects or disconnects electrical contacts to maintain a predetermined temperature. The contact may become disrupted over time as a result of contamination or the influx of fabric fibers. The heating element won’t heat the sole as a result. You will need to disassemble the iron in order to clean the contacts with fine sandpaper or any other sharp metal object in order to fix the breakdown.

The operation of a thermal fuse. This component serves as a fire safety measure. If the temperature of the soleplate heating surpasses the allowable limit, the thermo fuse opens the electrical circuit and turns off the electric iron. Both reusable and disposable safety devices are included in several models. A multimeter is used to determine the serviceability of the fuse during diagnostics. The operational device has no resistance at all. The multimeter will display an open circuit if the thermal fuse is malfunctioning. The component is changed to resolve the breakdown.

The heating element has failed. The iron eventually loses all functionality due to this frequent breakdown. Simply put, the soleplate doesn’t get hot. In contemporary models, the soleplate and heating element are integrated into a single structure that is not replaceable. The heater’s serviceability is examined using a multimeter (see fig.). The resistance of a heating element that operates normally is between 20 and 40 Ohms. You will need to purchase a new iron if the multimeter displays an open circuit because the cost of a new device is equivalent to that of replacing the sole.

The following video provides readers with an overview of common iron malfunctions and explains how to diagnose and fix them:

When dismantling a Vitek iron, one must pay close attention to every detail. This includes unplugging the device, taking out any visible screws, and carefully prying apart the casing while keeping track of every part to guarantee correct reassembly.

Preparatory stage

You need the right tool in order to disassemble, inspect, fix, and reassemble a Vitek iron. A multimeter is used for diagnostics, as readers may have already surmised. It is rarely possible to locate and identify a breakdown without this device. Furthermore, for repairs, a soldering iron might be required.

You should be aware that the back cover of the iron can be removed by using a screw with its original head, which features a star-shaped slot with three rays (see picture). These screws are found in a lot of Vitek device models.

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Screw holding the case’s back cover in place

Unscrewing it is possible, of course, with some skill. If none of this works, you can create a tool by taking a flat screwdriver and cutting out a small indentation in the middle of it with the appropriate size.

This is how a flat screwdriver’s tip looks.

In general, the following equipment and supplies may be required for disassembly and repair:

• a set of flat and Phillips screwdrivers;
• duckbills;
• a thin flat spatula;
• a knife.

Check to see if you also have the following supplies:

• heat shrink tubing;
• electrical tape;
• sandpaper of zero size.

They may come in handy for fixing the iron as well.

Disassembly process

There is a specific order in which the work needs to be completed. The process for disassembling the Vitek VT-1259 model is outlined below.

Vitek VT-1259 model

The disassembly process for the other models of electric irons made by the Russian manufacturer is the same. While there might be variations, they are not essential. The table provides a description of the actions.

After unscrewing the bolt securing the back cover, take it off with a screwdriver with a curly tip (see the above photo).

You must gently pry with a knife or flat shovel button on the handle in order to unscrew the bolt seen in the picture and remove them. Verify that there are no damages to the latches. Next, you will require a cross-shaped-tipped screwdriver.

Using a knife or spatula, place the latches along the seam and elude them to remove the upper portion of the handle. Next, remove the two bolts depicted in the picture.

Beneath the two bolts you just removed, there is another one.

Remove all the bolts that are shown in the photo from the back of the electric vehicle. The power cord is secured by two unmarked bolts that you should not remove. If not, the cord will come loose and obstruct the work.

Remove three additional bolts from the bow.

Lift the body up and detach it from the sole. Unscrew the three bolts shown in the picture to gain access to the information inside.

That concludes the iron’s disassembly. You can now fix the device and determine what is causing the malfunction. The order of assembly is reversed.

We can only conclude by saying that the majority of users are capable of disassembling a Vitek iron of any model by themselves. However, repair might call for a specific set of skills.

A Vitek iron must be disassembled carefully, with the correct tools, and attention to detail. You can safely open the iron and take care of any problems by following the instructions provided.

Always unplug the iron before using it, and take care handling all of the parts. To prevent breaking the appliance, think about getting expert assistance if you’re unsure at any point.

Your iron can last longer and continue to work efficiently if you take proper care of it, which will ultimately save you money.

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