Touch control light VL-C701R from Livolo with remote control. How to select and connect the touch switch light Connecting the touch switch light from China

The development of technology has touched all spheres of people’s lives, focusing on the improvement of the everyday life. One of the applications is a light touch sensor. This device significantly improves the comfort of the patient’s presence and allows lightening to be carried out for additional treatment. And this is not the only advantage.

Design features and operating principle

Touch Wimikach asks for a weak touch to the button. Consists of three main elements:

1. Keruvanya block. The system collects the external signal and transmits it to the required parts.
2. Switching device. Gives importance to the electrical circuit, which closes and opens the lance and changes the power of the current to the lamp.
3. Touch (keruyucha) panel. Intended for receiving signals or signals from the remote control. In modern devices, you don’t have to stick the sensor around, you just have to move the handle with your hand.

Standard models of chemicals have the following capabilities:

1. Turn on/off the light, adjust the brightness.
2. Monitor the operation of the burning equipment and notify about temperature changes.
3. Open/close the blinds.
4. Turn on/off the standard equipment that was added to the download.

Because of the additional functions, there is a very bright rukh sensor.

Classification system

Sensory sensors come in different types, which are selected according to the needs of the home or office.

With remote control

Vikorist in the following cases:

• the vimikac is in an unmanual place, and it cannot be removed;
• there are people living near the apartment/house with limited squalor;
• chemicals are placed at a height where children can reach;
• There is no need to change the brightness of the light without getting up from bed.

For robots with a design of this type, it is not necessary to install a special remote control. Go for a universal one that can connect up to two, three or more devices at once.

With timer

The device has a faceless advantage:

1. The robot is silent.
2. Easy to install.
3. Safety If the lancet has burst or has become jammed, the vimikach will automatically recreate itself in the wrong position.
4. Add a new look. I can add the building, but it can be prepared in any color.
5. Two colors to indicate work. The red one indicates that the backlight is on, the blue one indicates that it is turned off.
6. Value and reliability. To prepare virobes, use a special plate. The edges are carefully polished. After all, this vimikach becomes carefree and easy to look at.
7. Versatility. Works with any type of lamps, such as LED, halogen or frying lamps.

Touch sensors with a timer offer a wide range of functions and savings.

Optical-acoustic chemicals

React to the sound chi rukh - bavovnu, vimovlene word or whatever gesture. Make sure everything is in the sensor area.

What is dimery?

Touch sensors with a dimmer allow you to change the level of lighting in the room. The original devices operate in two modes - on/off. The dimmer allows you to adjust the brightness of the light for a damp taste.

With such a device there are important achievements:

1. It is possible to change the brightness and help reduce the amount of electrical energy collected. The indicator changes by 50%.
2. They give the opportunity to moderate the lighting depending on the situation. For example, in the evening after a busy day at work, you can reduce your brightness until it’s dark.
3. As in the presence of a number of chemicals, with the help of additional dimer you can emphasize respect on one of the parts of the interior.

Designs with dimmers do not work with energy-saving or fluorescent lamps.

Devices for mounting LED backlighting

Devices that can be connected to LED strips are also called dimmers. Turn on the stench, vibrate and adjust the brightness of the light.

Most often, such devices include lighting schemes for entrances or “smart booth” systems, as well as focusing on the details of the space.

Advantages

Sensory sensory devices, when compared with classical devices, offer blind advantages:

• can work with any light fixtures or electrical devices;
• allow the use of electricity;
• dependability and the troubling term of exploitation are challenged;
• end with an impersonal function;
• The devices are easy to install;
• operate practically silently;
• safety for people;
• The sensor tends to cause problems if you touch it with wet hands.

One device can have several switching systems.

How can you not have mercy on your choice?

When choosing a sensory device, you first need to consider the maximum and minimum pressure and voltage. Check the values ​​indicated on the packaging or device. If the smell varies greatly depending on the measurement parameters, you will need to install a stabilizer.

You can also remember about other parameters:

• number of devices that can be connected to one vimikach;
• dimmer demand;
• a required timer, which in automatic mode turns on/whims the light or settings;
• principle of operation: for additional assistance, use the control panel or the remote control.

Once the set of functions and powers has been determined, you can move on to new characteristics. For example, from behind you can see that the control panel will be plastic or glassy.

Companies producing sensory chemicals

The company that produces the product is an important factor in your choice. Fahivtsi recommend giving priority to those who have a great reputation in this area:

1. Basalte. Prepares premium-class virobies. The scents are distinguished by their unique design and high viscosity. On the front panel, which is often prepared from the glass, there are casserole dishes that play the role of lighting. The company also produces devices that can be integrated into the “smart alarm” system. The price of the virobs lies in the complexity of their viconn.
2. Legrand. A French company that produces a wide range of electrical products. The chemicals that are prepared by it are endowed with a great number of functions. Lies to the expensive price segment.
3. Livolo. A Russian company that appeared on the electrical engineering market quite recently. Due to the unique feature of the sensory devices that are prepared by her, their price is affordable.

Fine connections

The installation of a touch sensor is in no way affected by the installation of a control device. You must go through several stages:

• turn on the electricity;
• know old vimikach;
• remove the top panel from the new one;
• connect the darts with the terminals assigned to them;
• place the working mechanism of the vimikach in the mounting box;
• secure the device, vikorist spreaders and special screws;
• fix the panel.

The connections of the two-key model follow the same circuit. To avoid getting confused, it is recommended to choose different cables, as they may come in different colors.

Pass-through devices are connected in the same way. The stench allows you to keruvat with a dzherel light and technology from different places. It is important for the visibility of the apartment/house to have a long corridor.

There is an option for unconventional installation - not on the wall, but near the mirror. In such a situation, the device must collapse behind the block of the infrared sensor. There is no point in saying anything, like a ruin.

How to create a touch sensor with your own hands

You can construct a touchscreen sensor with your own hands. For what you need to prepare:

• relay with voltage 6-12 V;
• a piece of foil textolite, which plays the role of a sensor;
• Pulse output from a voltage of 100 V.

A touch to the sensor triggers the activation of elements designated in the circuit as VT1 and VT2. As a result, the switch will short-circuit (behind the auxiliary relay), and the lamp/electrical appliance will become wet.

You can independently prepare an attachment with an infrared sensor. It only works if the sensor’s visibility zone is in the wrong direction. During this period, after a short period of time, it will be time to lighten up.

Connections follow the diagram:

This scheme has important features:

• there is only one at the exit;
• transistor is on;
• the contacts in the relay can be connected to a button;
• The operation of the infrared sensor operates in tandem with the pulse generator;
• To increase the strength of the pulse stream going to the infrared LED, you need to install boosters.

The connections are made in such a way that after 20 hours after people leave the premises, the light turns off.

Devices on sensors are a great alternative to conventional devices. It improves its appearance, economy, and reliability. Allows you to roll in/out not only light fixtures, but also everyday appliances. Viruses of this type can be found in a specialized store, or, if you have the required skills, you can create them yourself.

With the development of technology, a basic everyday light source has emerged, which has been transformed into a sensory one. A touch sensor is an electronic device based on conductor elements or microcircuits, which ensures the user’s comfort and connection, most often brightening, without mechanical input to the key . Vin extends from a light touch to a sensitive element.

The principle of dii

Any sensory device is, in principle, a sensor that reacts to a very weak touch. Apparently, the human body has a very low electrical charge, which is enough to use this chemical.

Sensory training consists of:

1. An element that has high sensitivity, which reacts to the proximity of the human body or to its proximity to the sensor;
2. Enhances the signal, collections on the conductors and microcircuits;
3. A switching device for switching on the vantage, which can be a miniature relay or a thyristor. Of course, it is more reliable to build a robot on a thyristor, since there are daily contact parts that can burn or oxidize over time.

Yak zrobiti sensory vimikach yourself

The circuit uses constant voltage, up to 16 Volts. At the output of the third transistor, a light-emitting diode, which is designated as a red light, is switched on. For the first transistor to open up, all you have to do is touch the second base with your hand. Instead of the LED, you can connect a relay with a low voltage level and thus it is possible to increase and switch on significant voltage. The lamps cannot be connected directly to the LED replacement circuit, as they may be very heavy. The sensor may have copper foil, and the other and third stage may simply enhance the weak signal.

The main connecting and switching element, which directly turns on the lamp, lamp or sconce, is relay K1. You can either use the REM 55A or REM 55B type with a flow supply of approximately 15-20 mA. Diode VD1 plays a role in protecting against voltage drops when using a relay, and capacitor C2 is smoothed out due to this pulsation. Resistor R1 is better suited to a replaceable design for reliable relay operation. Between up to 50-60 Ohms. The sensor can be a small piece of foil textolite or a copper plate. It has a high sensitivity, so if the sensor is installed on the surface of the circuit mounted on the board, then the wire must be protected in order to prevent the shield from crossing the shield. As a life-giving device, you can use it either as a permanent source, a battery or an accumulator. It is necessary to remember when installing the conductor parts so that their overheating needs to be reduced to a minimum. Lamps that are switched on using the power contacts of the Varto relay should be selected with minimal pressure:

• LED lamps;
• Economical fluorescent lamps.

It will be problematic to create more complex circuits with your own hands without special skills, but it is still possible and the axis is one of them.

Earn it yourself or buy one already prepared, choose the person who wants to install this switching device.

Advantages of sensory vimicach

After completing the operation of sensory devices, you can see the following main advantages:

1. Subject to the least amount of noise;
2. Great choice and stylishness of models;
3. The presence of galvanic isolation, which means complete safety for the person who controls the lighting and electrical equipment;
4. It is possible to touch the sensor with bare or wet hands;
5. The number of mechanical breakdowns, hence the reliability of the entire term of operation;
6. Creation of several switching systems in one device.

Suspension and installation of sensory devices

Most often, the stench still persists in household sinks for turning on the lighting channels, for a table lamp, for a sconce. So, in the production of active minds, their stagnation is still not so widespread. The sensor sensor for the light strip can also be developed with the installation of a dimmer, which allows you to smoothly or frequently adjust the brightness of the light stream. It is installed directly next to the lamp under a glass or other transparent element. With one short press, the light sticks in place, and when you move your finger on the sensor, the brightness changes. In this case, it is recommended to use a light-emitting diode.

If the location is located in a long corridor or tunnel, then turn on the same lamp, move it to the beginning and at the end you will not see it, for which purpose a pass-through sensory device is used. A special circuit is connected.

For this offense, the vimikacs are guilty of being obligatory passers-by. Both mechanical switching devices and sensory devices must be selected until the electrical devices are turned on.

Another unique way to connect and install the sensor is to mount it near the mirror. The touch sensor for the mirror is mounted behind the surface, which vibrates and requires guidance without a button, and only with Russian hands is an active sensitive element. This gives a wild flight of imagination for the designer's thoughts. The sensor sensor for the mirror consists of an electronic unit and an infrared sensor. When you use it again, your hands around the pressure sensor will become vibrating.

Droneless sensory devices

A dartless weaponized weapon with the help of an additional sensor is a similar radiocoated and infrared model of a basic mechanical weapon. They consist of the transmission of a pump and a receiver mounted in the housing, which immediately turns on the electrical device and is installed very close to it. All of them can be easily adjusted and include a dimmer to regulate the brightness of the lighting, which is even a manual function. One of the varieties of sensory droneless devices also has a remote control. The radius of the device will be similar to the model, those coated with a radio signal are significantly larger.

For people who are little familiar with electricity and its problems, I would like to remind you that all robots that interact with circuits that have a sensor or mechanics can be operated with the power turned on again. And also be careful not to plug in the automatic switch during installation and installation of the device, for which it is necessary to ensure reliable locking of the switchboard with the key. Low-voltage drone-less sensor devices are installed here. Safety must always be a priority when it comes to any kind of work, and especially with electricity, because there is no smell, no sound, and also the human eye cannot interfere with its passage.

The everyday chemical, illuminated by the long history of its foundation, was gradually modernized. A new stage in the production of chemicals has become the introduction of sensory technology. Anyone who has ever used a mobile phone, tablet or payment terminal will know the ease of use of a touch panel robot.

However, for us, the average homeowners, lighting in our apartments and buildings, the additional touch panel is a novelty. And I think it will be useful for everyone to know how such a device is controlled and how this amazing reporting technique works.

In addition to simple buttons, such devices are equipped with touch and remote control functions. The control is very simple and follows the principle of a sensor on a mobile phone or tablet: touch the panel with your finger, the light comes on, touch it again and it goes out. True, the sensitivity zone of the sensor is limited and it is necessary to stick to a specially designated place.

In addition to the elegant design and elegant appearance, it also has a radio bath function. When making a claim, please be aware that the remote control may not be included in the kit and you will have to buy it separately. The radio control panel gives the ability to cancel the radio control with a radius of 30 m-code.

Touch sensor device

To be honest, until recently I didn’t even suspect about the establishment of such useful devices with lightening devices. Everything started with detailing at one site; it was necessary to complete the renovation of the two-room apartment and install new sockets and circuit breakers instead of the old ones. However, the original electrical installations were not installed. He wanted something unique, fresh and in the “Hi-tech” style.

When I surfed the Internet and found exclusive options, I typed in the company Livolo. This is an excellent option to replace the push-button switch (as in the popular name, “a white toggle switch with a button”). Having agreed with the deputy, we realized that this option suits us best and is best suited to the interior of the premises. After praising the following products: 1) single-key touch controller light VL-C701R; 2) two-key touch controller of the light VL-C702R and 3) remote control for them VL-RMT-02.

Vimikachi and the control panel are located before them on the Aliexpress trading platform. Their price at the time of order (2016) with delivery arrangements was: single-key – 1372 rubles, double-key – 1670, remote control – 338 rubles. Delivery from China lasted 24 days.

For the cob, we unpack the boxes of vimikachas and wonder how they were delivered. Everything came in one single package, the fragments of the order were divided into one seller. The packaging was a little dented, but all the insides were intact.

Vimikachi VL-C701R and VL-C702R leather is supplied in its own packaging. The touch panel is made from a roasted glass and is packed in a sealed box. Then there were four packages: two frames and two panels before them. The kit also comes with remote control lightened VL-RMT-02. I would also like to point out that the manufacturer offers a wide range of colors of touch panels to suit any apartment design. I am more suited to the gray color, and after washing it I will wash the panel in this color.

Livolo's products clearly comply with all European standards for electrical products. The body of the vimikach is made of heat-resistant plastic, and the glass-cured panel withstands temperatures up to 300 C. The terminals for connecting darts are made of brass.

The front panel has a sensor that transmits signals to turn on or turn off the lighting to the heating module. The touch panel is attached to Vimikacha with kicks. To install the panel in its place, bring it to the body and lightly press it until a characteristic sound is heard.

All sensory signals receive a light-emitting diode for the eyes, which changes its color accordingly. When the switch is turned on, the backlight lights up in blue, and when in the dark position, it lights up in red.

To make it darker or darker, just press your finger on the sensor near the visible area (circled area). The illumination lamp is switched by an electromagnetic relay, so when changing the signal switch, a slight click can be made.

Sensory training may protect against the shaving of the lancet. When might a regime appear? The most common are burnt-out circuits, either the connection of an automatic circuit breaker to the panel, or the loss of electrical voltage. In the event of such a situation, the device automatically switches to the “off” mode and stops working until the power is restored. After the fault has been resolved, the device can be switched on in the emergency mode, on the panel or using an additional remote control.

These models can be equipped with a radio module for remote communication. Control is effected by one-time pressing of the button on the control panel. The remote control allows you to wash your bathroom at a distance of up to 30 meters from any room to the cabin (not obligatory in the direct line of sight). The remote control operates on a 12 Volt battery, which is not possible.

Technical characteristics of the sensory device

Nowadays, sensory control is present in all everyday devices. The ever-increasing development of technology has led to the introduction of such functions in lighting systems. The front panel of the annex is made from optical glass OptiWite It has a unique design that allows you to find your place in any interior solution.

For its technical characteristics, touch sensor light VL-C701R and VL-C702R nitrochi is not compromised by the classic push-button device.

Main technical characteristics:

1. 2. Maximum current flow: 5 A;
2. 3. Live voltage: up to 250 Volts (frequency 50-60 Hz);
3. 4. Vlasne sozhivannya: less than 0.1 mW;
4. 5. Mechanical resource: 100 thousand. mutter;
5. 6. Distance lift station: up to 30 m;
6. 7. Core temperature: from -30 ° C to +70 ° C (volost 95%);
7. 8. Dimensions (h * w * d): 80mm * 80mm * 40mm;
8. 9. Housing protection level: IP20.

What types of lamps can be switched with a sensor switch? Dear friends, as you know, today the problem of flickering of LED and energy-saving lamps is very relevant. It is the fault of all the illumination, which is the result of illumination. I have written about this more than once in my articles, since I am still not in the know, you can find out one of them is the reason for the flickering of the LED lamp when the power is turned on. It describes not only the reason, but also the method.

The company livolo announces that its company’s sensor sensors allow the use of all types of lamps, starting with basic frying lamps and ending with all-LED lamps and strips. And this barrel of honey has its own spoon.

One feature of the VL-C701R (VL-C702R) is the illumination (or flashing) of low-intensity LED and fluorescent lamps (up to 15 W), when the switch is turned on. Then the lamp(s) will be connected to the vimikach ignition pressure less than 15 W, then a flashing lamp may appear when the power is turned off.

As a solution to this problem, the Livolo company proposes special solutions LED adapters. I have not purchased such an adapter. Let’s check it out in the video – watch the surprise on the YouTube channel.

Little things about marking

As you have noticed, dear friends, in the text of this article there is a marking such as VL-C701R and VL-C702R. All these numbers and letters carry information, let’s try to decipher Chinese logic.

Labeling of the skin sensory chemical agent begins with the letter “VL” – the name of the manufacturer’s company is well encrypted – “ Livolo" Immediately after the hyphen comes the coding W, R, C6, C7, C8 - this is the designation of the device series. Now after the series there are numbers in the code (01, 02, 03 ...) - this indicates the number of lines that are connected (one-, two-, three-key switch). For example, the list includes a Latin letter (possibly kilka). R - radiotherapy capability; S – passing vimikach; D - sensor that is being monitored; T – wakes up from the wake-up timer (will go off after 30 seconds).

Setting up the remote control

Sensory chemicals look very effective and stylish - they look wonderful in the living room, in the hallway, in the kitchen, and everywhere. And such devices are also good because they can be used remotely. For whom you need to search for a universal remote control on the Internet. The price of this device, which consists of a keychain with a carabiner and a metal front panel, is not so high.

There are several buttons on the remote control panel, they are designated by Latin letters – A, B, C, D. The device operates on a 27A power element with a voltage of 12 volts. This remote control is amazing with a variety of touch sensors, video cameras, and popular VIMICACHES brand LIVOLO series C6 and C7.

Setting up this remote control is easy. We first need to press the button of the touch controller (in which case it is our own responsibility to be in the “press” position) and press it until the sound signal “Pi” sounds from the touch device - for about 5 seconds.

Then press one of the buttons on the remote control (A, B or C), resulting in another sound signal - this means that the “binding” procedure is completed. Now, with the button that we pressed on the remote control at the time of pairing, you can control (turn on, turn on) the touch devices on the stand. All other buttons on Wimikachak are linked to the remote control in the same way.

You can bind a number of touch devices to one button on the remote control. To one sensor, you can bind a number of buttons and a number of remote controls. There is information on the Internet that you can create 8 such bindings (without trying it yourself).

Connecting a sensor to the remote control is also very simple. To do this, touch the sensor and do not let go for approximately ten seconds. After five seconds, the first sound signal sounds, otherwise there is no need to respect it. And if another sound signal sounds, the previous settings will be reset.

Range of the universal robot remote control keruvannya VL-RMT-02 folds 30 meters. The entire unit is designed for everyday use - the remote control can easily perform its functions throughout the entire territory of your home.

Connecting the single-key touchscreen controller Livolo VL-C701R

Now, let’s figure out how to connect the touch sensor of a 220 Volt light. Essentially, there is nothing different from the connection diagrams of a single-key device.

On the body of the pump there are two terminals marked as L-in and L-load. Terminal "L-in", a literal abbreviation that sounds like "live line terminal". In short, electrical engineering means something like this: “live line” - line under voltage, “terminal” - contact, contact screw. By the way, this is the contact for connecting the PHASE dart (the one that came from the electrical box).

The "L-load" terminal is called "lightin terminal" in use, and is translated approximately like this: "lightin" - lighting fixtures, "load" - lightening. This is the contact for connecting the wire that goes to the lighting fixture (the wire that goes to a lamp or chandelier).

As you can see, there is nothing complicated in this “electronic marvel”, as there are basically two terms “phase-input”, “phase-output”. We clean the darts for the required amount and connect to the terminal.

Yakshcho vi install the touch sensor replacing the old one, just unscrew the arrows from the old one and connect it to the new one. The head is indicated, de phase and connect it to the required contact of the light sensor switch (L-in contact).

The only thing I would appreciate is that if you are installing a cable with a rich core, use the lugs of NSHVI. In a sensory vimicach, the clamps are of the screw type and when the bare rich vein is pushed in there, when tightened, it can be easily transferred.

And this is how the Livolo vimikach looks from the side

How to connect the double-key touch controller of the Livolo VL-C702R light

The VL-C702R is used for switching two independent lighting lines (just check code 02), simply a two-key one. There is no difference between the circuit and the connection circuit of the two-key switch.

On the back of the sensor you can add not two, but three terminals for connecting wires: L-in, L1-load and L2-load. At the terminals "L1-load" and "L2-load" the darts are connected, which go to the group of lamps (each to their group).

The mitering mechanism in the electrical outlet

Before installing the sensor. Installation of sensory sensor light This is the case with the standard electrical outlet. There are no spreader legs for fixation on the new one, so the support of the vimikach is attached to the socket with screws. Before speaking, screw the set to the skin sensor.

Sensory sensors are an incredibly new word in lighting control technologies. Their ease and comfort are obvious, but their ease is gradually decreasing. All this allows us to assume that by simply installing touchscreens and remote controls, they can largely replace the primary button controls.

Sensory sensory devices have appeared in everyday life quite recently, and they have come to the conclusion that the current device is not only a fashionable and stylish design element, but also a way to increase the comfort of the place, increase the service level and secure electricity.

Device and principle of operation of sensory devices

The external appearance of the original touchscreen is virtually unaffected by any touch panel or a crystal glass plate with markings. Designer models of sensory devices can be customized to any different appearance, color and shape.

A technologically sensory and conductive device, which also helps manage living energy. The light source is up to this level, for example, electric cornices can be connected.

Regardless of its appearance, the number of previously acquired sensory stimuli consists of three main functional parts:

• Absolutely for decorative face plate there is a sensitive element that reacts to the touching (in certain situations of proximity) of the fingers.
• Pipeline analysis and control circuit, which converts the signal of the sensitive element into an electrical signal that the switching part can sense.
• Commutation part, which is indicative of actions with an electric lancet: shaking, softening, smooth adjustment of intensity.

I will add the obvious principle of action. When you turn the panel with your fingers, a signal is generated, which is then recreated and the switching part is activated.

Additional functions and types of sensory stimuli

Sensory input devices are widely used in the installation of “smart wake-up” circuits. They may also be installed at the emergency room. For greater ease of use, many sensory devices are equipped with a remote control panel, in addition to which it is possible to operate not only one, but several similar sensory devices on the same type of device.

Often sensory devices are additionally equipped with sensors for temperature, lightness, humidity, etc.

Sensor devices with temperature sensors are completely stuck in the situation when the device, in addition to the lighting fixtures, is connected to an electric fireplace. Vimics with light sensors are often used for outdoor lighting in a residential area, as well as for a perimeter lighting system.

Like primary sensors, sensory devices can be installed for one or many people from separate rooms with their robots. So, having installed the touch sensor of the multi-lamp chandelier, you can touch the lamp with a skin lamp or, behind the bulb, install the lamp in such a manner that the lamps are turned on in groups.

A characteristic feature of the operation of touch devices is the ability to smoothly turn on lightening and other electrical devices, as well as regulate the tension of the skin using the touch panel or remote control.

Master-button of touch-sensitive devices

The master button has an additional function of touch sensors available for a number of residents. When it is turned on (via the panel or the remote control), all connections to the electrical appliances are connected immediately.

Connecting sensory devices

The installation of sensory devices can only be carried out on undamaged plots of the electric stake.

The sequence of work from installing a touchscreen device is similar to the algorithm for installing a basic push-button device and consists of the following stages:

1. Immolation of the plot of the fence.
2. Dismantling of the old vimikach (for consumption).
3. View the upper part of the sensory sensor (squeeze out of the frame).
4. The “phase” and “zero” wires are connected to the terminals.
5. I will install the installation.
6. Fixation of a vimikach with additional help of spreaders and screws.
7. Install and fix (click) the upper part of the touch sensor.

Advantages of sensory chemicals

Before transferring sensory data, please secure the following:

• increased service life of electrical energy (for the possibility of smooth switching on, which makes it difficult to run a short-term robot in extreme starting mode),
• trival term of service,
• reliability,
• skill with any kind of lighting devices (frost lamps and other types of lamps),
• the possibility of an economical mode of work for companions and regulation of tension.

In order for the touch lamp to be truly clean and significantly increase the comfort of the room, it is important when choosing to take into account all your needs, consider what functions you would like to “outsource” to the device. It will be simpler to formulate the following questions:

• How many lights are planned to be connected to the touchscreen?
• Where do you plan to install a vimikach (whether a model is required that is resistant to temperature changes or not)?
• Do you plan to connect additional electrical appliances, and do you need automatic heating by its robot (availability of a temperature sensor)?
• Is there a need for the function of automatically dimming the light when people appear in the area and for their presence (rox sensor)?

Basalte

The Belgian company Basalte is involved in these manufacturers, but the quality of their products is not in doubt. The number of models, variations, and colors is great. The price of clear Belgian sensory chemicals, however, tempts many potential buyers to select products from their favorite brand from the list of possible options. For a single-key touchscreen device you will have to pay at least 3.5 thousand rubles, prices for multi-key models range from 8 to 13.5 thousand rubles.

Legrand

Multi-brand company with a central office in France. Russia has not only a representative office of a company, but also a central office, however, near Dubna, there is a small cable duct. Touch sensors, which contain high-quality acidity and functionality, are imported abroad and have the same “import” price: a single-channel device costs about 3.5 thousand rubles.

Livolo

Cheese products are traditionally competitive in terms of prices, but often their characteristics are deprived of the best qualities. It is impossible to call the products of the Yekaterinburg company Livolo unclear; sensory chemicals may not work correctly with LEDs (lamps, stitches) and . Then the price of a three-channel device is less than that of a single-channel imported one – 2.1-2.3 thousand rubles.

It is often necessary to change the original components of electrical devices to a new one through the use of a new one. The most reliable sensory chemicals (SV) appeared to replace them. The principle of this robot is as simple as possible. You can make the devices yourself. The photo below shows a microscopic sensor with an indicator LED underneath.

External view of the sensory device

To darken the light, add a light dose to the sensitive element. Sensory sensors should be used with light-colored curtain rods, electric curtain rods and other low-pressure devices.

Advantages of the SV

1. Handiness is equal with the keyboard player, which never fails immediately. The devices are absolutely silent and there is no need to report power to turn on.
2. You can choose stylish models to decorate your living space.
3. Galvanic isolation of the circuits makes the device absolutely safe. You can touch the sensor with wet hands, sealed vimikach.
4. There are a variety of mechanisms that can malfunction. The entire circuit consists of electronic elements.
5. Possibility of combining with remote lighting, as well as creating multiple channels in one device.
6. The power of making it with your own hands.

The principle of dii

Any sensory visualization is functionally divided into three parts:

• a sensitive element (sensor) that reacts to the touch or proximity of fingers;
• a circuit on the conductors that amplifies a weak electrical signal from the sensor;
• switch (relay or thyristor), which will ensure increased voltage and power supply.

The little one shows a circuit of a sensory power supply with a voltage of up to 16 V. It is a simple conductor cascade booster. It is necessary to tighten up small areas. There is enough static electricity in the human body to open the first transistor of the cascade by touching the bare conductor connected to the base with your finger.

Scheme of a simple sensory sensor made from a three-stage booster

As such, there is a light-emitting diode at the output of the third cascade of connections, which serves to demonstrate the operation of the circuit. Instead of this, a relay is installed, for which a heavier transistor can be selected. The sensor can be copper foil.

When the sensor reaches the sensor, the first cascade is opened, then the signal is transmitted to the next two and the output becomes equal to 6 V. This is enough to configure the relay, which touches the lamps with its contact (not shown in the diagram).

Schemes

The little one shows a diagram of a two-stage sensory device that you can create with your own hands.

Vimikach circuit with two transistors

When sensor E1 is connected, the voltage from the human body goes to the booster through capacitor C1. As a result, relay K1 is connected, which is used for the drawing board, turning on or switching off its power contacts of the lamp. Diode VD1 protects transistor VT2 from voltage drops, and capacitor C2 smoothes out ripples.

The relay is selected for 15-20 mA flow (type RES55A and RES55B). It is possible that the value of the support of resistor R1 will need to be changed so that the relay operates reliably. Firstly, a 50 Ohm changeable resistor is connected instead of it and it is softened until the sensor relay is energized. Then the value of the support is measured and a constant resistor with an appropriate rating is found.

As a sensor, it is sealed with textolite foils, a copper plate or metal with anti-corrosion coating. Yogo is easy to prepare with your own hands. When the sensor is installed on the stand in front of the board, the wire trace is removed from the screen.

The voltage source is either a 9-volt battery or a power supply unit, prepared with your own hands. The charging device can be used completely.

It’s better to assemble the circuit diagram on the board, or you can save it with wires, there are not a lot of fragments of parts. To connect them to each other, keep the wires short by 2-3 cm. To connect to the sensor contact, the relay should be deepened to no more than 10 cm.

When soldering, it is important not to overheat the transistor and the 0.22 uF capacitor.

Without a transformer, life in the exchangeable gauge 220 does not affect the surrounding core. The device on the triac is applied sensitively and works reliably. In the diagram, there is no galvanic isolation from the light circuit, but there is no high-voltage sensor protection, resistors R1 and R2 with a 12 mOhm ground support, as well as a field-effect transistor VT1 with a large drain-vit junction ok-shutter. The sensitivity of the circuit is selected by changing support R2.

In such circuits, if there is no voltage, the switch is only allowed to reach the E1 sensor.

Scheme of a touch electronic controller based on a triac

Wake trigger on integrated microcircuit K561TM2 (DD1). From this output, signal 1 goes to the base of the transistor booster strum VT2, in addition to any connection with the other outputs of the triac VS1. As soon as voltage 3 appears, the triac opens and turns on the light switch. When the sensor is pressed, the trigger changes state and at output 1 a further signal appears, which causes lamp EL1 to blink.

The voltage voltage for this circuit should be no more than 60 V. If it needs to be increased, the triac is installed on the radiator.

Create circuits with the dimming function. When the sensor reaches the sensor for a short hour, the lamp will turn on and off. As soon as you place your hand on a sensitive element, the brightness grows, and then changes. Such a device can be used manually for a table lamp at a work desk. You can adjust the song’s brightness by removing your hand from the vimikach. The little one shows a diagram of a touch controller.

Scheme of a touch dimmer switch

The signal is supplied from the sensitive element to the K145AP2 microcircuit, and it controls triac VS1 through transistor VT1. Life is supplied through a 220 V voltage supply. The HL1 LED is a voltage indicator and illuminates the temperature sensor.