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Lichtline - LED lights are very popular because they offer a cost-effective way to illuminate spaces and projects. They are extremely versatile, lightweight, flexible and easy to install. This does not only apply to the private or commercial sector. They are also characterized by efficiency and economy in industrial interiors and exteriors. As a specialist dealer for electrical engineering and lighting, the eibabo® technology store has adapted to this and offers you high-quality products from lichtline GmbH, which has been dealing with this technology for over ten years and is considered a specialist in modern LED lighting for industrial applications. The company would like to be perceived as an LED full-service provider for electrical wholesalers in the field of industrial lighting. The created LED lights are not standard products. Rather, they are specialized developments that combine ecological, economic and visual aspects in a perfect combination. The company works together with LED producers and other suppliers of other components on tailor-made solutions for the individual lighting requirements of its customers. The company location of lichtline GmbH is in Bayreuth in Upper Franconia. Many years of LED expertise flow continuously into new ideas in order to become one of the world's leading companies in this advanced lighting technology. lichtline GmbH has a nationwide sales network in Germany, which also includes the eibabo® shops from eibmarkt®. We focus on global online trading and offer the following lichtline products: LED moisture-proof luminaires, LED light line modules, LED high bays, connection and installation material, LED pendant lights, downlights, chain and wire suspensions, LED panels and reflectors.
Hera - Hera is a traditional manufacturer of lighting systems. Over the years, the medium-sized company has developed into the market leader in the industry and relies, among other things, on innovative, energy-saving and modular LED components that cover a wide range of possible applications. The company was founded in 1934. In the early years, company founder Hermann Abke devoted himself entirely to electrical engineering, until the company specialized in lighting technology after the war. Today, Hera is managed by the third generation, so it is still family-owned. Since 1991, the company has also been represented in the USA by a sister company. The quality policy has been confirmed by TÜV since 1998 and certified according to DIN EN ISO 9001. It is based in Enger in North Rhine-Westphalia. The product range includes power supply systems, line lights, built-in and surface-mounted lights, showcase and surface-mounted lights, under-cabinet lights and accessories. You can also customize some systems to your own needs using the configurator. Hera products are used in shopfitting and exhibition stand construction. But the company also offers numerous innovative solutions for private use. Many lights are also used in the kitchen, bathroom, living room and bedroom. The selection of Hera products in the eibabo® shops from eibmarkt® is very extensive. It includes products such as LED transformers, LED built-in lights, LED wall spotlights, distributor plugs, contact switches, sockets, dimming controllers, under-cabinet lights, light strips, remote controls, sensor cables as well as accessories and mounting material. Thanks to efficient logistics and high availability of goods in the eibabo® technology store, we can offer you fast processing of your order and very short delivery times, even beyond the German and European borders.

Found in shop categories: 7

Led control - A simple, glowing LED no longer surprises anyone. But adding features and intelligence is already more interesting. Are you also interested in using the full potential of your LED lighting? Then this catalog from the eibabo® shop is just right for you. We offer you dimmers, controllers and other options for individual control.Perhaps you want your installations to fulfill many tasks at once and to anticipate your wishes and needs through intelligent planning. This means that lighting changes color or intensity depending on the time of day or the weather, for example. Or that personal presence has an influence on the LED lighting. There are many control options. We offer you the equipment you need for this.What is an LED controller?Modern lighting offers a wide range of possibilities. The main task is certainly to improve visibility in space. But light also increases comfort and helps regulate human biorhythms. In the commercial environment, targeted lighting supports purchasing behavior and thus increases sales. These possibilities have become more versatile and, above all, cheaper due to the development and spread of LED technology. LEDs save a lot of energy compared to conventional light sources, are more compact and can be used much more flexibly. The use of high-quality control systems for LEDs raises your lighting to a completely different level. This allows you to design your installations as efficiently as possible while taking your individual needs into account. Regulate the brightness of individual lamps, control the lighting level according to a schedule or other parameters, or program scenarios using a PC or smartphone.NoticeAdditional components from the field of building automation are required for the implementation of programmable comfort solutions. Sensors and actuators are available in our 'Smart Home' main catalogue.In this catalog you will find LED controls that you can tailor to your lighting concept. Our range includes, among other things:LED transformers and power suppliesLED converter and driverDimmer for 12V and 24V, cable dimmer, wireless dimmerInline controller and touch controller, RGB controllerfully-fledged DMX controls and LED controls for bus systems such as KNX or DALIremote controls An LED control ensures the power supply and voltage supply, receives the switching commands or dimming information and controls the respective LEDs.Image: EVN PLK673540 LED power supplyWhat should I look out for with LED power supplies?A power supply is a voltage source that converts the mains voltage (230 V in Europe) into 12 V, 24 V or another required operating voltage. To supply voltage to LED strips and LED modules, switching power supplies are most often used in conjunction with resistors as current limiters. Already knew?Unlike power supplies, LED drivers act as current sources without current limiters. For example, to choose a power supply for an LED strip, you should pay attention to the following factors:Operating voltage of the LED stripTotal power of the LED stripIP rating (the need to protect the power supply case from water and dust)Dimensions of the power supply The operating voltage of an LED strip can be 12V, 24V and sometimes 36V. The output voltage of the power pack must correspond to this value. There are also power supplies where you can continuously adjust the output voltage. This may be necessary if you have to compensate for voltage drops due to long lines. The total output of the LED strip results from its wattage, which is usually specified per meter. When calculating the wattage of the power supply, multiply the wattage by the length of the strip and then add approximately 25% safety margin. This prevents a power supply from constantly running at the limit. When selecting the IP protection class, consider the installation location. In the control cabinet or other normally dry rooms, IP20 is usually sufficient. Use in damp rooms and outside of buildings requires a higher degree of protection. The size of the power supply becomes interesting if you want to install it in the control cabinet. Space is often limited here.How do LED power supplies differ from LED drivers?To understand the difference between LED power supplies and LED drivers, you need to understand the importance of current and voltage within an electrical circuit. You should also know that LEDs are fundamentally:be operated with direct currentneed constant voltagecannot independently limit the flowing currentbecome more conductive the more they heat up Most electrical devices and electronic components require a power source to operate. An LED power supply provides this voltage, for example 12 V. This means: If LED lighting is designed for operation with 12 V, its actual power consumption is irrelevant. So the power supply only stabilizes the voltage. The driver, on the other hand, is a power source for LED lamps. This regulates the current, but not the voltage. A driver stabilizes the current flow and never exceeds its optimal current level - no matter how many LEDs are connected.In short: the driver is a current source, the power supply is a voltage source.Depending on the design and the supply voltage supplied, the LEDs have different resistances, which limit the current flow. Crystals are responsible for these resistances in LED strips, for example. By using an LED power supply you get a stable voltage. This will prevent the crystals from overheating and burning out. If you increase the voltage above normal, the resistance can drop sharply. This causes the crystals to overheat. Conductivity increases and power consumption increases. This will likely cause the LEDs to fail.The advantage of the driver over power supplies is that it provides the crystals with constant power without resistance. Accordingly, the LEDs shine much brighter than when using a power supply unit with the same power. In addition, the driver increases the lifespan of the LEDs because it never exceeds the optimum (and critical for the crystals) current. It is important to note that there are drivers:which can be used for any number of LEDs as long as their total power is lower than the power of the driver itselfwhich are only designed for a certain number of LEDs But a driver also has disadvantages. Using a higher number of LEDs is problematic. Depending on the driver parameters, only a certain (or maximum) number of LEDs can be connected to it. In addition, drivers for certain LEDs usually cannot be used anywhere else.A driver is always the best solution if you:set up LED lighting without resistors (e.g. without LED strips).plan stable operation of all connected LEDs without ever turning off some of them individually You should prefer a power supply unit if you:Insert LEDs with resistorsswitch off part of your lighting on a regular basis, thereby changing the required voltage and current How do I choose LED dimmers?You can use both leading edge dimming (RC) and trailing edge dimming (RL) to dim LEDs. Alternatively, you can use dimmers with pulse width modulation. This is the most commonly used variant for dimming LEDs. With pulse width modulation, the current flow is periodically interrupted for a specific interval. As a result, the longer the OFF interval, the less bright the LED will shine. Dimming LEDsWhether an LED lamp is dimmable is stated on its packaging or in the product description. If you cannot find any information, the LED cannot be dimmed. Before you decide on an LED dimmer, you should be sure about the type of lamps used. For 220V LED lamps it is better to choose trailing edge dimmers. For 12 V LED lamps, we recommend choosing a controller with pulse width modulation.What is DMX control?DMX is a special software protocol that allows you to create complex lighting scenarios, adjust various light parameters and create original special effects. A standard DMX controller is a device that you use to control and regulate these lighting parameters.Term DMXDMX stands for Digital Multiplex and is a digital standard for controlling stage technology, lighting technology and event technology such as dimmers, spotlights, moving head spots and other devices for lighting effects.DMX is a system with which you can 'merge' all the lighting fixtures in a room into one. This protocol allows you, as the user of the controller, to work with numerous control channels at the same time. Each individual channel is responsible for a specific parameter of a specific lighting object. This means that several channels can be concentrated in one device at the same time. By combining parameters you create the most complex light variations. The scenarios are parameterized directly on the computer via a conventional USB interface. Special software is required for this.  Catalogue content:In this eibabo® catalogue Light control > LED driver you will find items from the following product groups:Item overview:Ambient lightColor changeColor controlConstant currentConstant voltage dimmerConstant voltage sourceControl gearControl unitControllersConverter boxDirectional spotlightHeadlightLight coveLine of lightOperating devicesOutdoor lightPicture lightPower converterPower supplyRecessed directional spotlightRecessed spotlightRemote controlSpotlightSpotlightHeadlampSystem accessoriesTouch switchTransformerTunableWhitefrom the following manufacturers:Manufacturer overview catalogue Led control:AbalightABBArcliteBarthelmeBEGA GantenbrinkBrumbergEatonEVNHeraIDVLEDVANCELTSNobilePerformance in LightPhilips LichtRopagRZBScharnberger+Has.Schmitz-LeuchtenSLVSun CracksTehalitTriluxZumtobel
Led module - The LED, everyone knows it and surely each of us uses it somewhere in our household. LED is an abbreviation and stands for light-emitting diode. In addition to lamps and individual illuminants in LED technology, you can also get LED modules here in the eibabo online shop. These are special and individual or even standardized LED components that are equipped with one or more light-emitting diodes installed on a printed circuit board and have a wide variety of chassis, cooling components and connection options. This results in different areas of application. Browse through our numerous interesting LED modules in the catalog and find the right items for your application needs. Since you often need several of these components when using this technology, you will also receive LED modules in a set in addition to individual items.Catalogue content:In this eibabo® catalogue Lamps > LED-module you will find items from the following product groups:Item overview:Built-in moduleBulbsCabinet lightingCloset lampColor changeControl cabinet lightConversion kitsDirect lightHeadlightIndicator light completeLampLED moduleLED panelLED sheetLED-moduleLight generatorMachine lightPath lightPath lightingRadiator insertRecessed ceiling lightRecessed ceiling spotlightRecessed directional spotlightRecessed spotlightReflector spotlightSpotlightSpotlightHeadlampTraffic signalling lampfrom the following manufacturers:Manufacturer overview catalogue Led module:AbalightBarthelmeBrilonerBrumbergBusch JaegerCeagEVNHoubenIDVLEDVANCELegrand SEKOOpple LightingPhoenixRockwellRZBScharnberger+Has.Schneider ElectricSiemensSLVSommer
Led lamp multi-led - Don't you think that the era of conventional light bulbs is coming to an end? The range of LED bulbs has taken over the lighting market and is now wider than other types of bulbs. Find out here how the LED lamp has developed over the last few years and why you should replace the conventional lamps you may still have with modern technology.The decades in which conventional incandescent lamps dominated domestic lighting are over. The future belongs to LED lamps, which have been developed in a wide variety of types and shapes in recent years. These are now used everywhere at home, in offices, hotels and public buildings as well as in industry. Even in concert technology, theater lighting and municipal lighting, LED technology has become indispensable.Image: Philips MLEDspotVal LED reflector lampWhat are the advantages and disadvantages of an LED lamp?An LED lamp is a rather complex electronic device with dozens of details that affect the quality of light, safety and lifespan of the lamp. There are numerous differences compared to classic incandescent lamps and the modern compact fluorescent lamps (energy-saving lamps). These have some advantages, but also come with a few disadvantages. NoticeThe main advantage of LED lamps is energy saving. With the same light output, the LED lamp consumes 7 to 10 times less electricity than a conventional incandescent lamp. Other differences are:Durability - the LED bulb lasts 15x to 50x longerLess heat development - the lamp usually does not get that hotLED lamps shine with the same brightness despite the lower mains voltageInstallation ? lower power consumption allows installation in a power-limited luminaireThe light from modern LED lamps is optically comparable to that of conventional incandescent lamps Compared to compact fluorescent lamps (energy-saving lamps), there are the following advantages:Environmental friendliness - LED lamps do not contain any hazardous substances such as mercury.Economy ? The LED lamp consumes less energy with the same luminous flux.In contrast to the compact fluorescent lamp, the LED lamp lights up immediately with full brightness.Compact fluorescent lamps have an unnatural light spectrum. The light spectrum of an LED lamp is much closer to natural light. But there are also disadvantages:The price of an LED lamp can be higher than other lamps.Due to the complex structure, numerous products of poor quality are on the market.Not all models support dimming.The performance specifications of some manufacturers deviate from the actual performance. Briefly on the history of the LEDThe history of the LED begins as early as 1907. British engineer Henry Joseph Round first observed the formation of a point of light when direct current is passed through a silicon carbide point contact connection. In 1924, it was Oleg Vladimirovich Losev who investigated this effect in more detail and then constructed the first light-emitting diode (LED). After initial research, Losew proposed concrete theories of how it works and later used them in practical applications. Based on this, red, yellow, green and blue LEDs were developed in the 1970s and 1980s. Subsequently, white LED light sources were created from the combination of red, green and blue. In the 1990s, the first white LEDs appeared, which used a special chemical to convert the light from a blue or ultraviolet LED into white light.What types of LED lamps are there?As already mentioned, the range of offers is very wide. LEDs are not only available as individual components for self-assembly, but also in the form of strips, tubes or panels. In this catalog from the eibabo® shop, we present the LED versions of classic light sources. In other words: Here you get the LED alternatives to all possible types of incandescent lamps, halogen lamps and fluorescent lamps. The LEDs are installed in housings that resemble the original light sources. These can be classic lightbulbs, candles, spheres, spotlights or spotlights. The housings are equipped with the corresponding, standardized bases to enable easy replacement with the conventional variants. The most common sockets are:E27, E40 and E14GU10 and GU5.3G9, G13, G23 and G4GX53R7sand some others What are COB LEDs?Anyone who deals with the selection and differences between individual LED lamps will come across the term COB LEDs. COB LEDs are multiple LED chips that are grouped and bonded together by the manufacturer to form a single module. As a result, the chips are smaller and can be installed closer together. The LED chips are mounted directly in contact with a substrate such as silicon carbide or sapphire. This achieves a significantly higher lumen density in a smaller space. COB technology also uses a single circuit design with only two contacts, no matter how many chips are involved. And what does this mean? In contrast to other LED light sources, there are no longer any transitions in the light from one LED to the next. A uniformly luminous field of any shape and size is created.The term COBCOB is the abbreviation for 'Chip on Board'. This means that the chips are attached directly to a carrier substrate and therefore fewer components are required per LED chip for proper operation. Along with eliminating the otherwise common LED chip structure packaging, less heat is generated and higher installation density is achieved.This technology made it possible, for example, to produce flexible and yet optically uninterrupted light strips. The filaments in the currently very popular 'Edison light bulbs' are also based on COB technology.What characteristics should I look out for when buying LED lamps?There are numerous parameters that can influence the purchase of an LED lamp. Let's take a closer look at some of them:The luminous flux / luminous fluxThe luminous flux is given in lumens and is the total amount of light that the lamp emits in a certain time. The more lumens, the brighter the lamp.the frequencyNatural light sources shone evenly, like candles or the sun. Many electric light sources do not emit an even, but a pulsating light. At a frequency of 50 Hz, the light 'flickers' 50 times per second. Even if we are not consciously aware of this, our body registers the pulsation and may react with discomfort, tiredness and even malaise. Light with a frequency above 300 Hz has no noticeable effect on the human body. So pay attention to the highest possible frequency.The color temperatureLED lamps are available in different light color temperatures. These are given in Kelvin, for example:1800K - Candlelight2600K - warm light like incandescent bulbs3000K - warm white comfortable light5000K - neutral white daylight6000K - Cool White Light White and cool white light is said to increase concentration and efficiency, while warm light promotes relaxation. Warm lighting is recommended so that you can fully relax and fall asleep better after coming home from work. Color temperatures of around 3000 Kelvin are suitable for everyday household routines. It can be daylight to work.In addition to the main parameters, it is important to note some other characteristics of LED lamps. These would be:Illumination angle ? width of the cone of light illuminating a given areaOperating voltage ? Most LED lamps are designed for a mains voltage of 230 V, lamps with GU5.3 and G4 sockets are also available for 12 voltsEnergy Consumption - Typically, the wattage of the lamps is in the range of 1.5 watts to 15 watts. However, this says nothing about the actual brightness. This is given in lumens (see above)Dimmability ? There are dimmable and non-dimmable models. Many dimmable LED lamps do not dim completely, but only to 15% to 20% of full brightness. This depends not only on the lamp, but also on the dimmer.Dimensions - When choosing lamps, don't forget the overall dimensions. LED lamps are sometimes significantly larger than the corresponding light bulbs. As a result, a bulb may not fit into the lamp or protrude.Service life ? The service life is mostly given as between 10,000 and 50,000 hours. Be aware that these are theoretical values.Guarantee period - The longer the manufacturer gives a guarantee on a lamp, the more likely it is that it will be of the highest quality.Date of Manufacture ? Technology is evolving rapidly. If lamps have been stored for a long time, you will surely find better models from more recent productions.  TIP:The indication of the power equivalent to an incandescent lamp is no longer up-to-date (e.g. 'corresponds to 40W') and is also becoming less and less relevant as technology continues to improve. Instead, select your lamp based on the lumen specification. Buy your multi-LED lamp from eibabo® now. In our shop you will find multi-LED lamps for almost all common bases, lamp types and in many shapes. With the LED lamps we offer you can easily replace your old lamps and save up to 80% energy compared to conventional light bulbs. This means that the additional costs associated with the purchase of LED lamps are usually amortized after a short time. The leading manufacturers in the field of LED lamps include Philips, Osram, Opple Lighting, EVN, Schneider Electric, Eglo, Brumberg and around 20 others. Use our extensive detailed search to narrow down the properties and quickly find the product you are looking for.  Catalogue content:In this eibabo® catalogue Lamps > LED-lamp/Multi-LED you will find items from the following product groups:Item overview:Candle bulbsDome mirrorDownlightsDrop lampExtractor hoodFestoon lampFilament lampFilamentfilamentFlask shapeFloor lampFluorescent lampFluorescent tube replacementHalogen rod replacementHanging lightHotel lightingInfrared heatingInterior lightInterior lightingLuminous markingMetal halide lampNight visionPin base lampPlant lampPlant light lampStreet lightingSuitable for the workplaceToilet lightingVintageclassicfrom the following manufacturers:Manufacturer overview catalogue Led lamp multi-led:AbalightAura LightBarthelmeBrumbergDEHNEthermaEVNHellumIDViiMLEDVANCELichtlineOpple LightingPhilips LichtRadiumRidi-LeuchtenRockwellRZBScharnberger+Has.Schneider ElectricSignify LampenSLVSomfySteinelTrio-LeuchtenWermaZumtobel
Safety lamp - Don't panic now! Keep calm and leave the building as quickly as possible! Of course, none of us want to experience such a scenario. Nevertheless, situations can arise that require immediate action or at least special attention. Safety lights help for this purpose. These warn of dangers, show us the shortest escape route or illuminate danger spots so that you don't inadvertently injure yourself.With the eibabo® safety lights, you ensure that potential dangers are identified more quickly, damage is avoided and, in the first instance, evacuations can be carried out quickly. Many safety lights are equipped with economical LED technology and are therefore also designed for efficient continuous use. Your purchase in the eibabo® technology store is also particularly secure. This is ensured by the Trusted Shops buyer protection and a high level of customer satisfaction. Use one of over 20 payment methods and have your order delivered worldwide. And should something not go to your satisfaction, our accommodating customer service will be happy to help you.What types of safety lights are there?In emergency situations related to the failure of the main lighting, emergency lighting systems are used. These can be caused, for example, by power failures, fires or accidents caused by people. The purpose of safety lights is to:enable safe evacuation of people from buildingsindicate potential security risksensure the completion or continuation of work in progress (backup lighting) Depending on the type of lighting, these are connected to the existing house electricity network, connected to backup energy sources or function independently using their own energy supply. While backup lighting allows ongoing activities to be terminated or resumed, evacuation and hazard detection lights are designed to:indicate escape routesTo illuminate danger zones - such as moving machine parts, crash sites, tripping hazards, black ice, fire zonesAvoid panic - crowds of people are guided to the escape routes with instructions Image: Ceag ExitCube #40071353420In which areas should safety lights be used?Safety lighting is rarely found in the private sphere and is generally not required. Safety lights should still be present in those private buildings and areas:where critical crowds can occurwhere visitors and other public traffic are to be expectedif there is at least one branch from the exit of the apartment to the elevator or stairs And of course, the following buildings, among others, must be equipped with safety lights:high-rise apartment buildingsall public, commercial and industrial facilitiesCovered and open areas of petrol stations, multi-storey car parks and traffic tunnelsObjects that are characterized by a high number of visitorsestablishments with retail sale of alcohol  Please noteThe exact regulations differ depending on the country and can be found in the national regulations for escape route marking. Emergency lighting, which is not related to the evacuation of people, is necessary:in production with a continuous technological cyclein medical facilitiesat airports and train stationsin all other establishments where even a brief cessation of activity may result in death or accidents How are escape routes and danger areas illuminated?Illumination for evacuationThe main aim of marking escape routes is to leave the building safely and as quickly as possible. The route to evacuation starts right from the premises of housing, work or using services. Therefore, an evacuation lamp and a light indicator with the appropriate pictogram should be installed above the exit from the room. Other important marking points along the escape route are changes in the direction of movement and the floor, flights of stairs, entrances and exits.Already knew?A universal and globally understandable pictogram for escape routes is the green human silhouette walking through a doorway. Often this sign is accompanied by a directional arrow.emergency lightingIn addition, there are devices for emergency lighting along the entire escape route up to the exit from the building to the outside. In addition to the trend-setting infographics mentioned, these are also actual lamps for illuminating the floor, walls or steps. On the other hand, the escape route lighting also serves as escape route lighting for orientation for helpers and rescue personnel. This shows the way to safety zones and provides information about where, for example, fire extinguishers or first-aid equipment is located.Always recognizableAll signs identifying evacuation, hazardous areas, and emergency equipment locations must be sufficiently visible and recognizable. The minimum character height is calculated based on the maximum viewing distance divided by 200. Example: With a maximum viewing distance of 15 meters (= 1500 cm), the infographic must be at least 7.5 cm tall.hazard lightingThe purpose of hazardous area lighting includes protection of open chemical tanks, moving machinery, high-pressure vessels, electrical voltage, furnaces, and so on. Unguarded fall areas, escalators or automated production areas are also marked in this way.What is anti-panic lighting?If potential crowds of people are to be expected indoors and outdoors, this could cause difficulties for some people in finding escape routes. Anti-panic lighting should prevent uncontrolled stressful situations in an emergency and ensure that escape routes can be identified from any point in the danger zone. This is done through good lighting, clear instructions and unambiguous infographics. All of this reduces confusion and promotes calm and organized movement to the emergency exit when an alarm is announced.What is backup lighting needed for?The main task of backup lighting is not related to the evacuation of people. There are facilities where numerous important technical processes and humanitarian services take place. These cannot be interrupted. These include hospitals, certain authorities, airports, train stations or military facilities. This is where back-up lighting systems come into play to prevent human injury or death or the occurrence of other man-made accidents. TIPThe presence of backup lighting does not exclude the need for evacuation lighting with all the necessary indicators. The use of separate lights for backup systems is usually not economical. Rather, if the main power supply fails or is interrupted, the standard lighting is automatically switched to a source from the central emergency power supply. The running time of such a back-up light is calculated for a period of between a few minutes and several hours, depending on the setup.  Catalogue content:In this eibabo® catalogue Luminaires > Emergency luminaire you will find items from the following product groups:Item overview:All-plastic lampCeiling lightCentral battery emergency lightCompact guardComplete deviceDisc lightEmergency exit lightEmergency light insertEmergency lightingEscape route lightEscape Sign LuminaireExit sign panel lightIndicator lightInterior lightLight signalMounted lightMounted spotlightMultivariableOutdoor lightOutdoor motion detectorPictogramPressure switchRound lightSafety lightSecurity lightingSelf-contained lightSingle batteryToledoFlatfrom the following manufacturers:Manufacturer overview catalogue Safety lamp:ABBCeagESYLUXFischerIDVLegrand BticinoRidi-LeuchtenRP-TechnikRZBScharnberger+Has.SchuchSitecoSLVStahlZumtobel
Dimmers - Would you like to use dimmers in the house, apartment or at work? Would you like to know what to look out for when buying a dimmer? Can dimmers really save electricity? Find out here which dimmer is the right one for your application.When we dim our living room lights in the evening, something magical happens. The brightness decreases, the colors become softer and the atmosphere in the room becomes cozier. This change has a tremendous effect on our well-being and mood. Dimming is not only easy on the eyes, it also has a positive effect on our bodies. After a busy day, we can relax and let the stress gradually fall off our shoulders. In addition, we can save electricity by dimming light bulbs and LED lamps. In this way, we contribute to reducing CO2 emissions and protecting the environment.What should you consider before buying a dimmer?There are a few things to consider when buying a dimmer. We have summarized the most important points for you:What kind of dimmer do you need?Should the dimmer be universal or suitable for a specific light source?What power supply is required?How should the dimmer be operated?What load should the dimmer be rated for? (the information can be found on the device)Which additional functions are required? (interfaces)Does the price play a decisive role?and some more Image: Berker 85422100 universal touch dimmer, 2-foldTypes of dimmers and their usesDimmers are thyristor controllers or triac controllers for controlling the brightness of incandescent lamps, lights or transformers for low-voltage halogen lamps. When selecting a suitable dimmer, the type of light source, the power supply and the electrical voltage must be taken into account. There are different dimmers, which are suitable for different applications. The best known are universal dimmers, trailing edge dimmers and leading edge dimmers. All reduce the voltage to dim the light. But there are differences in how they work. TIP:Most lamps are marked with a label that provides information about their dimmability. You will find the symbol of a light bulb or a halogen spotlight on many light sources, followed by the information 'RL' or 'RC'. What do these two abbreviations mean and what are the advantages and disadvantages?Trailing edge dimming (RL):Trailing edge dimming is the most commonly used method of dimming lamps. Here, the current of the illuminant is interrupted at regular intervals, so that the light repeatedly goes out briefly and then comes on again. The interruption in the current flow causes the light to flicker slightly. This flickering is barely perceptible to the human eye.Advantages:Less heat lossNo impairment of the mains voltageEasy to implement Disadvantages:Flickering of the light, which can be annoying for some peopleLimited dimmability, otherwise the light flickers too much Leading edge dimming (RC):With phase angle dimming, the current flow is interrupted at the beginning and end of each switching period. As a result, there is no direct regulation of the current flow and there is no flickering of the light. Leading edge dimming is therefore particularly suitable for sensitive applications where uniform light is important. This is the case, for example, in hospitals or galleries.Advantages:No flickering of the light because the current flow is not interruptedMore even light image than with RL dimming Disadvantages:Higher losses due to heat developmentImpairment of the mains voltage with strong dimming Dimming LEDsA dimmable LED lamp is always marked as 'dimmable'. You can usually find the information on the packaging or in the product description. If you cannot find any indication of dimmability, the LED cannot be dimmed.You can use both RC technology and RL technology to dim LEDs. Please judge for yourself which one is the right one for you. Alternatively, you can use dimmers with pulse width modulation. This is the most commonly used variant for dimming LEDs. With pulse width modulation, the current flow is periodically interrupted for a specific interval. As a result, the longer the OFF interval, the less bright the LED will shine.What options are there for operating dimmers?There are several ways you can adjust the brightness on your dimmer. Most models have a dial. Other models have buttons or a touch field. The brightness is changed here, for example, by pressing the UP and DOWN buttons. With a remote touch dimmer, a short touch switches the dimmer on and off, a longer touch impulse causes a change in brightness. There is also the option of controlling with a control voltage. Almost every switch manufacturer has such models in their switch range.Tips for using dimmersDimmers are often used in living rooms to adapt the lighting to the situation at hand. For example, you can set the mood at a dinner party with dimmed lights or turn the lights down completely for a romantic evening for two. Dimmers are also very popular in bedrooms, as they slowly ease the transition to sleep. Dimmers can also be useful in wellness areas such as bathrooms or saunas. For example, when entering the sauna, the light can be dimmed down to promote relaxation. Dimmers can also be used in the aquarium. This allows the lighting to simulate natural daylight. This is for the well-being of the fish. Dimmers at the workplace significantly reduce direct glare and disruptive reflections on the screen. This can help you concentrate better and work without interruption.Dimming in the KNX building managementThe KNX building management is a complex system that enables the automation and control of light, heating and air conditioning in a house or apartment. A central function in the KNX building management is the integration of dimmers, which enable the brightness to be regulated. Dimming actuators are usually used for this in conjunction with pushbutton sensors or multiple operating devices. These replace conventional dimmers. For more information, we recommend our 'Dimming actuators' catalogue.What do the letters 'R - L - C' on a dimmer mean?The letter 'R' on a dimmer means it is suitable for the resistive loads of incandescent lamps, halogen lamps and the like. The 'L', on the other hand, stands for inductive loads from low-voltage lamps with a conventional transformer. And 'C' means capacitive loads from low-voltage lamps with electronic transformers.  Catalogue content:In this eibabo® catalogue Domestic switching devices > Dimmer you will find items from the following product groups:Item overview:Additional moduleAwning controlBlind controlBrightness sensorControl devicesCord switchDimmer moduleDimmtronicEnergy efficientExtensionFlush-mounted boxFront buttonGroup controlIncremental encoderLight controllerLight emitting diodeLightbulbsLighting controlOutdoor spotlightPatio heaterPressure dimmerRadio dimmerRotary dimmerSerial dimmerSpeed controller insertUniversal dimmerUniversal dimming insertWeather stationfrom the following manufacturers:Manufacturer overview catalogue Dimmers:BachmannBerkerBusch JaegerDoepkeElsoEltakoEthermaFinderGiraGrotheHagerHeraJungLEDVANCELegrand BticinoMertenPehaRademacherSchalkScharnberger+Has.Schneider ElectricSchultzeSiemensTheben
Remote control - Some of you probably still remember the times when there were no remote controls. In order to change the channel on the TV, you had to get up and walk to the device. For other electrical components such as blinds, LED lamps or electric fireplaces, the use of remote controls was unthinkable. But today it's all different. Remote controls are now standard for numerous electrically controllable devices. You can use it to operate the almost endless functions of home entertainment systems, control complex smart home installations or simply change the color of the lighting in the living room and bedroom. In a specialized online shop such as the eibabo technology store, you can of course obtain remote controls for intelligent building automation, as well as universal remote controls that you can program yourself and remote controls as an optional supplement to many end, control and drive devices available here.Catalogue content:In this eibabo® catalogue Consumer electronics > Remote control you will find items from the following product groups:Item overview:Cable remote controlCeiling fan remote controlDevice remote controlEIB remote controlGlobal remote controlInfrared remoteIR remote controlKNX remote controlLearning remote controlOperating unitProgrammable remote controlRadio dimmerRadio remote controlRemote controlRemote control (box)Remote control building servicesRemote control building technologyRemote control consumer electronicsRemote control for roller shutter controlRemote control heating appliancesRemote control home automationRemote control housing technologyRemote controll for roller-blind driveReplacement remote controlUniversal remote controlWall remote controlWired remote controlWireless remote controlfrom the following manufacturers:Manufacturer overview catalogue Remote control:ArcliteAssa Abloy effeffBachmannBarthelmeBEGA GantenbrinkBrumbergBusch JaegerCasafanEgloeQ-3EthermaFlukefrogblueGlenGrotheHamaHeliosHuber + Söhne WHDHuber + S?hne WHDIndexaIVSJungKindermannLedlenserMaicoNikoPerformance in LightPilzScharnberger+Has.Schmitz-LeuchtenSitecoSomfySteinelStiebel EltronTechniSatTelevesTriaxVaillantWaldmannWaremaWisiZumtobel
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