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Swegon - We spend most of our time indoors and therefore need a good indoor climate in order to function and feel comfortable. The eibabo® shops from eibmarkt® offer you products from the company Swegon, which develops, manufactures and markets indoor climate solutions. The history of the company goes back to 1932. At that time the company 'Farex' was founded. Independent of this, the company 'Stifab' was founded in 1974. Both companies merged in 1995 and became 'Stifab Farex'. In 2005 they merged with 'PM Luft' and became Swegon AB. In Germany, the commitment began in 1995 with the founding of Stifab Farex GmbH in Berlin. Today Swegon is part of the Swedish Investment AB Latour Group. Including the foreign sales companies, Swegon employs a total of over 2600 people and has 16 production sites in Europe, North America and India as well as subsidiaries and sales partners all over the world. The company offers a wide range of products. Ventilation systems that exchange used air from rooms with fresh air represent the primary product group. Swegon also produces systems for heating and cooling, such as heat pumps and water chillers. Systems for demand control of the indoor climate, dehumidifiers and humidifiers as well as mobile devices complete the range. In addition, Swegon is the exclusive sales partner for Fujitsu air conditioning systems. The systems are used in office and commercial spaces, public facilities, hotels, event and industrial buildings as well as in data centers. But the solutions are also used in the private sector, in residential construction and in single-family homes. The eibabo® technology store mainly stocks mobile air conditioners, monoblock and split air conditioners and dehumidifiers from the Swegon brand.

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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
Rope light - LED strips are considered flexible and energy-saving lighting alternatives. But what criteria do I use to select an LED strip from a multitude of offers? How long does an LED strip light last? Many questions, to which we will give answers in the following article.Why are LED strip lights so popular?When LED technology became suitable for the masses and was available inexpensively everywhere, completely new and very flexible possibilities for the decoration and lighting of houses, apartments and other areas of life opened up for us consumers. Small dimensions, flexibility, enormous service life, good light output and different color rendering are still the most important positive properties of LED light strips. Of course, saving high energy costs and the lack of alternatives to LEDs also play an important role. Constant competition between manufacturers also leads to falling production costs and end consumer prices. Many of the products are operated with 12 V or 24 V and are therefore not dangerous in use.Where are LED strips used?The areas of application of the LED strips are hardly limited. Thanks to the use of high-power LEDs, you can use the products as the main light. But LED strips are also ideally suited as decorative lighting on and in cupboards, in various niches or to illuminate the work area in the kitchen. In the commercial sector, you can use it to illuminate goods and offers in shop windows and shelves. TipUnder no circumstances should LED strips be severely bent or kinked. This can break circuit paths or damage LEDs, resistors and contacts. You can achieve breathtaking lighting effects with RGB strips or color-changing strips. Typically, the color and brightness of such a band is controlled by a remote control. You can adapt the lighting to your current mood, especially in quiet places. Of course, waterproof versions are also available. You can light up gardens, facades, terraces or use them to simulate the daily routine in the aquarium. Car lovers use colored LED strips to illuminate the underbody of the car, the rims or the license plate. In architecture, planners set great accents with LED strips. Creative solutions include colored facades and window frames, indirectly illuminated walls or illuminated baseboards.In other words: due to the wide range of design options, LED strips have become indispensable and are used in the design of almost every interior.Image: EVN SB542430509902 LED stripWhat is the difference between LED strips?The offer is huge. The Internet is full of special offers, which are made in China with the cheapest components, imported in huge quantities and sold at cheap prices. We also offer hundreds of variants here in the eibabo® shop, but the majority of them are from well-known manufacturers. It is not that easy to find the right product for individual use. So what selection criteria should you consider?Does the product come from a well-known manufacturer?How long is the lifespan?What power supply is required?Do I want monochrome or colored LEDs?Which tape is best?How many LEDs should be installed per meter?Does the product have to be waterproof?What length do I need?Does the tape have to withstand special conditions such as heat or mechanical loads?and much more So pay attention to the information in the product descriptions and put the price in the background. Why? You will find out in the next section.What affects the quality of an LED strip?All tapes look more or less the same and the reason for a price difference is often not apparent even at second glance. However, what matters most to you as a consumer is its lifespan, delivering a constant level of brightness over that period, and its power consumption. The heart of an LED is its crystal. This is created as part of a complex process that requires a lot of technology, knowledge and experience. Few companies rise to the challenge of producing perfect crystals. However, these are the basis for a high-quality end product. The lifetime of such a crystal is determined by its degradation. definitionDegradation is the aging process of the crystal, which causes an LED to become progressively dimmer over its life cycle. Degradation leads to a drop in luminous flux over time. With high-quality goods, the luminous flux drops by around 2% for 10,000 hours of operation. Inferior LEDs lose up to 20% of their luminous flux in the same time. However, this development does not only depend on the crystal, but also on the design of the LED body and its connections. An LED gets very hot during operation and the better the heat is dissipated, the more sophisticated the housing and the longer the service life of the LED. The design of the contact connections is also important. In a circuit there are usually several LED chips in series plus resistors. Surely you have already seen that with poor-quality soldering of the chips, the entire serial circuit on a certain section of the LED tape fails, or individual colors stop working.Already knew?LEDs do not emit white light. White light is created from the mixture of equal parts of all spectral colors. If none of these colors dominates, the light appears white, more precisely not colored.Depending on the type of tape, the white light color is mixed from red, green and blue light. However, this mixed white looks very unnatural. So-called RGBW tapes therefore have an additional LED, which emits high-quality white light. In other words: the production of LEDs with white light is complicated. It is usually formed by passing blue light through a yellow phosphor. Depending on the phosphor, the 'white' LED lights up more yellowish or more bluish. It is therefore important before manufacturing an LED strip to select and calibrate the individual LEDs according to various criteria. This step is time-consuming and is not carried out by all manufacturers. In particular, because the manufacturers of LED strips are not necessarily the producers of the LEDs. The use of different LEDs from different batches or producers leads to an uneven light pattern of the white light. With LED strips, the uniformity of the white glow is therefore a quality feature.power adapterThe power supply should provide enough power for the LED strip. An LED light strip with a length of 5 meters and a power consumption of 20 watts per meter requires a 100 watt power supply. Please plan an additional 10% reserve.An LED emits light in a specific direction. In order to achieve uniformity here too, lenses and other optical elements are used. The higher the quality, the better the color rendering and the lower the loss of luminous flux.How do I know if an LED strip is high quality?Now you know how (at least in part) the price difference comes about. If you want to enjoy your LED strip for a long time, invest a few euros more. The difference isn't huge, but it will save you trouble and early repairs. You can use the following tests to better assess the quality of an LED strip:tip 1Check the 'white' light the tape produces. Blue, yellow or reddish deviations should not occur. Contrasting sunglasses may make it easier to spot differences.tip 2A noticeable decrease in brightness on the last LEDs of a band indicates poor quality of certain components.tip 3If it is not possible to test the LED strip before buying it, a look at the soldering points between the LEDs and the carrier material will help. All solder points should look the same. Make sure that the conductor tracks on the carrier material are as wide and thick as possible. In the case of inferior goods, conductor tracks that are too weak lead to an increased voltage drop and thus to differences in brightness.tip 4Choose products from companies with many years of experience in the field of household lighting, including LED. They value a good reputation, have long-established contacts with suppliers and are unlikely to produce inferior goods. Pay attention to the guarantee.  Catalogue content:In this eibabo® catalogue Luminaires > Light ribbon-/hose/-strip you will find items from the following product groups:Item overview:Adhesive stripsArea lightBacklightingColor changeDirect lightFairy lightsFlex boardFurniture mounted lightFurniture recessed lightGroove lightHeadlightInterior lightLight barLight ceilingLight coveLight stripLine of lightLinear systemOutdoor areaQualityflexRecessed ceiling lightRecessed ceiling spotlightRecessed directional spotlightRestaurantRope lightShadow gapSpotlightHeadlampTunableWhitefrom the following manufacturers:Manufacturer overview catalogue Rope light:ArcliteBarthelmeBrumbergEOS SaunatechnikEVNHellumHeraHoubenLEDVANCENeuhaus LeuchtenPhilips LichtRZBScharnberger+Has.Schmitz-LeuchtenSLVTehalit
Base unit - In industrial technology, automated processes are no longer possible without programmable logic controllers. If you would also like to set up automated processes, the following article will give you a brief overview of this modern technology. At eibabo® you get a variety of:Basic devices for PLC controls, for Alpha XL and Siemens Logo!Basic devices and CPU compact devicesCPU central assemblies and fieldbus controllersInline controllers and control units Today, these devices are used in all industries, both in large and small automation systems.What are Programmable Logic Controllers (PLC)?A controller in automated systems carries out the control of physical processes in accordance with an underlying algorithm. For this purpose, it uses information received from sensors and output to end devices. Every automatic device has a control controller - a module that determines the logic of the device.What are programmable logic controllers (PLCs)?Programmable logic controllers (PLCs) are real-time devices for automating technological processes. The PLC is programmed digitally and can therefore be easily adapted to the requirements of a specific process. With the increasing demands on modern machines and production processes, PLC automation solutions have become indispensable in everyday industrial production. The main areas of application of the PLC are in their long-term use without the need for human intervention. PLCs are generally used to control sequential processes. The status of an object is determined by means of input signals and output parameters and corresponding control actions are carried out.The History of Programmable Logic Controllers (PLC)Before programmable logic controllers emerged in modern form, their development began with comparatively simple ladder logic in the middle of the last century. With the advent of microprocessor technology towards the end of the 1960s, industrial automation processes were also directly influenced. Digital circuits developed, which have since been used in automatic control systems.In 1968, a group of engineers at General Motors were tasked with making easily programmable industrial controllers. These should be easy to maintain and repair. A modular design should also make it possible to replace the installed modules or add new modules. The world's first programmable logic controller was called 'Modicon 084' and was presented in 1969. The device weighed about a hundredweight and consisted of a cabinet with a number of modules whose storage capacity was just 4 kilobytes. Already knewThe invention of the first PLC is credited to American engineers Richard E. Morley and Odo J. Struger. In 1970, the world's first automated control system based on this controller was presented at the Chicago Machine Tool Show.Where are basic PLC devices used?Programmable logic controllers offer a simple and cost-effective solution for many automation tasks and are the ideal solution for the individual control of a wide variety of applications, machines, systems and processes or for digital power control. With any automation-based control system, the focus is on achieving the desired result efficiently and reliably. As part of process automation, they control robotic arms in the automotive industry, complex conveyor technology or processes in nuclear energy, transport and traffic.How is a basic PLC device constructed?A basic device for the programmable logic controller typically consists of the following components:Inputs for signal acquisition ? the device monitors the current status of the system via connected buttons, thermometers, tachometers or sensorsOutputs for signaling ? the devices of a system are connected here, with which the PLC executes a processSoftware ? the user program that is used to determine the switching of outputs depending on the activation of the inputsCommunication interface - this is used to connect the PLC to other systems The base unit also requires its own power supply and contains a processor and the internal bus.Mitsubishi AL2-24MR-A #215074 basic unitHow does a basic PLC device work?A programmable logic controller is a device that collects, converts, processes and stores information and generates control commands. Data is exchanged via inputs and outputs on the device. In this way, sensors, buttons, actuators and other devices can be connected to the control object. It is therefore a small computer, controlled by a microprocessor with its own operating system. This is adapted to the needs of solving automation problems in real time and works with the shortest possible response time. The PLC receives the signals from the controlled process via the inputs in the form of:On/off states - for example position detection by limit switches or proximity switchescontinuous analog signals - these include temperatures, pressure, speeds, levels and so on The devices that run the automated process are connected to the output side. These in turn receive the signals from the basic device in the form of:On/off control signals - for example for an electromagnetic relay, a motor contactor, a signal lamp and so oncontinuous analog control signals - for example to open or close valves or to adjust engine speeds The processor is located between the inputs and outputs. This is also called the Central Processing Unit (CPU) and controls the output signals based on the data of the input signals. Individual programming (using software for parameterization) can be used to determine how the PLC reacts to the input signals or their changes. This information is stored in the basic device. There is usually a separate interface on the device for this purpose. Another option is to connect the base unit to a network. Then communication within the framework of the network hierarchy with other peripheral devices and systems is possible.What advantages does a PLC have over a classic relay circuit?Over time, PLCs have adapted to the specific needs of the industrial environment. PLC functions have a number of advantages. Due to their flexibility, they can be used in a wide variety of industries. In addition to the possibility of remotely controlling a PLC, the greatest advantages lie in the ability to communicate and the individual programmability of the functional logic. The settings can be changed at any time without affecting the operation of the device itself. A PLC can usually be installed directly on a production machine.How do I choose the right basic PLC device?A large number of factors must be considered and evaluated when making the selection. By combining the technological requirements for a specific automation object with a comparison of modern programmable logic controllers, you can make the right decision. The selection of the right PLC depends, among other things, on the following criteria:system requirementsThe system requirements describe the task that the PLC should fulfil. Define the goals to be achieved and break them down into several simple and understandable steps. Determine the type of input devices and output devices to be connected to the PLC and their respective functions. Would you like to implement further special functions? How many inputs and outputs are required on the basic device? How much storage is required? What are your processor speed requirements?serviceMost PLCs are initially programmed with a computer. This is then no longer required to operate the PLC itself. Therefore, consider whether you want a PLC with an integrated display and touch panel. It can be enough to read the values and manage the system via the existing IT infrastructure.communicationIs the data exchanged with other devices outside of the actual process? Is the device part of a network?conditions of useIs the PLC exposed to special operating conditions that affect the properties and function or have an impact on reliability and maintenance intervals?electrical needsWhat are your power requirements for the individual inputs and outputs and for the PLC itself?operating speedThe speed of operation is responsible for the security and flow of 'time-critical' operations.Manufacturers of high-quality basic devices for the PLC include: Mitsubishi Electric, Pilz, Siemens, WAGO Kontakttechnik or Phoenix Contact.  Catalogue content:In this eibabo® catalogue PLC's > PLC CPU-module you will find items from the following product groups:Item overview:Bus controllerBus couplerBus participantsCommunicationControl accessoriesControl relayController boardControllersDecentralizedEADecentralizedIOExpansion moduleFieldbus componentFieldbus controllerFieldbus couplerFieldbus moduleFieldbus technologyGroup carrierHead stationInterbus tapInterfaceLogic moduleMain group carrierModular controlRectangular connectorRectangular plugRoom automationRoom controllerShip approvalfrom the following manufacturers:Manufacturer overview catalogue Base unit:ABBEatonMitsubishiOmronPhoenixPilzSchneider ElectricSiemensStahlThebenWAGOWeidmüller
Lighting control system - By regulating the light intensity, we consciously influence our mood, the way we work or our sleep patterns. An evening for two is much more romantic with dimmed lights, or cooking is much easier if you always have a good view of the pots. Find out here how and with what you can control the brightness in your rooms exactly as you want.The eibabo® technology store offers a very extensive range of items for light control. For example, access our high-quality switches, buttons, potentiometer inserts (generally referred to as dimmers), light sensors, switching modules or components for smart home control. Well-known manufacturers, best quality, fair prices, fast delivery and secure payment are our arguments for shopping in the eibabo® online shop.What are light control systems?Light control systems are traditional or intelligent devices that allow you to control the lighting in a room. Depending on your wishes and needs, there are different types of light control systems available. Probably the simplest example of light control is the classic switch that turns the light on and off. Another option is to switch the light on when movement is detected. A motion detector or a presence detector is used here. But the lighting control can be much more complex and in such cases requires very individual components. And that's exactly what this catalog from the eibabo® online shop is all about.Image: Ledvance DALI PCU lighting control systemWhat types of light control systems are there?In general, there are hardly any limits to the implementation of your lighting control ideas. Depending on your needs, you can simply switch your light on manually, automatically or networked. The more complex the system, the more individual freedom you have to realize your ideas or increase comfort. Even if network systems are more expensive to purchase, they save up to 30% in electricity costs over time thanks to intelligent control management. The following types of light control are possible:Manual light controlManually turning on and off is the most widely used lighting control. It is difficult to save electricity with it. You have to constantly remember to turn on the lights only when you actually need them. The use of economical LEDs can help save on energy costs. Dimming is a slightly more advanced way of controlling room lighting. However, this is also manual. Dimmer switches allow you to dim the lighting to the desired level. This in turn saves a little more electricity.Automatic light controlWith automatic light control, a sensor usually switches the lights on and off. You can specify the criteria according to which this happens and how long such switching cycles last. So you can't forget to turn off the light. To automate outdoor lighting, you may want to install motion sensors. The lighting is then only activated when there is a certain amount of darkness and a person or vehicle is moving in the detection area of the detector. After a certain period of inactivity, the device switches the light off again. Presence detectors or presence sensors are used indoors. Their basic switching principle is comparable to that of motion detectors. These record movements within a room. Presence detectors are ideal for bathrooms, toilets, break rooms and hallways.Networked light controlThe most advanced type of light control is the networked system. This is often part of building automation, but can also be designed as a stand-alone system. Networked lighting systems make it possible to control lighting from computers, multifunction devices, remote controls or smartphones. The prerequisite for this is the connection to a central control unit. Advanced programs can even store data and create usage charts, so you can closely monitor your energy consumption.Basically, we differentiate networked lighting between centralized, wireless or combined light control systems. With the centralized system, all lighting circuits from a room or building come together at a central location. The classic wall switch is replaced by one or more multifunctional pushbutton sensors or touch displays. These allow you to control the light in different ways. This requires an integrated processor that manages the additional functions. Depending on the range of functions of the components and programming, at the touch of a button, for example:call up interesting light scenesdim different lighting groupssynchronize the lighting with the movement of the sunmake switching on and off dependent on the actual brightnessadjust the color of the light sourceGenerate operating hours, consumption and other data through measurement and/or monitoringand so forth An alternative to the centralized solution is the wireless variant. This consists of controllable dimmers and switches that have replaced the traditional standalone switches and dimmers. The wireless system is of particular interest in renovations and retrofits as there are fewer cables to run. The existing installation can usually be built on. The installation is easy, the costs are manageable. The wireless light control can be operated like a centralized system and contain the same programming options. All dimmers and switches are wirelessly connected to the control unit's processor.The advantagesBy adjusting color or intensity, light controls can: Reduce glare; change the atmosphere and mood; make the room function more flexible; reduce energy consumption and increase safety.A combined light control is a mixture of both systems described. Both wireless and wired devices are included in a system and exchange information with each other. This option is often implemented when expanding central systems. All of the systems mentioned offer the user comprehensive and individual comfort and are mostly intuitive and easy to manage.What are the requirements for a networked lighting control system?The individual components of a lighting control system (controllers, ballasts, drivers and light sources) must be compatible with one another to ensure proper operation of the system. This means: The components must communicate in order to be able to execute the control strategy. This so-called interoperability depends on the control method or the protocol. NoticeA protocol is a set of rules that defines the behavior of components in a system in a specific language. Examples of well-known and widespread protocols include the Digital Addressable Lighting Interface (DALI) and ZigBee. All controllers must be designed for the same protocol to ensure good interoperability. The individual protocols differ with regard to the software structure. There are:open or standardized protocols that are available and usable for all manufacturersProtocols that represent an optimized solution for only one manufacturer and bind the user to this manufacturer for future maintenance, changes or extensionsa combination of both; i.e. an open protocol that is tailored to specific providers or a provider-specific protocol that is made available to other providers through licensing If you want to integrate components with different protocols, this is possible by using a gateway (hardware or software). In addition, various applications and software for building automation support the implementation of light control systems. With this you can for example:discover devicesAssign specific control points to lighting zonesProgram scenarios for lighting zonesCalibrate sensors and set actuatorsmonitor checkpointsIssue service warnings and alarmsRecord energy consumption and display, log, evaluate and back up other dataCreate users and access levels   Catalogue content:In this eibabo® catalogue Light control > Lighting control system component you will find items from the following product groups:Item overview:Ambient lightCentral controlComfortableControl elementDALI unitHall lightingInterior lightInterior lightsLight control deviceLight line systemLight managementLight meterLightingLighting controlMini sensorMotion detectorMotion sensorMounting frameMounting rail lightRadio linkRain gaugeRotary dimmerSensorsSISignal converterSmartphone controlTwilight sensorUniversal dimmerWarehouse lightingfrom the following manufacturers:Manufacturer overview catalogue Lighting control system:ABBArcliteBarthelmeBEGA GantenbrinkBrumbergBusch JaegerCeagDoepkeEberleEltakoEVNFinderFischerGiraHagerHeraHoubenIDVJungLEDVANCENobileOpple LightingPhilips LichtPräzisaRadiumRegioluxRidi-LeuchtenRZBSchalkSchmitz-LeuchtenSchneider ElectricSignify PLSSitecoSLVThebenTriluxZumtobel
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No results were found for the filter!
RECOMMENDED
3D
Maico - ALD 10 - Outdoor air outlet - Ventilation valve ALD 10
£84.81 incl. VAT (£0.00)

*

plus shipping
(£123.99 RRP***)
Outdoor air outlet - Ventilation valve
Maico
| ALD 10
RECOMMENDED
Maico - TK 10 - Poppet valve NW100mm, pure ws. - Ventilation valve TK 10
£22.50 incl. VAT (£0.00)

*

plus shipping
(£33.90 RRP***)
Poppet valve NW100mm, pure ws. - Ventilation valve
Maico
| TK 10
RECOMMENDED
3D
Maico - TFZ 10 - Metal poppet valve - Ventilation valve TFZ 10
£18.91 incl. VAT (£0.00)

*

plus shipping
(£27.65 RRP***)
Metal poppet valve - Ventilation valve
Maico
| TFZ 10
RECOMMENDED
Helios - SDH - Gable roof hood - Perforated grille SDH
£88.18 incl. VAT (£0.00)

*

plus shipping
(£142.72 RRP***)
Gable roof hood - Perforated grille
Helios
| SDH
RECOMMENDED
3D
Helios - BTV 100 - Fire protection poppet valve with mounting ring without W - Round fire damper BTV 100
£61.65 incl. VAT (£0.00)

*

plus shipping
(£93.66 RRP***)
Fire protection poppet valve with mounting ring without W - Round fire damper
Helios
| BTV 100
RECOMMENDED
3D
Maico - ER-ZR - Second room connection set - Protective grille for ventilator ER-ZR
£50.64 incl. VAT (£0.00)

*

plus shipping
(£74.03 RRP***)
Second room connection set - Protective grille for ventilator
Maico
| ER-ZR
RECOMMENDED
3D
Maico - EBR-D 10 - Installation frame with seal - Inside in-/outlet for ventilation EBR-D 10
£7.32 incl. VAT (£0.00)

*

plus shipping
(£10.70 RRP***)
Installation frame with seal - Inside in-/outlet for ventilation
Maico
| EBR-D 10
RECOMMENDED
3D
Maico - EBR-D 12 - Installation frame with seal - Inside in-/outlet for ventilation EBR-D 12
£7.93 incl. VAT (£0.00)

*

plus shipping
(£11.60 RRP***)
Installation frame with seal - Inside in-/outlet for ventilation
Maico
| EBR-D 12
RECOMMENDED
3D
Maico - TFA 12 - Metal poppet valve - Inside in-/outlet for ventilation TFA 12
£20.13 incl. VAT (£0.00)

*

plus shipping
(£29.44 RRP***)
Metal poppet valve - Inside in-/outlet for ventilation
Maico
| TFA 12
RECOMMENDED
Maico - BS 125 - Fastening clamp diameter 125mm - Mounting strap BS 125
£5.64 incl. VAT (£0.00)

*

plus shipping
(£8.03 RRP***)
Fastening clamp diameter 125mm - Mounting strap
Maico
| BS 125
RECOMMENDED
Maico - DF 125 S - Roof hood diameter 160mm - Cowl for roof mounted fan DF 125 S
£160.95 incl. VAT (£0.00)

*

plus shipping
(£229.24 RRP***)
Roof hood diameter 160mm - Cowl for roof mounted fan
Maico
| DF 125 S
RECOMMENDED
Maico - DF 125 T - Roof hood diameter 125mm - Cowl for roof mounted fan DF 125 T
£156.80 incl. VAT (£0.00)

*

plus shipping
(£229.24 RRP***)
Roof hood diameter 125mm - Cowl for roof mounted fan
Maico
| DF 125 T
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