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Line backbone coupler - Would you like to expand your smart home system and are you looking for a way to integrate additional devices into the existing infrastructure? No problem. The strength of modern building automation lies precisely in this flexibility. In this catalogue, we present line area couplers with which you can expand the topologies of your network.Living, working, security and climate protection - building automation offers many advantages for modern households. In particular, the areas of 'living comfort' and 'energy management' are strongly influenced by the possibilities offered by modern communication media and control technology. Numerous functions in a building can be automated, from switching on the light and setting up needs-based heating cycles to organizing access control systems. It can be controlled from anywhere in the world using a computer or smartphone. When setting up simple and complex networks for the KNX building automation, line area couplers are used, among other things.How is a KNX network structured?Within a KNX network, we distinguish between segments that are networked with each other and have a hierarchical structure. The segments are called lines, main lines and areas. You can think of this as a tree whose trunk splits into branches and further into twigs. The branches represent the smallest unit and are called 'lines' in the KNX network. Each line consists of a KNX bus line, a power supply and the participants. A 'main line' would be the branch that connects several lines into an 'area'. The area line represents the trunk that connects multiple areas. A well-organized structure makes sense, especially for larger networks. Due to the structure in segments with different tasks and priorities, the system remains clear and can be expanded at any time.What is the main task of a line area coupler?To control data traffic, a line area coupler connects two KNX lines with each other. The device ensures galvanic isolation between the lines. This means that each KNX line can be operated electrically independently of the other lines. TIP:A separate KNX power supply is required for each line, main line or area line. Theoretically, 255 KNX participants can be integrated into one line. Due to the average power requirement of KNX devices, cable lengths and other limit value definitions, a maximum of 64 KNX participants (devices with bus coupler) are defined per line. For a standard single-family house, this is usually sufficient with optimal planning.What possible uses does a line area coupler offer?Line couplers or area couplers are also required to create larger KNX topologies with a large number of KNX devices. The smallest topology is a line, which is powered by a KNX power supply. A single line does not yet require a line coupler.At line levelWhen using a 640mA power supply, the number of participants can be significantly increased using line amplifiers. Line area couplers can take over this function. The newly created sub-line has its own KNX power supply and is connected to the existing line via a line amplifier for galvanic isolation. Since the ETS (Engineering Tool Software) allows more than 64 participants per line, the participants of the sub-line can be viewed as if they were in the actual line above.At the main line levelIn the case of extensions, an additional line is usually set up. This receives a 640mA power supply and is coupled to the first line using a line coupler. This line is called the main line. Of course, 64 participants can also be connected to the main line. Up to 15 lines can be connected to this main line. This represents the maximum value of an area. Additional extensions are now also implemented using line couplers (area couplers, depending on the assignment of the physical address and parameterization).At the area levelThe line that connects areas together is the backbone line. This means that up to 15 areas with several tens of thousands of KNX participants are possible. KNX IP routers can connect two KNX installations by means of communication via the routing protocol. This requires an existing network connection between the installations (buildings or parts of buildings). A KNX IP router can use the routing and tunneling protocols in parallel, while a KNX IP interface can only use tunneling.Image: ABB LK/S 4.2 line couplerClassic application examplesWith the use of line area couplers, you create well-functioning and optimally organized communication between the individual segments (lines, main lines, areas) of a system. Depending on the structure of a system, the individual segments can take on specific automatisms in the same room or perform special tasks via a network connection at different locations around the world. Examples for this are:the central control of the heating, ventilation and air conditioning for different workplaces in an office complexthe controlled compliance with necessary hygiene protocols in different parts of a hospital buildingthe implementation and monitoring of security concepts in a residential complex (locking systems, elevators, emergency exits, night lighting)the control of shading systems of global company branches based on the position of the sun, time zone and weather data The full rangeIn the eibabo® shop you can get all the items you need to set up simple or complex topologies. Put your components together using the search function or choose one of our complete packages.Our portfolio includes KNX line couplers and area couplers, KNX line amplifiers, KNX IP interfaces, KNX IP routers from the manufacturers ABB, Berker, Busch-Jaeger, EIBMARKT, Gira, Hager, Jung, Lingg & Janke, MDT, Merten, Siemens and Theben. On the subject of IP routers, please also visit the 'Interface-Media-Gateway' and 'Data Interface' catalogues.  Catalogue content:In this eibabo® catalogue Installation bus systems > Area/line coupler for bus system you will find items from the following product groups:Item overview:Area couplerArea couplingArea line couplerBus technologyDIN railsLine boosterLine couplerMedia couplerPower supplyRadio couplerStructural elementSystem deviceTemperature controlTemperature controllerfrom the following manufacturers:Manufacturer overview catalogue Line backbone coupler:ABBBusch JaegerESYLUXGiraHagerJungLingg & JankeMDTMertenSiemensTheben
Wire protecting sleeve - Do you know what a grommet is? With a grommet, also known as a cable grommet, you can make line or cable ducts through structural obstacles in accordance with the applicable building and fire protection regulations. These obstacles can be metal sheets or walls, for example, through which a corresponding hole has to be drilled or punched. In order to be able to comply with the necessary safety regulations, this hole must be surrounded by a ring made of rubber or other plastic and has the task of enclosing and stabilizing the cable routed through there or the lines to be laid. The shape of the grommets can be very different. The simple variants are the rubber rings already mentioned. In addition, there are pipe and cable collars that can be glued and plastered over, as well as airtight collars or screwable cable bushings with a thread. All of these variants are available at low prices in the eibabo online shop.Catalogue content:In this eibabo® catalogue Cable and wire entry systems > Cable entry sleeve you will find items from the following product groups:Item overview:Cable entry plugCable entry sleeveCable grommetCable passageFlat cable passageGland nutGrommetInput tulleInsert cable glandIsolation passagePassagePassage cablePassage heating cablePassage pipePassage plugPassage pyrotenaxPassage spoutPassage tracing cablePassage tullePipePlugSeparable plugSleeveTubeTulleWall ductWall lead-throughWall penetrationfrom the following manufacturers:Manufacturer overview catalogue Wire protecting sleeve:ABBBachmannCimcoCorningDresselhausEatonEricoHagerHartingHellermann TytonIcotekJacobKaiserLappLegrand BticinoMurrplastikOBORittalSchneider ElectricStahlWeidmüller
Selective mains circuit breaker - Like any other circuit breaker, a selective main line circuit breaker is also able to conduct electrical currents or to switch them on or off. However, it does meet certain selectivity requirements for upstream and downstream overcurrent protection devices. If you would like to install a selective main circuit breaker in the electrical installation of your house, then the eibabo online shop will definitely have some interesting offers for you. You have the choice between high-quality items from the companies Hager, ABB, Eaton and others. And so that you can shop with us with pleasure and with a clear conscience, we offer you numerous services. These include many secure payment methods, short delivery times, inexpensive and transparent tracking and accommodating complaints processing.Catalogue content:In this eibabo® catalogue Circuit breakers and fuses > Selective main line circuit breaker you will find items from the following product groups:Item overview:Built-in deviceBuilt-in distributor deviceBuilt-in machineCircuit breakerHigh performance circuit breakerInstallation machineMain circuit breakerMain machineMain switchMiniature circuit breaker (MCB)Modular installation deviceSelective main circuit breakerSelective main line circuit breakerSH switchSHA main circuit breakerSHU main circuit breakerSHU switchSLS switchSwitch disconnectorfrom the following manufacturers:Manufacturer overview catalogue Selective mains circuit breaker:ABBABNEatonHagerSiemens
Combi earth leakage circuit breaker - How do you protect yourself from fires in electrical installations? Which devices prevent fires? How do you find the right fire protection switch and what specification should you pay attention to? This eibabo® catalog contains combination RCCBs/line protection with a focus on fire protection. Did you know that about a third of the fires in Germany inside buildings have an electrical origin? Three quarters of this can be traced back to electrical devices or the electrical installation. How can you face this danger? Electricity is omnipresent and it is impossible to imagine our everyday lives without it. As a rule, the classic measures for protection against overload, short circuits and residual currents are considered sufficient and comprehensive fire protection is therefore also assumed. But this protection is not unlimited. In this article, we will bring you closer to the function of suitable fire protection switches and arc fault circuit breakers.Image: ABB DS ARC1 C20 A30 fire protection switchWhat is a combination RCD/line protection with fire protection function?If switches for fault currents and line protection are combined, this results in FI/LS combination switches. These protective switching devices combine the functionalities of residual current circuit breakers and miniature circuit breakers. What are these properties? A residual current circuit breaker prevents you from getting a dangerous electric shock if you touch something that is live. This switch provides personal protection that ordinary fuses and a circuit breaker cannot provide. A circuit breaker is an electromechanical device used to protect a circuit from excess current caused by either an overload or short circuit. So while a residual current circuit breaker only protects people from electric shocks caused by ground faults and a miniature circuit breaker is only used to protect against overcurrent, the combination of both switches offers comprehensive protection against both types of faults.Good to knowAn arc fault switch is an arc flash detection device. Its purpose is to detect the presence of dangerous electrical arcs and to isolate the affected circuit.Added to this protection is another safety feature - arc flash detection. Devices with this capability are referred to as fire circuit breakers, arc fault circuit breakers, or AFDD. The abbreviation AFDD stands for the English term 'Arc Fault Detection Device'.Why do I need a fire protection switch?Fusing with an RCBO combination switch already protects against many dangers. But there is a kind of error that the classic RCBO combination switch does not recognize. These are arcs within a cable or connection. But what is an arc? An electrical arc occurs when electrical current crosses a physical separation between two conductive materials. If only little current flows, a short-term spark is produced. If the current is high enough, a continuous arc is generated. This can result in temperatures of over 6000°C and gaseous air turns into plasma. In principle, arcs are not a problem as long as they are generated in a controlled manner, for example in an electric motor or in a light switch. However, when accidental arcing occurs in a circuit, a fire can occur due to the intense heat from combustible materials. Common causes are:Damaged insulation of current-carrying conductorsFaulty cable connections and line connections These causes are often caused by improper handling. These include:kinking, crushing and twisting of cables and linesdamage caused by screws, nails or drillsloose connections between two cable endsPoor cable protection and mounting (damage from mechanical stress, movement or rodents) To minimize the risk of fire from these faults, fire protection switches have arc fault protection devices and offer protection against serial and parallel arc faults. A serial arcing fault occurs between two parts of the same phase of a line. A parallel arcing fault occurs when the arc occurs between the phase conductor and either the neutral conductor or the earth conductor.How does the arc fault protection device work on a fire protection switch?Fire protection switches continuously monitor the waveform of the electrical current flowing through one or more circuits. Arcs affect this current flow. If the device detects an unusual signature in the wave, the circuit is broken. 'Normal' arcs that occur during the operation of electrical systems (e.g. in the electric motor) are recognized by the device as harmless. With these, the protective mechanism does not trigger. But beware! A fire protection switch does not recognize:Phase-to-earth fault such as a residual current circuit breakerLine-to-neutral fault like a circuit breakerOverload like a circuit breaker For this reason, the fire protection switches are usually available in combination with RCBOs or are combined with them in the control cabinet.When should I buy a combination RCD/line protection with fire protection function?Basically, we always recommend not to save on your own safety. Even if a fire protection switch is not necessary to protect all circuits, the damage in the event of a fire is usually higher than the additional costs for such a device. Of course, you have to weigh the risk yourself. In certain facilities and parts of the building, however, the use of a fire protection switch always makes sense. This can be:Institutions with valuable goods (jewelers or museums)Rooms with combustible contents (barns, laboratories)oxidizing structures (chimneys, elevator shafts)Buildings open to the public (hotels, retirement homes, youth hostels, hospitals) If you decide against the installation of fire protection switches, please pay attention to the smell of burning from cables or sockets in everyday life. It doesn't have to be an arc fault, but if you smell burnt, you should always look for the cause. Also, if any cord or appliance feels hot to the touch, turn off the affected circuit immediately and, for permanent installations, contact an electrician.for your safetyFire alarms and smoke alarms are additional safety devices that you should never do without in your building. You will find high-quality and reliable devices in our shop. Use our intelligent search.Beware of rapid 'clicking' noises and burn marks on electronic devices. Turn off the affected circuit and have an electrician check the system.What types of fire protection switches are there?As a global electronics retailer, the eibabo® technology store has an extensive range of fire protection switches. Available are:stand-alone devices that you can install in series with a suitable protective device (miniature circuit breaker or residual current circuit breaker).Device combinations that unite the fire protection switch with a combination RCD/line protectionAdditional modules for other protection devices, which are usually only compatible with the protection devices of the respective manufacturer What should I look out for when buying a combination RCD/line protection with fire protection function?The choice of the right switch depends on the tripping characteristics, as is the case with classic RCBOs. There are, among other things, type B and type C combination switches. The main difference lies in the tolerance to the strength of the current surge, which leads to the disconnection of a circuit. TIP:Higher inrush currents can occur when lighting or motors are switched on. Your selected device must be able to distinguish these load peaks from actual errors. Devices with B characteristics are typically used for normal household and non-critical commercial applications. These trigger at residual currents that correspond to three to five times the nominal current. Choose type C devices for commercial and industrial applications. These trip at five to ten times the nominal current.Make sure you choose a reputable manufacturer. With no-name devices, reliable operation cannot be guaranteed and they deviate significantly from the specified values. In our shop you only get the best quality from leading manufacturers such as ABB, Doepke, Eaton and Hager.  Catalogue content:In this eibabo® catalogue Circuit breakers and fuses > Earth leakage circuit breaker with auxiliary device you will find items from the following product groups:Item overview:AFD switchAFDDArc faultArc fault protectionArc fault protection deviceFire protection switchFire protection switching deviceFire switchModular installation devicePersonal protection machinefrom the following manufacturers:Manufacturer overview catalogue Combi earth leakage circuit breaker:ABBDoepkeEatonHager
Trunk line terminal - Would you like to create an electrical installation for a building in order to be able to set up different circuits in it? The basis for this is an efficient main line, which represents the starting point of your planned building supply. Therefore, it is typically dimensioned more heavily, the conductors have a larger cross-section. With the main line clamp, you pick up this line and provide connection options for the subsequent branches. Many main line terminals are usually safe to touch and can be mounted on classic DIN rails for quick assembly. With the inexpensive main line clamps from your eibabo online shop, you create the basis for the electrical installation of the whole house. Other branch terminals as well as cables and wires, fuses and switches can be found in the electrical material section or use our internal shop search.Catalogue content:In this eibabo® catalogue Energy distribution systems > Rail terminal bar you will find items from the following product groups:Item overview:Accessories for add-on distributorsClampClamping railClamping rail blockClipConnection clampConnection railConnection terminalDisconnect clampEarthing rail for distribution boardLine clampMain line branch clampMain line clampN and PE railN railN/PE railNeutral busbarPE and N terminalsPE clampPE clamping railPE railPE terminal railPE+N terminal railPE/N terminalPE/N terminal railRail terminal barTerminal blockTouch-safe main line branch terminalfrom the following manufacturers:Manufacturer overview catalogue Trunk line terminal:ABBABNEatonEricoFTG GöhringerHagerHenselKleinhuisLegrand BticinoMersenOBOPhoenixPollmannPROTEC.classSchneider ElectricSiemensSpelsbergStriebel & JohnWöhner
Current transformers - Current transformers are electrical components that reduce high voltage currents to a much lower value. They thereby enable convenient monitoring of the actual electrical current flow in an AC transmission line using a standard ammeter. But what can you use such a device for? On the one hand, current transformers are used for measuring purposes. For correct measurement results, energy meters, current measuring devices and universal measuring devices require a current that is reduced as proportionally as possible for their respective measuring range. A current transformer provides this, enables precise measurements and protects the connected measuring devices in the event of overcurrent. On the other hand, a current transformer can serve for protection purposes by transmitting a reduced current to relays, control devices and control devices. In the eibabo online shop you will find current transformers of various designs. Use one of our many payment methods and enjoy the very short delivery times.Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Current transformer you will find items from the following product groups:Item overview:AC meterAnalog transmitterCircuit breaker accessoriesClip-on current transformerConverterCurrent clamp transformerCurrent measuring transformerCurrent sensing transformerCurrent transformerCurrent transformer blockCurrent value transformerDC/DC converterGround fault protectionInterface converterInterior design systemLow voltage current transformerMeasuring current transformerMeasuring transformerPlug-in current transformerPower converterReactive power compensationSplit current transformerThree-phase meterThrough-hole converterThrough-hole current transformerTransformerVoltage outputVoltage transformerfrom the following manufacturers:Manufacturer overview catalogue Current transformers:ABBABLABNBenderCelsaDoldEatonHagerHenselJanitzaMBSMersenMetzNZRPantaPhoenixSchalkSchneider ElectricSiemensWAGOWeidmüllerZiehl
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RECOMMENDED
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ABB - LK/S 4.2 - KNX area/line coupler LK/S 4.2
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Siedle - BNG 650-0 DE - Bus line rectifier for In-Home bus audio - Power supply for intercom 230V / 12V BNG 650-0 DE
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Eaton - PXK-B16/1N/003-A - Residual current circuit breaker with line protection B 16A 1p + N, 30mA PXK-B16/1N/003-A
¥241.86 excl. VAT

*

plus shipping
(¥1,652.52 RRP***)
Residual current circuit breaker with line protection B 16A 1p + N, 30mA
Eaton
| PXK-B16/1N/003-A
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Hager - KH25C - Main line terminal, finger-proof, 5-pole KH25C
¥162.85 excl. VAT

*

plus shipping
(¥301.62 RRP***)
Main line terminal, finger-proof, 5-pole
Hager
| KH25C
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Pollmann - HLAK 25-4/8 GR-S - Branch terminal grey - Rail terminal bar 4-p screw clamp HLAK 25-4/8 GR-S
¥54.23 excl. VAT

*

plus shipping
(¥211.78 RRP***)
Branch terminal grey - Rail terminal bar 4-p screw clamp
Pollmann
| HLAK 25-4/8 GR-S
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Hager - ADS963D - Earth leakage circuit breaker with line protection, 1P + N, C-13A 30mA ADS963D
¥447.46 excl. VAT

*

plus shipping
(¥1,035.63 RRP***)
Earth leakage circuit breaker with line protection, 1P + N, C-13A 30mA
Hager
| ADS963D
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Siemens - 5SU1354-6KK10 - Residual current circuit breaker with line protection B,10A,1+N,30mA,10kA 5SU1354-6KK10
¥335.72 excl. VAT

*

plus shipping
(¥1,468.01 RRP***)
Residual current circuit breaker with line protection B,10A,1+N,30mA,10kA
Siemens
| 5SU1354-6KK10
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Pollmann - HLAK 25-5/10 GR-S - Branch terminal grey - Rail terminal bar HLAK 25-5/10 GR-S
¥71.88 excl. VAT

*

plus shipping
(¥316.30 RRP***)
Branch terminal grey - Rail terminal bar
Pollmann
| HLAK 25-5/10 GR-S
RECOMMENDED
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RZB - 41401.002 - Iso socket for line lamp white L35W - Strip Light 1x35W 41401.002
¥31.93 excl. VAT

*

plus shipping
(¥99.47 RRP***)
Iso socket for line lamp white L35W - Strip Light 1x35W
RZB
| 41401.002
RECOMMENDED
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Schneider Electric - A9D56616 - Residual current circuit breaker with line protection 16A B 30mA A A9D56616
¥251.41 excl. VAT

*

plus shipping
(¥1,107.03 RRP***)
Residual current circuit breaker with line protection 16A B 30mA A
Schneider Electric
| A9D56616
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