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Feed-through duct - Are you unable to install electrical cables and wires inside walls or floors? Does your installation need to be checked regularly? Then you need an alternative to laying your electrical routes. Mounting brackets, clamps, cable ties and similar devices are often used as fasteners. However, their common disadvantage is that the installation remains open and visible. However, this is unacceptable in most cases. In order to hide the wiring, ducts are used for cable routing. We would like to introduce you to their types and sizes in this article.Cable routing ducts are used wherever extensive installations are necessary and concealed installation is not possible. A typical example is the multi-storey office building. In addition to power supplies, all kinds of data transmission cables have to find their way to the individual offices and different floors. And of course you don't lay these lines and cables loosely, but protect them from damage and unauthorized access with a cable routing duct.Cable routing ducts made of plasticPlastic cable ducts are most commonly used to route cables within a building. In most cases, these are white or gray profiles with a rectangular cross-section. Depending on the model, the channels can be divided into several strands. Likewise, there are cable ducts in various other shapes and even colors, which are intended for laying in specific locations or for different purposes. For example, there are models with a triangular cross-section for the connection between worktops and the wall. Half-round variants are used on the ground so that people do not trip over the cable.materials and structurePlastic cable routing ducts are made of non-combustible PVC or polyethylene. Typically, the length of a segment is 2 meters. Other dimensions are also available for special cases, so you can also find longer cable ducts if required. The width and height can be chosen individually. The standard dimensions are between 10 mm and 60 mm. Deviations are also possible here depending on the application. The most popular and widespread are the simple, classic U-shaped cable ducts. U-shaped cable ducts are available with both solid and slotted sidewalls. On the other hand, the coverage is usually always massive. This is clamped onto the side walls without tools.attachmentDepending on the material and the load-bearing capacity of the surface, cable routing ducts are fastened, glued, nailed or screwed using retaining clips. The manufacturers provide appropriate mounting holes for this on the underside of the duct ex works. TIPIf you decide to stick it on, please also take into account the subsequent weight of the cables and lines. In many cases, double-sided adhesive tape is not sufficient for permanently secure attachment. accesoriesIn order not to have to make curves, angles or branches on the main line yourself, many manufacturers offer additional elements to adapt to your own needs. You get connection boxes, T-pieces and corner profiles for every type of cable duct. These allow you to create cabling of any complexity without affecting walls and floors and without wasting time. There are also consoles for sockets and switches, which can be connected directly to the cable duct.channels for the floorSpecial ducts should be used to route cables and lines to the center of the room. These are very flat and curved in cross-section. This minimizes the risk of tripping and also protects the cable from damage caused by mechanical stress.Colored floor ducts are also available. On the one hand, you can create a subtle appearance to match the floor covering or, on the other hand, use contrasting colors to draw attention to this 'dangerous area'.What are the advantages and disadvantages of cable routing ducts made of plastic?Cable routing ducts enable a highly flexible and yet safe installation of cables and lines in almost all spatial conditions.There is no need to open the walls and floors to lay cables and lines.The installation is accessible at any time for repairs, checks and extensions.The cables and lines are protected against mechanical damage.The elements are inexpensive and can be assembled quickly. On the other hand, you have to accept that the usability of the wall is somewhat affected by cable routing ducts and the design of the interior design suffers as a result. It also cannot be ruled out that carelessness can result in damage or that the installation can be ripped out of the wall.Image: OBO LKM40040FS cable routing ductWiring ducts of metalMetal cable trunking is designed for heavy loads. These models are usually not necessary for classic household use. Metal ducts are mainly suitable for the industrial sector, because complex line systems and extensive cable bundles often have to be laid here.materials and constructionGalvanized steel is predominantly used as the material. This protects against corrosion and serves to maintain the function of the system in the event of external faults. Cable routing ducts made of metal are predominantly U-shaped and are available both with and without a cover. Perforated and non-perforated material is used depending on the operating conditions. The dimensions can be up to 300 mm in width and 100 mm in height. Standard lengths are 2000 mm and 3000 mm. From a certain dimension, the transitions to massive cable support systems are fluid. TIPYou can order the right end pieces, duct connectors, partitions, brackets, clamps or device sockets from us at the same time. attachmentDue to the high weight, the metal channels cannot be glued. Fixing with anchors and dowels is common. For channels with larger dimensions, shelves or consoles are offered for attachment.accesoriesMetal cable routing ducts are often used to route electrical cables in raised floors or false ceilings. Depending on the requirements, additional components are required for their assembly in order to create turns, climbs, slopes or branches.What are the advantages and disadvantages of cable routing ducts made of metal?Metal ducts, when properly secured, can withstand the weight of a large number of power cables. They allow you to easily trace the path of each cable. As with the plastic variants, installation is easy and access for maintenance, replacement and additions is available at all times. An additional plus is the fire protection on the inside and outside. The disadvantage is the high weight and the higher costs. Individual adjustments to the modules are comparatively complex on the construction site. A lot of accessories and high-quality tools are therefore required.The portfolio available in the eibabo® online shop starts with narrow and flat items for just one line and extends to wall ducts and ceiling ducts, which can accommodate dozens of lines and cables. We recommend the high-quality items from the well-known manufacturers Kleinhuis, Niedax, Niedergesäß, OBO, Pflitsch, PROTEC.class, Rehau, Tehalit and Vogels.  Catalogue content:In this eibabo® catalogue Installation ducts for wall and ceiling > Installation duct you will find items from the following product groups:Item overview:Cabel CanalCable routingCable routing ductCeiling ductConduitDesign channelDevice installation trunkingDoor bypass channelElectrical installation ductGlue channelIndustrial channelInstallation channelLine protection channelMetal channelMini cable channelPlasticPlastic channelRoller channelSheet steelSheet steel channelSkirting boardSkirting channelSurface channelWiringWiring ductfrom the following manufacturers:Manufacturer overview catalogue Feed-through duct:KleinhuisNiedaxNiedergesäßOBOPflitschTehalitVogels
Residual current circuit breaker - Why should you never do without a residual current circuit breaker in your installations? And how do you find the right device with the best price-performance ratio? Interesting information about the function and use can be found on this page. Notice:Working with electricity is always dangerous. Always have electrical installations carried out by a specialist electrical company. If you're unsure as a layperson, be sure to invest in professional support. This way you get a working installation and can rely on the installer's warranty if necessary.What is a residual current circuit breaker?Residual current circuit breakers, also known as residual current circuit breakers, bear the official designation RCCB. This is an abbreviation for 'residual current operated circuit breaker' and the devices belong to the superordinate group of 'residual current devices' (RCD), i.e. residual current protective devices. Residual current circuit breakers prevent dangerously high residual currents against earth and thus help to prevent life-threatening electrical accidents in low-voltage networks. These are connected upstream of the overcurrent protection devices in circuit distributors.At eibabo® you will find not only a large selection of residual current circuit breakers, but also other protective devices such as residual current protective adapters, residual current protective plugs, automatic circuit breakers and automatic personal protection.Is an RCD and an RCCB the same thing?In colloquial German, the term 'FI switch' is still very common. The 'F' stands for error and the 'I' for the symbol for the current strength. Ultimately, it's just another name for the same device.Picture: Eaton PXF-25/2/003-A residual current circuit breakerHow does a residual current circuit breaker work?The device builds up a magnetic field around the incoming currents. This is neutralized by the currents flowing back. In error-free normal operation, this creates a balance between the energies within the system, which ensures that a relay can let the current flow unhindered. If a fault current occurs, it will create an imbalance, causing the voltage to drop across the relay and its auxiliary contacts to break the circuit. As a result, the switch shuts down the system within tenths of a second without auxiliary power.Is the use of a residual current circuit breaker mandatory?It all depends on which country you are in. There are national regulations for this. In Great Britain, the simpler and smaller electronic residual current circuit breakers are currently still common. In principle, however, the use of these devices is mandatory in many countries for new installations, modernizations or far-reaching changes for private households, commercial units and industrial plants in addition to the installed overcurrent protection devices.In Germany, this applies, for example, to socket circuits up to 32 A and lighting circuits in apartments as well as for commercial buildings, schools and training centers, baths and swimming pools as well as fire-prone business premises and systems. Notice:Old systems that corresponded to the applicable standards at the time of their construction usually have grandfathering. You may continue to operate, maintain and repair them, but not fundamentally expand or change them.i have backups Can I then do without the residual current circuit breaker?Irrespective of the fact that residual current circuit breakers are necessary for the technical acceptance of the system, they fulfill a different task compared to normal fuses and cannot be omitted. Normal home fuses are also known as circuit breakers. Their function can already be derived from this. They protect power lines from short circuits. They interrupt the circuit even at higher currents and imminent overload. This prevents cable fires, for example.Residual current circuit breakers, on the other hand, have the primary task of protecting people and switching them off as quickly as possible, for example if people touch the damaged part of a live line. Because that can be life-threatening. The switch is also used for fire protection. Small fault currents that do not trigger a normal house fuse are prevented.Which type of residual current circuit breaker is the right one for end users?There are very different models on the market, each with individual characteristics. A basic distinction is made between types A, A-EV, AC, B, B+, F and S. Type A is the most common variant for use in classic households, in commerce, in public facilities, functional buildings and industrial plants. This is a pulsating current-sensitive switch that detects alternating currents and pulsating DC residual currents. The value at which the switch should trip is 30 mA (milliamps) in normal use. It is therefore necessary to install a switch with a rated fault current of 30 mA.Rated current and rated residual current ? what is the difference?Both key figures are crucial for choosing the right circuit breaker. The rated current is the maximum voltage that can be conducted via the residual current circuit breaker per phase conductor. The rated residual current describes the maximum measured difference between incoming and outgoing currents before a residual current circuit breaker has to trip at the latest.AssemblyA residual current circuit breaker is typically installed in the meter cabinet / electrical distribution box. The position is directly behind the electricity meter and in front of the classic circuit breakers.The switch thus covers all circuits in a system, regardless of whether they are inside a building or outside. However, it is advisable to use several separate residual current circuit breakers and fuses depending on use. In many countries and regions it is even mandatory to equip special areas with their own residual current circuit breaker.Interesting - short and sweetAre additional protective measures possible?If you want to further increase the scope of protection of your electrical installation, you can equip personal protection sockets or socket strips with a residual current circuit breaker with a rated residual current of 10mA to 30mA. What additional protection do residual current circuit breakers offer?The special properties of residual current circuit breakers include personal protection against life-threatening currents and protection against fires that can be caused by earth fault currents, for example. How do residual current circuit breakers work?Due to the low tripping currents of 10mA to 500mA, the use of residual current circuit breakers means that the currents at the fault location are not as high. Are there performance differences in residual current circuit breakers?You can get the devices here in the shop in different versions: 16 A, 25 A, 40 A, 63 A and 100 A (ampere). The ampere rating of the device indicates the nominal current for which the residual current circuit breaker is designed and, along with the selection of the triggering rated residual current, represents one of the most important parameters in the purchase decision. Who Makes Reliable RCDs?We only carry high-quality devices from well-known manufacturers such as Siemens, ABB Stotz S&J, Doepke, Schneider Electric and Eaton (Moeller), Jung, Hager and ABL Sursum. Good to knowWhen choosing a residual current circuit breaker, please take its dimensioning into account. The circuit breaker must never be designed smaller than the upstream fuse, otherwise it will be overloaded.By the way: The forerunner of modern residual current circuit breakers is a German development from 1903. The principle of residual current protection goes back to a development by Sigmund Schuckert from Nuremberg, who had a corresponding device patented under the name summation current circuit for earth fault detection. The technology was then continuously further developed and in 1957 the Austrian Gottfried Biegelmeier presented the residual current circuit breaker in its current form.What effect does charging an electric car have on the residual current circuit breaker?Usually the purchase of an electric car has no effect on the circuit breaker. Nevertheless, care must be taken to ensure that protection against DC residual current is guaranteed during multi-phase charging. A type A circuit breaker does not offer such protection, but don't worry: plug-in hybrid vehicles typically charge in a single phase and are therefore technically hardly different from other household appliances. Pure electric cars that are capable of multi-phase charging cannot be connected directly to the house voltage. This requires either a wall box or at least a mobile charging cable with charging control, which then connects to a conventional 16A or 32A CEE socket. In both cases, the control unit of the charging technology should have a corresponding integrated DC fault current detection (DC fault protection). With professional installation of the wall box or the CEE socket, a simple type A residual current circuit breaker is sufficient in addition to the corresponding miniature circuit breaker.  Catalogue content:In this eibabo® catalogue Circuit breakers and fuses > Residual current circuit breaker (RCCB) you will find items from the following product groups:Item overview:Adapter plugCircuit breakerDifferential currentEarth leakage circuit breakerElectric charging stationHeat pump systemsIntermediate switchMain residual current circuit breakerPersonal protection machineRail mounted devicesRCCBResidual Current DeviceARCCBResidual Current DeviceBRCCBResidual Current DeviceFRCD switchResidual currentResidual current adapterSafety switchfrom the following manufacturers:Manufacturer overview catalogue Residual current circuit breaker:ABBBachmannBerkerDoepkeEatonGiraHagerJungSchneider ElectricSiemens
Slide nut - Do you know what a sliding nut is? Sliding nuts are special forms of nuts, which, in contrast to the classic hexagonal nuts, are usually more rectangular, square or oval. In addition, they are often very flat and resemble a small plate. The reason for this lies in their area of application, because nuts of this type are usually pushed into profile rails and misaligned when a screw is screwed into them. The big advantage is that these profile rails do not have to have fixed holes for fastening, but can be installed very individually because the sliding nuts can be moved within the profile. Some models are additionally equipped with a spring or other mechanism that prevents the nut from accidentally sliding. This makes assembly easier in many cases. Sliding nuts for numerous profiles are available individually and in the form of larger packaging units at low prices in the eibabo online shop.Catalogue content:In this eibabo® catalogue Fasteners > T-nut for channels you will find items from the following product groups:Item overview:Busbar systemCable tray slide clampCable tray slide nutCage nutFlange nutInclined sliding nutInterior designMotherMounting adapterMounting frame nutMounting kitMounting materialMounting screwNutNut for T-groovesPower distributionProfile nutSlide nutSliding nutSliding nut for railSlot nutStrut profile nutStrut slide nutT-nut for channelT-nut for channelsT-nut for support profileT-slot nutU slide nutfrom the following manufacturers:Manufacturer overview catalogue Slide nut:EricoItemKaiserKleinhuisLegrand CablofilLützeNiedaxNiedergesäßOBOPhoenixRittalSchneider ElectricSickStriebel & JohnVertivWöhner
Distribution boards - Meters are housed in the control cabinet and the circuit distribution of your system is basically organized. Distribution panels are installation kits for distribution cabinets. They are used for the purpose of circuit distribution and consist of profile sheet steel in the grid dimensions of classic top-hat rails. As functional surfaces for installing built-in devices, distribution panels in indoor systems must always be arranged to the side of meter panels. You must also have short-circuit protection devices. Depending on the equipment, some models have sealable protective covers as standard. With patch panels from the eibabo online shop, you are opting for high-quality components for the interior design of your control cabinet. Use our Trusted Shops buyer protection when making a purchase and have your electrical goods and accessories delivered to you worldwide.Catalogue content:In this eibabo® catalogue Distribution boards > Panel for distribution board you will find items from the following product groups:Item overview:Adapter setAdditional applicationsBuilt-in device fieldCircuit breakerComplete cabinetDistributionDistribution panel for installation distributorsDistribution panel for meter cabinetDistributorFuse baseGrowing fieldInstallation boxInstallation built-in devicesManifold rowsMeasuring systemMeter boxMicro-distributorModular device assemblyMounting plate assemblyMounting rail assemblyMultimedia fieldPanel for distribution boardPatch panelRail mounted device assemblyRetrofitRetrofit fieldShoringStandard fieldfrom the following manufacturers:Manufacturer overview catalogue Distribution boards:ABNEatonGSABHagerHomewayRittalSchneider ElectricSiemensStriebel & John
Component door - All of the technology in a house comes together in control cabinets. This area is correspondingly sensitive because, on the one hand, high-voltage electricity is distributed here, which can be dangerous if unauthorized persons have access to it. On the other hand, important electrical devices are also supplied with power and data. Manipulation of the supply installations could lead to major economic or organizational damage. The doors on control cabinets therefore fulfill an elementary, safety-related function. In addition to hinges, levers and handles, the eibabo online shop also offers you locks, detents, bolts, emergency call buttons or cameras to secure your installations. Our high-quality products come from well-known manufacturers and are usually available immediately. Short delivery times and secure shipping characterize the eibabo shop.Catalogue content:In this eibabo® catalogue Cabinet enclosures > Component for door (switchgear cabinet) you will find items from the following product groups:Item overview:AdapterBracket for control cabinetClosureComponent for door (control cabinet)Component for door (enclosure/cabinet)Component for door (switchgear cabinet)Components for door (enclosure/cabinet)DetentDoor contactDoor detentDoor lockDoor lock control cabinetDoor lock for control cabinetDoor stopperDoor wiring profileGas springGas-pressurized springHandgripHandleHandle for control cabinetHingeInterlockingLock adapterLock adapter for control cabinetLockingStopperSwing frame detentSwing frame lockfrom the following manufacturers:Manufacturer overview catalogue Component door:ABNBachmannEatonGrotheGSABHagerHeitecPentairRittalSchneider ElectricSchroffSiedleSiemensSpelsbergStriebel & JohnTriaxWalther
Mounting plate - There are a variety of mounting plates. Mounting plates are often used in electrical engineering in particular, but they serve different purposes depending on the manufacturer and appearance. There are mounting plates for installing cable support systems. Cables and lines are laid inside buildings on cable support systems, especially in cable trays. These channels are not always attached using wall brackets or suspensions. Sometimes they are screwed directly onto mounting plates, which in turn are attached to building components. Another type of mounting plate can be found, for example, in junction boxes, in server or switch cabinets. Depending on the function, these are non-conductive, i.e. isolating components, or perforated sheets to which various electrical installations can be attached. All types of mounting plates are available in the eibabo online shop and can be delivered quickly, safely and inexpensively.Catalogue content:In this eibabo® catalogue Cable carrying systems > Mounting plate for cable support system you will find items from the following product groups:Item overview:Adapter plateAttachmentCeiling flashingDevice plateExternal attachmentExternal connectionFastening materialMesh tray retaining tabMounting bracketMounting materialMounting plateMounting plate for cable support systemSingle profileSpacerSupport bracketThreaded rod attachmentWall file railWall mountWall mounting platefrom the following manufacturers:Manufacturer overview catalogue Mounting plate:KaiserLegrand CablofilNiedaxNiedergesäßOBOTehalit
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Siemens - 5TG1811 - Frame 1-fold Delta profile, tws - Frame 1-gang cream white 5TG1811
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ABB - VA/Z 80.1 - Valve adapter, M 30 X 1.5 actuator - KNX accessory VA/Z 80.1
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