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Legrand Cablofil - Cablofil is a subsidiary of the Legrand Group and specializes in products for cable management in residential construction. It is one of the most popular cable management systems on the market. The so-called mesh cable tray is the most important product in the Cablofil portfolio, which is supplemented by numerous add-on, fastening and expansion elements. Everything you need to set up a cable management system is available from eibmarkt® in the eibabo® shops. Cablofil products are made from welded steel wires and meet the highest standards of durability and quality. High demands are placed on safety and economy. Fast and easy connection solutions without nuts and bolts ensure time savings in any environment with maximum strength. The system convinces with a reinforced floor and has a galvanized base frame. Since its introduction, the system has proven to be the ideal choice for cable management in almost any type of installation. It was first launched in Europe in 1972 and is now in use around the world. Cablofil has grown into a company with more than 1200 distributors in over 60 countries. Its role as a leader in the cable management industry is evidenced by numerous technical certifications and independent reviews. The Cablofil products are not only appreciated by our customers and installation partners from the electrical engineering industry, but also by commercial craftsmen and classic do-it-yourselfers. We ourselves have regularly installed them in our projects and can confirm the advantages mentioned. In the range of the eibabo® technology store you will find a large number of Cablofil products, such as cable trays, heavy-duty mesh trays, brackets, ceiling and wall brackets, U-supports, heavy-duty brackets, earthing clamps, quick connectors, fastening kits, clamping pieces and other assembly accessories. Depending on requirements, the installation of semi-circular arches, corner pieces and hanging supports is recommended.

Lapp - As early as 1957, Oskar Lapp invented the first industrially manufactured, oil-resistant and flexible control cable with color coding. With this innovation as a basis, he and his wife founded UI Lapp KG in 1959. The company, which operates today as UI Lapp GmbH, is still family-owned and has its headquarters in Stuttgart. With over 50 of its own sales companies, around 20 national and international production sites and over 100 foreign agencies, the company is present worldwide. Over the decades, the Lapp company has developed into an innovative manufacturer of more than 40,000 different standard items. The products are used in electrical and communications engineering, measurement, testing and control technology, in industrial robots and production machines, photovoltaic and wind power plants, in road and rail vehicles, oil platforms and many other areas of application. However, the core business is no longer solely in the production of flexible cables, connection and control lines. The company also produces plugs, marking systems, screw systems, industrial connectors, tools and accessories through to fully integrated connection solutions for data transmission systems or cable protection and routing systems. Complete charging solutions for electric vehicles are also part of the portfolio. In the eibabo® technology store you will find products such as cable glands, assembly aids, dummy plugs, counter nuts, multiple sealing inserts as well as reductions and extensions for cables. Lapp makes no compromises when it comes to quality and availability. We are not aware of any complaints and the supply of current goods is running smoothly. The eibabo® shops from eibmarkt® deliver the products of the Lapp brand to every corner of the world, mostly from stock and with short delivery times.

Lappkabel - Lapp is a global cable technology company. While it offers numerous products from four different product groups as well as related services, the "cables and accessories" product group plays an independent role here in the eibabo® technology store and is managed under the name Lappkabel. This selection alone is very extensive and includes cables with all imaginable cores in many cross sections. These include, for example, cables with the designations H05V-K, H07V-K, UL(MTW)-CSA(HAR), Multi Standard SC, Ölflex Classic, Unitronic BUS CAN UL/CSA, Ölflex Servo, Ölflex EB CY, Ölflex 540 P, Find Unitronic BUS L2/FIP and LiFY. The possible uses of the cables are universal, whereby the eibabo® shops from eibmarkt® sell the products primarily to customers in the fields of mechanical and plant engineering, computers, electrical industry, automotive, automation technology, chemicals, services, medical technology, control, measurement and Supply control technology as well as oil and gas and aviation technology. The other three focal points include the product families of industrial connectors, system solutions and communication technology, which you can also get here in the eibabo® technology store. This includes several thousand items such as cable glands, assembly aids, blind plugs, counter nuts, multiple sealing inserts as well as reductions and extensions for cables. The Lapp company was founded in 1959 by Oskar Lapp and his wife. The first industrially manufactured, oil-resistant and flexible control cable with color coding, which Oskar Lapp invented two years earlier, served as the production basis. Lapp now offers more than 40,000 different standard items. The company itself is now known as UI Lapp GmbH and is still family-owned. The headquarters are in Stuttgart, the state capital of Baden-Württemberg. It has 50 of its own sales companies. Production takes place at around 20 production sites on several continents. More than 100 foreign agencies ensure the necessary presence on all markets.

Found in shop categories: 7

Earthed plug - Electricity is essential in all areas of daily life these days. Whether household appliances, entertainment or even driving a car - nothing works without electricity. But not only the use of electricity is important, the secure connection of the electrical devices is also crucial. SCHUKO plugs are used here. These plugs are reliable and guarantee a stable connection between the devices and the mains. SCHUKO is the abbreviation for protective contact and a system of plugs and sockets. The SCHUKO plug is part of this plug-in system, which can be plugged in and unplugged under electrical voltage or load.What is a SCHUKO plug?SCHUKO is a system of mains plugs and sockets of the CEE 7/4 standard. These are also known as Type F connectors. Type F plugs are used, for example, in Germany, the Netherlands, Portugal, Austria, Spain, Sweden, Finland, Norway and many countries in Eastern Europe.Already knewThe grounded SCHUKO plug in its current form was patented in 1929 by Siemens-Schuckertwerke AG. This was preceded by a patent by Albert Büttner, who designed the basic shape of the plug and held all the necessary parts together with just a single screw.SCHUKO plugs and the associated sockets are usually equipped with a protective earth and are intended for use in 230-volt networks with a current of 16 amps. SCHUKO plugs and sockets are unpolarized. That means: outer conductor and neutral conductor are randomly connected. In addition to the outer conductor and the neutral conductor, the system has a green-yellow protective conductor, which takes over the protective earthing with two flat contacts at the top and bottom of the plug. When plugged into a socket, the SCHUKO plug closes the connection cavity of the socket and thus prevents contact with conductive components when making contact. First, a ground is established between the flat contacts of the plug and the grounding terminals located in the socket. Only then do the phase conductor connections and the neutral conductor connections come into contact with one another. And it is precisely this fact that is special about the SCHUKO system and gives it its name: the protective contact connection diverts dangerous voltages as soon as the electrical circuit is closed by the other two poles. This design with leading protective contact ensures that there are no dangerous voltages on accessible parts of the device.Additional lateral guide slots in the socket are required for reasons of stability. These enable the use of large and heavy SCHUKO plugs, for example with a built-in transformer or timer.Image: Mennekes 10837 Schuko plugBasic information on the typification of plugs and socketsThe plugs and sockets that exist worldwide are numerous and correspondingly different. Their design and structure is often historical and adapted to the conditions of the power grid in the respective region. Worldwide, we distinguish between two standards for wired AC transmission. On the one hand, this is the 230 volt standard with a frequency of 50 Hertz / 60 Hertz. On the other hand, it is the 110 volt technology with a frequency of 50 Hertz / 60 Hertz. Based on this, individual countries and manufacturing companies began to offer their own connectors. This led to a high degree of individualization. The introduction of a globally standardized plug system failed on the one hand because of political sensitivities, wars and conflicts and, of course, because of the two already established transmission standards. Because there would be a risk of devices being damaged or short circuits or fires occurring if a device were connected to a network with a voltage other than its nominal value. As a result, the development of adapters and transformers was accepted instead to achieve cross-system international compatibility.NoticeThere are currently 15 plug / socket standards worldwide, referred to as plug types A to O. Here in Central Europe, types C, E and F are used, some of which are also compatible with each other.The Type-C plug is an unearthed two-pronged plug that used to be standard in most European countries as well as in the countries of the former USSR. This type is considered the forerunner of today's French type E and the German type F. Type C plugs are still often found in the form of flat plugs on many devices such as fairy lights, floor lamps, razors, hair dryers and other small household appliances. In the international CEE system, this plug shape is referred to as the CEE 7/16 standard. Type C plugs fit perfectly into a Type F SCHUKO socket.With the French type E plug, there is a grounding contact for the protective conductor in the center above the pins for the phase conductor and neutral conductor. The counterpart to this is a pin that protrudes from the French Type E socket. Classic plugs of this type are usually round and do not fit into the Type F SCHUKO socket because the lateral guide grooves and the recess for the earthing contacts attached at the top and bottom are missing. However, these are only very rarely found and are increasingly being replaced by CEE 7/7 plugs, which fit both type E sockets and type F SCHUKO sockets.The German Type F SCHUKO plug is widely used throughout Europe, as well as in Russia, Belarus and Ukraine. This is characterized by the grounding clamps at the top and bottom and by a guide groove on the right and left. In the international CEE system, this plug shape is referred to as the CEE 7/4 standard and is not compatible with the French Type E socket due to the lack of a recess for the grounding pin. This is why it is now considered obsolete. In the course of a homogenization of the European market, this plug is often replaced by the CEE 7/7 plug, which is a hybrid E/F plug. The CEE-7/7 SCHUKO plug is therefore the current, grounded and universal continental European standard:with grounding clips on both sides to match with Type F socketwith a socket contact to accept the ground pin of the Type E socket by the wayThe socket of the SCHUKO socket is set back by 15 mm so that there is no risk of electric shock if the plug is partially inserted. Both the SCHUKO system and the French counterpart are designed for a nominal voltage of 230 volts at 50 hertz. All components are designed for 16 amps as standard. At 230 volts, this corresponds to an output of 3,680 watts.What is a contour plug?In connection with SCHUKO plugs, we often hear the term contour plug. A contoured plug is a two-pole (i.e. unearthed) plug that has the necessary recesses for the German grounding clamps, the guide grooves and an additional hole for the French protective conductor contact on the rounded edge of the plug. The plug thus fits into both systems, but does not use the protective contacts.At eibabo® you will find not only classic SCHUKO connectors, but also 2KT SCHUKO connectors (for difficult conditions), duroplastic connectors, flat connectors, flat cable connectors and flat connectors. Rubber plugs and PVC SCHUKO plugs as well as assembly plugs, angled plugs and wall plugs are also available for the SCHUKO system. In addition to the protective contact plugs of the SCHUKO system, we also carry protective contact plugs of the Swiss system and the English plug system. Please noteSCHUKO plug connections are not always compatible with other safety plug systems. SCHUKO plugs from all approved and well-known manufacturers are offered here in the shop, including ABL Sursum, Berker, Bachmann, Merten, Mennekes, Gira, Busch-Jaeger and Apsa. Catalogue content:In this eibabo® catalogue Domestic switching devices > Plug with protective contact you will find items from the following product groups:Item overview:Angle connectorBelgium clutchBelgium plugConnectorConnectorsDevice connectorElamide connectorEuropean plugFrance clutchFrance plugFrench plugHousehold plugProtective contactRubber plugSafety plugSchuko plugSocketsSolid rubber plugfrom the following manufacturers:Manufacturer overview catalogue Earthed plug:ABLBachmannBalsBerkerBusch JaegerE+P ElektrikElsproGiraHartingHirschmannJungKleinhuisLegrand BticinoMennekesMertenMeyerSchulteWalther

Push button connector - Most products in this catalog are push buttons with KNX bus coupler. They look like a normal standard switch or push button, but are KNX push buttons, which are parameterized by means of the ETS and are significantly less expensive than the typical KNX push button. The KNX push buttons BA are connected to the KNX system via integrated bus coupler. The push buttons with bus couplers are available as single, or double type and with middle position, which doubles the range of functions due to upper and lower actuation points. Generally, all touch surfaces can be given separate functions and often provide status LEDs, an advantage over the alternative KNX push button interface with conventional single or double switches. The BA push buttons are also available as splash-proof types and suitable, depending on the manufacturer?s instructions for surface installation in wet rooms. Often BA push buttons also have an integrated temperature sensor. Please refer to the eibabo manufacturer?s descriptions. Eibabo offers KNX push-button bus couplers made by Berker, Busch-Jaeger, Gira, Hager, Jung, Merten and Siemens. The eibabo catalog also offers conventional push buttons couplers or other bus systems, such as communication interfaces, contact input modules, switch gateways, radio transmitter modules, switch interfaces and many more.Catalogue content:In this eibabo® catalogue Installation bus systems > Touch sensor connector for bus system you will find items from the following product groups:Item overview:Building controlBuilding system technologyBus couplerBus system button couplingButton couplerButton couplingButton positionFlush mount couplerHome controlMiddle positionNetworkingRoom temperature controllerRoom thermostatThermostatTouch sensor connector for bus systemValve adapterfrom the following manufacturers:Manufacturer overview catalogue Push button connector:Busch JaegerEltakoJungMerten

Cable gland - Would you like to protect cable entries in housings or devices from moisture, mechanical influences and dust? Then find out more about the possible uses of cable glands here. We will introduce you to the available materials and their properties and support you in your purchasing decision. In this catalog from the eibabo® shop you will find cable glands for all areas of application and from over 40 well-known manufacturers. Enjoy secure payment methods, fast shipping and worldwide delivery.What are cable glands?Cable glands fulfill different functions and are important components in cable management. This is a type of connector with which you can route cables and lines in housings or through bulkheads in a sealed and strain-relieved manner. Cable glands protect electrical lines in the terminal area of control cabinets, distribution boxes, plugs, control panels and other enclosures from:sparks and flamesmoisture, dust and other dirtvibrationkinking and twistingcorrosionflammable gases These components are used almost everywhere in indoor and outdoor electrical installations. Depending on the area of application, additional properties must ensure compatibility under difficult environmental conditions. These include electromagnetism and the risk of explosion. Factory-made cable bushings on housings and devices usually have a thread into which a cable gland can be screwed. If required, you will receive suitable adapters as a reduction or extension. This allows you to adapt existing threads with a different dimension accordingly.NoticeIn addition to sealing and strain relief, cable glands also prevent the cable from kinking and damage to the insulating jacket on sharp-edged holes in metal sheets and side walls.In the case of individually manufactured bushings (holes), you must fasten the cable gland with a counter nut.How is a cable gland constructed?A standard cable gland basically consists of a frame element / socket, cable lug clamp, seals, union nut, thread seal and lock nut. Seals provide the necessary protection against the ingress of moisture or solid particles. The union nut secures the cable with a cable lug clamp. The socket is clamped onto the device, the housing or the partition wall with the lock nut if this cannot be fastened with a thread. Please note that cable glands have to withstand very individual conditions. The structure of cable glands for special applications can be more complex or different.Where are cable glands used?In principle, cable glands can be found wherever electrical installations have to be carried out with particular care. This can even be the case for private installations. You will commonly find cable glands in industrial areas such as:mechanical engineering and plant constructionthe chemical industry and food productionin traffic engineering, in transport and in offshore installationsof automation and classic electrical engineering In all these areas, cable glands have to meet a wide variety of requirements. When making your selection, please pay attention to functional parameters such as protection class, impact resistance and compatibility with explosions and electromagnetic radiation.What are the properties of cable glands for hazardous areas?Explosion-proof cable glands are mechanical devices for securely sealing a cable in particularly hazardous areas. These are often used in industry and in automation systems. Explosion proof cable glands protect and secure all types of electrical, telecom, data transmission and control cables. The main functions are:Tight closing of the cable outer sheath and sealing of the cable entry into the electrical deviceProtection of live cable parts and inner insulation from dust and moistureEnsuring the continuity of the grounding circuit in case of sealing an armored cable (if the entrance has a metal structure)secure cable holder, which offers a required resistance to cable pullMaintaining the required level of explosion protection of the devices in which they are used Special sealing methods are used to ensure these properties. These are compression seals, displacement seals, membrane seals and complex insulating seals by casting insulating compound. Sometimes a double seal is used.Image: Jacob 50.640 PA/SW cable glandWhich material should I choose for a cable gland?Cable glands are available in different materials. These include some plastics and various metals. The material is a very important selection criterion to ensure a functioning application over the entire period of use. It should also match the cable material. This will prevent corrosion, excessive wear or damage. To make your choice easier, here is a brief overview of the materials:Brass - for organic compounds, water, mineral oils, lubricants and fuelsnickel-plated brass - for organic and saline solutionsStainless steel - for organic and oxidizing acids and bases as well as saline solutionsCorrosion Resistant Steel - For outdoor applications, seawaterPVDF (polyvinylidene fluoride) and PTFE (polytetrafluoroethylene) - for chemical compounds, high temperatures and mechanical stressPA (polyamide) - is the standard material for general applications without special specificationsNylon - for applications requiring high compressive strengthSilicone - when flexibility and tolerance to high temperatures are expected This list does not claim to be complete. All materials can be equipped with different sealing inserts according to the respective application conditions. These include: acrylonitrile butadiene rubber, silicone, elastomer, fluorocarbon rubber and polyethylene.What should I look out for when buying cable glands?Cable glands are safety elements in electrical systems. Cable gland manufacturers offer a wide range of products, varying in material, size, seal type, connection type, protection level and load capacity. A cable gland should be selected according to the following parameters:Type and size of the cable to be screwed (diameter, armored or unarmoured)Cable glands are divided into different clamping ranges. Each clamping area is suitable for cables of a certain diameter range. Pay attention to the required thread size or the hole diameter of the housing.Durability of the material under the respective conditions of useOperating temperature, impact resistance, electromagnetic radiation, risk of explosion and mechanical stress should be taken into account when making a purchase decision. Also consider the compatibility with chemical substances.cable routingIs the cable installed permanently or flexibly? Accordingly, select cable glands with or without tolerance to movement. TIP:Cable glands with kink protection and bending protection have flexible lamellas or spirals that support the cable a few centimeters. IP protection classThe first digit of the IP protection class indicates the compatibility with foreign bodies such as dust, dirt and physical contact. The second number describes the protection against water. Choose an IP protection class that meets your requirements. Catalogue content:In this eibabo® catalogue Cable and wire entry systems > Cable gland you will find items from the following product groups:Item overview:Angle connectorAnti-kink fittingCable entryCable gland setCone screw connectionConnectorCounter nutDistribution cabinetExplosion proofFull boltingGag nippleIntroductionJawsLimit switchMounting socketPipe socketPlastic nipplePlug-in sealPressurized water fittingRectangular plugRound plugScrew-in nippleSealing cable glandSnap cable glandStepped socketStrain reliefTrumpet fittingTwin screw connectionfrom the following manufacturers:Manufacturer overview catalogue Cable gland:ABBBarthelmeCeagCorningDEHNE+P ElektrikEatonGerichHagerHartingHauffHelukabelHenselHugroHummel ETIcotekJacobJolaKaiserKleinhuisLappLützeMetzMurrplastikOBOPflitschPhoenixPlicaRittalSchneider ElectricSchuchSiemensSpelsbergStahlTelegärtnerWaltherWeidmüller

CEE appliance plug - CEE stands for Commission on the Rules for the Approval of the Electrical Equipment. This commission regulates the approval of electrical equipment and should introduce and promote standards for the harmonization of the various plug connections commonly used in Europe. Although all approved connectors conform to the CEE standard, this designation is typically used for high-power, three-phase or three-phase AC connectors and their single-phase equivalent of a similar design known as a caravan or camping connector. If you would like to carry out installations of this type, you will find sockets and couplings as well as other accessories and installation tools here in the eibabo online shop in addition to the appropriate CEE device plugs. We deliver promptly within a few days and offer you excellent buyer protection.Catalogue content:In this eibabo® catalogue Industrial socket/plug applications > CEE plug for mounting on machines and equipment you will find items from the following product groups:Item overview:CE standard plug deviceCEE appliance inletCEE appliance socketCEE built-in device plugCEE phase inverterCEE plug deviceCEE plug for mounting on machines and equipmentCEE standard connectorCEE wall phase inverterCeeformCekon connectorCekon device plugContainer connectorDevice connectorDevice plugDevice socketDevices socketDutch fit appliance socketExtension socketGear box contactICEE connectorPhase changerPhase inverterPower connectorReceptacleSocket outletThree-phase plug deviceWall socketfrom the following manufacturers:Manufacturer overview catalogue CEE appliance plug:ABBABLBalsElektraElsproMennekesSchneider ElectricWalther

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

Cable feed - In this eibabo® catalogue Domestic switching devices > Cable entry you will find items from the following product groups:Item overview:AdapterCable entryCable inletCable plug sealing clampCable sliderChannel introductionConduit inletConnectorCouplerCoupling pieceDiaphragmDuct entry nozzleDuct sliderExtended cable entryExtended pipe in-leadInsertMale connectorMuff sliderPipe in-leadPVC cable entrySlideSlide-in duct adapterSlider with 2 inletsSlider with strain relief and suspensionSliding nippleThreaded conduit entryTube pusherWith pull relief and suspensionfrom the following manufacturers:Manufacturer overview catalogue Cable feed:ABNBerkerBusch JaegerCorningElsoGiraHenselJacobJungLappLegrand BticinoMertenOBOPehaSiemensSpelsbergStiebel EltronTelegärtner