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Wiring diagram pocket - Electrical installations can be very confusing at first glance. It is not always immediately obvious where the required connections are located or where the lines to be checked have been laid. In order to be able to get a quick overview of the installation structure, circuit diagrams are created, especially for complex systems, and stored in the control cabinet for the maintenance personnel. And so that the circuit diagram doesn't get stuck in a crack somewhere, only to be lost later, thorough installers put a circuit diagram pocket in, on or near the control box in which all the documentation for the installation can be kept. Plastic circuit diagram pockets with different attachment options are available from the eibabo technology store. This means that the storage of circuit diagrams or maintenance logs is well organized and immediately accessible when needed.Catalogue content:In this eibabo® catalogue Cabinet enclosures > Document holder (switchgear cabinet) you will find items from the following product groups:Item overview:Accessories for control cabinetAdd-on distributorAttachment accessoriesBayed cabinetCircuit diagram pocket/holderCircuit diagram pocket/holder (control cabinet)ClipboardControl cabinet accessoriesControl cabinet bagDocument bagDocument filingDocument holder (control cabinet)Document holder (enclosure/cabinet)Document holder (switchgear cabinet)Door componentDrawing bagHigh current systemPlan holderPlan pocketSchematic compartmentSchematic deskSchematic holderSchematic pocketTransparent pocketWiring diagram compartmentWiring diagram deskWiring diagram holderWiring diagram pocketfrom the following manufacturers:Manufacturer overview catalogue Wiring diagram pocket:ABNCorningEatonEFB-ElektronikHagerHenselLegrand BticinoRittalSchneider ElectricSiemensStriebel & John

Wiring cable entry - In this catalog from the eibabo technology store you will find numerous different items that will make your work easier when routing cables and wires. These include cable clamp rails, cable glands, sealing plugs, cable entry profiles, marshalling panels, cable clamps, fastening clips or edge protection strips. The quickest way to get to the product you want is to use our powerful search mask or narrow down the selection by setting useful filters so that only the products relevant to you are displayed. You always buy and pay securely in our shop. We offer all common payment methods, generally adhere to short delivery times and guarantee your purchase through Trusted Shops. If you wish, we can also deliver your goods to you anywhere in the world.Catalogue content:In this eibabo® catalogue Cabinet enclosures > Component for wiring, cable entry, cable fixing (enclosure/switchgear cabinet) you will find items from the following product groups:Item overview:Busbar supportCable clamp railCable clamp rail (control cabinet)Cable clamp rail holderCable entryCable entry (control cabinet)Cable fixationCable fixation (control cabinet)Cable guard railCable hoseCable hose (control cabinet)Cable managementCable management (control cabinet)Cable routingComponent for wiring, cable entry and cable fixing (switchgear cabinet)Component for wiring, cable entry and fixation (housing/control cabinet)Component for wiring, cable entry and fixingComponent for wiring, cable entry and fixing (control cabinet)Component for wiring, cable entry, cable fixing (enclosure/cabinet)Component for wiring, cable entry, cable fixing (enclosure/switchgear cabinet)Components for wiring, cable entry, cable fixing (enclosure/cabinet)Distribution cabinetEnergy distributorField distributorIndoor usePatch panelProtective hoseSealing plugfrom the following manufacturers:Manufacturer overview catalogue Wiring cable entry:CorningEatonHagerJacobMennekesPanduitRittalRoxtecSchneider ElectricSiemensVahleWeidmüller

Wiring ducts

Wiring duct - When creating an electrical installation, of course, a lot of cables and lines have to be laid. The control cabinet forms the center of the installed system, where all power and data cables come together. Wiring ducts are used to ensure sensible, safe and clear laying. They differ from classic cable ducts in that they are not completely closed but have slotted side walls. Depending on the type and design of the wiring duct, cables and lines can then be routed through the slots and connected at the required points. If thicker cables or bundles of cables have to be routed out of the duct, the webs on the side wall that have formed between the slots can also be bent over or broken out if necessary. Your eibabo online shop offers you wiring ducts in different widths and heights as well as with different slot spacing and slot widths.Catalogue content:In this eibabo® catalogue Slotted Cable trunking system > Slotted cable trunking system you will find items from the following product groups:Item overview:Bundle holderCabel CanalCable bundle holderCable channelsCable coverCable distributionCable distributorCable ductCable fingersCable managementCable management plateCable marshallingCable routingCable systemCable trayElectrical wiring ductElectrical wiring duct systemFlexible cable bundle holderMounting platePlasticSlotted cable trunking systemWiringWiring ductfrom the following manufacturers:Manufacturer overview catalogue Wiring duct:ABNEatonHagerHellermann TytonKlaukeKleinhuisLicatecNiedaxOBOPhoenixRehauRittalSchneider ElectricSES SterlingTehalitUnex

Wiring strip - In this eibabo® catalogue Energy distribution systems > Wiring band you will find items from the following product groups:Item overview:BusbarCopper tapeFlat railLamination bandPower bandPower railSlat tapeWiring bandWiring materialWiring tapefrom the following manufacturers:Manufacturer overview catalogue Wiring strip:EatonEricoHenselWöhner

Wiring set circuit breaker - In this eibabo® catalogue Low-voltage industrial components > Wiring set for power circuit breaker you will find items from the following product groups:Item overview:Circuit breakerCircuit breaker wiring kitClamp setConnectorContact blockEdge railsEngine starter combinationFastenerMaster packageSlide-in cassetteSpacer spreaderTerminal lugsTouch protectionWiringWiring helpWiring jumperWiring kitWiring moduleWiring setWiring set for contactorWiring set for direct startersWiring set for load feederWiring set for motor startersWiring set for power circuit breakerWiring set for reversing startersWiring set for star-delta switchesWiring set for switchgear combinationWiring set for switching devicesfrom the following manufacturers:Manufacturer overview catalogue Wiring set circuit breaker:ABBEatonRockwellSchneider ElectricSiemens

Flexible electric cable - Did you know that there are different types of wiring in your house? Among other things, we distinguish electrical cables according to whether they have rigid or flexible core cables. Read here when which types are used and what you should consider when selecting flexible cables.How are flexible lines constructed?The conductive core of a flexible cable does not consist of a solid (monolithic) wire, but of many little wires twisted together. These little wires form an insulated core, the so-called stranded wire. Depending on the purpose of the product, several of these cores can be bundled together in a further sheath to form a cable. The most important selection criteria for such a product are:the number of insulated cores within the sheathing of a cable (this can be several dozen)the color and positioning of the cores within the sheathing of a cable (see twisted pair cable)the cross-section of the respective coresthe type and structure of the insulation and sheathing The number and cross-section of the cores determine the total power of the current that can be safely conducted. This is one of the most important features of a cable and is specified by the manufacturer at regular intervals on the outer insulation. We recommend using quality products from well-known manufacturers. Tolerances can occur with cheap no-name items, which usually have an adverse effect on the cross-section and thus impair the performance of the line. There are also differences in the shape of the wires or lines. Most often we encounter the round shape, but in some variants the outer shape can also be flat, for example. This affects the outer diameter and the possible uses.The type and structure of the insulation and sheathingInsulation appropriate for the application is the primary safety feature of an electrical cable. Their main task is:Protect people from contact with a live coreto protect the cable from mechanical damageto ensure a correct current flow without interference from the outsideto shield the environment from the influences of the line In a line, each core is separately insulated. This prevents contact between the electrical conductors in the cores and offers protection against mechanical damage. Another outer sheath holds all the components of the cable together and also protects the inner insulation from drying out, high humidity and other influences. Depending on the location and purpose of a line, different materials are used for the insulation. These should correspond to the expected mechanical, chemical and thermal influences. The UV radiation of the sun must also be taken into account. The following materials are therefore used most frequently in the area of classic household electrics:PVC ? inexpensive, flexible, low-wear, non-flammable and resistant to various chemical compounds, not suitable for high and very low temperaturesRubber - particularly flexible, suitable for medium to difficult operating conditions, resistant to low temperaturesPE - resistant to chemical compounds, pressure and low temperaturesSilicone ? particularly reliable at high temperatures up to around 200 °C, low mechanical strengthPUR ? high oil resistance and abrasion resistant immission and emissionCurrent-carrying cables generate magnetic fields. The immission protection protects the data flowing through the wire from external electromagnetic influences. The emission protection prevents the emission of electromagnetic interference signals through the line.The outer casing can consist of additional elements:Shielding made of metal foil or metal mesh as a barrier against immission and emission. These mainly include fault currents, radio waves, EM fields or radiation, which affect the transmission of signals in data lines.Armor as maximum line protection against mechanical damage.Cover made of (impregnated) cotton or silk to protect against mechanical damage, rot or for decorative purposes. Image: Various flexible linesWhat is the difference between flexible lines and rigid lines?Cables with rigid conductors are used for fixed installation in domestic installations. Cables with flexible conductors are used where you want to connect mobile consumers. Mobile consumers are, for example, floor lamps, coffee machines, radios or hair dryers. But why is that?Advantages and disadvantages of flexible, multi-core cables:high elasticity and flexibilitysmall power losseshigh quality circuitreliabilitypoor performance on HF networkshigh price In particular, the higher price and the more complex production of connections (e.g. due to the necessary cable lugs) stand in the way of the use of flexible cables for all areas of electrical installation. In comparison, solid conductors have the following advantages and disadvantages in these points:inexpensiveUse in HF networkseasier installationeasy connectionhigh rigidity, not very flexible, difficult handling You save money with solid conductors in fixed installation. However, the handling of rigid cables is too cumbersome for daily mobile use on electrical devices, extensions or distributors.Pliability of flexible linesThe number of cores and the diameter of the wires in a core determine the flexibility of the core of a cable. The standard DIN EN 60228 (VDE 0295) describes four classes of conductors: solid (i.e. single-core solid conductors), stranded, finely stranded and extra finely stranded. The thinner the wires, the easier it is to bend the line. TIPSingle-wire and multi-wire cables have different levels of flexibility. During operation, these should not be bent too much so that the core is not damaged. The rule of thumb for solid conductors is: The minimum bending radius should not be less than four to five times the diameter of the cable including the sheath. A line with an outer diameter of 11 mm should therefore not be bent below a radius of about 50 mm. Flexible cables are more flexible than solid cables. Their bending radius should not be less than three times the cable diameter.What is a stranded twisted pair?Information systems have become an integral part of life today. Telecommunications, the global Internet and television are part of our everyday lives. One of the most important components of such networks is the twisted pair line. This is a line consisting of four or eight copper wires. The cores of the twisted pair cables are offered as solid or in the form of stranded wires. The special thing about it is that the wires are twisted together in pairs. A shield increases the protection of the line against electromagnetic interference. Twisted pair cables are primarily intended for the transmission of digital information in Ethernet networks. twisted pair lines. The area of application is not only private houses and apartment buildings, but also commercial offices and industrial companies as well as public facilities such as schools and hospitals.What is the significance of the core colors in flexible cables?If you look at a typical flexible power supply cable, you will see strands of different colors in it. In Germany these are typically black, brown, blue, gray and green-yellow. In order to be able to use the individual wires correctly, you should know the meaning of the color coding. This is important so that other people can rely on the correct assignment of the colors during repairs, checks or changes. Installers derive the function of individual wires from this. Instructions are printed on the sheathing, which provide information about the number of wires and their diameter. The following rules apply to the colors of the wires in Germany and the EU: The basic colors are brown, blue and green-yellow. There are also the extended basic colors black and grey. Alternative colors are white, orange, red and purple.NoticeDepending on the manufacturer, country and type of cable, there are major deviations in the colors of the core insulation. Please use the standard applicable in your country.The following applies to Germany and large parts of Europe: the brown wire is phase 'L1' and is always used as the current-carrying line to the device. The blue wire is the 'N' neutral and carries the power back to the source. The green-yellow wire is intended for grounding. This is called the protective conductor 'PE'. The extended basic colors black and gray are used when it is a three-phase AC installation. The black wire represents phase 'L2', the gray wire represents phase 'L3'. The alternative colors of white, orange, red and purple are intended to complement certain installations.Which cross-section do I have to pay attention to with flexible cables?Flexible cables with stranded copper for normal household use start with a standard cross-section of 0.5 mm². The dimensions 0.75 mm², 1.5 mm² and 2.5 mm² are widespread. The cross-section you need depends on numerous conditions. These include:the type of current (direct current, alternating current)the level of the operating voltagethe amperagethe length of the linethe type of transferthe voltage dropthe phase angle These parameters result in a formula that can be used to calculate a cable cross-section. Due to the many variables, for safety reasons we do not give any general recommendations for the use of certain cross-sections at this point.Simply browse through our large eibabo® range. Here you will find flexible PVC hose lines, silicone lines, rubber lines or PUR lines at particularly reasonable prices. Catalogue content:In this eibabo® catalogue Cables > Power cable < 1 kV, for moving application you will find items from the following product groups:Item overview:Control cableControl lineData cableData lineDevice connection cableExternal lineFuse boxHigh voltage cableHouse connection cableInsulating tubeLine jumperMachine control lineMeasurement lineMeasuring systemMedium voltage cableOvervoltage protectionPower cablePower control linePower lineRubber cableRubber hose lineServo lineSilicone cableSilicone lineSupply cableTrailing cableTrunk cable ringVoltage tapfrom the following manufacturers:Manufacturer overview catalogue Flexible electric cable:BachmannBarthelmeComelit GroupDiverseEatonElsproFaber KabelGlenHagerHartingHelukabelIgusLappkabelLeoni StuderLützeMurrelektronikPhoenixPilzScharnberger+Has.WaltherWaremaWeidmüllerWieland

Wiring set small distribution board - In this eibabo® catalogue Distribution boards > Wiring set for small distribution board you will find items from the following product groups:Item overview:Wiring set for small distribution boardWiring set for small distributors

Distributor - connection lines - Connection lines in the junction box usually mean wiring bridges or cable bridges. These are electric cables that are fitted with wire sleeves or cable lugs as required and can have different cable cross-sections. Depending on the nature and intended use of the connection line, they are offered as both flexible and rigid variants. The rigid models can be connected to units with several poles and usually bridge the standardized DIN rail distances for small distributors. This allows you to professionally connect switches and other components within a meter cabinet. These would be, for example, timers, transformers, counters, contactors, miniature circuit breakers, FI switches or circuit breakers. If you would also like to make the connections mentioned, please use the high-quality and inexpensive connecting cables from your eibabo online shop.Catalogue content:In this eibabo® catalogue Distribution boards > Connection cable tree for distribution boards you will find items from the following product groups:Item overview:Access harnessAccess lineCable access treeCable harnessComb railCommunicationComplete cabinetComplete meter cabinetConnecting bridgeConnection cable tree for distribution boardsConnection lineConnection line for distribution panelsCounter distributionCounter systemDistribution cabinetEngineering centerLine jumperMeter access lineMeter boardMeter boxMeter distributorMeter spaceOperating resourcesOutgoing linePhase railPlug counterTransducerWiring harnessfrom the following manufacturers:Manufacturer overview catalogue Distributor - connection lines:ABBEatonFTG GöhringerHagerJumoOBOPollmannSiemensStriebel & John

Cable pulling device - Laying cables and lines can be very tedious, especially when they have to be routed through walls, empty pipes or around inaccessible corners. Cable pulling systems help here. But how do you use them? What should you pay attention to when buying? And which system is best suited to your circumstances. We answer frequently asked questions and give a small overview of the different systems on the market.Laying or replacing wiring is done in different ways and is subject to certain rules. Regardless of the choice of wiring and compliance with all safety regulations, the installation method depends primarily on local conditions. When a building is under construction, the electrical wiring is often laid at an early stage. As long as the walls and ceilings are still open or the floor construction has not yet been completed, the installation usually does not pose a challenge.Rules for layingElectrical lines are laid only horizontally, vertically and at right angles. Crossings are to be avoided. The distance to the floor and ceiling should be at least 15 cm, to doors and windows 10 cm and to other installations at least 3 cm.These rules will help you find hidden cables in the wall and plan new cable routes. However, it is not always possible to lay the lines during early construction stages. Then empty pipes are provided, in which later the cables have to be drawn. Even with renovation work, refurbishment or conversions, floors, ceilings and walls are usually already in place. Renewing the electrical installation is often more difficult in these cases because either pipes that are already in use are given additional lines or the routes have to be based on the premises. If you don't have professional equipment at hand, 'threading' the cables through walls and around corners quickly becomes a tedious test of patience. In some situations laying without tools is even impossible. Cable pulling systems make your work easier and speed up the completion of the installation.What are cable pulling systems?A cable laying device or cable puller is a special tool that is often required when laying cable systems for electricity, telephone or computer networks. It is a stiff yet flexible rod with special properties. Typically, the rod is wound on a drum but assumes a straight shape when unwound. The device is used to install a cable through hard-to-reach places. These include, for example:metal pipes and plastic pipesCable ducts and electrical boxesVoids under the roofing material or behind wall panelspassageways in concrete floorsand more In order to understand how a cable pulling system works, we must first look at its structure. So you want to run a cable and you are faced with the following situation: You want the cable to enter one point in an architectural structure and emerge from another point. The distance between the two points can be a few centimeters, but also several tens of meters. Along the way, the cable may have to negotiate elevation changes, bends, and other obstacles. Commonly, a power cable or data cable is for:either too stiff to pass the obstacles and bendsor too flexible to not twist or loop as it travels through the lumen It is therefore necessary to first guide a suitable tool through the route and then use it to pull the required cable through. This is where the flexible rod comes into play.This rod is also referred to as a pull-in wire. Various tools can be attached to its tip. In order to find the way, guide heads with different diameters can be mounted. These have the shape of balls and generate only a minimum of friction when 'threading'. This reduces the risk of snagging on irregularities inside the cavity or pipe. When you reach the other end of the route, swap out the guide head for a towing eye or cable sock. With these tools, the cable to be laid is fixed to the pull-in wire. If you now pull back the rod / the pulling-in wire, the power cable or the data cable is automatically pulled with it.Image: Runpotec 10088 Power Rex cable pulling deviceWhat material should the cable pulling rod be made of?In order to make it as easy as possible to guide the pull-in wire through a structure, it should have certain properties. On the one hand, it must be stable enough to always keep its direction. On the other hand, it must also be flexible enough to overcome all obstacles. The devices for pulling cables are therefore made of steel, fiberglass or nylon (polyamide).Steel pull-in wires are steel cables with a polyamide sheath. These do not stretch and can withstand heavy loads when pulling power lines in hard-to-reach areas. The main area of application is bridging larger distances in cable ducts. The disadvantage of the steel variants is the formation of loops if they have been wound on the drum for a long time.Fiberglass rods have increased rigidity and retain their straight shape even after being coiled for many years. As a result, their field of application is limited to straight routes with maximum gentle bends. Tight curves and high stresses lead to buckling, cracking or breaking of the material.Nylon rods are beneficial when maximum flexibility is required. In addition, this material is non-conductive, allowing installation in ducts with already live cables. These are used in narrow, small-diameter shafts, as their cross-section is often less than 5 mm.What should I consider when buying cable pull systems?In addition to choosing the right material for the draw-in wire, its length and diameter are of course an important selection criterion. Useful lengths start at 5 meters. However, here in the shop you can also get products with a length of several hundred meters. Please note that the pulling wire never runs straight through the route, but always makes certain waves. Therefore, always choose a length that is at least 20% longer than the actual length of the route. The diameter of the pull-in wire influences its flexibility on the one hand and its suitability for use in tight spaces on the other. Choose a compromise that suits you.Please pay attention to the way the pull-in wire is attached to the cable. There are several options here. Choose from connecting sleeves, clamps, pull loops or cable grips for the respective cable diameter. Ideally, the pull-in wire and the diameter of the connection point should be thinner than the cable. This avoids unnecessary snagging when pulling through bottlenecks. This is how you saveSome cable pulling systems offer different tools for fixing the cables as a set. So you are well equipped for all situations. Long cable pullers come with special spools that prevent snagging. In such cases, weight must also be taken into account. A trolley makes handling easier, especially when the device is in daily use.With these tips, you can quickly and easily pull cables through cable ducts, empty pipes, existing cable ducts and through molded bricks. Save time and lay the lines in no time thanks to this innovative technology. At eibabo®, we offer cable pulling devices with robust polyester pull-in straps, with pull-in wires made of glass fiber or steel cables. In addition to complete sets, our range also includes end sleeves, individual tapes and rods, ropes and wires as well as accessories and other spare parts. We offer you inexpensive and high-quality products from many well-known manufacturers such as Runpotec, HellermannTyton, Cimco, Klauke, Lapp and Bachmann. Catalogue content:In this eibabo® catalogue Hand tools > Cable pulling system you will find items from the following product groups:Item overview:Brass sleeveCable management headCable pilotCable pullingCable pulling deviceCable pulling gunCable pulling toolCable stockingCable tapeFeed systemFeeding systemFiber optic cable pulling systemFiberglass replacement tapeFish tapeGuide sleeveLeadership spiralLeading headPlastic fish tapePlastic pullerPolyester tapePull-in aidReplacement fiberglass strapRetractable spiralSpare rollSpare stickSpiral pullerStart bulbStarting sleevefrom the following manufacturers:Manufacturer overview catalogue Cable pulling device:BachmannCimcoE+P ElektrikHellermann TytonKlaukeLappRunpotec