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Wire retainer - If cables are routed through self-drilled holes, especially if they are made of metal, there is always a risk that burrs and sharp edges will damage the insulation or even the current-carrying wires of a line or cable. In addition, in the rarest of cases, the hole produced is identical to the cable diameter. This creates a gap that allows debris to either enter or allow a loose cable to rub against the edge of the hole and become damaged over time. This is where the cable sockets from the eibabo technology store come to the rescue. These are available in different diameters, are made of soft plastic and thus close self-made holes, but also the openings at the ends of installation and empty pipes. Holes corresponding to the cable diameter can be punched through the pre-embossings attached to the cable insertion sockets, with which a tight seal of the cable bushing is then guaranteed.Catalogue content:In this eibabo® catalogue Cable and wire entry systems > Cable plug sealing clamp you will find items from the following product groups:Item overview:Blanking plugCable entryCable entry glandCable glandsCable inletCable plug sealing clampCable socketChoke stopperDouble membrane nozzleGag nippleGrommetInsertNozzlePipe socketPlastic cable glandPlastic nipplePlug-in cable glandPlug-in sealPlug-in socketPressure compensation elementPressure equalization nozzlePush-in pipe socketPush-in plugScrew-in nippleSealing nippleSealing plugSocketStepped socketfrom the following manufacturers:Manufacturer overview catalogue Wire retainer:CorningEatonHagerHenselIcotekJacobKaiserKleinhuisLappLegrand BticinoLützeMurrelektronikMurrplastikOBOPhoenixRSTSchneider ElectricSES SterlingSpelsbergWeidm?llerWiska
Fuse terminal - Are you looking for high-quality and space-saving fuse terminals for your control cabinet? Are terminal blocks the same as fuse blocks? Here you can find out for which use the different fuse terminals are suitable. In the eibabo® technology store, you can obtain fuse clamps inexpensively and in large quantities from all well-known manufacturers. Shipping is worldwide. Fuse terminals are among the most important components in a control cabinet and have several functions. The terminals are snapped onto the top-hat rail of the control cabinet and form the connection between the distribution level and the installation level.What is the difference between fuse terminals and terminal blocks?The terminal block is a feed-through connection for one or more cables in the control cabinet. Depending on the application, it may be beneficial to protect a pass-through connection with a fuse. Fuse terminals consist of a base that takes on the function of the classic terminal block. A fuse is used in an additional fuse link carrier. The fuses may vary depending on the model and use case. Some variants have permanently installed circuit breakers. A fuse terminal block is therefore a terminal block with a separate fuse.Why are fuse terminals one of the most important components in the control cabinet?A large number of cables and lines arrive in a control cabinet. Depending on the complexity of the system, this can be several hundred pieces. These cables and lines are often very rigid and have a large cross-section. A direct connection to the respective fuses, actuators or other devices would therefore be very difficult. At this point, terminal blocks with and without fuses are used. The cables and lines arriving in the control cabinet are first clearly laid out on the terminals. The individual flexible wires can now be routed from the terminals to the respective devices in the control cabinet. This flexibility offers advantages during installation.Image: Wago 281-611 fuse terminalEach connection now established has a specific function. This function is usually defined in a circuit diagram. Even after the control cabinet has been installed, the individual functions must remain traceable. A good overview of the system should be ensured for later extensions, change requests and maintenance work. If you would like to make changes after a while, these can now be done very easily by changing the individual wires. The handling of the rigid supply lines is therefore no longer necessary.You can only connect two wires to many modular installation devices. Here, too, the clamps play to their advantage. If, for example, you have planned several cables for a modular installation device, you can provide these with clear jumpers on the fuse terminals. Control work and measurements can also be carried out very conveniently directly on the terminals. Relocating lines and troubleshooting are made much easier.The safety clamps in detailFuse clamps can be constructed somewhat differently depending on the manufacturer. It is divided into single-level terminals and multi-level terminals. You can only connect one incoming and one outgoing line in the single-deck terminal. Several lines can be connected in multi-level terminals. For example, use a three-tier terminal for a cable with three wires. In this way you connect the protective conductor as well as the L line and the N line. This saves a lot of space and is mainly used in the private environment and in the smart home area. It is usual for the protective conductor contact to be made directly by the clamp connection with the top-hat rail. Other models have a connection point for a protective conductor.Another distinguishing feature is the different ways of attaching a cable. With a screw terminal, the respective wire is attached to the terminal using a classic screw connection. That's safe, but more time consuming. A spring-loaded terminal makes the electrical contact using a mechanical spring. The spring consists of a bent copper contact with a hole. The contact is clamped with a pointed tool and the conductor can be inserted. If you remove the clamping tool, the spring is relieved and the conductor gets stuck.Good to knowFuse clamps are suitable for fastening solid conductors and flexible strands. Both variants are permitted. The use of ferrules makes handling flexible wires easier, as they do not accidentally fan out.There is usually a pressure point for releasing this clamping connection, which can be pressed with a screwdriver or another narrow object. If you use particularly thin wires, insulation displacement terminals can be used. With these, contact is made through a small cut through the insulation.Cables and wires are selected in different cross-sections depending on their function and area of application. This affects the selection of the appropriate fuse terminal. There are suitable fuse terminals for the common cable cross-sections. Which cross-sections are suitable in each case is indicated directly on the terminal. Fuse terminals typically offer the option of bridging the L conductor and the N conductor using several terminal blocks, sometimes on different levels. The matching cross bridges are also available here in the shop. well thought outSome terminals offer fields for labeling. Use this option to keep track of the installation at all times. In addition, a distinction is made between fuse terminals in the design of the neutral conductor contact. Models marked 'NT' have special contacts for connection to an N busbar. When using a busbar, you need a clamp for the infeed as well as support blocks for secure fixing at the beginning and end of the busbar. When using 5-wire cables, you can also use multi-level terminals to connect the phase conductors.What does push-in connection mean for a fuse terminal block?A distinction is currently made between fuse terminals with three connection variants. These are the screw connection, the spring-cage connection and the push-in connection. Which connection variant you choose depends on the area of application, the costs and the expected time savings during installation. The push-in connection is the latest of these three variants. This is similar to the tension spring connection. As with the tension spring, a spring presses against the insulated conductor. The connection is therefore vibration-proof and maintenance-free. In contrast to the tension spring connection, the advantage is the tool-free installation. The wire is simply inserted into the terminal and a spring automatically locks. A standard screwdriver is sufficient to loosen the connection. This means that wiring can be carried out in a significantly shorter time. This applies in particular to cores with solid conductors. Wires with flexible conductors can also be fixed with this method using wire end sleeves. TIP:Please use square crimped ferrules for this. These offer more surface area for the spring to open. Front crimping pliers with square crimping are particularly suitable for working in hard-to-reach places and tight spaces. Small gauge conductors may not be strong enough to open the spring. Here the support of the spring opening with a screwdriver is necessary.Are there other accessories for fuse terminals?Additional accessories are available for most fuse terminals. These include the cross-bridges and busbars already mentioned, test plugs, fuses, separator plates, end plates, feeds or end blocks.Why are fuse terminals open on one side?The available space in the control cabinet is specified in modular widths (HP). These provide information about the capacity of a control cabinet. Fuse clamps are not manufactured according to this grid dimension, but as narrow as possible. The narrower a terminal, the more terminals can be installed on a specific area of the DIN rail. Since fuse terminals are typically mounted directly next to each other on the DIN rail, there is no risk of touching the contacts on the open sides. Without a side cover, a terminal is narrower. A cover is only attached to the last terminal in a row.Are there fuse terminals with a defect indicator?Some models show defects. For example, some fuse terminals have an integrated LED, which is powered by the current present. If there is a defect, the LED does not light up and the installer can quickly localize the problem.  Catalogue content:In this eibabo® catalogue Terminal blocks > Fuse terminal block you will find items from the following product groups:Item overview:AC circuit breakerActive power meterBlade fuse terminalConnection clampControl circuit breakerDevice circuit breakerDirect current machineElectricity meterEnergy meterFour-wire meterFuse clipFuse terminal blockGlass fuse clipGround terminalGuard clampMulti-level clampPlug-in circuit breakerProtective terminal blockReactive power meterScrew cap clampSpring clipSpring terminalTerminal blockTerminal blocksTerminal stripThree-phase meterTransducer counterTransfer blocksfrom the following manufacturers:Manufacturer overview catalogue Fuse terminal:HagerPhoenixSiemensWAGOWeidmüllerWieland
Surge protector - electr. - Are you looking for a surge arrester for your electrical installation? But you are still not sure what requirements such a device has to meet? Then read on here. In order to understand why a surge arrester is useful, you must be aware of the dangers associated with voltage spikes or surges. Even if these events are rare and only last a few milliseconds, they can still result in major damage. We therefore always recommend a surge protector to prevent the loss or damage of sensitive electronic equipment. We will help you to choose the right item.What are surge arresters?Overvoltage protection devices are of great importance in electrical engineering. These are used to limit and divert overvoltages in electrical lines and sensitive devices such as computers, televisions or hi-fi systems. But how does overvoltage occur? The normal mains voltage in Germany is 230V. Overvoltages go well beyond this value and are caused, for example, by lightning strikes, short circuits, electrostatic discharges or switching operations by the network operator. The consequences of such an event depend on the magnitude of the overvoltage, the speed of the voltage pulse and its duration. Failure to set up protective measures can result in fire, explosion and personal injury.The surge arresters (Surge Protective Devices SPD) are installed in the distribution board or in the sub-distribution boards and connected between the active conductors and earth. Surge arresters are usually designed as pluggable modular devices or as devices for mounting on top-hat rails and some are equipped with a fault indicator. In this eibabo® catalogue, we present the devices that are used for overvoltage protection and are therefore part of the internal lightning protection of a building.Lightning protection and effective surge protectionIn order to be able to decide on a specific surge arrester, you should know the entire structure of an effective system for protection against lightning and surge voltage. Such a system usually consists of several parts. This can quickly get a little confusing. We give a small overview.Already knew?We distinguish between surge protection and lightning protection. Surge protection devices are designed to protect against damage caused by excessive voltage. Lightning protection systems, on the other hand, are intended to protect against damage caused by excessive currents.A few definitions of terms in advance:Lightning is high-energy and carries very high lightning currents. In the case of overvoltages, the currents and energy are small, but the charge difference between two potentials is very large. In order to counteract these dangers completely, such a system consists of three parts:the external lightning protectionthe internal lightning protectionthe overvoltage protection In this context, different categories and protection classes are often mentioned, which laypeople quickly confuse. These include:Lightning protection classes (I-IV)Buildings are divided into four lightning protection classes in order to be able to assess the risk of lightning strikes. The class in which a building is to be classified depends on its type, use and the damage to be expected. The lightning protection class determines the structure and dimensioning of the lightning protection system.Overvoltage Categories (I-IV)The four overvoltage categories describe the surge resistance of electronic devices. This specification therefore refers to end devices such as laptops (category I), toasters (category II), residual current circuit breakers (category III) or primary overcurrent protection devices (category IV). Look in the operating instructions of the respective device. The tolerability to power surges is low for electrical devices of category I and is 1500 volts. Category IV devices can handle up to 6000 volts.Surge Protection (Type 1, Type 2, Type 3)Surge protection devices (e.g. surge arresters) are divided into coarse protection, medium protection or fine protection. Which type a device is to be assigned to depends primarily on the voltage levels that it can absorb. This results in the respective area of application.Image: Dehn DG M TNS 275 DEHNguard surge arresterThe external lightning protectionExternal lightning protection consists of lightning conductors, lightning arrestors, earthing, fastenings and so on. Just this much: The external lightning protection intercepts direct lightning strikes before they hit the building. The high lightning current is discharged directly into the ground via the grounding system. In principle, there is no obligation to install external lightning protection systems in Germany unless your building:stands free on a mountainis over 20 meters highhas a combustible roof (e.g. made of thatch, straw)has public transport (theater, swimming pool) But even if your building does not meet any of these criteria, a lightning conductor is always useful, because the damage can be enormous in the event of a strike. You can find more information about external lightning protection, grounding and installation as well as purchasing here in the shop. Simply use the appropriate terms in the input field of our intelligent search.The internal lightning protectionThere is no denying that lightning and other surge voltages are dangerous. In order to protect apartments, houses, industrial plants and the devices and systems they contain, effective internal lightning protection and overvoltage protection is required. The internal lightning protection is a potential equalization in which all metal pipe installations and all cable installations in a house are connected to each other and to the main earthing bar. This prevents voltage differences, lightning flashovers in the building and the resulting danger to people and technology.The overvoltage protectionOvervoltage protection is part of the internal lightning protection. When choosing a suitable surge protector, we consider the nature of the potential interference and the type of equipment to be protected. How much energy does a possible overvoltage have? Which devices are particularly sensitive to voltage pulses due to their design? A current device for overvoltage protection has a three-stage structure and thus optimally protects buildings, systems and devices from damage. This includes, among other things, a combination of different surge arresters adapted to the respective requirements. definitionThe term 'transient' is rare in German usage. It means that something is temporary, fleeting and impermanent. There are different requirement classes for overvoltage protection devices. A distinction is made between Type 1 (general protection), Type 2 (medium protection) or Type 3 (fine protection). The standard devices represent the fine protection and protect against voltages up to a certain level, the extended devices offer additional protection against transient voltage peaks and the high protection standard also protects against impulse currents. But what does it exactly mean?Type 1 overvoltage protection is called a lightning arrester. This is suitable for deriving high lightning currents via the internal or external lightning protection system. The residual voltage is reduced to a level between 6000 volts and 1300 volts. These devices are ideally installed in front of the house installation so that the lightning current does not even get into the distribution. However, this basic protection is not yet sufficient to secure the end devices.Type 2 overvoltage protection represents medium protection and reduces the residual lightning voltages from the upstream lightning arresters to values between 2000 volts and 600 volts. These include the surge arresters offered in this category. These are installed, for example, in the sub-distributors of individual floors. Surge arresters also limit dangerous transient overvoltages caused by switching motors, transformers, circuit breakers or inductive loads. Disturbances of this type are short-lived, cause the voltage to rise very quickly, and can occur more frequently. The interference causes electronic devices to wear out faster.Type 3 overvoltage protection further reduces the remaining overvoltage and is installed as fine protection as close as possible to the end devices to be protected.What should you pay attention to when buying a surge arrester?You now know what parts make up a lightning protection system with overvoltage protection. Surge protection has been a mandatory part of an electrical system in Germany since December 2018 and must be installed in new buildings. Include this topic in the planning of your building or system and pay attention to high-quality components. Don't skimp on security. Retrofitting is also advisable for older buildings, because there are more and more devices with sensitive electronics in our households. When buying, pay particular attention to:mounting typeRated voltage AC/DCHighest continuous voltage for AC and DCnumber of polesprotection leveland other properties A comparison with your electrical installation and your evaluation of the protection needs of certain sensitive devices in your possession will help you to find the right surge arrester. Save hereCombination devices combine type 1, type 2 and type 3 lightning protection and surge protection in a single device. This ensures comprehensive protection in an easy-to-install manner. At eibabo you can get a large selection of surge arresters in different designs, for example as lightning arresters, residual current circuit breakers with overvoltage protection, surge controllers or as overvoltage protection devices. Well-known manufacturers include ABB, Dehn, Eaton, Hager, Hensel, OBO, Phoenix, Siemens and Weidmüller.  Catalogue content:In this eibabo® catalogue Earthing, lightning and surge protection > Surge protection device for power supply systems you will find items from the following product groups:Item overview:BusbarCenter protectionCircuit breakerCombination workerComplete blockComplete unitDevice protectionEnergy diverterEnergy TechnologyFine protectionFuse holderLightning arresterMains protection deviceMains surge protectionOvercurrent protectionOvercurrent protection deviceOverloadOvervoltage protectionPhotovoltaic arresterReplacement moduleSignal protectionSpark gapSurge Device ProtectionSurge protection deviceSurge Protection EnclosureSurge protection moduleSystem solutionTerminal blockfrom the following manufacturers:Manufacturer overview catalogue Surge protector - electr.:ABBDEHNEatonFinderHagerHenselMersenOBOPhoenixPröpsterSchneider ElectricSiemensWAGOWeidmüller
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
Cable drum - In addition to power tools and accessories, eibabo offers a wide range of cable drums and cable reels. Our product range include: automatic cable reels, cable drums (CEE), rubber cable drums (shock-proof), cable reels EFT as well as cable boxes, sheet steel cable drums and solid rubber cable reels. In the private or trade sector cable drums are mostly used as an extension cable for electrical connections. The cable rollers (also called reel) often come with a hand crank and one or more sockets are installed in the cable drum. Please note that the maximum power consumption of connected devices is lower with rolled-up cables than with extended cables. In contrast to extended cable, rolled-up cables permit little heat dissipation which can lead to heat accumulation, overheating and cable fire. That is why cable drums should be unreeled completely before use. Many cable drums are equipped with over-temperature protection, which stops the current flow in case of overheating. At eibabo you can find the suitable drum for every application. Cable drums made of plastics and metal are suitable for indoor use as well as for use in dry areas. There are also splash-proof cable drums (IP44) made of plastic and metal approved for outdoor and indoor use. Robust cable drums made of plastic and metal with protection class IP44 are ideal for use in industry and trade. Our shop also offers empty drums for cables that you can adapt to suit your applications.Catalogue content:In this eibabo® catalogue Accessories for power tools > Cable reel you will find items from the following product groups:Item overview:Automatic cable reelAutomatic reelAuxiliary spool drumCable boxCable drum securityCable reelCable reelerCaravan cable boxCaravan cable reelConnectorCord reelDevice drumEmpty cable boxEmpty cable drumExtension circuitExtension cord boxExtension scooterFire brigade cable reelLawn mower drumMetal cable reelMilitary cable drumOverload protectionPortable cable reelReelRubber cable drumRubber hose lineSchuko socketSheet metal cable reelfrom the following manufacturers:Manufacturer overview catalogue Cable drum:BachmannBrennenstuhlCimcoElsproSchillWalther
Coaxial connectors - Coaxial cables are used for signal transmission between the antenna and end devices such as televisions. Do you know where it got its name from? Coax is short for coaxial, which in the case of cable means that the copper center conductor and the shielding around it are on the same geometric axis of rotation. Conductor and shield are separated from each other by an insulating layer. If you now want to use the connections on the LNB of the satellite system, on the television or on the multi-switch, the required coax plugs must be attached to the cable ends. These standardized connection components are available in a wide variety of versions in the eibabo online shop. The differences exist, for example, in the type of installation on the cable, in the appropriate cable diameter or in the material composition of the connector. There are also variants with straight and angled outlets, as well as couplings for connecting coaxial cables.Catalogue content:In this eibabo® catalogue Data and telecommunication > Coax connector you will find items from the following product groups:Item overview:Angular busBNC angle connectorBNC cable angle connectorBNC connectorBNC plugBuilt-in socketBusBus (jack)CATV connectorCoax connectorCoaxial connectorConnectorConnector plugData connectorF connectorF-plugFME connectorIEC angle plugInstallation busMini UHF connectorN-ConnectorPlugRG59 connectorSocket plugTNC connectorTV plugTwinax connectorUHF connectorfrom the following manufacturers:Manufacturer overview catalogue Coaxial connectors:Astro StrobelE+P ElektrikEatonEFB-ElektronikGrotheHagerHirschmannHomewayIndexaJungKathreinKreilingRutenbeckSiemensSKSTelegärtnerTeleg?rtnerTelevesTriaxTTIWantecWisi
Wire stripper - In the hobby area, people tend to work with makeshift solutions or resort to alternative aids if they do not have the appropriate professional tools. This is especially the case if you only have to carry out certain work steps very occasionally. The stripping of cable ends is certainly part of many. Here, a knife or side cutter is quickly used to remove the required insulation. Unfortunately, this all too often leads to the cores or the insulation of adjacent conductors being damaged. However, this does not have to be the case. In such cases, professional craftsmen and women always use wire strippers. These devices have a slim design for tight work areas and automatically adapt to the different conductor cross-sections without damaging the solid, stranded or fine-stranded conductors. If necessary, they cut all common insulating materials as well as copper and aluminum conductors and usually have an adjustable length stop to produce even stripping. So treat yourself to an inexpensive wire stripper from the eibabo online shop and you will quickly find out that this investment is worthwhile, even if you only carry out electrical installations from time to time.Catalogue content:In this eibabo® catalogue Hand tools > Wire stripper pliers you will find items from the following product groups:Item overview:Automatic pliersAutomatic wire stripperCable cutterCable pliersCable stripperCable stripping toolCrimp toolElectronic wire stripperElectronic wire stripper pliersFiberglass stripperInsulating pliersKnife steelPliersPrecision Wire StripperPressing pliersScrewdriverStripperStripping pliersStripping tongsStripping toolStripping/dismantling toolTongsWire cutterWire end pliersWire stripperWire stripper knifeWire stripper pliersWiring pliersfrom the following manufacturers:Manufacturer overview catalogue Wire stripper:CimcoKlaukeKnipexPanduitPhoenixRittalWAGOWeidmüllerWihaZipper-Technik
Basic enclosure switching device - Nature does it. In the case of snails and mussels, a housing protects the sensitive interior. And it is the same in the field of electrical installation. Large and small housings are there to mount cable connections, switches, fuses, control devices or measuring devices in them and at the same time to protect them from external influences such as dirt, water or unauthorized access. CI housings, insulating housings, empty housings, machine housings, small housings and many more are part of the extensive eibabo range. Protect your sensitive technology and ensure more safety when handling electrical components. With many secure payment methods, short delivery times and a high level of customer satisfaction, the eibabo technology store is your reliable partner for all questions relating to online electronic mail order business.Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Empty enclosure for switchgear you will find items from the following product groups:Item overview:Adapter plateCircuit breaker housingDisconnecting cabinetDistributor assembly with main switchEmpty CaseEmpty enclosure for switchgearEmpty housing for switching devicesEnclosure for switch-disconnectorsHousingHousing circuit breakerHousing for limit switchesHousing for load switchHousing for motor protection switchInsulating housingLimit switch housingLoad switch boxLoad switch housingMain switchMaster switchMotor protection switch housingMushroom buttonOverload protectionSingle housingSwitchSwitch boxSwitch box is emptySwitch housingSwitch-disconnector housingfrom the following manufacturers:Manufacturer overview catalogue Basic enclosure switching device:ABBABLCondorEatonEberleHagerHenselRockwellSchneider ElectricSiemensSpelsberg

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