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Cable shears - It can be tricky to cut a strong or rigid cable with classic scissors, pliers or a utility knife. Save yourself the trouble and grab a high-quality and inexpensive cable cutter from the eibabo® shop. In the following article we describe the different models and support you in your purchase decision.With a good pair of cable cutters, you can cut your wires and cables to the right size. Depending on the requirements and thickness of the cable, different cable cutters are used. While in the do-it-yourself sector scissors are often sufficient for cables with a diameter of up to 16 mm, professionals in the industrial sector need tools with a higher cutting capacity. Here cables can have a diameter of 50 mm and more. Especially if you have a lot to do with electrical installations professionally, the use of good cable cutters is essential. This ensures a precise cut without squeezing the veins. Hydraulic cordless cable cutters are also available in the eibabo® shop for particularly demanding tasks. The high-quality tools are mainly designed for copper and aluminum cables. Please note that not every pair of scissors is suitable for cutting steel and steel wire.What do I use cable cutters for?Cable shears (also wire cutters) are used when electrical wires and cables need to be cut cleanly. Depending on the task, the insulation or the wire should not be damaged. Cable cutters are suitable for use in new installations as well as for maintenance work and repairs to electrical installations.Image: Klauke K 106/2 cable shearsWhat are the advantages of a cable cutter?Cable cutters are designed to properly cut wire or cable. It is important to avoid or minimize damage to the insulation or the inner conductor of a wire. A clean cut makes further work easier and increases the subsequent quality of an electrical connection. If unsuitable tools are used, there is a risk of damage, cracks and cuts in the insulation as well as unclean cut edges. This can affect the reliability of an insulation. If the inner conductor is damaged, its conductivity may be disrupted or the strength of a connection cannot be guaranteed. Cable shears therefore have specially shaped cutting jaws, which are optimized for the respective task. This largely prevents slipping or accidental damage during the cut.In addition, manufacturers are beginning to expand the functionality of the cable shears for other electrical installation applications. The tools are not only used for cutting, but also for stripping or crimping ferrules. A multi-tool increases productivity and saves weight in the tool belt.With which core cross-sections or cable strengths do cable cutters work?Each cable cutter is designed for use within a specific material thickness range. Some are designed in such a way that they can be used particularly well for fine-wire cables. Others are optimized for solid conductors. In the eibabo® shop you can get cable cutters that can process cable diameters of over 100 mm or cable cross-sections of over 3,000 mm². TIP:Pay attention to the type of conductor material that cable snips or wire cutters are designed for. A wire is not always made of copper or aluminum. There are suitable tools for cutting special conductor materials. Please refer to the product description or the data sheet for the tool.How do the cable cutters differ from each other?Cable shears and wire cutters in our range are divided into:hand toolsHand tools with ratchet functionbattery powered hydraulic tools Each of these types differs significantly from the others and offers individual advantages. The simplest models are the classic hand tools. Hand-operated cable shears cut cables, lines and wires by squeezing the cutting jaws once. Ratcheting models cut through thicker cables. If it is difficult or impossible to separate with one hand, you may have to start several times. Ratchet tools are ideal for this. The cutting blade remains in position after the first 'stroke' and holds the uncut cable. The handle opens again and you can start the second (or third...) 'stroke' until the material is severed. The battery-powered hydraulic tools are used for particularly demanding tasks. These devices generate enormous force and can also cut through cables with steel wire sheathing, for example. Their area of application is in the professional, industrial environment. Hydraulic support is usually not required for domestic use.What are the advantages of ratchet shears?Whether a cable cutter with a ratchet is advantageous for you depends on your individual requirements. Are you a hobbyist who occasionally cuts through standard cables in your free time? Then you probably don't need ratcheting shears. However, if you have to work regularly with a lot of strong cables for work or other reasons, using a cable cutter with a ratchet can offer some advantages. The biggest advantage lies in the fact that it makes work easier when there are many cuts through solid cables or wires. Less effort is required and you don't get tired as quickly. A cable cutter with a ratchet also ensures a clean cut, as it can cut through massive cross-sections and diameters without readjustment. Attempting to cut very thick cables with a pair of simple cable cutters would likely require multiple attempts. This would result in damage to the insulation and the inner conductors.Notice:Ratchet shears are not designed for very thin cables and wires. Due to the more complex cutting technology, the weight is slightly higher and handling is more cumbersome than with simple hand tools.In these cases, we recommend using a simple hand tool. Experience has shown that this works faster and more precisely.How do I choose the right cable shears?The selection of the optimal cable shears is mainly influenced by two things - the type of material to be cut and its thickness. There are cable cutters that process smaller diameters. Others are better suited for larger diameters. Once you have decided on a material thickness, choose a simple model, a corresponding tool with a ratchet function or a multi-function tool. TIP:Daily use of a cable cutter inevitably leads to wear and tear. In order not to have to buy a completely new tool, there are replacement cutting heads for some models. With this information, you should be able to choose a tool that suits your needs.Who makes the best cable cutters?The market leaders in the field of cable cutting technology include, for example, Cimco, Klauke and Knipex. But ABB, Erico, Intercable, Phoenix, WAGO, Weidmüller and Wiha also produce high-quality tools. You can find cable cutters from these manufacturers in this catalog from the eibabo® shop at top conditions.  Catalogue content:In this eibabo® catalogue Tools (Press, cut and isolate) > Cable shears you will find items from the following product groups:Item overview:Cable cutting deviceCable cutting toolCable knifeCable pincersCable separatorCable shearsConnection toolsCordless cutterCutterCutting headElectrician's scissorsHand cable cutterHand cable pliersHand toolHydraulic cutterHydraulic cutting headHydraulic press headMulti cutterMultifunction cable scissorsPincersRemote controlledReplacement cutting headSafety side cuttersSecurity cable cutterSpare partStandard side cuttersStrippingWire cutterfrom the following manufacturers:Manufacturer overview catalogue Cable shears:ABBCimcoIntercableKlaukeKnipexPhoenixWAGOWeidmüllerWiha
Crimping tool - Tired of frayed cable ends? Would you like to securely attach cable lugs or ferrules so that your wires are permanently fixed in screw terminals or spring terminals? With the high-quality pressing tools from the eibabo® shop, well-functioning contact connections can be made in no time at all. Manual, battery-powered and electric, hydraulic or pneumatic crimping tools are in daily use and are part of the basic equipment of a good electrician. Even the private do-it-yourselfer achieves better results if the tools used are easy to use and precisely cut, strip or press. In this article, we will introduce you to the most important pressing tools and give tips on what to look out for when buying one. Here you will find numerous high-quality crimping pliers, cable lug pliers, notched pliers, contact crimping pliers and other crimping tools at top conditions. All products in the shop are often used by us and our partners for years and can be recommended without reservation.What is crimping?Most of the items presented here are special tools for performing a wide variety of activities. But they all have one thing in common: the tools create a connection between two components by plastically deforming them. This deformation can be caused by pressing, squeezing, piercing, flanging or folding and is referred to as 'crimping'. All of these tools are by definition crimping tools, although 'crimping pliers' are often referred to as a separate product group. We mainly use the term 'press tools'.What is the difference between pressing tools?Pressing tools are different devices that permanently connect two materials or components through deformation. One of the most common applications is attaching connectors to the end of electrical wires. But many pressing tools are multifunctional. Depending on the application, you can also bend, cut or strip materials with it. The tools are designed in such a way that they are suitable for specific cable diameters, conductor cross-sections or pipe sizes in order to guarantee secure connections. There is typically no provision for the connections to be released.The biggest difference between the individual pressing tools lies in the type of function or operation. Each type has its advantages and disadvantages. When machining smaller components, for example, precision is often important. It is best to use a manually operated pressing tool here. When you need more power, hydraulic and electric models make your job easier.hand toolsManual devices are often small, light and intended for the tool case. These are in the form of pliers and are suitable for daily use on the construction site and for processing smaller components.Equipment for the workbenchBench tools are the opposite of manual tools. These are big and heavy and have power. Permanently mounted on the workbench, these can be operated electrically or manually with levers and rotary devices. Good to knowWith the manual and battery-operated devices from our shop, you are already optimally equipped for conventional electrical installations. More complex tools are more for commercial and industrial use. Electrical appliancesElectrically operated pressing tools are usually equipped with rechargeable batteries and do the work without much effort. Wired models are rare. Although these devices are not for the pocket, they are intended for mobile use on the construction site.Pneumatic pressing toolsPneumatically operated pressing tools require little effort. The compression force is provided by compressed air. These devices offer maximum performance and are suitable for demanding installations, repair services and maintenance work. Here we distinguish between small mobile devices and permanently installed models for the workshop.Hydraulic pressing toolsThese models are similar to the pneumatic variants. Here, too, there are mobile and fixed pressing tools. However, the compression force is provided by hydraulic fluid.The pliers for ferrulesA bare and unprotected wire end is not optimal for the connection with screw terminals, spring terminals or similar. This applies in particular to flexible strands, which consist of many thin wires. These ends will fray in screw terminals, become damaged, and lack the strength to be plugged into spring terminals. Wire-end ferrules were developed for this purpose, which give the wire a firm shape and improve the resistance of the wires to oxidation. This increases the longevity and reliability of a connection. A ferrule is a soft metal tube that is crimped onto the end of a stripped wire. Most ferrules are made of copper and are tinned, sometimes gold or silver plated. This serves to protect against corrosion. The diameter and length of a ferrule is determined by the thickness of the wire.NoticeFerrules are color coded for the maximum wire sizes. However, there are different, sometimes contradicting color codes. Please ensure the correct size to ensure secure connections.A ferrule is usually wider on one side to make it easier to put it on the wire. This side is covered with a plastic cable entry sleeve (protective collar). The protective collar serves as a transition between the core insulation and the ferrule. The ferrule pliers only crimp the copper part with the wire while leaving the plastic sleeve around the insulation undamaged.cable lug pliersIn addition to ferrules, cable lugs are often attached to the wires. Cable lugs are similar to ferrules. While a ferrule only encloses and protects the wire, cable lugs also have a special attachment option for the cable. This can be, for example:Ring Eyelets: The connection part consists of a flat contact surface and is in the form of an annular eyelet completely closed in a circle. There are versions with one hole or multiple holes. Cable lugs with multiple holes prevent rotation or movement of the cable lug.Clevis: The connecting portion of a fork is in the shape of a two-pronged fork. The connection point here is not a circular closed hole, but open on one side.Special shapes: There are cable lugs in special shapes, such as flat contact surfaces (with and without side guides) for sliding onto suitable mating contacts. TIP:Multifunction tools offer the option of changing the press inserts. Among other things, this allows you to process various wire-end ferrules and cable lugs with just one device. Choosing the right cable lug (and thus the choice of the correct cable lug pliers) also depends on the conductor class. You can find more information in the category 'cable lugs'.RJ45 crimping pliersRJ45 crimping pliers are specially designed for processing non-assembled network cables and telephone lines. The pliers are used to press the Western plug (RJ45) with the inserted wires of the cables. These pliers often have an integrated flat cable cutter and a possibility for stripping.Are there pressing tools for extremely thin wire cross-sections?Working with particularly thin cables does not forgive any mistakes. Problems can even arise with the classic manual press tools. For such requirements, use a press tool with a ratchet lock. This locking device in connection with an automatic cross-section adjustment controls the pressing process. Human errors are excluded and uniformly controlled pressing results are guaranteed.Can I squeeze wire ends with pliers?The pressing and squeezing of ferrules or cable lugs with conventional pliers is not recommended. You cannot produce a safe, clean and durable cold-weld joint with it. A bad crimping result means, for example, that the sleeve or the cable lug is loose and comes off. Air and moisture could enter the connection. Then corrosion occurs and the electrical conductivity would be impaired.Image: Klauke K 05 D pressing toolIsn't soldering much more stable than pressing?A proper press connection usually provides a stronger and more reliable connection than soldering. Soldered joints can break under certain circumstances, while pressed cable ends are significantly more robust. Press connections can be made more easily with cables and lines that have already been laid. Soldering in dark and hard-to-reach places is difficult.How do I release a press connection?It is not intended to release a press connection again. If you undo a press fit, the second try is unlikely to hold reliably. In these cases, shorten the cable or line and make a new press connection.Which pressing tools are the best?Professionals and ambitious do-it-yourselfers will find professional-quality crimping tools and tools for crimping, cutting and stripping at eibabo®. In addition to pressing tools of all kinds, we also have a wide range of accessories, spare parts and additional parts in our range. The pressing tools available here offer you efficient, high-quality technology. Well-known manufacturers include Cimco, Wiha, Klauke, Weidmüller, Harting, Knipex, Phoenix Contact as well as ABB Stotz and WAGO Kontakttechnik.  Catalogue content:In this eibabo® catalogue Tools (Press, cut and isolate) > Crimp tool cable lugs, cable end sleeves, screen connection you will find items from the following product groups:Item overview:Arbor press pliersBattery pressCable lug pliersClicknCrimpConnecting sleeveConnection toolsConnectorCordless cutterCrimp toolCutting toolFerrulesFinder springFour-indent crimping pliersFront pressing pliersHand toolHydraulic press headManual hydraulicsPneumatic toolPress diePress insertPressing pliers setPressing toolRoller press pliersSpecial toolStripping toolUniversal crimping pliersWire end pliersWire stripperfrom the following manufacturers:Manufacturer overview catalogue Crimping tool:ABBCimcoEricoHartingIntercableIntercable ToolsKlaukeKnipexLappPhoenixRittalSchneider ElectricStäubliTE Con.Energy+Ind/EUWAGOWeidmüllerWielandWiha
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
Basic enclosure - Imagine you want to protect electronic devices from water, heat, moisture or touch. These can be standard infrastructure devices such as switches, relays, counters or actuators, or other devices. For this purpose, the eibabo® shop offers high-quality empty housings at top conditions. You will find a large selection of plastic and aluminum empty housings for the installation and set-up of electrical distribution boxes and other electrical distributors.What are empty housings?An empty housing is usually a lockable box that accommodates, protects and encloses electronic components such as switches, relays, actuators, power supplies and meters. The housings can be made of different materials. Appropriate sizes are offered according to usage, purpose, environment and cost.What is the difference between the empty housings?Empty housings for electrical distribution are available in various designs. With regard to installation, you can choose between surface-mounted or flush-mounted installation. Depending on the application, such empty housings can be made of painted sheet steel, aluminium, stainless steel, insulating material or plastic. Choose a material that meets your planning needs.Surface mounting or flush mountingChoosing the right type of mounting should not be neglected to ensure safety and achieve optimal functionality. The surface-mounted version is the more common way of installing empty housings. In this case, the attachment is made directly to the wall and the cables are fed into the housing outside the wall. With flush-mounting, the empty housing is let into the wall. The cables are laid inside the wall. Both variants have both advantages and disadvantages:on plaster:easy installationFlexible design optionsNo major conversion work necessarySurface mount can be annoyingCables can be damaged more easily under plaster:Protection against dust and moistureGreater security by laying the cables inside the wallCan be more aesthetically pleasingElaborate installationConversion work often necessary  TIP:When installing meters, we recommend empty housings with a transparent cover. This means that the meter reading can be taken directly without having to unscrew the cover. Empty metal housingAluminum housing and stainless steel housing offer good protection for the devices inside. Empty metal enclosures are commonly used as outdoor fuse boxes and electricity meters. In commercial establishments, these enclosures are often used to enclose power equipment around the building or production facility. In industrial plants, metal enclosures protect and protect sensitive electronic components from accidental impact and dirt. Collisions with forklifts or other moving machinery can happen at any time. With metal housings, you prevent interference in electrical systems and thus protect not only the technology, but also the people in the vicinity.Empty plastic housingEmpty plastic enclosures are often made of high-density polyethylene, a strong thermoplastic material. This is resistant to cold, heat, liquids and corrosion, as well as being durable and inexpensive. Other plastic housings are made from acrylic, polyvinyl chloride, polypropylene, or polyamide, for example. The advantages of these variants are:in light weightin cheap pricein the individual formability in the production for special requirementsin the insulating material properties These housings are used wherever no high mechanical or safety-related loads are to be expected. Rather, these empty housings protect against external influences such as contact, dust and water. It is therefore particularly recommended to observe the respective IP protection class for these variants.Picture: Hensel FP 0241 ENYSTAR empty housingWhich IP degrees of protection are recommended for empty housings?The IP degrees of protection classify the protective effect / sealing effect of an empty housing for electrical devices against the ingress of foreign bodies such as tools, dirt and liquid water. IP degrees of protection are defined by the international standard EN 60529.Already knew?The term 'protection class' has nothing to do with the IP protection classes. In electrical engineering, the protection classes describe the protection of electrical equipment to prevent an electric shock when touched. There are protection classes 0, I, II and III and are usually shown as symbols on the respective devices.The rating consists of the letters IP followed by two digits. The higher the number, the better the protection. The first digit describes the degree of protection that the housing offers against the ingress of solid foreign bodies. These can be pointed tools, sticks, fingers or dirt and dust in the air. Anything that could damage the circuitry or mechanics of the installed equipment. The second digit defines the protection of the devices inside the housing against various forms of moisture. This protection area begins with light drops and leads to splashes and water jets to submersion.Be sure to select an IP protection class that corresponds to the place of use and the probability of hazards occurring. If a housing is installed in a lockable and always dry house connection room without a water connection, a low degree of protection is sufficient. When used outdoors or in other dirty and damp environments, the IP protection class should be as high as possible. The IP 67 ensures, for example:a tightness against foreign bodies up to dustdevice protection even in the event of brief submersion at a depth of up to 1 meter for a maximum of 30 minutes How should I protect my empty housing from unauthorized access?In addition to protecting the installed technology from external influences, empty housings for electrical devices also protect people. It is irrelevant whether people accidentally come into contact with the housing or want to gain access willfully. If a housing is freely accessible, you will certainly ask yourself whether a normatively flawless locking system has been implemented. At this point it should be said right away that you don't have to worry about it. Protection against unauthorized access is not possible. Nevertheless, all empty housings must be able to be closed in some way. Each manufacturer has its own technology. Plastic screws or metal screws are often used to connect the lid to the box. In other words: Opening and closing is done using classic tools (including screwdrivers) or by releasing locking mechanisms. For security reasons, 'locking' an enclosure is not permitted. In an emergency, access to the internal devices must be guaranteed at all times.Where can I buy cheap and high-quality empty housings?The eibabo® shop offers high-quality, robust and durable empty housings for use as electrical distribution boards, iso housings, housings for field distributions or industrial housings. Well-known manufacturers include Dehn+Söhne, Spelsberg, Rittal, OBO Bettermann, Eaton (Moeller), Hensel, Hager, Klauke, Rose System, Televes, as well as von Striebel&John, Schneider Electric, Siemens, Triax and GSAB Elektrotechnik.  Catalogue content:In this eibabo® catalogue Distribution boards > Empty cabinet you will find items from the following product groups:Item overview:Arrester housingBase plateBuilt-in housingCable management frameCompensating panelControl cabinet baseCounter systemEngineering centerFiber optic distributorFire protection cabinetFuse junction boxHeadend moduleHood distributorLightning arrester housingMeter boxPressure fan cover setProtective housingScreenSide edgeSide panelSingle housingSpare PartsSplitter housingStand housingSwing frame coverSystem caseVending machine boxVentilation socketfrom the following manufacturers:Manufacturer overview catalogue Basic enclosure:ABLABNAstro StrobelBachmannBoplaCobiNetConrad ElectronicCorningDehnDiverseEatonGSABHagerHenselIlmeIndexaKlaukeLegrand BticinoMicrosensOBORockwellSchneider ElectricSiemensSpelsbergStahlStiebel EltronStriebel & JohnTelevesTriaxWieland
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Klauke - 473/8 - Ferrule 2.5qmm - Cable end sleeve 2,5mm² insulated 473/8
£1.34 incl. VAT (£0.00)

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Ferrule 2.5qmm - Cable end sleeve 2,5mm² insulated
Klauke
| 473/8
x 100 Piece
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Klauke - 472/8 - Ferrule 1.5qmm - Cable end sleeve 1,5mm² insulated 472/8
£1.04 incl. VAT (£0.00)

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(For 100 Piece) plus shipping
Ferrule 1.5qmm - Cable end sleeve 1,5mm² insulated
Klauke
| 472/8
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - 168/T - Ferrule 0.34qmm - Cable end sleeve 0,35mm² insulated 168/T
£2.05 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
Ferrule 0.34qmm - Cable end sleeve 0,35mm² insulated
Klauke
| 168/T
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - EK30IDML - Mini ident crimp - Accu-hydraulic crimp tool 6...120mm² EK30IDML
£1,052.68 incl. VAT (£0.00)

*

Mini ident crimp - Accu-hydraulic crimp tool 6...120mm²
Klauke
| EK30IDML
RECOMMENDED
3D
Klauke - 471/8 - Ferrule 1qmm - Cable end sleeve 1mm² insulated 471/8
£1.04 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
Ferrule 1qmm - Cable end sleeve 1mm² insulated
Klauke
| 471/8
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - 475/12 - Ferrule 6qmm - Cable end sleeve 6mm² insulated 475/12
£3.35 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
(£7.14 RRP***)
Ferrule 6qmm - Cable end sleeve 6mm² insulated
Klauke
| 475/12
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - 476/12 - Ferrule 10qmm - Cable end sleeve 10mm² insulated 476/12
£3.90 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
Ferrule 10qmm - Cable end sleeve 10mm² insulated
Klauke
| 476/12
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - 469/8 - Ferrule 0.5qmm - Cable end sleeve 0,5mm² insulated 469/8
£1.04 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
Ferrule 0.5qmm - Cable end sleeve 0,5mm² insulated
Klauke
| 469/8
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - 469/10 - Ferrule 0.5qmm - Cable end sleeve 0,5mm² insulated 469/10
£1.94 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
Ferrule 0.5qmm - Cable end sleeve 0,5mm² insulated
Klauke
| 469/10
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - 470/6 - Ferrule 0.75qmm - Cable end sleeve 0,75mm² insulated 470/6
£1.61 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
Ferrule 0.75qmm - Cable end sleeve 0,75mm² insulated
Klauke
| 470/6
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - 470/10 - Ferrule 0.75qmm - Cable end sleeve 0,75mm² insulated 470/10
£1.94 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
Ferrule 0.75qmm - Cable end sleeve 0,75mm² insulated
Klauke
| 470/10
x 100 Piece
Add to wishlist
RECOMMENDED
3D
Klauke - 471/10 - Ferrule 1qmm - Cable end sleeve 1mm² insulated 471/10
£1.94 incl. VAT (£0.00)

*

(For 100 Piece) plus shipping
Ferrule 1qmm - Cable end sleeve 1mm² insulated
Klauke
| 471/10
x 100 Piece
Add to wishlist
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