The following 6199 products have been found matching your search "Bals":

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Bals - The development, manufacture and sale of connectors is the core business of Bals Elektrotechnik GmbH & Co. KG. The product range includes CEE sockets, CEE plugs and device plugs, CEE couplings, CEE wall sockets, phase inverters, protective contact plugs, direct current plugs, low voltage plugs, plugs for event technology, TN plugs, explosion-proof plugs and phase sequence indicators. A representative selection of these products can be found here in the eibabo® technology store as inexpensive and quickly deliverable stock items. This also includes socket combinations, Schuko sockets, flush-mounted sockets, wall sockets and block distributors. Bals Elektrotechnik products are used wherever safe power plug connections are required. This can be a private household, a commercial enterprise or a company in the mining, automotive, leisure and tourism sectors, pharmaceuticals, heavy industry, accident and disaster control or logistics. Bals is a German family business from Kirchhundem-Albaum. Here are parts of the production as well as the development department, marketing, sales and administration. Another plant, built in 1994 and expanded several times, is located in Freiwalde, Brandenburg. It has state-of-the-art production facilities and a high-performance logistics center. The entire production takes place in Germany. The company was born in 1957, when Günter Bals and his wife Elisabeth founded Bals Elektrotechnik as an addition to the existing forwarding company. Initially, the focus was on the manufacture of industrial plugs and sockets, but this has steadily expanded. The company currently has several agencies in Germany and is also present in almost every country in the world.

Found in shop categories: 9

Fixed point earth./short circuit. dev. - In this eibabo® catalogue Safety devices > Fixed ball point for earthing and short circuit device you will find items from the following product groups:Item overview:Ball fixed pointBall studConnection boltConnection pointFittingFixed ball point for earthing and short circuit deviceFixed grounding pointFixed point for EuK deviceFixed point for grounding and short-circuit deviceSafety rulesShort circuit devicesStainless steel boltsThread fixed pointfrom the following manufacturers:Manufacturer overview catalogue Fixed point earth./short circuit. dev.:DEHN

Connection element euk device - In this eibabo® catalogue Safety devices > Connection element for earthing and short circuit device you will find items from the following product groups:Item overview:Ball head hoodConnection elementConnection element for earthing and short circuit deviceConnection element for earthing and short-circuit deviceConnection element for ECC deviceConnector element for earthing and short circuit deviceEarth-side connection elementGround terminalOverhead line clampPhase clampPhase-side connection elementSafety rulesShort circuit devicesUniversal clampfrom the following manufacturers:Manufacturer overview catalogue Connection element euk device:DEHN

Tie bolt sheet metal punch - In this eibabo® catalogue Hand tools > Draw bolt for hole punch you will find items from the following product groups:Item overview:Ball bearing screwBall bearing tension screwDraw bolt for hole punchLag screwPunch toolScrew punchSheet metal punch accessoriesStamping toolTie bolt for sheet metal punchTin punchfrom the following manufacturers:Manufacturer overview catalogue Tie bolt sheet metal punch:CimcoIntercableIntercable ToolsKlaukeRittal

Scriber - In this eibabo® catalogue Hand tools > Scribe you will find items from the following product groups:Item overview:Ball pen scribeBall point scribeDrawing pinHeight ripperNeedleRight-angled scribeScribeScriberScribing height gaugeStraight scribefrom the following manufacturers:Manufacturer overview catalogue Scriber:Cimco

Drain funnel - In this eibabo® catalogue Gutters/tanks > Outlet funnel you will find items from the following product groups:Item overview:Ball siphonCondensate drainDrain fittingDrain funnelDrain tapFunnelOdor trapOutlet funnelSiphonfrom the following manufacturers:Manufacturer overview catalogue Drain funnel:Maico

Drilling screw - In this eibabo® catalogue Fasteners > Self drilling tapping screw you will find items from the following product groups:Item overview:AnchoringButton head screwConcrete screwConnecting screwCountersunk screwDrill screwDrilling screwFastening materialFlat ball head self-drilling screwHex headInterior designLens headMounting materialMounting screwPan head drilling screwPhillips screwScrewScrew anchorSelf drilling screwSelf drilling tapping screwSelf tapping screwSelf-drilling screwSheet metal screwSpedec screwfrom the following manufacturers:Manufacturer overview catalogue Drilling screw:DresselhausNiedaxOBORittal

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

Electronic cable marker - In this eibabo® catalogue Measuring instruments and tester > Electronic cable marker you will find items from the following product groups:Item overview:Ball markerCable markersElectronic cable markerMarkerProbefrom the following manufacturers:Manufacturer overview catalogue Electronic cable marker:3M

Fan switch cabinet - What to do if too much heat is generated in the control cabinet? Install fans or install air conditioning? Is an additional filter necessary? Where are the differences? We clarify. Prevent excessive temperatures in the control cabinet and protect your sensitive technology from defects and a shortened service life.With the use of technical devices, heat is always generated. Under normal circumstances this is not a problem. However, the more technology is installed in your control cabinet, the more likely it is that the temperature will rise above a critical value. When heat builds up in that small space, it's time to take countermeasures. With the eibabo® control cabinet fans, you ensure a better climate and protect your sensitive electronics from damage caused by overheating. The fans of the individual fans are designed and dimensioned differently depending on the model. This means that you too will find the best solution for optimal convection in the control cabinet.Position devices correctly in the control cabinetIt would be best if you didn't need separate cooling or ventilation for your control cabinet. Additional cooling and ventilation of the cabinet body always poses several challenges.You need a device.The device must be assembled.A power supply must be established.Regular maintenance should also take place. However, improving the natural flow of air is often enough to solve some problems. The first and perhaps most important step is to correctly position the components in the control cabinet. Devices that emit a lot of heat should not be placed close together. The wiring must also be laid properly so that the air has the opportunity to circulate. In order to increase the natural flow of air, there should be ventilation openings with grilles and filters in the upper area of the control cabinet. As soon as a natural air flow is possible, the warm air circulates and rises more easily. In many cases, this already improves the control cabinet climate. If this is still not enough to noticeably reduce the temperature, installing a fan or fans can be very effective. You have already created the conditions for the best possible air circulation by optimizing the device positions.Does it really make sense to buy a fan for the control cabinet?Installing air handling units for switch cabinets may seem like another unnecessary expense. Compared to the value of the devices in the control cabinet, however, these costs can be neglected even for high-quality fans. However, if this is omitted or the wrong fan is selected, the entire control cabinet can overheat. This not only jeopardizes the value of the devices contained therein, but also the actual function of the system. This can be the power supply for an entire process flow in a factory or the provision of the computer network within a data center. The consequences of such a failure have far-reaching consequences. Therefore, the installation of a comparatively inexpensive ventilation system makes sense in any case. TIP:Overheating of expensive devices due to the lack of active ventilation is one of the main reasons for their failure. Effective ventilation extends the service life and significantly increases the energy efficiency of the devices. A simple solution for good ventilation of the control cabinet is a combination of ventilation device and filter unit. In complex systems, ventilation systems are already part of the standard equipment of a control cabinet and are an essential part of the system design. If you would also like to increase reliability, simply take a look around in this catalogue. You will find the right fans and filters for almost every requirement.How do I choose the right fan for my control cabinet?When choosing the right ventilation system, you should consider a few things. Ventilation is basically intended to cool the devices in the control cabinet, not to heat them. Yes, even cold and frost damage the technology. So if you have a problem with temperatures that are too low or condensate for certain reasons, air conditioning units or heaters for control cabinets are more suitable for you.In order to ensure optimal ventilation and a long service life for the devices installed in the cabinet, the dimension and capacity of the ventilation devices must be calculated and selected correctly. The calculations themselves can be done expensively using manufacturer software, or quite easily done manually. For this you need:the difference between the maximum ambient temperature outside the control cabinet and the maximum permissible temperature inside the control cabinetthe heat loss behavior of the devices installed in the control cabinet in watts On the Internet you will find tables and diagrams in which you can read off the required ventilation performance (air volume in m³) based on these two values. Please note that this is a simplified calculation. Other conditions not considered here are:the size of the closetthe size and position of the openings for supply air and exhaust airthe cabinet material, installation conditions or installation environment and its insulationthe atmospheric pressurethe type of installation of ventilation High quality fans should have ball bearings. Also note how easy it is to dismantle the filter material on the ventilation grille. The cover should be easily removable to access the filter media. With a classic ventilation system, the fan first sucks the air through the air slots and then through a filter into the housing. The warm air exits through another filter mesh, which should be at least the same size as the intake. If necessary, this can also be larger in order to improve the flow behavior. Control cabinet fans must provide adequate protection against dust and splash water in order not to reduce the degree of protection of the control cabinet. Therefore, when buying, pay attention to the relevant information from the manufacturer, the presence of seals and the shape of the slats.NoticeIf the required air exchange cannot be achieved by the built-in fans and filters, there is a wide range of additional axial fans and centrifugal fans to choose from. If required, you will also find powerful air conditioning units for control cabinets here in the shop.Axial fans are typically used as exhaust fans to extract heated air from the system. When equipment is tightly housed in an enclosure, even exhaust fans may not suffice. In such cases, centrifugal fans are often used to blow cold air into the enclosure from the surrounding space, usually from the bottom of the cabinet.How and where are control cabinet fans installed?Control cabinet fans are usually used in the lower area of the control cabinet. Depending on how the cabinet is fixed (wall mounting, built-in, free-standing), choose a suitable position in a side wall, at the back or in the door. Since warm air rises, the exhaust air grille with filter is also installed on the top of the control cabinet. If you decide to use a duct in the ceiling of the cabinet, please consider the risk of inflowing liquids.Image: Rittal SK 3240.124 TopTherm filter fanUnder what circumstances should I better choose an air conditioner?There are conditions in which a classic ventilation system is no longer sufficient. If, for example, the air temperature outside the cabinet is too high or the quality of the air is too bad, an enclosure air conditioning system can be an alternative. These are designed in such a way that excess heat from control cabinets and device housings is dissipated to the environment. Use a control cabinet air conditioning system if:the ambient air contains too much humiditythe temperature inside the housing must be equal to or lower than the ambient temperaturethe ambient air is very pollutedthe required heat dissipation cannot be provided by the environment To make it easier for you to choose from our large range, the products are already sorted by relevance as standard. You can get high-quality control cabinet fans from eibabo® from top brands such as Assmann, Eaton, Hager, Rittal, Phoenix, Schneider Electric, Stiebel Eltron and many others. To find an item with special performance data, please use the extensive detailed search. For your secure purchase, simply use one of our convenient payment methods. In addition, your purchase is protected by Trusted Shops buyer protection. We ship worldwide. Catalogue content:In this eibabo® catalogue Cabinet enclosures > Ventilator (switchgear cabinet) you will find items from the following product groups:Item overview:Axial fanCabinet ventilationCentrifugal fanControl cabinet air conditioningControl cabinet fanControl cabinet ventilationData centerDehumidifierDistribution cabinetExit filterExpansion systemFanFan extension kitFan kitFan moduleFan plateFan systemFan trayField distributorFilter fanFilter housingFilter insertFire protection fanHeat exchangerHigh current systemIndoor fanPressure fanSlot fanfrom the following manufacturers:Manufacturer overview catalogue Fan switch cabinet:Ebm-PapstEnocFinderHagerPentairPfannenbergPhoenixRittalSchneider ElectricSchäfer IT-SystemsSiemensStiebel Eltron