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Jumo - In the eibabo® shops of eibmarkt®, the Jumo company is listed as a manufacturer of products in the field of industrial sensor and automation technology. However, the company has a history of more than 70 years that began with other items. A short journey through time: Moritz Kurt Juchheim founded a company for the production of glass and glass contact thermometers in Fulda in Hesse under the name MK Juchheim. He followed in the footsteps of his father, who himself was already producing thermometers in Thuringia. This resulted in today's Jumo GmbH & Co. KG, whose name is derived from the initials of its founder. Towards the end of the 1970s, the company expanded its portfolio to include processors for temperature control technology, thus reacting to the ever-increasing demands made by the sales market. This development has continued to this day and the company's innovations set standards that now go beyond the field of temperature sensor technology. As a family business, Jumo is now being run by the third generation and has opened up the Asian and Eastern European markets and thus new target groups. More than 2000 employees work for Jumo. With 5 branches, around 25 subsidiaries and more than 60 agencies, the company is positioned worldwide. The company's product portfolio today meets all the expectations that are placed on measurement, control and automation technology and includes the acquisition, evaluation and automation of industrial production processes with regard to temperature and humidity as well as pressure, level and flow. For your very individual application, the eibabo® technology store offers the following components, among others, at top conditions: a wide range of safety temperature limiters, temperature display instruments, thermostats, pressure transmitters, PC interfaces, electronic and compact controllers and resistance thermometers.

Found in shop categories: 9

Low-voltage transformer - It is often not enough to mount lightbulbs in the ceiling, in the wall, in the stairs or in the closet. Especially with built-in lights, transformers are often required, which reduce the voltage to 12 volts or another value. But why are transformers necessary at all? In this text you will learn more about low-voltage transformers, how they are used and which criteria you should consider when purchasing.What are lighting transformers?Low-voltage transformers are important operating devices for lights. These are devices for converting a certain voltage to another voltage. In many cases, the 220 volts at the input of the device is converted to 12 volts at the output of the device. On the one hand, this reduction serves to ensure safety, because a 12 volt voltage does not pose a danger to life and limb when touched. This also ensures that the lamp does not fail in the event of voltage peaks. In other words: a transformer protects against short circuits and overheating and is a device that makes it possible to switch the light on and off.Image: LEDVANCE HTL225/230-240 Halotronic transformerDo transformers affect the lifespan of the lamp?How long a lamp works depends on its quality, frequency of use and duration of use. Frequent switching cycles have an effect on the service life, especially with conventional light sources. Continuous operation of the light bulbs can also lead to wear and tear and premature failure. In principle, a transformer connected in front of it has no influence on this. However, the device 'smoothes out' fluctuations in the energy supply and can thus positively influence the service life of a classic light bulb. In this regard, it should be noted that even transformers can burn out over time. However, this happens very rarely and also depends on the quality of the device. In times when conventional light sources are increasingly being replaced by modern and long-lasting LED technology, the question of consumption and efficiency is often asked in contrast to lifespan.Is a 12 volt bulb more economical than a 220 volt bulb?It is widely believed that 12 volt incandescent lamps save electricity compared to 220 volt incandescent lamps. However, that is not true. Saving electricity depends on the power and not on the voltage.How do I find the right transformer for my lighting?Because transformers are commonly used with recessed lights, we'll stick with this type of lighting. It depends on the lamps used which transformer you need. For safety reasons, the use of low-voltage lights is strongly recommended, especially in rooms with high humidity. If you use LEDs, you need a different transformer than with classic halogen lamps. So before you choose one or the other transformer, you have to decide on a specific light source. The service life of LEDs is usually more than 50,000 hours. These are therefore much more durable than comparable halogen lamps. In addition, the heat generated by LEDs is significantly lower, which is an advantage for built-in lights without air circulation. Disadvantages of LEDs are the higher price and the special nature of the light emission. Their light is generated by a directed luminous flux, which can quickly lead to signs of fatigue. Therefore, LEDs are mainly used as accent lighting in the background (in cupboards and shelves, as an orientation light on the stairs). A lamp with halogen lamps is typically recommended for the basic lighting of a room.Basically, we distinguish between low-voltage transformers:Devices that have a winding and work by means of inductionDevices that are exclusively electronically controlled Transformers with winding are primarily used with halogen lamps. These consist of two copper windings (coils), which interact with each other through an electromagnetic field and can thus reduce the voltage. The electronic transformers reduce the mains voltage using electronic circuits. These devices are therefore the newer generation and offer the following advantages over conventional transformers:light and compacthigh degree of protection against short circuitsalmost silent operationProtection against overload and overheatingSoft start possible With these features, longevity is achieved for both the transformer and the halogen lamps. Already knewElectronic transformers have an efficiency of over 95%. Transformers with coils achieve an efficiency of around 80%. When using LEDs you need a different type of transformer. Please note that these devices are not interchangeable with the transformers for halogen lamps, even if they have the same nominal power and output voltage. In a halogen lamp, the filament serves as the light source. The lighting of an LED is based on completely different physics. Here, electric current flows through a diode and releases some of the energy in the form of light photons. This difference in the generation of light places individual demands on the respective electronic transformers, for example:Transformers for halogen lamps generate an AC voltage. This has positive and negative pulses and is not suitable for continuous operation of an LED. An LED is operated with direct current. Although many LEDs have a rectifier, the conversion can lead to increased heat generation and thus to a shorter service life.For example, in the case of transformers for halogen lamps, the average output voltage is 12 volts. In reality, however, this value is not constant and can vary up and down. These can be voltage peaks when switching or depend on the mains voltage at the input, the connected load and the ambient temperature. A halogen lamp can cope with these fluctuations without being damaged. An LED cannot do this.LEDs have significantly less power than halogen lamps. An electronic transformer for halogen lamps requires a certain base load in watts in order to function properly. If this base load is not reached, the light flickers, shines too weakly or not at all.Is it possible to dim halogen lamps and LEDs with a transformer?Regardless of whether you are using a conventional or an electronic transformer, dimming 12 volt halogen lamps is usually always possible without any problems. It is only important that the individual components are compatible with each other.TIPTypically, so-called leading edge dimmers are combined with conventional transformers, whereas trailing edge dimmers are used for electronic transformers. If you are not sure, choose a universal dimmer from our range.If you want to dim LED lamps, all interacting components must be marked accordingly. This means that both the transformer and the LEDs themselves, as well as any ballast that may be required, must be dimmable.Which low-voltage transformers does the eibabo® shop offer?At eibabo® you will find an extensive range of lights and the right low-voltage transformers for your lighting installation. In addition to dimmer transformers and DALI switching power supplies, we also carry low-voltage transformers, plug-in transformers, safety transformers, electromagnetic transformers, power supplies, ballasts and Tronic transformers. Most of the devices can be used for direct installation as well as for flush mounting. You get exactly the low-voltage transformer you need in the well-known high processing quality as well as with optimized efficiency and a perfect range of functions. We only offer high-quality products from well-known and well-known manufacturers such as Jung, EVN Lichttechnik, Houben, Paulmann, Brumberg Leuchten, Hera, Philips lamps, LEDVANCE, ABB Stotz, LTS Licht&Lighten as well as Oligo, Relco, BEGA Gantenbrink, Berker and Zumtobel Licht.  Catalogue content:In this eibabo® catalogue Light control > Transformer for low voltage light system/low voltage halogen lamp you will find items from the following product groups:Item overview:Ambient lightCable systemControl gearControl unitHalogen transformerInterior lightInterior lightingLamp transformerLow voltageMounting accessoriesOperating devicesOutdoor lightPlug transformerSafety transformerSecurity converterSwitching power supplyTransformerfrom the following manufacturers:Manufacturer overview catalogue Low-voltage transformer:ABBBEGA GantenbrinkBrumbergEVNGiraHellumHoubenJungLEDVANCENobileOligoPaulmannRelcoScharnberger+Has.SLVTrafo-Technik-Hoppecke
Earthed plug - Electricity is essential in all areas of daily life these days. Whether household appliances, entertainment or even driving a car - nothing works without electricity. But not only the use of electricity is important, the secure connection of the electrical devices is also crucial. SCHUKO plugs are used here. These plugs are reliable and guarantee a stable connection between the devices and the mains. SCHUKO is the abbreviation for protective contact and a system of plugs and sockets. The SCHUKO plug is part of this plug-in system, which can be plugged in and unplugged under electrical voltage or load.What is a SCHUKO plug?SCHUKO is a system of mains plugs and sockets of the CEE 7/4 standard. These are also known as Type F connectors. Type F plugs are used, for example, in Germany, the Netherlands, Portugal, Austria, Spain, Sweden, Finland, Norway and many countries in Eastern Europe.Already knewThe grounded SCHUKO plug in its current form was patented in 1929 by Siemens-Schuckertwerke AG. This was preceded by a patent by Albert Büttner, who designed the basic shape of the plug and held all the necessary parts together with just a single screw.SCHUKO plugs and the associated sockets are usually equipped with a protective earth and are intended for use in 230-volt networks with a current of 16 amps. SCHUKO plugs and sockets are unpolarized. That means: outer conductor and neutral conductor are randomly connected. In addition to the outer conductor and the neutral conductor, the system has a green-yellow protective conductor, which takes over the protective earthing with two flat contacts at the top and bottom of the plug. When plugged into a socket, the SCHUKO plug closes the connection cavity of the socket and thus prevents contact with conductive components when making contact. First, a ground is established between the flat contacts of the plug and the grounding terminals located in the socket. Only then do the phase conductor connections and the neutral conductor connections come into contact with one another. And it is precisely this fact that is special about the SCHUKO system and gives it its name: the protective contact connection diverts dangerous voltages as soon as the electrical circuit is closed by the other two poles. This design with leading protective contact ensures that there are no dangerous voltages on accessible parts of the device.Additional lateral guide slots in the socket are required for reasons of stability. These enable the use of large and heavy SCHUKO plugs, for example with a built-in transformer or timer.Image: Mennekes 10837 Schuko plugBasic information on the typification of plugs and socketsThe plugs and sockets that exist worldwide are numerous and correspondingly different. Their design and structure is often historical and adapted to the conditions of the power grid in the respective region. Worldwide, we distinguish between two standards for wired AC transmission. On the one hand, this is the 230 volt standard with a frequency of 50 Hertz / 60 Hertz. On the other hand, it is the 110 volt technology with a frequency of 50 Hertz / 60 Hertz. Based on this, individual countries and manufacturing companies began to offer their own connectors. This led to a high degree of individualization. The introduction of a globally standardized plug system failed on the one hand because of political sensitivities, wars and conflicts and, of course, because of the two already established transmission standards. Because there would be a risk of devices being damaged or short circuits or fires occurring if a device were connected to a network with a voltage other than its nominal value. As a result, the development of adapters and transformers was accepted instead to achieve cross-system international compatibility.NoticeThere are currently 15 plug / socket standards worldwide, referred to as plug types A to O. Here in Central Europe, types C, E and F are used, some of which are also compatible with each other.The Type-C plug is an unearthed two-pronged plug that used to be standard in most European countries as well as in the countries of the former USSR. This type is considered the forerunner of today's French type E and the German type F. Type C plugs are still often found in the form of flat plugs on many devices such as fairy lights, floor lamps, razors, hair dryers and other small household appliances. In the international CEE system, this plug shape is referred to as the CEE 7/16 standard. Type C plugs fit perfectly into a Type F SCHUKO socket.With the French type E plug, there is a grounding contact for the protective conductor in the center above the pins for the phase conductor and neutral conductor. The counterpart to this is a pin that protrudes from the French Type E socket. Classic plugs of this type are usually round and do not fit into the Type F SCHUKO socket because the lateral guide grooves and the recess for the earthing contacts attached at the top and bottom are missing. However, these are only very rarely found and are increasingly being replaced by CEE 7/7 plugs, which fit both type E sockets and type F SCHUKO sockets.The German Type F SCHUKO plug is widely used throughout Europe, as well as in Russia, Belarus and Ukraine. This is characterized by the grounding clamps at the top and bottom and by a guide groove on the right and left. In the international CEE system, this plug shape is referred to as the CEE 7/4 standard and is not compatible with the French Type E socket due to the lack of a recess for the grounding pin. This is why it is now considered obsolete. In the course of a homogenization of the European market, this plug is often replaced by the CEE 7/7 plug, which is a hybrid E/F plug. The CEE-7/7 SCHUKO plug is therefore the current, grounded and universal continental European standard:with grounding clips on both sides to match with Type F socketwith a socket contact to accept the ground pin of the Type E socket  by the wayThe socket of the SCHUKO socket is set back by 15 mm so that there is no risk of electric shock if the plug is partially inserted. Both the SCHUKO system and the French counterpart are designed for a nominal voltage of 230 volts at 50 hertz. All components are designed for 16 amps as standard. At 230 volts, this corresponds to an output of 3,680 watts.What is a contour plug?In connection with SCHUKO plugs, we often hear the term contour plug. A contoured plug is a two-pole (i.e. unearthed) plug that has the necessary recesses for the German grounding clamps, the guide grooves and an additional hole for the French protective conductor contact on the rounded edge of the plug. The plug thus fits into both systems, but does not use the protective contacts.At eibabo® you will find not only classic SCHUKO connectors, but also 2KT SCHUKO connectors (for difficult conditions), duroplastic connectors, flat connectors, flat cable connectors and flat connectors. Rubber plugs and PVC SCHUKO plugs as well as assembly plugs, angled plugs and wall plugs are also available for the SCHUKO system. In addition to the protective contact plugs of the SCHUKO system, we also carry protective contact plugs of the Swiss system and the English plug system. Please noteSCHUKO plug connections are not always compatible with other safety plug systems. SCHUKO plugs from all approved and well-known manufacturers are offered here in the shop, including ABL Sursum, Berker, Bachmann, Merten, Mennekes, Gira, Busch-Jaeger and Apsa.  Catalogue content:In this eibabo® catalogue Domestic switching devices > Plug with protective contact you will find items from the following product groups:Item overview:Angle connectorBelgium clutchBelgium plugConnectorConnectorsDevice connectorElamide connectorEuropean plugFrance clutchFrance plugFrench plugHousehold plugProtective contactRubber plugSafety plugSchuko plugSocketsSolid rubber plugfrom the following manufacturers:Manufacturer overview catalogue Earthed plug:ABLBachmannBalsBerkerBusch JaegerE+P ElektrikElsproGiraHartingHirschmannJungKleinhuisLegrand BticinoMennekesMertenMeyerSchulteWalther
Accessories industrial connectors - Industrial connectors are characterized by their special structure and their robust construction. In addition, they are also intended for use at higher voltage levels. And while the classic 230 volt household plug connection can usually be made with a simple push and released again with a short pull, industrial plug connections are sometimes protected against accidental release of the connection due to tensile forces by additional protective mechanisms. The accessories available for industrial connectors, such as locking brackets, assembly tools, extraction tools or replacement pressure sleeves are part of the extensive eibabo range for industrial electrical installations. Our shop is characterized by 20 years of experience in the electrical retail trade, maximum customer satisfaction and worldwide secure shipping.Catalogue content:In this eibabo® catalogue Connectors > Accessories for industrial connectors you will find items from the following product groups:Item overview:Accessories for heavy duty connectorsAccessories for industrial connectorsAccessories/spare parts for industrial connectorsAssembly toolBoltsBracketCable glandDe-mounting toolDismantling toolEjection toolHandgripHandleHangerIndustrial connector accessoriesInsulation displacement connectionInterlockingLockingMounting toolPin contactPlastic hangerProtective attachmentRelease magnetScreen connectorShield connectorSpare parts for industrial connectorsStrain reliefTemplesToolfrom the following manufacturers:Manufacturer overview catalogue Accessories industrial connectors:ArgentaBeldenHartingHirschmannJungMurrelektronikODUPhoenixStäubliWaltherWeidmüllerWieland
Universal metering device - With combination measuring devices, you always have a clear view of your current consumption or performance parameters. In this category of your eibabo® online shop, we present many different multifunction devices for measuring electrical quantities. Depending on the design and equipment, the devices provide you with comprehensive information about your electrical installation and power distribution.These devices provide measured values in order to be able to assess the condition of the system itself and the network quality. You can also process this measurement data further. Thanks to a wide range of interfaces and communication options, integration into higher-level automation systems and energy management systems is possible.Image: Siemens 7KM2200-2EA40-1JB1 SENTRON measuring deviceWhat are combination meters?The designation 'combined measuring devices' in this catalog of our shop mainly refers to devices for fixed DIN rail mounting in the control cabinet, which combine different measuring functions. These mainly include the functions as an ammeter (current measuring device), reactive power meter, tachometer, frequency meter, pulse counter, voltmeter (voltage measuring device) and active power meter. TIPAs a global company, we ship your order quickly, safely and reliably worldwide. Use one of over 20 secure payment methods. So: 'What do I want to measure?' This is the basic question you need to ask yourself before purchasing a combination meter. We offer you numerous measuring instruments. Many only measure individual electrical parameters, others record different measured variables. If, for example, measurements are only made on a single phase, an instrument for measuring voltage, current, frequency or phase angle will certainly already meet all requirements. If you want to measure other parameters such as energy consumption, you can integrate a multifunction device into your electrical system. Select the measuring device according to your requirements.In the following, we briefly present the most important measured variables in more detail.What does an ammeter measure?An ammeter is a device for measuring current in AC circuits or DC circuits. Ammeters are connected in series in a circuit and have a very low internal resistance in order not to falsify the current data of the circuit being measured. The measurement data is usually given in amperes (A), milliamperes (mA), microamperes (?A).What does a voltmeter measure?In contrast to the ammeter, a voltmeter has an infinite resistance and is connected in parallel in the circuit. It is used to measure the voltage (electrical potential difference) in a specific section of a circuit. The voltmeter displays the reading in volts.What does a tachometer measure?The tachometer is an instrument that measures the rotational speed of a shaft or disk in engines and other machines. Such a device is used to measure a variety of objects and performance metrics, including:the revolutions of wheels, rollers, motors, shafts, fans, ventilators or turbinesthe speed of moving objects such as cars, airplanes, conveyor belts, conveyor belts or elevatorsthe dimensions of workpieces such as wires, cables, rolled sheets and the like What does a frequency meter measure?Frequency is one of the main indicators of electric current. A frequency meter is a special measuring device for determining the frequency of electrical AC voltage. Depending on the application, the device can be used to measure sinusoidal AC voltages or square-wave signals. The device thus measures the period of oscillation of an electrical signal and determines the number of oscillations for a specific time cycle. Frequency is measured in Hertz and is inversely proportional to the period of oscillation. As a rule, all devices powered by electricity must be operated with currents of a certain frequency. That is why devices for determining the frequency of the flowing current are so important. The measurement results are used to monitor the correct functioning of connected devices and the progress of technological processes.What does a pulse counter measure?Active power meters and reactive power meters are used when you want to evaluate the efficiency of your installation and the consumption costs. The amount of energy required by an electrical consumer is normally calculated from the total power of the electrical current flowing through the circuit. A distinction is made between two indicators that reflect the costs of operating the consumer. These indicators are called active energy and reactive energy.Already knewAs a consumer, you do not pay for the power you use, but for the full power released by your supplier. These two measured variables are therefore also differentiated in the units of measurement. Total power is measured in volt-amperes (VA) and net power in kilowatts (kW).What does that mean? The active part of the total power does the useful work and is converted into the types of energy that your electrical consumer needs. Reactive power is that part of the total power consumption that is not used for useful work. In AC circuits, the reactive component always occurs when there is an inductive or capacitive load. In this case there is a mismatch between the phase of the current and the phase of the voltage. Due to this phase shift between voltage and current, only part of the full power reaches the consumer. The main losses arise from the useless heating of equipment during operation. By using these measuring devices, you record the value of the energy used or lost. It followsThere is no reactive energy in circuits in which direct current flows. Measuring devices of this type are not required here. Use the universal measuring devices to get a complete overview of your installation. All devices from the eibabo® shop work reliably and precisely. You get the highest quality from brands such as Hager, Janitza, NZR, Panta, Phoenix, Schneider Electric, Siemens and Weidmüller. Use the detailed search to filter certain properties and quickly find the right device.  Catalogue content:In this eibabo® catalogue Devices for distribution board- / surface mounting > Multifunction measuring instrument you will find items from the following product groups:Item overview:Active power meterAmmeterCombination meterControl cabinet measuring deviceFrequency meterIndustrial measuring deviceMonitoringMultimeterPanel meterPulse counterReactive power meterTachometerfrom the following manufacturers:Manufacturer overview catalogue Universal metering device:HagerJanitzaPantaPhoenixSchneider ElectricSiemensWeidmüller
Finned tube heater - Although your shed or garage cannot be heated, do you want to work there during the winter? Or maybe you have a greenhouse in which you want to store your sensitive plants frost-free during the cold season? Then a finned tube heater is an interesting investment for you. You may have seen such radiators at your local garden center or in your car repair shop. Finned tube heaters are particularly stable and can be easily connected to the house installation. Dirt and moisture cannot harm them. Even jets of water and even short-term submersion are no problem for the models with protection class IP67. With mounting feet and a manual temperature setting, both installation and operation are a breeze. Order your finned tube heater quickly, securely and conveniently in the eibabo® online shop.What are finned tube heaters?Finned tube heaters are electrically operated heaters designed for industrial use. Due to the simple design and high reliability, these are particularly suitable for all heating applications up to an ambient temperature of 60 °C. As a rule, the devices have a self-contained design and are therefore also suitable for damp rooms. This makes finned tube heaters very flexible in use. All you need is a power connection designed for the power of the respective device. NoticeIf a permanent connection to the power supply is required for commissioning, we recommend installation by an experienced electrician. Depending on the model, plug assembly is possible or a permanent connection is necessary.How are finned tube heaters constructed?The radiators are typically made from a stainless steel tube on which steel ribs are spirally attached. These serve to enlarge the surface and thus enable better heat dissipation. The heating insert in the tube is usually made of technical ceramics. It includes a glow coil. The connection and control unit are built into a plastic housing. A tight cable gland is provided for the connection. The power and thus the heat output can be infinitely adjusted via a rotatable controller.buying tipWhen buying, pay attention to the surface temperature. We differentiate between devices with high and low surface temperatures. This results in differences in the area of application.In the case of high surface temperatures, the stoves are not suitable for rooms with combustible materials or where there is a risk of contact. Special equipment is available for potentially explosive areas. With some models it is possible to insert a second cable gland in the housing. This enables connection to a room thermostat. Some devices are already equipped with an integrated thermostat. A control lamp often provides information about whether the device is switched on or off.Where are finned heaters used?The devices are designed for industrial or commercial use and are used as frost protection in machine rooms, pumping stations, elevator shafts, greenhouses and other environments without their own heating system. Ribbed heaters also serve as heating in waiting rooms, crane cabs, site trailers, workshops, service areas and technical drying rooms. Ribbed radiators can also be interesting alternatives in the private sphere. For example, think of:a garage in which you can carry out repairs or pursue your hobby even in the cold seasonan outbuilding in which you protect your potted plants from frost in wintera barn for small animals, in which a certain minimum temperature must always prevail Image: Kraemer & Kraus RRH TR 1000 finned tube heating furnaceWhat are the prerequisites for the installation of finned radiators?Ribbed heaters require a power connection. The standard voltage is 230 volts AC. Depending on the model, the devices have an output of between 200 W and 6000 W. A three-phase 40 volt power connection is required for high-performance devices. Especially for the more powerful heaters, it is not recommended to connect the devices to a classic socket. Please note the capacity of the circuit and which other devices usually use this circuit. A power supply designed for the radiator and separately fused is to be preferred in any case. The ribbed radiators also have mounting feet for attachment to the wall or floor. The subsurface must be sufficiently stable to ensure safe installation. Please also make sure that there are no obstacles around the device. These lead to heat accumulation, impede the even distribution of the heated air and pose a potential fire hazard.Are there special equipment or accessories for ribbed heaters?So-called Ex space heaters are available in the eibabo® shop for special environments. These are used to heat the room air in explosion-prone workplaces. A touch guard made of perforated sheet metal can be a useful accessory. You mount this with a certain distance around the radiator and thus prevent accidental contact of the skin or flammable substances with the possibly hot slats.How should finned tube heaters be maintained?Ribbed heaters are suitable for use in different environments and are largely wear-free and maintenance-free. However, it can happen that dust and dirt are deposited on the devices. This can lead to reduced performance. In such cases, it is advisable to clean the spaces between the slats with compressed air or a vacuum cleaner. This will ensure the necessary air circulation again. If damage such as holes or cracks occur on the housing through everyday work, safety-relevant properties are no longer given. In such cases, we recommend an exchange. TIPDue to the design for commercial and industrial use, finned tube heaters are robust, maintenance-free, protected against corrosion and usually absolutely dust-tight and waterproof. A large selection of robust and durable finned tube heaters is available in the eibabo® technology store. We only offer the best brand quality from the well-known manufacturers Etherma, Kraemer & Kraus and Schultze. These have been tried and tested in our customers' systems for years and are characterized by their particular reliability. Most devices are available here in the shop at short notice and can be shipped worldwide on request. Use one of over 20 secure payment methods.  Catalogue content:In this eibabo® catalogue Residential heating > Finned-tube heater you will find items from the following product groups:Item overview:AntifreezeDirect heatingElectric heaterElectric heatingFinned tubeFinned tube heaterFinned tube heatingFinned tube heating furnaceFrost WardenRadiatorRib furnaceRib heaterSpace heaterSpace heatingStainless steel radiatorTubular heating furnaceWall convectorfrom the following manufacturers:Manufacturer overview catalogue Finned tube heater:EthermaKraemer & KrausSchultze
Socket - A socket is much more than an inconspicuous power supply on the wall. Find out here which sockets are available and why you can never have enough of them. In addition to buttons and switches, sockets are among the most important products of all manufacturers of switch programs. A socket is installed either permanently on a wall (surface-mounted socket) or recessed (flush-mounted socket). Sockets can also be part of a mobile line coupling, such as table or multiple sockets. There are also sockets on extensions that are intended for mobile use. A socket is mostly used for the power supply. There are also sockets for telephone / telecommunications and for the data transmission sockets. Devices are usually supplied with single-phase alternating current (in Europe 230 volts) or three-phase alternating current (three-phase current with 400 volts) via classic sockets. There are also standardized sockets for 12V direct current. There are separate socket systems for the supply of higher voltages and currents.Basic information about sockets - in a nutshellA distinction is made between the flush-mounting and surface-mounting types. With the flush-mounted variant, sockets are mounted in switch boxes, which in turn are embedded in the wall. In the 'surface-mounted' variant, sockets are attached to existing walls, usually with dowels and screws.Double sockets are usually nothing more than two single sockets. They obtain the energy from the same supply line. Flush-mounted variants can be optically connected to one another via the frames of the switch range. With surface-mounted devices, both sockets are supplied in one housing.A socket insert is a device for installation in the switch box. It is either attached using claws (clamp connection) or by screwing the base plate of the insert to the screw holes of the switch box. The insert must be supplemented by the frame of the switch range.High-quality moisture-proof sockets usually have a self-closing cover and a rubber seal around the base. They are used in bathrooms, kitchens or utility rooms.Outdoor sockets must protect the current-carrying cables from rain and snow. Their housings are often particularly stable in order to prevent damage from mechanical influences.The degree of protection is a determining variable for the place of use. The best known is the two-digit IP protection class (IP = International Protection / Ingress Protection). The first digit stands for protection against contact and foreign bodies, the second digit for protection against water. The higher both digits, the safer. Planning of sockets - there is no such thing as too muchIf I were to build a house again, I would do many things differently.' You hear it very often like this or something similar when you talk to builders. Not infrequently, the planning and implementation of the electrical installation is one of the things that could be better. It is often the insufficient number of sockets that makes everyday life unnecessarily cumbersome. For example, if there is no socket in a dark corner of the room, you must lay an extension cord for the lamp. You probably won't connect very many electronic devices in a bathroom. A living room is usually equipped with many devices and is occasionally rearranged. Many sockets offer flexibility here. TIP:Sockets are very cheap to buy compared to the whole building. Do not plan too tightly, but generously. But positioning also plays an important role. Plan ahead with the layout of your home, the furnishings, and the purpose of the room. Think about the different uses throughout the year. For example, the following are often overlooked:Sockets in the window reveal to supply the Christmas lightsSockets at ceiling height for extractor hoods, infrared heaters and the likeSockets in the attic (for later expansion)the right sockets in hobby rooms, if necessary for devices that require three-phase currentOutside sockets on the balcony or terraceOutdoor sockets near a cistern or water barrel to feed a pumpOutside sockets in the carport or near storage areas for wood and the likeOutside sockets on the property line / driveway The Schuko sockets in the eibabo® online shopThere are many types of sockets. The so-called Schuko socket is the standard in Europe. The abbreviation SchuKo stands for 'protective contact' and is a designation for the German-speaking area. Internationally, these devices are referred to as type F sockets. Cables with three cores are connected to sockets of this design, one of which serves as a protective contact. This derives leakage currents. The matching plugs (e.g. on electrical devices) are also constructed according to this principle. In this catalogue, we present you with high-quality sockets from over 30 manufacturers, including Gira, Jung, Merten, Hager, Berker, Legrand BTicino, Busch-Jaeger and Siemens.How much load can a single socket withstand?A classic 230 volt household circuit is usually protected with 16 ampere fuses. This results in a maximum load capacity of the circuit of 3680 watts (16 amps x 230 volts). This means that you could theoretically draw 3,600 watts of power from a standard household socket. NoticeWhen it comes to electrical installation, it is advisable never to push individual devices to their capacity limits. In practice, about 2500 watts should not be exceeded at a socket. Based on Central European standards, 200 watts to 300 watts per individual socket is assumed in everyday use. With double sockets it is up to 500 watts. You should take this guideline into account when planning the maximum number of outlets per circuit for your installation.Does eibabo® also offer sockets of other standards?eibabo® is an international online mail order company and offers sockets that are common outside of Europe. The best-known form is the NEMA standard, which is not used in Europe (with a few exceptions). NEMA stands for National Electrical Manufacturers Association and describes a whole range of different sockets and power plugs. These are commonplace in America, such as the United States, Mexico, and Canada. Type B (NEMA-5-15) single-phase AC power is most commonly used in the United States. The regular operating voltage is 120 V, the mains frequency is 60 Hz. NEMA-6 series connectors are intended for heavy loads such as electric ovens. The NEMA system is also in use in parts of Asia, including Japan and Thailand, China and the Philippines. In addition, at eibabo® you will find sockets according to British Standard, Swiss Standard or Australian Standard.How do I integrate a standard Schuko socket into the smart home?An existing socket can be easily expanded in terms of functionality using a WLAN socket. As a rule, these are adapter plugs that you plug into the existing socket. These represent a link between the end device and the socket. An associated application (software) enables the connection to the home network. But it doesn't have to be WiFi. Other models use Zigbee, Z-Wave and Bluetooth as radio technology. If your electrical installation is just being planned, we recommend reserving a few sockets for your smart home. Then you have the option of using the corresponding flush-mounted sockets. These look visually appealing like classic sockets. You no longer need an additional adapter plug.Already knew?At the beginning of the electricity age, sockets and light switches were considered status symbols. Those who were self-respecting presented the electrical installation of the house 'surface-mounted' and clearly visible to everyone.The advantages of such sockets are, on the one hand, that the devices connected to the sockets can be disconnected from the power supply quickly and easily via the smart home system. In this way, the devices do not run on standby and save electricity. On the other hand, you can operate the sockets when you are not at home. If such a device is compatible with Apple HomeKit, Google Assistant or Amazon's Alexa, you can use it to control it.What is the difference to a socket with increased contact protection?At first glance, a socket with increased contact protection can hardly be distinguished from a classic socket. Some manufacturers mark such a model with a small symbol on the case.Image: Gira 045327 Schuko socket outlet with child protectionSockets with increased contact protection have an additional internal safety device that can vary depending on the manufacturer. In some models, this consists of rotary vanes. These open when both pins of a connector exert pressure on them at the same time. With other systems, the central insert can be rotated. So no object can be inserted into the holes of the socket. The installation of such sockets is recommended, for example, where children may have access to them. In other wordsThe designation 'Schuko' for protective contact has nothing to do with protection against accidental contact. Protection against accidental contact must also be provided. An alternative to the socket with increased protection against accidental contact can be separate socket protection. These plug into a standard socket and often work with a twist or slide motion as well. It is very safe with socket locks or lockable flaps.Why should I lock an outlet?Sockets are everywhere. These cannot always be monitored. In times of constantly rising energy costs, one often hears about electricity being stolen unnoticed via a hidden socket. This is made particularly easy for thieves if the socket is publicly accessible. Even if animals, children or other vulnerable people are constantly in the immediate vicinity of the socket, we recommend a lock. Lockable sockets or socket locks are available in the eibabo® shop at reasonable prices. Use our intelligent search.Are there sockets for other areas of application?In addition to classic sockets for everyday use, there are sockets in special shapes. You may need sockets in a place where neither a flush-mounted socket nor a surface-mounted socket is possible. A classic example is the junction box. Here you need a socket with mounting options on the DIN rail. Such models are often adapted in width to the pitch units in the junction box. Another special form are the so-called CEE sockets. These are available in the strengths 16 A, 32 A, 63 A and 125 A and are equipped with three to seven pins. Different colors represent the appropriate nominal voltage. The eibabo® shop offers CEE sockets and sockets for the junction box in separate catalogues.  Catalogue content:In this eibabo® catalogue Domestic switching devices > Socket outlet you will find items from the following product groups:Item overview:Bike socketBrightness sensorConcealed insertsData socket insertFine protectionFlange socketGround pinHinged cover socketHospitalHousehold wall boxInstallation socketInstallation switchMachine socketOvervoltage protectionPin contactProtective contact wall boxRecording moduleRoom temperature controllerSchuko socketSchuko wall boxScrew fixingSocket connectorSocket coverSpare partSpecial deviceSurface-mounted housingTouch protectionWaterprooffrom the following manufacturers:Manufacturer overview catalogue Socket:ABLABNBachmannBEGA GantenbrinkBerkerBusch JaegerE+P ElektrikEatonElsnerElsoEltakoEVNGiraHagerHamaHeraHHGJungKleinhuisLegrand BticinoLegrand SEKOLützeMennekesMertenMurrelektronikOBOPehaPhoenixPollmannSchneider ElectricSiemensStahlStriebel & JohnTehalitWalther
Protective isolating spark gap - Surge voltages caused by lightning strikes are rare but always very annoying events, especially when parts of the building and electrical equipment are damaged due to an inadequate lightning protection system. Isolating spark gaps are components of lightning protection systems and are used for equipotential bonding. They are used to isolate grounded and other conductors with an earth effect that must not be permanently connected together in such a way that when high voltage peaks occur, for example when lightning strikes, they still connect briefly for the purpose of equipotential bonding. A large selection of isolating spark gaps is available to you in the eibabo online shop. Please plan your lightning protection system carefully and discuss the choice of the right components with your electrician. We will deliver the required isolating spark gaps and other lightning protection products quickly and reliably directly to your construction site.Catalogue content:In this eibabo® catalogue Earthing, lightning and surge protection > Protective / Isolating spark gap for lightning protection you will find items from the following product groups:Item overview:Energy TechnologyIsolating spark gapsLightning protection spark gapOvervoltage protectionProtective / Isolating spark gap for lightning protectionProtective spark gapProtective spark gap for lightning protectionProtective/isolating spark gap for lightning protectionSpark gapfrom the following manufacturers:Manufacturer overview catalogue Protective isolating spark gap:ABNDEHNOBOPhoenix
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Hager - VA48CN - Distribution boards Volta, Surface mounting, IP30, 4x12 units VA48CN
$61.28 excl. VAT

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plus shipping
($179.53 RRP***)
Distribution boards Volta, Surface mounting, IP30, 4x12 units
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| VA48CN
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Hager - VA12CN - Small distributor, surface mounting Volta IP30,1x12PLE, DIN4387 VA12CN
$30.41 excl. VAT

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plus shipping
($78.52 RRP***)
Small distributor, surface mounting Volta IP30,1x12PLE, DIN4387
Hager
| VA12CN
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