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Hirschmann - The HIRSCHMANN company is regarded as the technology and market leader for industrial networks. As a specialist in automation and network technology, Hirschmann develops innovative solutions that are based on customer requirements in terms of performance, efficiency and investment security. HIRSCHMANN is part of the international BELDEN Group. Belden has 15 offices in Europe, the Middle East and Africa, and manufacturing facilities in Germany, the Czech Republic, the Netherlands, the UK, Denmark, Italy and Hungary. In Germany, Belden has a total of three locations - Neckartenzlingen, Ettlingen and Schalksmühle - and around 600 employees. The Hirschmann company has always played an important role in introducing Ethernet technology as a standard on the production floor. Today, the Powerlink protocol of the Ethernet Powerlink Standardization Group (EPSG) offers an open method for realizing demanding real-time applications based on Ethernet, e.g. B. for machine control through the integration of the CANopen protocol. Hirschmann is currently the only brand worldwide that offers a complete product range for data communication in the industrial sector based on Ethernet and fieldbus systems. These include layer 2 and layer 3 switches as well as industrial security and WLAN systems that serve as a uniform, company-wide communication infrastructure without interface problems and media breaks. These products are used in many different applications, including factory automation, process control, transportation and engineering. You can also find many of the HIRSCHMANN products in the eibabo online shop. Find the product you are looking for now in the online catalog under HIRSCHMANN!

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Circuit breaker - Are you sure that your electrical installation offers correct protection against overcurrents? Errors in protection can have dangerous consequences. Read here what you should pay attention to and the importance of the high-quality miniature circuit breakers from our eibabo® online shop.The use of electronic devices is a matter of course for us. Their use is comfortable and safe. But what happens if the television, washing machine, oven or refrigerator has a short circuit or overcurrent? These devices would be permanently damaged and fire accidents would be the result if suitable protective mechanisms were not activated as quickly as possible. In everyday life, hardly anyone thinks about these dangers. Why is that? Various safety elements are integrated in today's electrical installations, which protect people, electrical devices or the circuits themselves from damage caused by overcurrent. Modern miniature circuit breakers, among others, perform this task. They are also called circuit breakers or fuses. Do you remember?Historically, fuses contained a metal wire or strip that would melt if overcurrented, interrupting the flow of current. As a result, a tripped fuse was destroyed and had to be replaced. These so-called safety fuses are still used today, for example in vehicle construction. Circuit breakers work differently, can be reactivated manually after tripping and thus offer obvious advantages over fuses.What are circuit breakers?All non-adjustable circuit breakers are referred to as miniature circuit breakers, also known as MCBs. MCB is the abbreviation for the English term 'Miniature Circuit Breaker'. It is always an overcurrent protective device in the electrical installation when used in low-voltage networks. Miniature circuit breakers protect lines from damage caused by heating up as a result of excessive current, usually caused by a short circuit. The miniature circuit breaker is a reusable safety element that does not reset itself automatically. This makes handling very safe and you can quickly restore the power supply after it has been triggered. There are no high maintenance and replacement costs. Combinations of a miniature circuit breaker (MCB) with a residual current device (RCCB) are also available, these combined devices are referred to as RCBO devices (English: 'Residual current operated Circuit-Breaker with Overcurrent protection').What were the different miniature circuit breakers developed for?The miniature circuit breakers available from eibabo® differ not only in their rated current and design, but also in their tripping characteristics. The following standardized tripping characteristics are currently permitted for miniature circuit breakers:Type B (standard line protection)Type B miniature circuit breakers are the usual variants for private use. These switch off the circuit as soon as the current exceeds three to five times the actual current flow. Type C (higher inrush current for machines or lamp groups)Type C switches are used, among other things, in household appliances and in commercial devices such as fluorescent tubes, PCs, printers and servers. These break the circuit when the current exceeds five to ten times the actual current flow. Type D (for highly inductive or capacitive loads, e.g. with transformers, magnets or capacitors)Type D MCBs offer high resistance. These turn off the circuit when the current exceeds ten to twenty times the actual current flow. Type E (SLS / circuit breakers for main lines)SLS stands for 'Selective Circuit Breaker'. This triggers with a time delay when the current exceeds 5 to 6.25 times the actual nominal current. This means that downstream fuses or classic miniature circuit breakers switch off the current beforehand. Type K (with high inrush current with sensitive overload tripping)Type K miniature circuit breakers trip at eight to twelve times the actual current flow. These protect heavy-duty equipment such as compressors, winding motors and X-ray machines. Type Z (semiconductor protection with high line impedance)Type Z miniature circuit breakers are sensitive to short circuits and are used in semiconductor production. These break the circuit when the current exceeds two to three times the actual rated current. Image: Hager MCN316 miniature circuit breaker 3-poleIs the installation of miniature circuit breakers absolutely necessary?Miniature circuit breakers for lighting circuits and socket circuits are mandatory in the circuit distributors of apartments and residential buildings. You must install these. For industrial installations, in industrial plants and in trade, please pay attention to the higher requirements for miniature circuit breakers. Here, miniature circuit breakers / MCBs often also protect equipment and devices.How does a circuit breaker work?Miniature circuit breakers usually have two trigger mechanisms, the electromagnetic quick release and the thermal release. When an overcurrent flows through the circuit breaker, a bimetallic strip in the thermal trip unit heats up and bends. This triggers an interlock, interrupting the flow of current in the circuit. This process protects against hazards or damage to devices that can result from the overload. In addition, the melting of the lines is prevented. In the event of a short circuit, the electromagnetic trigger acts. Here the current suddenly increases and a magnetic field builds up inside a coil. A bolt reacts to this, hitting the trigger mechanism in fractions of a second and interrupting the circuit.NoticeIn the circuit breaker, the outer switching lever is not directly connected to the actual switching mechanism. The device also triggers reliably if the shift lever is jammed, locked or manipulated.To get the current flow going again, the circuit breaker can be reactivated using the shift lever.What is the difference between single-pole and multi-pole miniature circuit breakers?You use single-pole miniature circuit breakers, for example, for circuits with single-phase alternating current. Three-pole miniature circuit breakers are used in AC circuits with three current-carrying phases. In the event of an overcurrent or short circuit, these are able to switch off all phases. This happens even if the fault affects only one phase. recommendationWe advise you to protect multi-phase circuits with a multi-pole circuit breaker. Do not divide the individual phases into single-pole circuit breakers. Working with electricity is dangerous. Please have changes or extensions to your system carried out by a specialist electrician.Which miniature circuit breakers are recommended?A large selection of miniature circuit breakers for electrical distribution installation can be found in the eibabo® online catalogue. We carry high-quality and reliable miniature circuit breakers from well-known and well-known manufacturers such as Siemens, ETA, ABL Sursum, ABB Stotz S&J, Eaton, Hager, Schneider Electric or from Moeller, Doepke and Stahl.  Catalogue content:In this eibabo® catalogue Circuit breakers and fuses > Miniature circuit breaker (MCB) you will find items from the following product groups:Item overview:AC circuit breakerAC voltage machineAuxiliary circuitBuilt-in deviceBuilt-in distributor deviceBuilt-in machineBusbar automatBusbar fuseCable circuit breakerCircuit breakerControl circuit breakerDC circuit breakerDC voltageDirect currentDirect current machineEnergy TechnologyHigh performance circuit breakerInstallation machineMCB circuit breakerModular installation deviceMotor protection switchOvercurrent protectionOvercurrent switchPlug-in circuit breakerRail mounted devicesScrew circuit breakerShort circuitTax securityfrom the following manufacturers:Manufacturer overview catalogue Circuit breaker:ABBABNBachmannDoepkeEatonETAHagerMurrelektronikPhoenixSchneider ElectricSiemensStahl
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
Patch panel copper - Patch panels are the distribution modules for your network and telecommunications technology. Depending on whether you are using copper patch cords or fiber optic patch cords, your patch panels must be equipped accordingly. They represent the nodes of your network and are therefore important building blocks so that all connected end devices can communicate with each other. By purchasing patch panels from the eibabo online shop, you are opting for high-quality goods that you can use to connect computers, printers, copiers, screens, routers, switches and other devices to form a high-performance communication network. You can also get the right patch cables here in the eibabo technology store. Try us. Your satisfaction is a high priority for us.Catalogue content:In this eibabo® catalogue Data and telecommunication > Patch panel copper (twisted pair) you will find items from the following product groups:Item overview:19 inch bar19 inch distribution panel19 inch distributor19 inch panel19 inch patch panel19 inch telephone patch panelCategory 3 patch panelCategory 5 patch panelCategory 6 patch panelCategory 6A patch panelCategory 7 patch panelCategory 7A patch panelCopper patch panelDistribution panelISDN patch panelMarshalling boxMarshalling panelModular distributorPanelPatch panelPatch panel copperPatch panel copper (twisted pair)Patch panel kitRJ45 modular patch distributorRJ45 small distributorTelephone patch panelWall distributorWall-mounted distributorfrom the following manufacturers:Manufacturer overview catalogue Patch panel copper:3MABBAssmannBrand-RexBusch JaegerCobiNetCommScope EMEACommScope/AMP NetconnCorningDätwylerDätwyler IT InfraEFB-ElektronikHagerHomewayLeoni DatacomLeviton Manufact. EUMennekesMertenMetzPanduitPhoenixPROTEC.netReichle & De-MassariRutenbeckSetecSiemensTelegärtner
Binary input - What interesting possibilities does the use of binary inputs in building automation offer you? Learn more about differences, use cases, and things to watch out for on this page.What do you need a KNX binary input for?KNX binary inputs are used to convert conventional alarm messages, fault messages, operating messages or status messages (generally analog signals) into digital signals and connect them to the KNX bus.Image: KNX binary input universal - Hager TXA306 for KNX building automationWhat should you know before buying a KNX binary input?Take a look at your project and ask yourself the following questions:Is it a new installation or do I have to consider the properties of existing devices (e.g. switches)?Which signals or voltages should be recorded?What is the distance between the signal transmitter and the receiver?Do I need additional cables and lines?Should the control only be wired or also possible via radio?Which logic functions do I want to implement?and much more The answers will help you to make the right choice for a suitable binary input. Among other things, this results in the number of channels that your new binary input should have, which manufacturer supplies an application (software) suitable for the project and whether the binary input must be suitable for potential-free devices or not.What is the difference between the individual binary inputs?The binary inputs are often provided in the variants 20V, 24V, 230V and potential-free. Which one you need in each individual case depends on which signals you want to activate. Notice:The addition potential-free, 20V, 24V or 230V does not refer to the binary input, but to the signal to be recorded. potential-free binary inputsPotential-free means that no external voltages (potentials) may be connected to the inputs at these binary inputs, since the contact voltage (usually 10-20V) is already provided by the binary input itself. The potential-free variant is typically used for buttons, switches, door contacts (magnetic or reed contacts), window contacts (magnetic contacts) or auxiliary contacts. Magnetic contacts may often only be assigned a maximum of 20V DC. However, the maximum cable length that can be connected is often limited to between 50-100m, see the description of the respective potential-free binary input and can also be negatively influenced by inductive or capacitive loads in the area around the routed cable. Devices with wires that have already been brought out should generally not be extended at all, eg button interfaces (a button interface is also a binary input). 20V and 24V binary inputsModels with 20V or 24V are used when devices cannot switch potential-free. These are, for example, presence detectors or differential pressure monitors for stoves that work with 24V technology. 230V binary inputsThe 230 V version is often used to connect existing 230 V AC signals to the bus in order to evaluate them. For example for conventional 230V outdoor motion detectors, buttons, switches or other messages from other systems. Fuses can also be monitored in order to immediately notice critical changes in large building complexes, for example. What specific applications can be implemented with KNX binary inputs?The possibilities are diverse and depend entirely on your project. A KNX binary input detects a status change at its input. Depending on the parameterization that you carry out using the software (ETS), a telegram is then sent to the KNX bus. This information can then be integrated into other desired functional logic, for example:Open windows = set heating to standby/frost protectionLevel reached = open valveTo evaluate a conventional 230V motion detectionFor activation of conventional buttonsTo capture status or operational messagesEvaluate error messages from connected devicesand much more Or you use the information for displays on displays, for touch functions or for visualizations for evaluation purposes.What is ETS?ETS is the abbreviation for Engineering Tool Software. This is used to assign and parameterize certain actions, relationships or functions within the building automation. So you determine what a binary input should do with an incoming signal. Programming skills or learning a programming language are not required. If you are interested in logical connections and can imagine the later function in the building based on an abstract scheme, the creation of a project should be a solvable task for you.We recommendIn the case of particularly complex projects, it can be advantageous to hire an experienced system integrator to create the basic project. This is typically much faster than doing it yourself and you will receive a tested, error-free basic version of your system. Later you can easily change, add or remove individual parameters yourself.You can think of the configuration as similar to the folder system on your Windows PC or iOS computer. You create your own structure and save files in it. In addition, you create shortcuts to other files and folders based on certain conditions. In the ETS, the 'folders' are floors or rooms, for example, and the 'files' in them correspond to sensors and actuators that you can relate to one another.Can consumption also be recorded and evaluated with KNX binary inputs?At eibabo® you will also find KNX binary inputs to record counter values. You can order almost all conventional water meters, electricity meters, gas meters, heat meters and many more including an S0 interface (pronounced: S-zero interface). This is used to transmit measured consumption values for further processing in the building automation. The interface sends an impulse via a contact, which corresponds to a certain value of the measured medium. The pulse value is always the responsibility of the meter manufacturer.An example: If you buy a water meter with an S0 interface, the pulse value is on the meter or in the product description, for example 10 liters = 1 pulse. That means the contact closes and opens again (rising/falling edge, 30 ms = t_ON = 120 ms 30 ms = t_OFF) as soon as 10 liters of water have been consumed. Simply put, the signal is similar to when you press a button. You can evaluate these contacts using a KNX binary input with the application provided by the manufacturer for counting value acquisition.As a rule, potential-free 20V or 24V binary inputs are used for this, as the contact voltage may be a maximum of 15V (S0 interface class B, short transmission paths) or a maximum of 27V (S0 interface class A, long transmission paths).Are long distances critical for signal transmission?Pay attention to the technically required maximum cable lengths between signal detection and binary input contact, especially with 20V, 24V and potential-free. These are often a maximum of 100 meters and should be routed in a protected manner without inductive or capacitive cross-influences. TIP:Please refer to the manufacturer information for this. The individual brands and the different variants have individual limit values. This applies in particular when critical states are to be monitored, such as counting for billing purposes (LIYCY lines, cables).How are KNX binary inputs mounted?KNX binary inputs are available with eibabo® for different types of installation, for example for installation in an electrical distribution board. These devices are referred to as modular installation devices (REG). There are also binary inputs for flush-mounting (UP) or surface-mounting (AP) and for integration in ducts or similar (EB).Which manufacturers of KNX binary inputs are recommended?In this eibabo® catalog you will find everything on the subject of KNX binary input, binary input device, binary input module, button interface, universal interface, input module, button coupler and evaluation unit. Well-known manufacturers are ABB, Berker, Busch-Jaeger, Doepke, Eaton, Elsner, Elso, Eltako, Gira, Hager, Issendorf, Jumo, Jung, Lingg & Janke, MDT, Merten, Peha, Siemens, Theben and Warema.Trust our experienceWe have been working with the products from these manufacturers for over 25 years and have been able to use them in hundreds of projects around the world.We have always paid attention to quality and reliability when realizing our projects. Because permanently error-free functionality is crucial, especially in complex building automation installations.  Catalogue content:In this eibabo® catalogue Installation bus systems > Binary input for bus system you will find items from the following product groups:Item overview:Basic moduleBattery poweredBinary inputBinary inputsBus technologyButton inputCombination actuatorControl unitDIN railEngine control unitExpansion moduleFlush-mounted boxInput couplingInput moduleInterfaceLighting controlNormally open outputPanel adapterRadio systemShading controlShutter controlSocket coverStatus indicatorSwitching outputTactile sensorUniversal interfacesWireless reed contactWireless solutionfrom the following manufacturers:Manufacturer overview catalogue Binary input:ABBBerkerBusch JaegerEatonElsnerElsoESYLUXfrogblue AGGiraHagerIssendorffJungLingg & JankeMDTMertenPehaSchneider ElectricSiemensThebenZumtobel

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1 From 625
No results were found for the filter!
RECOMMENDED
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Berker - 52008989 - Emergency call set compl. polar white/glossy S.1/B.3/B.7 glass 52008989
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Circuit breaker labeled B 32A, 3p - Miniature circuit breaker 3-p B32A
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Siemens - 5SV3344-4 - FI circuit breaker type B, 30mA, 40A - Residual current breaker 4-p 5SV3344-4
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FI circuit breaker type B, 30mA, 40A - Residual current breaker 4-p
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Schneider Electric - A9D56616 - Residual current circuit breaker with line protection 16A B 30mA A A9D56616
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Schneider Electric - A9D07616 - RCBO 16A B 30mA A - Earth leakage circuit breaker B16/0,03A A9D07616
¥350.35 excl. VAT

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RCBO 16A B 30mA A - Earth leakage circuit breaker B16/0,03A
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1 From 625