Search results for Mennekes

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Mennekes - The Mennekes company was founded in 1935 by master electrician Aloys Mennekes. Today, Mennekes employs 1,000 people worldwide, more than two-thirds of them in Germany. With 16 agencies and its own technical field service, Mennekes covers its own sales and maintains dialogue with electrical wholesalers, electrical trades and industry. In addition, the company is represented by its own employees with numerous subsidiaries in the most important growth markets such as China, Russia and India. In addition to ensuring optimal service and customer orientation, Mennekes also has the appropriate ability to deliver, which is guaranteed by local logistics and warehousing. The Mennekes Group recently generated sales of over 140 million euros, with more than half of the sales coming from exports. The Mennekes product range has grown to over 15,000 different standard and special products. We also have many of the products in our range at eibabo, such as the standardized CEE industrial sockets and electromobility solutions in various designs and designs for a wide variety of applications. The strengths of Mennekes are top quality, reliability, safety, innovative strength, market proximity and sustainability in action. The company is a reliable brand partner for us as dealers and you as customers and satisfied users. Mennekes connectors are quality products for which more than 5,000 certificates and test marks have already been issued. All companies of the MENNEKES Group are certified according to DIN EN ISO 9001 and thus give you as a buyer and user a promise of quality and performance.

Mennekes E-Mobility - Even if electromobility began a century ago, it has only experienced its breakthrough since the 2010s. A well-known representative for innovative products in this area is Mennekes Elektrotechnik GmbH & Co. KG. But this is not the company's only business area. Mennekes started out as an electrician's workshop in 1935. After producing various electrical items and the glow starter firelighter in the first few years, the focus after the war was on aluminum plugs and later on plastic plugs and couplings. Since then, the company has stood for innovative, high-performance solutions in the industrial sockets market segment, which also includes data and network technology as well as technology for refrigerated containers, fire brigades, civil protection and events. It produces quality "Made in Germany" and sells its solutions in over 90 countries. With subsidiaries, sales offices and representatives in Europe, Asia, the Middle East as well as in North and South America, Mennekes has an excellent international network. From 2008, the focus was also on the business areas of electromobility and automotive. With the Type 2 charging plug, the company developed the standard plug for charging electric cars. Almost every charging station in Germany is equipped with a type 2 plug. As a full-range supplier in the field of electrical material, the eibabo® technology store also stocks high-quality items from the Mennekes company. If you are looking for a suitable charging solution for your electric car, you are sure to find it here. We offer wall boxes, charging cables, charging stations, test boxes, e-mobility gateways and the required installation accessories at top conditions. Rely on our many years of experience in the field of electrical installation and online mail order. In the eibabo® shops from eibmarkt® you only get high-quality products that you install yourself and can therefore recommend with a clear conscience.

Found in shop categories: 8

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

Switch cabinet empty - You still don't know which control cabinet to buy? You are not sure about the choice of size, materials and equipment? You will find the right control cabinet for your needs in this eibabo® catalogue. The control cabinet is the heart of an electrical installation. This is where all wires 'literally' come together.What is a switch cabinet?The control cabinet is a protected storage place for electrical devices and switchgear. This serves to ensure the safety of the devices and the people who work with them. A control cabinet contains, among other things, circuit breakers, fuses, relays, measuring devices and control devices. In addition, electricity meters, multimedia connections or power supplies can be installed in them. Control cabinets are usually differentiated according to design, size and function. The area of application of a control cabinet is often determined by its IP protection class (ingress protection). This indicates how well a control cabinet is protected against foreign objects and moisture. Most control cabinets are made of metal or plastic. Metal control cabinets are the best choice when it comes to security. Plastic cabinets are less robust and more likely to be damaged in the event of a fire. These are preferably used as terminal housings / terminal boxes for sub-distributions.What are the differences between the individual control cabinets?Control cabinets differ primarily in their design and location. Floor-standing control cabinets are designed for installation on the floor. They have a high load capacity and are ideal for heavy installations. Most floor-standing control cabinets have a double floor to ensure optimal ventilation. Wall switch cabinets are mounted on the wall or recessed from the floor to the middle between 1.10 m and 1.85 m. You will often find add-on control cabinets in server rooms. These are designed to be mounted side by side. Cabinets within a row do not have side panels. This saves space and simplifies installation across multiple cabinets. Their structure ensures optimal cooling of the installed devices. TIP:You can have special control cabinets for complex requirements made individually with additional cut-outs, bores, ventilation or viewing windows. Terminal boxes are usually smaller than control cabinets. Depending on the place of use, they are used to accommodate cables or lines and are particularly space-saving. Outdoor control cabinets are specially designed for outdoor use and are particularly resistant to the effects of the weather. These are often used in industrial plants or on construction sites. Corrosive environmental conditions can prevail in the pharmaceutical and food industries. You should therefore choose particularly robust materials such as stainless steel for such locations. These are especially suitable for use under difficult conditions.What is the function of a control cabinet?A control cabinet protects the electrical and electronic equipment inside. Dust and water should be kept away. In addition, sufficient cooling of the installation should be ensured to prevent overheating. The control cabinet itself must also be designed in such a way that it protects against external influences such as vandalism. A control cabinet usually has a modular structure. An individual subdivision into power ranges and control ranges is ensured by mounting rails and mounting plates. In addition to a flexible structure, these also enable simple maintenance and repairs. The components must be arranged within the control cabinet in such a way that no electromagnetic or mechanical influences occur.Image: Schneider Electric NSYS3D6425 control cabinetA control cabinet shields the installation from electromagnetic emissions from its environment. Control cabinets are usually closed so that nobody can accidentally come into contact with the installations. In addition, a control cabinet is used for fire protection inside and outside. Controlling the current flow is also an important task of a control cabinet. It may be necessary to regulate or switch off the flow of electricity in certain areas of the network, for example when a device needs to be repaired or replaced. This ensures that just the right amount of current is flowing and that there is no danger to equipment or people.Is the temperature in my control cabinet correct?The temperature in the control cabinet is an important factor for the function of the components installed in it. However, it is not only the temperature itself that is important, but its constancy. Extreme fluctuations damage the electronic components. In general, one speaks of an optimal average temperature of 25°C. If there are larger fluctuations, condensate can form. This may impair the function of the installed devices. Thus, the average temperature is not a reliable guide. You should make sure that the temperature remains as constant as possible. If this is slightly higher than the room temperature, this usually does not damage the installation. On the contrary: the evaporation of moisture is promoted. Most of the components in the control cabinet are designed for an operating temperature of up to 50°C. In order not to impair the service life, a temperature of more than 35°C should not be exceeded permanently.What should you consider when choosing a control cabinet?Choosing the right control cabinet depends on numerous factors. Control cabinets are available in a variety of sizes, designs and price ranges and can be used for different purposes. Ask yourself the following questions:In which environment will the control cabinet be installed? This affects the material and the IP protection class.Is it a private system or a complex installation? The size of the closet depends on that.What meters and devices will be installed and how many?Will the cabinet be installed in a public or semi-public area? Then it should be lockable.Who should be granted access to the control cabinet?Is an alarm system necessary?Should the operating conditions be monitored (temperature, humidity)?Is air conditioning necessary?Is a smoke detector or extinguishing system necessary?and much more NoticeControl cabinets are not indestructible and can be damaged by vandalism, improper handling or extremely high temperatures. Therefore, when buying, you should pay attention to its suitability for the intended purpose.The control cabinets from the eibabo® shop are robust and durable. In this catalog you will find numerous variants of the best quality. Well-known manufacturers include ABN, Assmann, Bopla, Devi, Eaton, Eldon, Enoc, Hager, Heitec, Kathrein, Mennekes, nVent Thermal, Panduit, Phoenix, Rittal, Schneider Electric, Siemens, Spelsberg, Striebel & John, Televes , Triax, Vertiv and Weidmuller. In addition to the switch cabinet itself, there may be other switch boxes or sub-distributors, depending on the complexity of the system. Empty and unequipped, the housings are made of metal or plastic. Depending on their size and equipment, these have bases for accommodating terminal strips or devices for mounting rail systems. In any case, you buy cheaply from eibabo® and receive your delivery in the shortest possible time. Catalogue content:In this eibabo® catalogue Cabinet enclosures > Enclosure/switchgear cabinet (empty) you will find items from the following product groups:Item overview:Add-on cabinetAdd-on distributorBusbar systemCloset systemClosetsControl boxCorner cabinetCounter fieldElectrical enclosureElectronics housingEmpty plastic caseFood safeHousing solutionsHousing systemsHygienic housingIndoor housingIndustrial housingLarge closetLow-voltage distributorMetal frameworkOutdoor cabinetOutdoor heatingPlasticPlastic cabinetPlastic casePolycarbonateSingle cabinetSmall casefrom the following manufacturers:Manufacturer overview catalogue Switch cabinet empty:ABNAssmannBoplaDeviEatonEldonEnocHagerHeitecnVent ThermalPhoenixRittalSchneider ElectricSiemensSpelsbergTelevesTriaxVertivWeidmüller

Auxiliary contact block - Auxiliary switch blocks are an ideal supplement for auxiliary and power contactors. The auxiliary switch blocks we offer differ in design and mounting type, switching type (changeover, opener, closer) and number of contacts. Learn more about these devices in the following post. At eibabo® you will find a huge selection of high-quality auxiliary switch blocks with different specifications. These include:Execution of the electrical connectionType of installation and fasteningHeight of the rated operational currentand more Products such as the auxiliary switch block are among the low-voltage switching devices and are primarily used in electrical distribution installation and the installation of electrical distribution boards. Typical areas of application include engine controls and system controls, switching of lighting systems and multiplication of signals. Switch blocks expand the number of contacts with auxiliary contacts for control.Already knew?Contactors have auxiliary contacts and main contacts. The auxiliary contact is a mechanically operated contact in the auxiliary circuit. This is physically connected to the main contacts and is actuated simultaneously, carries less current and is called the auxiliary contact or control contact.Find out more about the function, structure and use of an auxiliary switch block in the following article.What is an auxiliary switch?An auxiliary contact or auxiliary switch is an additional contact within a circuit. This is used to regulate the amount of current that can flow through the system. Such a device is often installed when more current needs to flow than a single contact can handle. In practice, at least two contacts are then required. If there were only one auxiliary contact, under certain circumstances too much current would flow at one point in the circuit. This means: some areas receive no power, other areas receive more power than required. The amount of current flowing through the individual areas can be regulated with two or more contacts. This ensures that an even and correct power supply is guaranteed everywhere.How does an auxiliary switch work?When an overload trips a relay or fuse, the connected cable is also heavily loaded. In order to exclude the associated dangers, another, usually larger, switch can be controlled with an auxiliary switch. The auxiliary switch consists of a coil with high-current contacts and two sets of low-current contacts. In contrast to the coils of the main switch, these are not designed for continuous operation in the entire system. However, the auxiliary switch has delay functions. These prevent arcing and possible damage when opening the auxiliary switch while the main switch is still live.Image: Eaton DILA-XHI22 auxiliary switch moduleWhy should I use an auxiliary switch?They protect your circuit breakers and devices from damageSince auxiliary switches trip when a circuit is overloaded, the main switch or fuse are not overloaded. This protects your devices from damage caused by current spikes and heat build-up, to which your under-capacity fuses and circuit breakers would not respond. Auxiliary switches are often equipped with their own fuses. In the event of an overload due to a short circuit, its fuse will therefore trip without affecting the main circuit breaker. The auxiliary switch protects your devices from wear and tear, which would be caused by circuit breakers tripping frequently.You protect yourself from electrical hazardsAuxiliary switches ensure that no dangerous electrical faults occur due to the triggering of overloads. If an overload is not triggered, this may lead to:failures in the circuitsoverheating of componentselectric shocksfire hazard Auxiliary switches minimize these risks and ensure a safer working environment.They minimize the risk of power failuresAuxiliary switches minimize the risk of power failures because the circuit breaker is not overloaded. Even before fuses or circuit breakers trip, an overloaded circuit can cause overheating, damage to equipment, personal injury from electric shock, and other malfunctions. Auxiliary switches trip in the event of overloads before a critical level is reached. This ensures optimal performance and life expectancy for your electrical system.They increase the life expectancy of circuit breakersWithout an auxiliary contact, the circuit breaker would have to handle the additional current required by under-capacity circuits. This would degrade their ability to dissipate heat. And this leads to degradation of circuit breaker performance over time. Auxiliary switches limit the current and ensure that the main circuit breaker is not subjected to dangerous overloads.What is the difference between auxiliary switches and circuit breakers?A circuit breaker uses an insulating washer that separates the two sets of contacts. Protecting high currents and voltages on circuit breakers requires a lot of force to make a conductive connection. The classic useMost often, a circuit breaker with main contacts and auxiliary switches is used to control the operation of motor-driven equipment. When the device is not powered, a spring mechanism keeps the two sets of contacts apart. When the circuit breaker is actuated, the spring is released and the two contacts come together.An auxiliary switch requires less pressure to open and close. When closed, the two sets of contacts touch via a metal bridge. If there is a problem with the circuit breaker mechanism or an overload is detected, one pair of contacts will easily separate from the other. As a result, further protective measures can be taken, including opening the main contacts or turning them off completely. Auxiliary contacts are therefore used for monitoring, so that in the event of a malfunction, the main contacts can be opened before there is a problem with the device or the circuit breaker.As a leading specialist center for electrical engineering, the eibabo® technology store only offers you high-quality auxiliary switches and auxiliary switch blocks. Our range includes products from the manufacturers ABB, Eao, Eaton, Hager, Mennekes, Schlegel, Siemens, Stahl and Steute. Use our numerous payment methods and have your order delivered directly and quickly worldwide. Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Auxiliary contact block you will find items from the following product groups:Item overview:Auxiliary switchBuilt-in switchConnection baseContact setControl unitEngine monitoringFlat connectorFuseFuse cartridgeInrush current limiterInstallation kitLate break contactLoad disconnectorPendant controlPhase barrierProvisionPush buttonRail mounted devicesResetSealing hoodSignaling contactSwitch blockSwitch-on readySwitching cycle counterSwitching elementTouch protectionTripped signaling moduleVoltage releasefrom the following manufacturers:Manufacturer overview catalogue Auxiliary contact block:ABBEaoEatonEuchnerHagerKraus & NaimerLegrand BticinoMennekesMitsubishiRafiRockwellSchlegelSchmersalSchneider ElectricSiemensStahlSteute

Central control unit e-mobility - In this eibabo® catalogue Industrial socket/plug applications > Central control unit E-Mobility you will find items from the following product groups:Item overview:Central control unit E-MobilityCentral control unit for charging point electrical vehicleCentral control unit for electric vehicle charging pointControl station for charging point electric vehicleE-mobility control stationfrom the following manufacturers:Manufacturer overview catalogue Central control unit e-mobility:Mennekes E-Mobility

Measuring instrument e-mobility - In many areas of production, it is a requirement to check electrical installations at specific time intervals. With high-quality, robust, reliable and precise measuring and testing devices from the eibabo technology store, as a professional, competent and instructed person, you can fulfill your obligation to regularly check electrical systems. A still relatively new but strong and rapidly growing area is that of electromobility. Bicycles, scooters, cars, but also vehicles for delivery and passenger transport are increasingly being equipped with modern battery technology. The number of different charging points in both the private and commercial environment is increasing accordingly. Here you can get test boxes for charging stations, EV testers or V simulators as well as device testers for battery and grid operators for checking electrical e-mobility equipment.Catalogue content:In this eibabo® catalogue Industrial socket/plug applications > Measuring and testing instrument E-Mobility you will find items from the following product groups:Item overview:Measuring and testing device for e-mobilityMeasuring and testing instrument E-Mobilityfrom the following manufacturers:Manufacturer overview catalogue Measuring instrument e-mobility:Mennekes E-MobilityWalther

Accessories e-mobility - In recent years, electromobility has increasingly become the focus of society. Electric bicycles are already widespread and this trend does not stop at cars and motorcycles. Do you already drive electric? That's why we at the eibabo online shop offer you numerous items that you can use to charge your electrically powered vehicles. These primarily include charging stations and wall boxes. But the required accessories are also part of our product range. For example, you can also buy attractive stainless steel columns and steles for mounting your wall boxes, fastening sets, high-quality charging cables with various connections and brackets, protective covers, protective roofs and covers from us at low prices. We deliver the accessories for your e-mobility quickly and reliably, cheaply and safely worldwide directly to your home.Catalogue content:In this eibabo® catalogue Industrial socket/plug applications > Accessories E-Mobility you will find items from the following product groups:Item overview:Accessories for charging point electrical vehicleAccessories for E-MobilityAccessories/spare parts for E-MobilityBaseBottom plateCharging cableCommunication moduleConnection cableControl actuatorExternal connector holderFastening setHandleIncable-Controlbox (ICCB)Mounting frameMounting kitMounting postPayment moduleProtection capProtection hoodRFID cardSpare parts for E-MobilitySticker for bike unitSticker for charging pillarSticker for charging postSurface tankThermomanagementWall mounting setWater drain hosefrom the following manufacturers:Manufacturer overview catalogue Accessories e-mobility:ABBABLMennekes E-MobilityPhoenixSchneider ElectricWalther

Earthed plug - In this eibabo® catalogue Domestic switching devices > Plug with protective contact for devices you will find items from the following product groups:Item overview:Attachment connectorBuilt-in appliance plugBuilt-on device plugBuilt-up device plugContainer appliance plugDevice connectorDevice plugDWD device connectorExtra-low voltage socketFlanged device connectorFlush-mounted device plugPlug with protective contact (SCHUKO) for devicesPlug with protective contact for devicesProtective contact attachment plugProtective contact device plugSchuko appliance plugSchuko attachment plugSCHUKO device plugSCHUKO industrial device plugSurface mounted plugSurface-mounted device plugWall appliance plugfrom the following manufacturers:Manufacturer overview catalogue Earthed plug:BachmannMennekes

Phase sequence indicator - In this eibabo® catalogue Measuring instruments and tester > Phase sequence indicator you will find items from the following product groups:Item overview:Direction of rotation indicatorPhase sequence indicatorPhase sequence indicator measuring devicePhase sequence testerRotary field testerRotation indicatorfrom the following manufacturers:Manufacturer overview catalogue Phase sequence indicator:BenningElektraFlukeGMC-I MesstechnikMennekes

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