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Doepke - Doepke Schaltgeräte GmbH is one of the first manufacturers of residual current circuit breakers worldwide. 16 commercial agencies in Germany and more than 20 abroad work for the company. Subsidiaries in England and Dubai are also the entry tickets for future growth markets. In DOEPKE's product range you will not only find the world's largest range of residual current circuit breakers, but also a wide range of miniature circuit breakers and residual current protective devices, RCBO combinations, DIN rail mounted devices, twilight switches and systems for building automation. In these areas, the Doepke company can offer the right solution for almost every application. Constant further development, an eye for what is feasible and a competent and motivated team make the company an innovative and reliable partner. At Doepke, the customer is always at the center of everything we do and strive for. His satisfaction is the engine of creativity and flexibility in the company. The employees, who ensure the success and the future of the company with creative power and initiative, and the innovative products and the development of special solutions ensure the technological lead for the company and also for you as a customer and buyer of the products of Doepke Schaltgeräte GmbH at eibabo and thus the future and competitiveness.

Found in shop categories: 3

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
Combi earth leakage circuit breaker - How do you protect yourself from fires in electrical installations? Which devices prevent fires? How do you find the right fire protection switch and what specification should you pay attention to? This eibabo® catalog contains combination RCCBs/line protection with a focus on fire protection. Did you know that about a third of the fires in Germany inside buildings have an electrical origin? Three quarters of this can be traced back to electrical devices or the electrical installation. How can you face this danger? Electricity is omnipresent and it is impossible to imagine our everyday lives without it. As a rule, the classic measures for protection against overload, short circuits and residual currents are considered sufficient and comprehensive fire protection is therefore also assumed. But this protection is not unlimited. In this article, we will bring you closer to the function of suitable fire protection switches and arc fault circuit breakers.Image: ABB DS ARC1 C20 A30 fire protection switchWhat is a combination RCD/line protection with fire protection function?If switches for fault currents and line protection are combined, this results in FI/LS combination switches. These protective switching devices combine the functionalities of residual current circuit breakers and miniature circuit breakers. What are these properties? A residual current circuit breaker prevents you from getting a dangerous electric shock if you touch something that is live. This switch provides personal protection that ordinary fuses and a circuit breaker cannot provide. A circuit breaker is an electromechanical device used to protect a circuit from excess current caused by either an overload or short circuit. So while a residual current circuit breaker only protects people from electric shocks caused by ground faults and a miniature circuit breaker is only used to protect against overcurrent, the combination of both switches offers comprehensive protection against both types of faults.Good to knowAn arc fault switch is an arc flash detection device. Its purpose is to detect the presence of dangerous electrical arcs and to isolate the affected circuit.Added to this protection is another safety feature - arc flash detection. Devices with this capability are referred to as fire circuit breakers, arc fault circuit breakers, or AFDD. The abbreviation AFDD stands for the English term 'Arc Fault Detection Device'.Why do I need a fire protection switch?Fusing with an RCBO combination switch already protects against many dangers. But there is a kind of error that the classic RCBO combination switch does not recognize. These are arcs within a cable or connection. But what is an arc? An electrical arc occurs when electrical current crosses a physical separation between two conductive materials. If only little current flows, a short-term spark is produced. If the current is high enough, a continuous arc is generated. This can result in temperatures of over 6000°C and gaseous air turns into plasma. In principle, arcs are not a problem as long as they are generated in a controlled manner, for example in an electric motor or in a light switch. However, when accidental arcing occurs in a circuit, a fire can occur due to the intense heat from combustible materials. Common causes are:Damaged insulation of current-carrying conductorsFaulty cable connections and line connections These causes are often caused by improper handling. These include:kinking, crushing and twisting of cables and linesdamage caused by screws, nails or drillsloose connections between two cable endsPoor cable protection and mounting (damage from mechanical stress, movement or rodents) To minimize the risk of fire from these faults, fire protection switches have arc fault protection devices and offer protection against serial and parallel arc faults. A serial arcing fault occurs between two parts of the same phase of a line. A parallel arcing fault occurs when the arc occurs between the phase conductor and either the neutral conductor or the earth conductor.How does the arc fault protection device work on a fire protection switch?Fire protection switches continuously monitor the waveform of the electrical current flowing through one or more circuits. Arcs affect this current flow. If the device detects an unusual signature in the wave, the circuit is broken. 'Normal' arcs that occur during the operation of electrical systems (e.g. in the electric motor) are recognized by the device as harmless. With these, the protective mechanism does not trigger. But beware! A fire protection switch does not recognize:Phase-to-earth fault such as a residual current circuit breakerLine-to-neutral fault like a circuit breakerOverload like a circuit breaker For this reason, the fire protection switches are usually available in combination with RCBOs or are combined with them in the control cabinet.When should I buy a combination RCD/line protection with fire protection function?Basically, we always recommend not to save on your own safety. Even if a fire protection switch is not necessary to protect all circuits, the damage in the event of a fire is usually higher than the additional costs for such a device. Of course, you have to weigh the risk yourself. In certain facilities and parts of the building, however, the use of a fire protection switch always makes sense. This can be:Institutions with valuable goods (jewelers or museums)Rooms with combustible contents (barns, laboratories)oxidizing structures (chimneys, elevator shafts)Buildings open to the public (hotels, retirement homes, youth hostels, hospitals) If you decide against the installation of fire protection switches, please pay attention to the smell of burning from cables or sockets in everyday life. It doesn't have to be an arc fault, but if you smell burnt, you should always look for the cause. Also, if any cord or appliance feels hot to the touch, turn off the affected circuit immediately and, for permanent installations, contact an electrician.for your safetyFire alarms and smoke alarms are additional safety devices that you should never do without in your building. You will find high-quality and reliable devices in our shop. Use our intelligent search.Beware of rapid 'clicking' noises and burn marks on electronic devices. Turn off the affected circuit and have an electrician check the system.What types of fire protection switches are there?As a global electronics retailer, the eibabo® technology store has an extensive range of fire protection switches. Available are:stand-alone devices that you can install in series with a suitable protective device (miniature circuit breaker or residual current circuit breaker).Device combinations that unite the fire protection switch with a combination RCD/line protectionAdditional modules for other protection devices, which are usually only compatible with the protection devices of the respective manufacturer What should I look out for when buying a combination RCD/line protection with fire protection function?The choice of the right switch depends on the tripping characteristics, as is the case with classic RCBOs. There are, among other things, type B and type C combination switches. The main difference lies in the tolerance to the strength of the current surge, which leads to the disconnection of a circuit. TIP:Higher inrush currents can occur when lighting or motors are switched on. Your selected device must be able to distinguish these load peaks from actual errors. Devices with B characteristics are typically used for normal household and non-critical commercial applications. These trigger at residual currents that correspond to three to five times the nominal current. Choose type C devices for commercial and industrial applications. These trip at five to ten times the nominal current.Make sure you choose a reputable manufacturer. With no-name devices, reliable operation cannot be guaranteed and they deviate significantly from the specified values. In our shop you only get the best quality from leading manufacturers such as ABB, Doepke, Eaton and Hager.  Catalogue content:In this eibabo® catalogue Circuit breakers and fuses > Earth leakage circuit breaker with auxiliary device you will find items from the following product groups:Item overview:AFD switchAFDDArc faultArc fault protectionArc fault protection deviceFire protection switchFire protection switching deviceFire switchModular installation devicePersonal protection machinefrom the following manufacturers:Manufacturer overview catalogue Combi earth leakage circuit breaker:ABBDoepkeEatonHager
Combination rcd-line protection - What are the advantages of a residual current circuit breaker in combination with line protection? Where are these devices used? What specification should you look out for? Read this post to learn more. Electricity is an indispensable part of our life. But the fact is that electricity poses a risk to life and property. The main risks associated with electricity include electric shock and fire. Therefore, you should not be neglectful when protecting your circuits. The aim is to protect people from the risk of electric shock and fire. In the event of sudden ground faults, a residual current circuit breaker is particularly helpful. This ensures that in such cases the circuit is immediately interrupted. Circuit breakers are used in the event of overcurrents. With the combination of both devices you protect yourself against most dangers.Image: Hager ADZ316D residual current circuit breaker with line protectionWhat is combi FI line protection?Combination switches for residual current circuit breakers (FI) and line protection (LS) are also referred to as FI/LS combination switches. This FI/LS combination switch is a protective switching device that combines the functionalities of residual current circuit breakers and miniature circuit breakers. A residual current circuit breaker is an important safety measure when it comes to protecting electrical circuits. RCCB or RCD is also often mentioned. These are the abbreviations for the English terms 'Residual Current Circuit Breaker' and 'Residual Current Device'. It is a current sensing device that can automatically measure and disconnect the circuit. Disconnection occurs when a fault occurs in the connected circuit or the current exceeds the rated sensitivity of the device. Miniature circuit breakers are overcurrent protection devices when used in low-voltage networks. These are also called MCBs. MCB is the abbreviation for the English term 'Miniature Circuit Breaker'. Advantages:The combination FI line protection devices offer the following protection at the same time: short-circuit protection, overload protection, additional protection or error protection, protection against electric shock and preventive fire protection. While a residual current circuit breaker is only used to protect against earth faults and a miniature circuit breaker only to protect against overcurrent, the combination FI line protection protects against both types of faults.Where is combined RCD line protection required?The FI line protection combination devices we offer are used both in residential installations and in industrial applications. You can significantly increase the availability of a system with RCBOs. We recommend fitting a combi RCD to each individual circuit. Errors that occur in one circuit therefore do not impair the functionality of the other circuits. Assembly:The series installation devices are intended for installation in electrical distribution boards on the DIN rail. If you have electrical circuits that must remain functional at all times, a combi FI circuit breaker is the right choice. For example, think of the power supply for your aquarium, freezer or fire alarm. RCDs and miniature circuit breakers can still cause a power outage because they only detect one type of problem. In less important circuits, a residual current device or a simple miniature circuit breaker may be less expensive. However, consider their disadvantages when installing in critical systems.Can I replace a simple residual current circuit breaker with a combination FI circuit breaker?You can, of course, retrofit an FI/LS combination switch or replace your existing residual current circuit breaker with a combination FI circuit breaker. The prerequisite is that the cable sizes are appropriate considering the rating of the combined RCD. We recommend that the replacement be performed by a qualified electrician in accordance with the manufacturer's instructions and guidelines. He should check the resistance values and test the insulation. The isolation of the RCD combination switch should also perform within the appropriate specifications.What should I look out for when buying a combi RCD?When distinguishing between the individual RCBOs, please consider the tripping characteristics. Combination switches with B characteristics and C characteristics are available here. The key difference between Type B and Type C devices is their ability to tolerate surge currents without tripping. These are typically inrush currents in connection with reactive loads, which occur, for example, with lighting or motors (capacitive or inductive loads).Good to knowThe classification according to tripping characteristics is based on the nominal residual current at which instantaneous tripping occurs. This is usually less than 100 milliseconds. On the one hand, devices with high inrush currents should not trigger the RCBO combination switch unnecessarily. On the other hand, it should switch safely in the event of a short-circuit current.Type B devices are primarily suitable for domestic and light commercial applications. Here shift shocks are low or non-existent. Choose Type C equipment for commercial and industrial applications when you expect a certain level of electrical inrush current. In addition, there are devices of type D. These have only limited applications. Typically in industrial environments where high inrush currents are expected.Type B devices trip at fault currents that are three to five times the rated current. For example, a 10 amp device will trip at 30-50 amps.Devices with a C characteristic are designed in such a way that they trip at five to ten times the nominal current. A 10A device will respond at 50-100 amps. Choose a suitable model from a trusted manufacturer. The switching properties of cheap no-name devices can differ significantly from the specified values. Don't compromise on your own safety. In this catalog from the eibabo® shop you will find numerous residual current circuit breakers with line protection from leading manufacturers such as ABB, ABL, Busch Jaeger, Doepke, Eaton, Hager, Legrand Bticino, Schneider Electric and Siemens.Why does my combi RCD keep tripping?In addition to natural inrush currents, failure of connected equipment can trip a Type B combination switch in a residential or commercial environment. This is caused by high arc currents occurring at the time of failure. If unwanted trips persist, a Type-C device can replace a Type-B device, especially in commercial applications. Alternatively, it is possible to use a type B device with a higher power rating. Another reason can of course be a constantly present fault current in the installation or in the connected devices. Connected pluggable equipment should be removed in order to identify a defective device as the cause. If this is not the case, an electrician should be commissioned to check the electrical installation immediately. TIP:If a combination FI line protection trips, there is a reason. Increasing the tolerance threshold is only possible within certain limits. In this case, please look at your installation. The normal ratings for cables and wires refer to continuous operation under specified installation conditions. Of course, cables and wires can carry higher currents for a short time without being damaged. If the load becomes too high, please secure individual devices separately.  Catalogue content:In this eibabo® catalogue Circuit breakers and fuses > Earth leakage circuit breaker you will find items from the following product groups:Item overview:Circuit breakerCombination circuit breakerCombination switchEarth leakage circuit breakerLine protectionPersonal protection machineResidual currentfrom the following manufacturers:Manufacturer overview catalogue Combination rcd-line protection:ABBDoepkeEatonHagerSchneider ElectricSiemens
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Eaton - PXF-40/4/003-A - Residual current circuit breaker 40A, 4-pole, 30mA PXF-40/4/003-A
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Eaton - PXF-25/2/003-A - Residual current device, 2-pole, 25A 30mA PXF-25/2/003-A
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Eaton - PXF-40/2/003-A - Residual current circuit breaker 40A 2p, 30mA PXF-40/2/003-A
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Eaton - PXF-25/4/003-A - Residual current circuit breaker 25A 4-pole, 30mA PXF-25/4/003-A
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Residual current circuit breaker 25A 4-pole, 30mA
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ABB - DS201A-B16/0,03 - RCBO 6kA, 1p+N - Earth leakage circuit breaker B16/0A DS201A-B16/0,03
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RCBO 6kA, 1p+N - Earth leakage circuit breaker B16/0A
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Siemens - 5SV1316-6KK16 - RCBO 6kA TypA 30mA B16 - Earth leakage circuit breaker B16/0,03A 5SV1316-6KK16
$41.05 excl. VAT

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RCBO 6kA TypA 30mA B16 - Earth leakage circuit breaker B16/0,03A
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Siemens - 5SV1316-7KK16 - RCBO 6kA TypA 30mA C16 - Earth leakage circuit breaker C16/0,03A 5SV1316-7KK16
$46.02 excl. VAT

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RCBO 6kA TypA 30mA C16 - Earth leakage circuit breaker C16/0,03A
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ABB - DS201A-B10/0,03 - RCBO 6kA, 1p+N - Earth leakage circuit breaker B10/0A DS201A-B10/0,03
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RCBO 6kA, 1p+N - Earth leakage circuit breaker B10/0A
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ABB - DS201A-B13/0,03 - RCBO 6kA, 1p+N - Earth leakage circuit breaker B13/0A DS201A-B13/0,03
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RCBO 6kA, 1p+N - Earth leakage circuit breaker B13/0A
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Eaton - FRBM4-C32/3N/003-A - RCBO C32A, 30mA - Earth leakage circuit breaker C32/0,03A FRBM4-C32/3N/003-A
$154.20 excl. VAT

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RCBO C32A, 30mA - Earth leakage circuit breaker C32/0,03A
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Eaton - FRBM6-B16/3N/003-A - RCBO B16A, 30mA - Earth leakage circuit breaker B16/0,03A FRBM6-B16/3N/003-A
$141.92 excl. VAT

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RCBO B16A, 30mA - Earth leakage circuit breaker B16/0,03A
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ABB - DS201A-C10/0,03 - RCBO 6kA, 1p+N - Earth leakage circuit breaker C10/0A DS201A-C10/0,03
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RCBO 6kA, 1p+N - Earth leakage circuit breaker C10/0A
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ABB - DS203NC C16 A30 - RCBO 6kA 3P+NA C16 30mA - Earth leakage circuit breaker C16/0A DS203NC C16 A30
$122.12 excl. VAT

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RCBO 6kA 3P+NA C16 30mA - Earth leakage circuit breaker C16/0A
ABB
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ABB - DS201A-C16/0,03 - RCBO 6kA, 1p+N - Earth leakage circuit breaker C16/0A DS201A-C16/0,03
$56.71 excl. VAT

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RCBO 6kA, 1p+N - Earth leakage circuit breaker C16/0A
ABB
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Schneider Electric - A9D07616 - RCBO 16A B 30mA A - Earth leakage circuit breaker B16/0,03A A9D07616
$48.06 excl. VAT

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RCBO 16A B 30mA A - Earth leakage circuit breaker B16/0,03A
Schneider Electric
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Siemens - 5SV1316-6KK10 - RCBO 6kA TypA 30mA B10 - Earth leakage circuit breaker B10/0,03A 5SV1316-6KK10
$46.70 excl. VAT

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($100.79 RRP***)
RCBO 6kA TypA 30mA B10 - Earth leakage circuit breaker B10/0,03A
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