The following 6166 products have been found matching your search "FU-software":

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TCS - The subject of security plays an important role in the eibabo® technology store. On the one hand, it is about the protection of man and machine in the context of work and production processes. On the other hand, solutions for the protection of buildings and the values they contain represent a central product group in our range. This also includes entrance monitoring and entrance control systems. With the TCS TürControlSysteme AG, the eibabo® shops from eibmarkt® have innovative products from a German manufacturer for small and medium-sized systems for door and building communication as well as home surveillance in their range. The spectrum ranges from individual components such as video lenses, power packs, door intercoms, BUS control devices, video signal distributors, indoor and outdoor stations, BUS relays, door openers, doorbell extensions and bells, through package solutions for simple door intercom systems to complex installations for several hundred residential units . In addition, for example, central PCs for the concierge, camera technology for area surveillance, centrally administered access control systems or networking with telephones, IP networks or alarm systems can be added or integrated. TCS AG was founded in 1995 and manufactured the world's first door intercom system based on a software-controlled BUS system. Today TCS is one of the leading specialists in the production of innovative and high-quality building communication technology. The company's headquarters are in Genthin, Saxony-Anhalt. In addition to the company headquarters, TCS has another German location in the Black Forest. This has specialized in individual one-off production. International presences can be found in Austria, Serbia, Turkey, but also in India, Hong Kong and Shanghai. The company employs more than 350 people.

Found in shop categories: 9

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
Data interface - In the data interface catalog (see also catalog: Interface Media Gateway), you will find interfaces for connection to building automation systems. Data interfaces are available in different versions, depending on the data protocol e.g. USB, RS232, RS585, IP routing, IP tunneling. KNX data interfaces, except the ones for flush-mounted installation, are usually equipped with integrated bus coupler and permit the connection of a PC to the KNX system for addressing, programming and diagnosis of KNX devices. For commissioning and diagnostic functions, the ETS requires (Engineering Tool Software) a connection to the KNX bus system. This is usually achieved with a KNX USB interface or an IP interface. If the network installation has WLAN, wireless access from a laptop can be provided. By means of KNX data interfaces, any third-party systems (heating, ventilation, air conditioning etc.) can be integrated and data can be exchanged. In eibabo you find KNX RS232 interfaces KNX USB interface, KNX IP interfaces KNX IP router (see also Catalog interface media gateway) by the manufacturers ABB, Berker, Busch-Jaeger, EIBMARKT, Gira, Hager, Jung, Lingg & Janke, MDT, Merten, Siemens and Thebes.Busch-Jaeger, EIBMARKT, Gira, Hager, Jung, Lingg & Janke, MDT, Merten, Siemens and Theben.Catalogue content:In this eibabo® catalogue Installation bus systems > Interface for bus system you will find items from the following product groups:Item overview:Building controlBuilding system technologyBus systemBus system data interfaceCommunication interfaceConfigurationConfiguratorCouplerData interfaceDriver module for bus systemEIB IP gatewayEIB IP routerEthernet interfaceInterfaceInterface for bus systemKNX IP gatewayKNX IP routerNikobusPC pairingRadio systemRemote controlRoom temperature controlRS232 interfaceSerial data interfaceSmartphoneSoftwareUSB interfaceVisualizationfrom the following manufacturers:Manufacturer overview catalogue Data interface:ABBBerkerBusch JaegerDehnEatonEltakoESYLUXEVNfrogblue AGGiraHagerise Software+Elekt.JungLegrand SEKOLingg & JankeMDTMean WellMertenSiemensStiebel EltronThebenVitramo
Programming software - A modern building automation is a great thing - blinds that work according to solar radiation and weather conditions, doors and gates that open and close themselves or lighting systems that go into operation by themselves when the dwindling daylight requires it. But none of this would be possible if there wasn't well thought-out programming behind it. In order to implement this, the eibabo online shop offers you numerous programming software. Develop your own applications, create conditions and dependencies, carry out tests and diagnostics, start simulations and have your processes recorded and displayed graphically. Of course, we are also at your disposal for the delivery of all the hardware for Smart Home building automation. Simply select the right components for you from our huge range.Catalogue content:In this eibabo® catalogue PLC's > Programming- and engineering software you will find items from the following product groups:Item overview:Analysis functionAnalysis softwareCommunication softwareConfiguration functionDiagnostic functionDiagnostic softwareEvaluation functionEvaluation softwareMaintenance functionMaintenance softwareMotion softwareMovement functionPlanning softwarePLC programming softwarePositioning softwareProgramming and engineering softwareProgramming language AS (sequential language)Programming language FUP (function plan)Programming language KOP (contact plan)Programming language ST (Structured Text)Programming softwareProgramming- and engineering softwareSimulation softwareSoftwareSoftware for PLCSoftware for programmable logic controllersSoftware line protectionTechnological functionfrom the following manufacturers:Manufacturer overview catalogue Programming software:EatonOmronPhoenixRittalSchneider ElectricSiemensWAGO
Base unit - In industrial technology, automated processes are no longer possible without programmable logic controllers. If you would also like to set up automated processes, the following article will give you a brief overview of this modern technology. At eibabo® you get a variety of:Basic devices for PLC controls, for Alpha XL and Siemens Logo!Basic devices and CPU compact devicesCPU central assemblies and fieldbus controllersInline controllers and control units Today, these devices are used in all industries, both in large and small automation systems.What are Programmable Logic Controllers (PLC)?A controller in automated systems carries out the control of physical processes in accordance with an underlying algorithm. For this purpose, it uses information received from sensors and output to end devices. Every automatic device has a control controller - a module that determines the logic of the device.What are programmable logic controllers (PLCs)?Programmable logic controllers (PLCs) are real-time devices for automating technological processes. The PLC is programmed digitally and can therefore be easily adapted to the requirements of a specific process. With the increasing demands on modern machines and production processes, PLC automation solutions have become indispensable in everyday industrial production. The main areas of application of the PLC are in their long-term use without the need for human intervention. PLCs are generally used to control sequential processes. The status of an object is determined by means of input signals and output parameters and corresponding control actions are carried out.The History of Programmable Logic Controllers (PLC)Before programmable logic controllers emerged in modern form, their development began with comparatively simple ladder logic in the middle of the last century. With the advent of microprocessor technology towards the end of the 1960s, industrial automation processes were also directly influenced. Digital circuits developed, which have since been used in automatic control systems.In 1968, a group of engineers at General Motors were tasked with making easily programmable industrial controllers. These should be easy to maintain and repair. A modular design should also make it possible to replace the installed modules or add new modules. The world's first programmable logic controller was called 'Modicon 084' and was presented in 1969. The device weighed about a hundredweight and consisted of a cabinet with a number of modules whose storage capacity was just 4 kilobytes. Already knewThe invention of the first PLC is credited to American engineers Richard E. Morley and Odo J. Struger. In 1970, the world's first automated control system based on this controller was presented at the Chicago Machine Tool Show.Where are basic PLC devices used?Programmable logic controllers offer a simple and cost-effective solution for many automation tasks and are the ideal solution for the individual control of a wide variety of applications, machines, systems and processes or for digital power control. With any automation-based control system, the focus is on achieving the desired result efficiently and reliably. As part of process automation, they control robotic arms in the automotive industry, complex conveyor technology or processes in nuclear energy, transport and traffic.How is a basic PLC device constructed?A basic device for the programmable logic controller typically consists of the following components:Inputs for signal acquisition ? the device monitors the current status of the system via connected buttons, thermometers, tachometers or sensorsOutputs for signaling ? the devices of a system are connected here, with which the PLC executes a processSoftware ? the user program that is used to determine the switching of outputs depending on the activation of the inputsCommunication interface - this is used to connect the PLC to other systems The base unit also requires its own power supply and contains a processor and the internal bus.Mitsubishi AL2-24MR-A #215074 basic unitHow does a basic PLC device work?A programmable logic controller is a device that collects, converts, processes and stores information and generates control commands. Data is exchanged via inputs and outputs on the device. In this way, sensors, buttons, actuators and other devices can be connected to the control object. It is therefore a small computer, controlled by a microprocessor with its own operating system. This is adapted to the needs of solving automation problems in real time and works with the shortest possible response time. The PLC receives the signals from the controlled process via the inputs in the form of:On/off states - for example position detection by limit switches or proximity switchescontinuous analog signals - these include temperatures, pressure, speeds, levels and so on The devices that run the automated process are connected to the output side. These in turn receive the signals from the basic device in the form of:On/off control signals - for example for an electromagnetic relay, a motor contactor, a signal lamp and so oncontinuous analog control signals - for example to open or close valves or to adjust engine speeds The processor is located between the inputs and outputs. This is also called the Central Processing Unit (CPU) and controls the output signals based on the data of the input signals. Individual programming (using software for parameterization) can be used to determine how the PLC reacts to the input signals or their changes. This information is stored in the basic device. There is usually a separate interface on the device for this purpose. Another option is to connect the base unit to a network. Then communication within the framework of the network hierarchy with other peripheral devices and systems is possible.What advantages does a PLC have over a classic relay circuit?Over time, PLCs have adapted to the specific needs of the industrial environment. PLC functions have a number of advantages. Due to their flexibility, they can be used in a wide variety of industries. In addition to the possibility of remotely controlling a PLC, the greatest advantages lie in the ability to communicate and the individual programmability of the functional logic. The settings can be changed at any time without affecting the operation of the device itself. A PLC can usually be installed directly on a production machine.How do I choose the right basic PLC device?A large number of factors must be considered and evaluated when making the selection. By combining the technological requirements for a specific automation object with a comparison of modern programmable logic controllers, you can make the right decision. The selection of the right PLC depends, among other things, on the following criteria:system requirementsThe system requirements describe the task that the PLC should fulfil. Define the goals to be achieved and break them down into several simple and understandable steps. Determine the type of input devices and output devices to be connected to the PLC and their respective functions. Would you like to implement further special functions? How many inputs and outputs are required on the basic device? How much storage is required? What are your processor speed requirements?serviceMost PLCs are initially programmed with a computer. This is then no longer required to operate the PLC itself. Therefore, consider whether you want a PLC with an integrated display and touch panel. It can be enough to read the values and manage the system via the existing IT infrastructure.communicationIs the data exchanged with other devices outside of the actual process? Is the device part of a network?conditions of useIs the PLC exposed to special operating conditions that affect the properties and function or have an impact on reliability and maintenance intervals?electrical needsWhat are your power requirements for the individual inputs and outputs and for the PLC itself?operating speedThe speed of operation is responsible for the security and flow of 'time-critical' operations.Manufacturers of high-quality basic devices for the PLC include: Mitsubishi Electric, Pilz, Siemens, WAGO Kontakttechnik or Phoenix Contact.  Catalogue content:In this eibabo® catalogue PLC's > PLC CPU-module you will find items from the following product groups:Item overview:Bus controllerBus couplerBus participantsCommunicationControl accessoriesControl relayController boardControllersDecentralizedEADecentralizedIOExpansion moduleFieldbus componentFieldbus controllerFieldbus couplerFieldbus moduleFieldbus technologyGroup carrierHead stationInterbus tapInterfaceLogic moduleMain group carrierModular controlRectangular connectorRectangular plugRoom automationRoom controllerShip approvalfrom the following manufacturers:Manufacturer overview catalogue Base unit:ABBEatonMitsubishiOmronPhoenixPilzSchneider ElectricSiemensStahlThebenWAGOWeidmüller
Software - The use of software is necessary in the field of smart home building automation and in some applications of classic electrical installation. But what is software actually? Things that you can actually touch, such as screens, keyboards, printers, scanners or switches, blinds and sensors are referred to as hardware. But hardware alone is of little use to the user. A medium is required that establishes communication between the individual components and thus makes meaningful automatic work processes possible. The non-physical components of a computer-based system that can be used to breathe life into the individual devices are considered software. Your eibabo technology store will provide you with inexpensive software for creating simple component-dependent functions or for programming complex processes for automatic building control.Catalogue content:In this eibabo® catalogue Installation bus systems > Software for bus system you will find items from the following product groups:Item overview:Application softwareBus system softwareCard readerCommissioning softwareConfiguration/commissioning softwareEIBETSKeylessOPC serverPlanning-/put into operation softwarePower adapterProduct data bankProduct databaseProgrammingProgramming toolRemote controlSoftwareSoftware for bus systemSoftware for function moduleTableau softwareTool softwareUser programVisualizationVisualization softwarefrom the following manufacturers:Manufacturer overview catalogue Software:ABBBusch JaegerComelit GroupHagerJungMDTMertenNZRSiedleSiemensTheben
Coupler - If you want to connect an application module to the KNX bus in your building automation, you need a bus coupler. Here you can find out which functions a bus coupler can take on and which device is suitable for you and your application. As a specialist center for building automation, the eibabo® shop offers you all the components you need to set up simple and complex installations at top conditions. Our product range extends from sensors and actuators, control units and power supplies to motors and drives.What is a bus coupler?Within conventional electrical installations, the function of a system results from the type of wiring. The use of the KNX bus system makes the functionality significantly more flexible. Here the function of the system is determined by the application (software) and the parameterization of individual KNX participants. KNX participants are application modules such as buttons, switches, actuators, weather stations, motion detectors, shutter actuators and so on. This has clear advantages. If, for example, the requirement changes, the function can be adapted by changing the parameterization. The installation itself remains unchanged. To implement such an installation, a so-called KNX bus line is usually laid in addition to the line for the mains voltage. This carries 30V DC and is used to transmit the signals for switching, controlling, regulating or monitoring between all participants.Image: Jung 2070 U KNX bus couplerA universal interface is required so that the KNX participants can send and receive signals to one another. The KNX bus coupler is this interface between the application modules and the KNX bus. Bus couplers are available as permanently connected combination devices together with application modules or as a separate module for flush-mounting, surface-mounting and installation. With the latter, the function of the bus coupler only results from the plugging in of an application module and its parameterization by the device-specific application.What tasks does a bus coupler take on?The bus coupler is responsible for all tasks that directly affect the KNX system in any way. The bus coupler makes the so-called bus voltage available to the application modules. Nothing works without electricity and many of these modules do not have a separate power supply. With very simple application modules, the bus coupler records their sensor data and actuator functions and processes them in such a way that they are 'understood' by other participants. Finally, the bus coupler takes over the actual processing of the data traffic. The application modules establish the connection to the user. In addition to buttons, motion detectors and controllers, these can also be display panels, motors or signaling devices.The KNX bus coupler with program memoryA KNX bus coupler with program memory consists on the one hand of the transmitter module, which defines the connected medium. On the other hand, there is the bus coupler controller with a microcontroller for organizing the data traffic. The manufacturer's system software is permanently stored there. It cannot be changed by the user. The device-specific application and the information for parameterization are stored in another so-called flash memory or ROM read-only memory. The device receives this during commissioning or when the parameterization is changed via the bus (S mode).Good to knowWhen configuring KNX devices, we differentiate between E-mode and S-mode. In E-mode, the bus coupler is supplied with the application (software) loaded. In S mode, the function of the device is only determined when the application is loaded. Normally, the application (via the ETS) is loaded into the bus coupler.This defines the desired functions of the device, for example:Affiliation to group addresseswhether an actuator should dim or switchwhich dimming speed should be maintainedat which basic brightness it starts and where the end point iswhat happens after a power failure and power recoveryand so forth This data remains stored even in the event of a power failure. Current measured values and switching states are stored in the RAM memory and are lost in the event of a power failure or when the device is reset.The KNX bus coupler without program memoryMemory-intensive functional logic and address extensions, as well as controllers and chipsets, are increasingly being outsourced to the application modules. These bus couplers without program memory consist only of the media-specific transmission module with the digital interface to the application microcontroller. These are only used to manage group addresses and ensure standardized data traffic according to the KNX protocol.How is the interface between the bus coupler and user module structured?The interface to the user module consists of a standardized plug connection with 10 poles. Both the power supply and the data exchange are implemented via this.How do I recognize whether a device already has a bus coupler?You can purchase and install the bus coupler and user module either separately or as a permanently connected complete device. Each KNX device with a red/black bus connection terminal already has a bus coupler. Please note:In the case of series installation devices (REG devices for electrical distribution for mounting on DIN rails), the bus coupler is not visible as an individual device, but is integrated in the device. Examples of this are KNX switching actuators or KNX dimming actuators.Which devices do not have an integrated bus coupler?With push button sensors, you often have to order the bus coupler separately from the push button. The end device (e.g. temperature controller, motion detector or touch sensor) is plugged onto the bus coupler via a multi-pin application interface. However, pushbutton sensors and room controllers (combined pushbuttons with room temperature controllers) including bus couplers are increasingly being supplied. Therefore, pay attention to the item description and prices.Are bus couplers and user modules compatible across manufacturers?As a rule, you have to order the bus coupler manufacturer-specifically to match the application modules. The device-specific application program must also be from the same provider. For example, you cannot operate a Gira KNX push button sensor with a Hager KNX bus coupler.eibabo® has all KNX bus couplers from the relevant KNX brand manufacturers in its portfolio. These include in particular ABB, Berker, Busch-Jaeger, Gira, Hager, Jung, Lingg & Janke, Merten, Siemens and Theben.  Catalogue content:In this eibabo® catalogue Installation bus systems > Bus coupler for bus system you will find items from the following product groups:Item overview:Bus couplerBus coupler moduleBus technologyButton couplerControl panelControl unitHome electronicsInterfaceInterface converterLight controlPresence detectorRadio systemSocket coverTactile sensorTransducerWind controlfrom the following manufacturers:Manufacturer overview catalogue Coupler:ABBBerkerBusch JaegerEltakoGiraIssendorffJungLingg & JankeSiemensSteinelWarema
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ABB - DriveWindowsLight 6 - Operator software CD with cable - Software tool for frequency controller DriveWindowsLight 6
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