The following 3384 products have been found matching your search "Receiver":

Item/s (3384)

Categories | Others (10)

Found in shop categories: 10

Receiver - In this eibabo® catalogue Antenna and satellite technique > Receiver you will find items from the following product groups:Item overview:CA receiverCable boxCable receiverCI receiverDigital receiverDVB receiverDVB-C receiverDVB-S receiverDVB-T receiverFTA receiverHard disk receiverHDD receiverPremiere ReceiverReceiverReceiversSAT receiverSatellite receiverTerrestrial receiverTransmittersTwin receiverTwin-Receiverfrom the following manufacturers:Manufacturer overview catalogue Receiver:BachmannKathreinStrongTechniSatTelestarTelevesTriax

Binary input - What interesting possibilities does the use of binary inputs in building automation offer you? Learn more about differences, use cases, and things to watch out for on this page.What do you need a KNX binary input for?KNX binary inputs are used to convert conventional alarm messages, fault messages, operating messages or status messages (generally analog signals) into digital signals and connect them to the KNX bus.Image: KNX binary input universal - Hager TXA306 for KNX building automationWhat should you know before buying a KNX binary input?Take a look at your project and ask yourself the following questions:Is it a new installation or do I have to consider the properties of existing devices (e.g. switches)?Which signals or voltages should be recorded?What is the distance between the signal transmitter and the receiver?Do I need additional cables and lines?Should the control only be wired or also possible via radio?Which logic functions do I want to implement?and much more The answers will help you to make the right choice for a suitable binary input. Among other things, this results in the number of channels that your new binary input should have, which manufacturer supplies an application (software) suitable for the project and whether the binary input must be suitable for potential-free devices or not.What is the difference between the individual binary inputs?The binary inputs are often provided in the variants 20V, 24V, 230V and potential-free. Which one you need in each individual case depends on which signals you want to activate. Notice:The addition potential-free, 20V, 24V or 230V does not refer to the binary input, but to the signal to be recorded. potential-free binary inputsPotential-free means that no external voltages (potentials) may be connected to the inputs at these binary inputs, since the contact voltage (usually 10-20V) is already provided by the binary input itself. The potential-free variant is typically used for buttons, switches, door contacts (magnetic or reed contacts), window contacts (magnetic contacts) or auxiliary contacts. Magnetic contacts may often only be assigned a maximum of 20V DC. However, the maximum cable length that can be connected is often limited to between 50-100m, see the description of the respective potential-free binary input and can also be negatively influenced by inductive or capacitive loads in the area around the routed cable. Devices with wires that have already been brought out should generally not be extended at all, eg button interfaces (a button interface is also a binary input). 20V and 24V binary inputsModels with 20V or 24V are used when devices cannot switch potential-free. These are, for example, presence detectors or differential pressure monitors for stoves that work with 24V technology. 230V binary inputsThe 230 V version is often used to connect existing 230 V AC signals to the bus in order to evaluate them. For example for conventional 230V outdoor motion detectors, buttons, switches or other messages from other systems. Fuses can also be monitored in order to immediately notice critical changes in large building complexes, for example. What specific applications can be implemented with KNX binary inputs?The possibilities are diverse and depend entirely on your project. A KNX binary input detects a status change at its input. Depending on the parameterization that you carry out using the software (ETS), a telegram is then sent to the KNX bus. This information can then be integrated into other desired functional logic, for example:Open windows = set heating to standby/frost protectionLevel reached = open valveTo evaluate a conventional 230V motion detectionFor activation of conventional buttonsTo capture status or operational messagesEvaluate error messages from connected devicesand much more Or you use the information for displays on displays, for touch functions or for visualizations for evaluation purposes.What is ETS?ETS is the abbreviation for Engineering Tool Software. This is used to assign and parameterize certain actions, relationships or functions within the building automation. So you determine what a binary input should do with an incoming signal. Programming skills or learning a programming language are not required. If you are interested in logical connections and can imagine the later function in the building based on an abstract scheme, the creation of a project should be a solvable task for you.We recommendIn the case of particularly complex projects, it can be advantageous to hire an experienced system integrator to create the basic project. This is typically much faster than doing it yourself and you will receive a tested, error-free basic version of your system. Later you can easily change, add or remove individual parameters yourself.You can think of the configuration as similar to the folder system on your Windows PC or iOS computer. You create your own structure and save files in it. In addition, you create shortcuts to other files and folders based on certain conditions. In the ETS, the 'folders' are floors or rooms, for example, and the 'files' in them correspond to sensors and actuators that you can relate to one another.Can consumption also be recorded and evaluated with KNX binary inputs?At eibabo® you will also find KNX binary inputs to record counter values. You can order almost all conventional water meters, electricity meters, gas meters, heat meters and many more including an S0 interface (pronounced: S-zero interface). This is used to transmit measured consumption values for further processing in the building automation. The interface sends an impulse via a contact, which corresponds to a certain value of the measured medium. The pulse value is always the responsibility of the meter manufacturer.An example: If you buy a water meter with an S0 interface, the pulse value is on the meter or in the product description, for example 10 liters = 1 pulse. That means the contact closes and opens again (rising/falling edge, 30 ms = t_ON = 120 ms 30 ms = t_OFF) as soon as 10 liters of water have been consumed. Simply put, the signal is similar to when you press a button. You can evaluate these contacts using a KNX binary input with the application provided by the manufacturer for counting value acquisition.As a rule, potential-free 20V or 24V binary inputs are used for this, as the contact voltage may be a maximum of 15V (S0 interface class B, short transmission paths) or a maximum of 27V (S0 interface class A, long transmission paths).Are long distances critical for signal transmission?Pay attention to the technically required maximum cable lengths between signal detection and binary input contact, especially with 20V, 24V and potential-free. These are often a maximum of 100 meters and should be routed in a protected manner without inductive or capacitive cross-influences. TIP:Please refer to the manufacturer information for this. The individual brands and the different variants have individual limit values. This applies in particular when critical states are to be monitored, such as counting for billing purposes (LIYCY lines, cables).How are KNX binary inputs mounted?KNX binary inputs are available with eibabo® for different types of installation, for example for installation in an electrical distribution board. These devices are referred to as modular installation devices (REG). There are also binary inputs for flush-mounting (UP) or surface-mounting (AP) and for integration in ducts or similar (EB).Which manufacturers of KNX binary inputs are recommended?In this eibabo® catalog you will find everything on the subject of KNX binary input, binary input device, binary input module, button interface, universal interface, input module, button coupler and evaluation unit. Well-known manufacturers are ABB, Berker, Busch-Jaeger, Doepke, Eaton, Elsner, Elso, Eltako, Gira, Hager, Issendorf, Jumo, Jung, Lingg & Janke, MDT, Merten, Peha, Siemens, Theben and Warema.Trust our experienceWe have been working with the products from these manufacturers for over 25 years and have been able to use them in hundreds of projects around the world.We have always paid attention to quality and reliability when realizing our projects. Because permanently error-free functionality is crucial, especially in complex building automation installations. Catalogue content:In this eibabo® catalogue Installation bus systems > Binary input for bus system you will find items from the following product groups:Item overview:Basic moduleBattery poweredBinary inputBinary inputsBus technologyButton inputCombination actuatorControl unitDIN railEngine control unitExpansion moduleFlush-mounted boxInput couplingInput moduleInterfaceLighting controlNormally open outputPanel adapterRadio systemShading controlShutter controlSocket coverStatus indicatorSwitching outputTactile sensorUniversal interfacesWireless reed contactWireless solutionfrom the following manufacturers:Manufacturer overview catalogue Binary input:ABBBerkerBusch JaegerEatonElsnerElsoESYLUXfrogblue AGGiraHagerIssendorffJungLingg & JankeMDTMertenPehaSchneider ElectricSiemensThebenZumtobel

Radio receiver - Do you have an existing electrical installation and would like to automate it inexpensively? Do you want to retrofit or expand your smart home without having to open walls? Then high-quality radio receivers belong in your shopping cart. Find out here what options are available to you with the use of radio receivers.What are radio receivers?Radio receiver is the generic term for a variety of different devices that are capable of receiving signals. Within a communication system, a radio transmitter emits a modulated signal. The signal is transmitted via a carrier medium (e.g. air) and reaches the receiver. This very weak signal is picked up by the radio receiver's antenna and amplified inside the receiver. In addition, the received signal is isolated from noise or interference signals. Finally, the modulated signal has to be demodulated in the receiver in order to get back the original signal. This is reinforced again. We all know radio receivers from our daily life. A typical representative is the classic radio. Here speech or music is transmitted via long wave bands, medium wave bands and short wave bands. Their frequency is between 30 kHz and 300 kHz for long waves and 30 MHz to 300 MHz for short waves. Another recipient of our everyday use is the telephone. This so-called communications receiver is used to receive shortwave telephone signals.Already knew?The higher the frequency, the shorter the wavelength and the faster the speed of transmission.A final example is the receivers of television signals. These signals are typically transmitted over VHF (very high frequency) and UHF (ultra high frequency) bands with a frequency between 30 MHz and 3 GHz.But how important are radio receivers for you, your building automation or the electrical installation?Radio receivers are used wherever there is no power line or bus line. In addition, radio receivers are suitable for anyone who wants an installation that is as flexible as possible. Our radio receivers are also suitable for retrofitting existing analogue installations and device controls. In this way, radio receivers offer an interesting and cost-effective solution for home automation and to increase living comfort.For this reason we offer a wide range of radio receiversfor flush mounting (radio receivers, switching actuators and radio actuators)for operation (radio buttons, antenna modules, universal displays)for control (radio adapter, radio sockets and adapter plugs) from all well-known manufacturers. These include top brands such as ABB, Bachmann, Busch Jaeger, Eltako, Grothe, Jung, Peha, Warema, Stiebel Eltron and numerous others.What is a radio actuator?Within building automation, a radio actuator performs the same tasks as a wired actuator. The difference is that the radio actuator does not require a bus line to carry out the tasks assigned to it. The device receives the working signals via a wireless radio link. In principle, it would also be possible to wirelessly implement the power supply in the near field by means of inductive energy transmission. However, wireless actuators usually have a direct power supply. The transmission frequency and reception frequency is usually 868 MHz.What advantages do wireless actuators offer?In order to recognize the differences compared to wired actuators, let's first look at their control. There are actuators that are controlled by switching the power supply on and off. Other actuators are controlled by switching the contacts. With these contact switching actuators, there is a permanent voltage, which the device draws from a machine, for example. The switching tasks are transmitted via an additional bus line. The disadvantage of both variants lies in the sometimes long cable routes and complex cable connections. These are expensive and may affect the mobility of automated machines. The radius of action is limited by the length of the line connections. In addition, with mobile installations there is always a risk of damage to the connections. A radio actuator solves many of these problems. By using wireless actuators, control cabling can be saved and the flexibility of the installation can be increased. TIP:With repeaters you can easily increase the radio range of your radio transmitters and thus expand the area of application of the receivers. When using an inductive power supply, such a device does not require the use of fixed connections. Other advantages are:Possibility to expand the functionality of already existing systems or home automationPreservation of the aesthetics by saving on cables and cable management systemsIncreased security in access systems or similar because no lines can be manipulated What types of radio actuators are there?In the eibabo® technology store you can get wireless actuators for a wide variety of tasks. These include, among others:Blind actuators and roller shutter actuators (for sun-guided or timed control of your shading systems)Dimming actuators (for the realization of different light scenes and for the optimal setting of the lighting according to time and other parameters)Relay actuators (for switching circuits and the associated control of end devices)Temperature controller (to regulate and display the room temperature)Presence detectors and motion sensors (to trigger certain processes when detecting human presence)Light sensors and brightness sensors (for automatically switching the lighting)as well as staircase lighting actuators, impulse switches, universal actuators, time relays and others Image: Eltako FUD61NPN-230V wireless actuator universal dimmer switchWhat do I have to consider when buying radio receivers and radio actuators?Of course, a radio receiver isn't of much use to you if it doesn't receive any signals. You need appropriate radio transmitters or sensors that provide the recipients with the required data. These can be, for example, window contacts or door contacts, universal transmitters, remote controls, hand-held transmitters, weather stations, temperature controllers, motion detectors, thermostats, buttons or the like. In order for the communication between sensors and actuators to work, all components must be parameterized. As a result, each device knows which commands to send or receive and how to respond to them. The standardized 'Engineering Tool Software (ETS)' is available for this. This is a tool that you need for commissioning and linking KNX devices. You can obtain the software from www.knx.org. In principle, the ETS is also suitable for laypersons who are interested in the logic of the KNX, as programming knowledge is not required.In addition, we generally recommend studying the applications (parameters and functions) provided by the manufacturer for the ETS before purchasing. This ensures that a specific device can also take on the tasks you want and carry them out correctly. This also includes the frequency with which the transmitter and receiver work. Catalogue content:In this eibabo® catalogue Domestic switching devices > Radio receiver you will find items from the following product groups:Item overview:Awning actuatorBuilding automationCable replacementDimmer insertsElectric heatingEngine actuatorEngine control unitEntrance gateFlush receiverGate controlGlass radiatorHome automation remote controlHome controlInfrared panelRadio conversion setRadio remote controlRadio switchShutter radio receiverSocket actuatorStaircase timer switchSun protectionTactile sensorUniversal receiverVideo intercomWind sensorWipe-onWireless sensorWireless socketfrom the following manufacturers:Manufacturer overview catalogue Radio receiver:ABBAVM ComputersystemeBerner TorantriebeBusch JaegerEberleElsoEltakoEthermaEVNGrotheHamaHuber + Söhne WHDJumoJungMertenRademacherSchalkSomfySommerStiebel EltronVitramoWarema

Control cable - With control lines and control cables, signals for the purpose of power supply and switching states for controlling electrical systems and devices can be transmitted between a transmitter and a receiver. You can actually find them in all industrial systems, where they mostly transmit simple I/O commands. Control lines differ in the number of their cores, in the cross-section of the conductors and in their insulation. Their areas of application are correspondingly different. You can order many different variants in the eibabo online shop in individual lengths or inexpensively as a ring with a fixed length. With the purchase of a control cable from the eibabo technology store, you are opting for quality, fast delivery and secure payment.Catalogue content:In this eibabo® catalogue Cables > Power cable < 1 kV, for moving application you will find items from the following product groups:Item overview:CableCable for pendulum luminaireConnection cableControl cableDevice connection cableElevator cableEnergy cable < 1 kV, for moving applicationFlat cableFlexible cableH03V2V2-FH05RR-FH05SSD3-KH05SSD3T-KH05VV-FH05VVC4V5-KH07BQ-FH07RN-FH07VVH6-FIllumination cableIllumination flat cableLiYYMeasuring conductorPlastic hose linePower cable < 1 kV, for moving applicationRibbon cableTextile covered cableWelding cableYYfrom the following manufacturers:Manufacturer overview catalogue Control cable:ABBBarthelmeBröckskesComelit GroupDiverseEatonElmat-SchlagheckElsproFaber KabelGlenHagerHartingHelukabelIgusKabelwerk MeissenLappLappkabelLeoni StuderLTCL?tzeMurrelektronikPhoenixPilzScharnberger+Has.WaltherWaremaWeidmüllerWieland

Equalizer - In this eibabo® catalogue Antenna and satellite technique > Line equalizer (receiver technology) you will find items from the following product groups:Item overview:AmplifierEqualizerLine equaliserLine equalizerLine equalizer (receiver technology)Slope equalizerfrom the following manufacturers:Manufacturer overview catalogue Equalizer:Kathrein

Photoelectric sensor - energetic - In the field of optoelectronic sensors, a distinction is made, among other things, according to the principle of how a switching process is triggered in order to generate a signal. For example, there is the principle of dark switching and the principle of light switching. With dark switching, a transmitter continuously illuminates a receiver. If the light signal is interrupted by an object, it literally goes dark in the receiver and a switching signal is triggered. We know this from a classic light barrier. The principle of light switching with a light button works exactly the other way around. The light is emitted in such a way that it does not reach any receiving unit. However, if the light hits an object from which it is reflected to the receiver, this is registered and a switching signal is triggered. You can find high-quality light barriers and light sensors for manufacturing the systems described here in the eibabo technology store.Catalogue content:In this eibabo® catalogue Sensors > Light scanner, energetic you will find items from the following product groups:Item overview:Background suppressionButtonComplete light barrierDC light barrierDiffuse buttonDiffuse mode sensorDiffuse reflective photoelectric sensorEnergetic light buttonLaser buttonLight barriersLight curtainLight scanner, energeticLight sensorLight switchOne-way light barrierPhotoelectric barrierPush buttonReflex sensorThread light barrierfrom the following manufacturers:Manufacturer overview catalogue Photoelectric sensor - energetic:BaumerIfm ElectronicIpf ElectronicOmronPepperl + FuchsRockwellSchmersalSchneider ElectricSensopartSickWenglor

Reflector light barrier - You probably know that light barriers are optoelectronic sensors that emit an electrical signal when a light beam is interrupted. Now there are different types of light barriers. The classic form is the one-way light barrier, in which the transmitter and receiver face each other and a beam of light establishes the connection to both devices. If an object interrupts this beam of light, it literally goes dark in the receiver and an electronic signal is triggered. The reflector photoelectric sensors offered here in this eibabo catalog work in a similar way, except that the transmitter and receiver are built into one device and the light beam is reflected back to the receiver by means of an opposite reflector. The electrical signal is also triggered here when the light beam is interrupted. Whichever of these models you choose, the eibabo online shop offers you both versions in the best quality and at reasonable prices.Catalogue content:In this eibabo® catalogue Sensors > Reflector for light curtain you will find items from the following product groups:Item overview:Cat eyeCuboid mirrorCuboid reflectorLight barriersPhotoelectric barrierRectangular mirrorRectangular reflectorReflection light barrierReflection tapeReflective foilReflective tapeReflectorReflector for light barrierReflector for light curtainReflector for photoelectric sensorRetro-reflective sensorRetroreflectorSquare reflectorStandard reflectorsfrom the following manufacturers:Manufacturer overview catalogue Reflector light barrier:BaumerIfm ElectronicIpf ElectronicLeuzeOmronPepperl + FuchsRockwellSchneider ElectricSensopartSickTurckWenglor

Radio transmitter - Would you like to automate an existing electrical installation at low cost without having to open walls and lay many lines or cables? Do you want to retrofit or expand your smart home? Then both radio transmitters and radio receivers belong on your shopping list. Find out more here about the possibilities that radio transmitters and radio receivers offer you. Radio technology has become an integral part of our everyday life. Think of radio signals, television and mobile phones, the Internet and many other things.WLAN or Wi-Fi?WLAN is a wireless radio network limited to a local area. Wi-Fi is more of a brand name of a consortium of companies (Wi-Fi Alliance). For example, devices labeled 'Wireless Fidelity' receive WiFi.In the field of radio transmitters, there are numerous device types and standards, such as Wi-Fi, Bluetooth, NFC and cellular.What are radio transmitters?A radio transmitter is an electronic device that generates radio waves. In the field of electrical engineering, the device mainly transmits control signals, switching signals, error messages and status messages. In telecommunications, radio transmitters are used to transmit or send data using an antenna. The transmitter converts the information into a high-frequency alternating current, which is radiated from an antenna as radio waves. Already knew?The Solt transmitter of the Hungarian 'Kossuth Rádió' is the most powerful radio transmitter in Europe. The program can be received in the USA and South Asia. Depending on the type of device, the radio waves are emitted in a specific band of the electromagnetic spectrum. The division into bands serves to fulfill a wide variety of communication tasks. This includes the transmission of voice, images or very general data. The transmitter uses the current of its power source to provide alternating current according to its bandwidth in the required wavelength. This is the frequency at which the alternating current changes direction per second. The electromagnetic waves or radio waves are radiated outwards as a weak signal via a carrier medium (e.g. the air) via the antenna. A corresponding receiver reverses this process and amplifies the incoming signal in order to be able to process the actual message or data. A transmitter can be a separate device or an electronic circuit in another device.Image: Eltako FSM61-UC wireless transmitter moduleHow is a radio transmitter structured?A radio transmitter requires an energy source that supplies the device with power and the energy for transmission. An electronic oscillator creates the radio waves and a modulator inserts the actual data into the radio wave. It does this through small variations in the properties of the carrier wave. A high-frequency amplifier increases the power of the signal. This increases the range. And finally, an antenna tuner matches the impedance of the transmitter to that of the antenna. This makes the energy transfer to the antenna efficient and prevents what is known as a 'standing wave' (reflection of the energy from the antenna back to the transmitter).How important are radio transmitters in building automation or the electrical installation?You use radio transmitters when there is no power line or bus line at a certain point in your installation. There you position a radio receiver, which receives the signals from the transmitter and takes over the desired tasks. These can be switching actions and control functions or the display of information. Radio transmitters are therefore an alternative when flexible installations are desired. Radio transmitters are also suitable if you want to retrofit existing analogue installations and device controls. Radio transmitters are a simple and inexpensive solution for home automation and are used to increase living comfort.You can get a large selection of radio transmitters in the eibabo® technology storefor flush mounting (radio transmitter modules, universal transmitter)for operation (radio buttons, KNX remote controls, hand-held transmitters)for control (wireless weather stations, multiple wall switches, room temperature controllers, wireless window contacts and other sensors) from all well-known manufacturers. These include top brands such as SOMFY, Rademacher, Warema Sonnen, Eltako, Schalk, Sommer and Jung. You will also receive devices and accessories from Hager, Eberle Controls, Berner Torantriebe and EVN Lichttechnik. We also offer elegant wall transmitters that are suitable for flexible installation on wallpaper, glass, mirrors, tiles or wood. Or you can select immediately functional wireless motion detectors, wireless switches or wireless sets from our range.What is the range of radio transmitters in electrical engineering?The range of radio transmitters can vary greatly. This depends both on the radio technology used and on the environmental conditions. Ranges between 20 meters and one kilometer are usually specified. The specifications in the product information about the maximum range are usually values under optimal conditions. These exist when there is a direct line of sight between the transmitter and receiver without obstacles and the area is not affected by interference signals from the same or a neighboring frequency band. Please keep in mind that these conditions rarely apply and the range will therefore be lower in practice. TIP:When installing radio transmitters, allow for a range reserve of 25%. The reserve is not only used to compensate for a lower range due to current obstacles. If further obstacles are added later (e.g. additional walls or growing trees), the devices can still be used.What is an I/O radio module?I/O radio modules are so-called transceivers, a combination of transmitter and receiver. These therefore have signal inputs and signal outputs. This makes it possible to control or monitor systems with just one radio link. In addition to digital interfaces, some models also offer analog inputs for transmitting sensor values and limit values.What do I have to consider when buying radio transmitters?If you want to use radio transmitters, you need additional receivers that pick up the signals, process them and react accordingly. This can be, for example, switching actuators, universal displays or radio-controlled sockets. To ensure that communication between transmitter and receiver works, all components are parameterized using the standardized 'Engineering Tool Software (ETS)'. In this way, each device knows under which conditions it should send or receive commands and how it has to react to changes. The ETS software is available from www.knx.org and is a tool that you need to commission and link KNX devices. Don't worry: programming skills are not required. The ETS is also suitable for laypersons who are interested in the logic of the KNX. Please make sure that your radio transmitter can take over the transmission tasks you want and carry them out correctly. We therefore recommend that you carefully check the parameters and functions for the ETS provided by the manufacturer before purchasing. Catalogue content:In this eibabo® catalogue Optical and acoustic signalling equipment > Radio transmitter you will find items from the following product groups:Item overview:Access controlAdjustment toolAwning radio sensorBlind controlBuilt-in transmitterButton inputCall forwardingControl unitExternal controlFour-channel hand-held transmitterInterval transmitterMicrohand transmitterRadio remote controlRadio transmitterRain sensorReed contactRemote controlSecuritySetting aidShutter buttonSingle-channel hand-held transmitterSun protectionTransceiversUniversal transmitterWind automaticWindow contactWireless technologyWireless wall buttonfrom the following manufacturers:Manufacturer overview catalogue Radio transmitter:Berner TorantriebeBusch JaegerEberleEltakoEthermaEVNGiraGlen DimplexGrotheHagerHamaJungNovarPhoenixRademacherSchabusSchalkSchneider ElectricSiemensSomfySommerWAGO

Antenna socket - Regardless of whether they are received via cable, satellite or terrestrial, radios and TV sets can be found in almost every household. And to establish a connection with the corresponding signal transmitter, one typically uses the classic antenna socket, which is actually present at least once in all modern apartments. Simple versions have the so-called Belling Lee socket for the television on the left and the Belling Lee socket for the radio on the right. More modern multimedia sockets can offer additional ports for connection. The well-known F-socket with the thread, which can be used for connecting a satellite receiver, for example, is widespread. Inexpensive antenna sockets with two, three or four connection options are available here in the eibabo online shop.Catalogue content:In this eibabo® catalogue Antenna and satellite technique > Antenna socket you will find items from the following product groups:Item overview:2-fold junction box2-way through socket3 hole through socket3-fold junction box4-fold junction box4-way through socketAntenna socketAntenna socket boxBK antenna socketBroadband socketData socketEnd socketEnd socket for antenna technologyFilter boxJunction boxLoop-through socketModem boxModem socketSAT double-pass socketSAT junction boxSAT pass-through socketSingle doseSingle/end boxSocket outletThrough socketTWIN branch socketTWIN end socketUniversal boxfrom the following manufacturers:Manufacturer overview catalogue Antenna socket:Astro StrobelBerkerBusch JaegerE+P ElektrikElsoGiraHagerHirschmannHomewayJungKathreinKreilingLegrand BticinoMertenOBOPehaPROTEC.classSiemensSpaunTechniSatTehalitTelevesTriaxWisi