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Communication module - With the communication modules for programmable logic controllers (PLC) offered by eibabo you connect your PLC installation with other systems, such as the EIB / KNX bus system or other automation systems. You will find a variety of communication modules for PLC control systems, modules for Alpha XL and Siemens logo !, basic devices and compact devices for communication as well a interface modules, communication processors and interface adapters. Manufacturers for which you can buy basic units for PLC controls at eibabo include: Mitsubishi Electric, Pilz, Siemens, WAGO Kontakttechnik or Phoenix Contact. Communication modules are an important component in the modular system of PLCs. Programmable logic controllers, PLC?s, are electronically operating devices, which are used for control and regulation functions in the automation technology. In automation technology, processes are monitored, controlled and regulated. Due to its modular structure, the controller (PLC) also has, besides input and output interfaces (signal inputs and outputs), communication modules and interfaces to other systems. Simply choose from our offer of communication modules the device that fits your planned or existing PLC.Catalogue content:In this eibabo® catalogue PLC's > PLC communication module you will find items from the following product groups:Item overview:Bus interfaceCentral extensionCompany specific busController boardDecentralised peripheryDecentralized ExtensionExpansion moduleExpansion rackExtension moduleFiber optic interfaceFO interfaceInterfaceInterface interfaceMaster slavePLC communication modulePLC communication modulesProfibus interfacePtPRS BUSRS232 interfaceRS422 interfaceRS485 interfaceSafety device PLC communication moduleSafety-related PLC - communication moduleSafety-related PLC communication moduleSerial interfaceV.24 interfaceV24 interfacefrom the following manufacturers:Manufacturer overview catalogue Communication module:ABBABNEatonGewissMitsubishiPhoenixRockwellSchneider ElectricSiemensWAGO
Room temperature controller - When building a new house or renovating, you have numerous interesting options for organizing the control of the room temperature. We will tell you how you can use various bus systems such as KNX, radio or LCN in addition to the conventional temperature setting. Automation not only increases living comfort, but also contributes to the value of your building. This enables you to make necessary adjustments or changes even when you are not at home. This eibabo® catalog provides room temperature controllers for all common applications.What are KNX room temperature controllers?KNX room temperature controllers are part of a building's heating system. These are used for individual room temperature control of interior rooms and have various measuring ranges. The respective devices can differ significantly in terms of application and the functions provided for operation and comfort. For example, the differences are whether static heating surfaces or underfloor heating are to be controlled or whether air conditioning and ventilation functions are to be provided.Do not confuseThermostats are also known as room temperature controllers. Installed on radiators, however, they measure the temperature at the heating and usually only differentiate between on and off.KNX room temperature controllers, on the other hand, continuously control between 0 and 100 percent and use a heating actuator to communicate with the heating actuators.How is the room temperature controlled using KNX?A KNX room temperature controller determines the control difference between the target temperature and the actual temperature. The calculated control difference is sent as a 1-byte command value telegram (a value between 0 and 100 percent) via the KNX bus to the corresponding channel of a heating actuator. This processes the signal and then controls the actuator.The following small example illustrates the rough functionality. The actual manufacturer specific control algorithm may be different:The room temperature controller determines a current temperature of 18 degrees Celsius (controlled variable). However, the desired room temperature should be 22 degrees Celsius. The 22 degrees Celsius then represents the setpoint for the controlled variable. The resulting difference between the actual value and the setpoint is the control deviation. The control difference is 4 degrees Celsius and is used to determine the control variable that is to be used to influence the room temperature. Assuming the manipulated variable is 25%. This value is transmitted as a 1-byte telegram (0-255 = 0-100%) from the room temperature controller to the heating actuator. In this case 63.75. For example, the actuator takes 2 minutes to fully open. The time required for the respective actuator to open or close can be found in the data sheet for the thermoelectric actuator. This information must have been previously stored in the parameters of the actuator using Engineering Tool Software (ETS). With a command value specification of 25%, the actuator would switch on the actuator for 30 seconds (this corresponds to 25% of 2 minutes) and switch it off for 90 seconds. The actuator then switches on again for 30 seconds and so on. If the room temperature controller calculates and transmits a different command value specification, the switching cycle for the actuator also changes.Image: Gira 210003 KNX continuous controllerWhat is the difference between KNX continuous controllers, KNX object controllers and KNX room temperature controllers?The selection of KNX temperature controllers is very large. eibabo® offers products from all leading manufacturers of control technology for HVAC (heating, air conditioning, ventilation) in smart home automation. These include ABB, Berker, Busch-Jaeger, Eaton, Elsner Elektronik, Eltako, EIBMARKT, Gira, Hager, Issendorf, Jung, Lingg & Janke, MDT, Merten, Siemens, Theben and Thermokon. Many of these manufacturers use different designations, such as KNX continuous controller, KNX object controller or KNX room temperature controller.KNX room temperature controllers continuously record temperature values and forward them to other system components as KNX signals that can be evaluated. This process takes place continuously. A KNX continuous controller is therefore the same as a KNX room temperature controller. The situation is different with a KNX object controller. Object controllers are room temperature controllers without direct adjustment options on the device for the setpoint temperature. Object controllers were developed for object use. In public objects, as a rule, direct adjustment by strangers should be prevented. The values are parameterised directly via the ETS (software). You can change these directly via KNX (KNX buttons, KNX operating panels, KNX visualisations) in the setpoints. KNX object controllers are often cheaper and suitable in private areas for corridors, basements or storage rooms.What do you have to consider when positioning a KNX room temperature controller?As a rule, the installation is carried out using a branch switch box with 4 screw bosses, one switch box deep. Alternatively, use an electronics box if a separate bus coupler is required. With our convenient search function, you can quickly find the right items here in the eibabo® technology store. TIP:There are multi-channel KNX room temperature controllers for installation in your electrical distribution. Here, the temperature is measured via separate KNX sensors, for example from KNX buttons or KNX motion detectors with an integrated temperature sensor. For optimal use of all functions and the best possible recording of the measurement data, please ensure that the installation height is 1.60 m from the top edge of the finished floor. In this way you ensure optimal control and user-friendly handling.How is a room temperature controller connected to the KNX bus?KNX room temperature controllers are equipped differently by the manufacturers. You can either buy the KNX room temperature controller including a bus coupler or you have to order the bus coupler separately. The required interface between the KNX bus and the KNX room temperature controller is called the bus coupler. You can tell whether your controller has a bus connection by the red and black bus terminal. The KNX controllers often offer included KNX binary inputs. These are used, for example, to integrate conventional buttons in the room to switch lights via KNX. These binary inputs usually correspond to the technical data of KNX push button interfaces and can therefore only be extended up to a maximum of 50cm.How important is the appearance of a KNX room temperature controller?There are controllers with or without a dial to adjust the temperature. Other models are operated via the display and menu controls. Everything is possible here. The controls should match your other switch range and reflect your modern, classic, simple or extravagant style of living. TIP:Don't just look at the exterior of a KNX room temperature controller, but also at its inner values. There are often considerable differences in the application developments (software) of the manufacturers. The possibilities that the respective software can offer you may be relevant to your project requirements. Think of:control behaviorInfluencing control processesOperating modes and external switching options or setpoint adjustment optionsstatus feedbacknumber of group addressesBehavior in the event of a bus voltage failureand much more What other properties should I consider before buying a KNX room temperature controller?In addition to the technical, optical and software properties mentioned, other factors can speak for or against a specific model.Do I need anti-theft or dismantling protection?What color or what material do I want for the control panel?Do the local conditions require wireless data transmission?Should it be regulated via a room controller?and some more What are room controllers with integrated KNX room temperature controller?An alternative to the KNX room temperature controllers presented here are the KNX room controllers, provided they have an integrated temperature controller. These are devices that you can use to centrally control lighting, temperature and blinds, for example. Such controllers can be used via individually assignable control panels for switching, dimming, regulating or controlling all required actuators and sensors. You can also get numerous high-quality KNX room controllers here in the shop at top conditions. Use our intelligent search for your research.  Catalogue content:In this eibabo® catalogue Installation bus systems > Room temperature controller for bus system you will find items from the following product groups:Item overview:Building system technologyBus technologyButton interfaceClock thermostatContinuous controllerControllersEnd stripsEnergy efficientHeating controlHeating technologyHome controlHumidityMoellerfunkMoisture meterMultifunction displayNetworkingObject controllerRadio systemRadio transmitterRemote room sensorRoom controllerRoom sensorRoom temperature controllerRoom thermostatTemperatureTemperature controllerThermostatWireless temperature sensorfrom the following manufacturers:Manufacturer overview catalogue Room temperature controller:ABBAlre-itBerkerBusch JaegerEatonEberleElsnerElsoEltakoGiraHagerJungMDTMertenSiemensTheben
Housing - built-in-wall-ceiling - The shell is complete and you are now looking for the right device sockets for the masonry or cavity walls? You will find what you are looking for at eibabo®. Find out here what the differences are between the individual device sockets and which criteria you should consider when purchasing.Device installation boxes are used to accommodate cables, switches or sockets, light switches and other electronic components. They are themselves passive components of the electrical installation and are usually installed under plaster. Due to their design, these are designed for the stationary installation of the devices and for the accommodation of cables and lines. There are numerous different housings for installation in walls and ceilings. The range includes junction boxes, connection boxes, ceiling boxes, cable boxes, switch boxes, central boxes and many other variants for a wide variety of purposes.Are there standard dimensions for switch boxes and junction boxes?If possible, electrical installations are carried out under plaster. For this you need uniform standards so that the switches, buttons and sockets available in Germany can be used equally for every room. For this reason, the dimensions for device sockets are standardized. This uniform regulation is based on DIN 49073. The dimensions mainly refer to the device sockets, which are used for light switches, buttons, sockets and similar devices. They are usually installed in the wall or in the ceiling of a room. The standard diameter is 60 mm or 68 mm. The standard depth is 40 mm to 66 mm. Junction boxes are installation boxes that are standardized according to DIN VDE 0606-1.Image: Kaiser 9252-22 cavity wall junction boxWhat are the differences between switch boxes and junction boxes?The eibabo® shop offers a huge selection of different switch boxes and junction boxes. Many of them differ only slightly in appearance. Nevertheless, each variant serves a specific purpose. Here we present the most important and most common models:Junction boxes: This variant, also known as a junction box, connection box or installation box, brings together or distributes several electrical lines. This box is often square, has a lid and predetermined breaking points for cable outlets on all four sides.Cavity wall box: This is a device box for installation in lightweight walls, such as drywall. The box is used to install switches, sockets and similar equipment. The standard diameter is 68 mm. On the back there are predetermined breaking points of different sizes for cable inlets.Switch box: The switch box is the counterpart to the cavity wall box for installation in solid walls.Junction box: The junction box is a switch box with lateral couplings. This means that several sockets can be connected and automatically have the same standardized distance from one another.Cavity wall box multiple: Installing several boxes in plasterboard can be problematic, especially if you have to pay attention to the distances between the boxes. Multiple cavity wall boxes solve this problem. The mounting distance of the devices corresponds to the standard.Deep switch box: This switch box offers more space for cables and terminals.Electronics box: The electronics box is a switch box with a special design. This has an additional terminal space for another device, in which, for example, an external bus coupler can be accommodated. The terminal compartment can be located on the side or under the box. What are switch boxes and junction boxes used for?Switch boxes are used to accommodate sockets, switches, dimmers and other electrical components. In some cases, these are also used to hold or drain lines. TIP:Some switch boxes are generously designed in depth. Cable connections, distributions or couplers can be accommodated in it. There is no need to use a separate junction box. Electrical lines such as the cables from sockets, lights, switches and other permanently installed sub-distribution boxes come together in junction boxes. In the box, they are connected to terminals to create the desired circuit. A junction box can, for example, be used to connect a motion detector to a permanently installed lamp.How are switch boxes and junction boxes installed?Switch boxes and junction boxes differ mainly in the way they are installed. With surface mounting, switch boxes and junction boxes are mounted directly on the wall. This can be done by a screw connection, sometimes by an adhesive connection. Surface mounting is often used in damp rooms. Flush-mounted installation is the most common mounting variant. Device sockets are installed in a wall or ceiling. This requires a correspondingly large cut-out in the wall. Flush installation includes:Flush-mounted sockets for solid wallsFlush-mounted sockets for cavity wallsInstallation boxes for installation in external cavities / insulationBoxes for installation in special materials such as concrete or solid wood Solid walls are usually fixed by plastering and then plastering. Cavity wall sockets are installed, for example, in lightweight plasterboard walls. With the help of a collar, these lie on the wall surface and are fixed with clips. In addition to cavity wall boxes, there are also installation boxes for cavity wall ceilings, which are specially designed for the static design of ceiling mounting in lightweight construction. For fire protection in dry construction with non-load-bearing walls, cavity wall boxes are made of fire-retardant materials. Tip for assembly:The hole for installing cavity wall boxes is made with a circular hole saw and a drilling template. The installation boxes for installation in external insulation have a particularly deep housing. This allows the insulation structure of the wall to be bridged. The socket holders are intended for anchoring in solid external walls. Switch boxes and junction boxes with special hooks on the housing are available for installation in concrete walls. These ensure a firm hold in concrete and other masonry.How do I find the right switch box or junction box?There is a large selection of switch boxes and junction boxes. This ranges from universal installation boxes to special products. These include, for example, telescopic device holders, junction boxes for cables or connection sockets for large devices and wall lights.Use our filter options in the detailed search.Filter by mounting type or product type, by diameter or installation depth / length.Limit the IP protection class.Choose connectable models if you want to place several cans next to each other. Please noteThere are round and square built-in boxes as well as special shapes for certain switch types.The diameter determines the required wall cut-out. The depth describes the space available inside the box and the associated depth of the installation opening. In the respective product descriptions you will find information on the degree of protection as well as information on the specific installation options and areas of application.  Catalogue content:In this eibabo® catalogue Connection devices > Box/housing for built-in mounting in the wall/ceiling you will find items from the following product groups:Item overview:Accessory mounting boxAssortment of screwsBuilt-in boxBuilt-in boxesBuilt-in housingCavity wall boxesCavity wall device boxConcrete installationConcrete installation systemsContact protection boxDouble canElectronics boxElement ceilingExtension clawExtension spreaderFire protection installation boxFlush-mounted boxInsulating boxInsulation boxInterior insulationJunction boxPlastic housingPrecast floorSpeaker enclosureSwitch boxTerminal boxUniversal boxWall light junction boxfrom the following manufacturers:Manufacturer overview catalogue Housing - built-in-wall-ceiling:ABLBEGA GantenbrinkBerkerBusch JaegerComelit GroupFränkischeGiraHagerKaiserLegrand SEKOMennekesMertenMetzOBOPehaSchneider ElectricSpelsberg
Network server cabinet - Special network cabinets and server cabinets are required to accommodate and organize IT equipment in companies and data centers. In the following article, you will learn what the differences are between the individual models, how best to use them and what you should look out for when making your selection.What are the standard dimensions within network cabinets and server cabinets?In order to be able to describe the differences between individual cabinets, we must first look at the similarities. The 19-inch grid has established itself as the standardized norm for fastening network technology in the housing provided for this purpose (e.g. cabinets or racks). This standardization is laid down in the IEC standard 60297 (in Germany DIN 41494). This means that servers, patch panels, routers, switches or UPS can be installed over this dimension and easily in all cabinets. term UPSThe abbreviation UPS stands for 'uninterruptible power supply'. 19 inches corresponds to a width of 482.6 mm. In addition to this standard width, standardized heights are also provided. These are specified in HE (= height unit) or U (= unit). One U corresponds to 44.45 mm. This means that a standard server cabinet with 42 HU is approximately 2 meters high.The external dimensions are based on the internally defined standards. Depending on the model, the cabinets can have different widths and depths. This is because ventilation may be required and wiring may be complex.The most common are cabinets with dimensions of 22, 24, 33, 42, 44 and 47 height units.The width of a cabinet is usually 600 mm, 800 mm or 1000 mm.The depth is typically 800 mm, 1000 mm or 1200 mm.  TIP:If you are unsure of the space you need, always choose a cupboard of the next larger size. The extra space is good for ventilation or allows you to route cables to the side of your built-in devices. Free spaces in height provide space for later extensions.What is the difference between server cabinet and network cabinet?When looking for suitable storage locations for our network technology, we come across different product names and technical terms. The terms 'server cabinet' and 'network cabinet' belong to this. For the layman it is not clear at first glance whether there are differences between the two versions and what they are. Visually, the cabinets are almost the same. Both have the same dimensions or are based on the same 19-inch grid. In fact, however, there are some specific differences. Server cabinets and network cabinets differ in size, design and purpose. The design of the products depends on the specific tasks and the parameters of the network equipment located inside the cabinets.The network closetA network closet is commonly used to store patch panels, routers, switches, as well as network equipment and network accessories. In most cases, the network cabinet is only 800 mm deep and therefore smaller than a server cabinet. The smallest dimension can often be selected in terms of width, too, because cabling is usually manageable. This saves space, because thermal requirements are usually not a problem for the devices mentioned above. Network closets are more likely to have a glass or solid plastic door and the back panel is solid material.The server cabinetThe server cabinet is mainly used to install servers, monitors, uninterruptible power supplies or similar devices. Ventilation and cable management play a special role here. Server cabinets can therefore be chosen wider and deeper than network cabinets. Server cabinets usually have a perforated door and also rear ventilation holes.One of the most important differences to the network cabinet is the load capacity. The selection of the load capacity of a server cabinet is determined by how much technology is to be accommodated in it. Simple models have a carrying capacity of about 450-500 kg. If there are numerous or heavy devices to be accommodated, please select a model with a load capacity of up to 1000 kg. For equipping particularly large systems, models with a load capacity of 1500 kg are used.In addition, most servers generate a significant amount of heat. To facilitate heat exchange, a server cabinet is made of perforated metal with a ventilated front door and back panel.Image: Rittal PremiumServer-10 network cabinetAre there network server cabinets for outdoor use?It is not always possible to accommodate server technology or network devices inside buildings. Network cabinets and server cabinets with special properties are available for outdoor use. These all-weather cabinets have a high IP protection class and thus protect against dust, touch and water. It can be installed free-standing with a base on the street or hanging on a wall. The special requirements for vandalism, fire protection, cable routing, earthing and ventilation are also taken into account. Models with a high degree of protection are allowed to be installed in industrial areas with high levels of pollution and humidity.What advantages does a professional network server cabinet offer?With a network server cabinet, you centralize the installation of all important network components. The technology is monitored and maintained in one place. All standardized devices with a 19 inch attachment can be used, individually positioned and expanded. Closed systems support the requirements for data security according to EU-DSGV. In addition, there is order and clarity in the entire network structure.What else should I consider before buying a network server cabinet?The purchase of a network cabinet or server cabinet is an investment for many years. The IT environment of companies in particular is constantly changing and constantly being expanded. Therefore, select the dimensions of the cabinet sufficiently large. All existing components must find a place. In any case, plan enough space for later installations.The purchase of a server cabinet often goes hand in hand with the purchase of additional accessories. These include fans and air conditioners. It may also be advisable to install an extinguishing system to prevent the loss of data and expensive technology in the event of a fire. Need additional inventory to place your devices? For example, the following ensure clarity and order:Skirting boards for protecting electric cablesOrganizer and cable hook for the proper organization of the electrical installationAuxiliary shelves, drawers, shelves or mounting panels for screens All from a single sourceCompletely equip your network cabinet and server cabinet with eibabo®. You can get everything you need here in the shop. Benefit from low prices for mounting rails, cables, plugs, panels, extinguishing systems and air conditioning units.If the cupboard is not in a lockable room, it should have a lock itself. This prevents access by unauthorized persons.Typically, a network cabinet or server cabinet forms the heart or the control center of your building network. All computers access it, obtain important data or store countless documents. Therefore, such a cabinet is not only a place of storage, but also has a protective function. Therefore, pay attention to robust quality, because a stable basic structure reliably protects against external mechanical influences. The eibabo® technology store offers quality goods from well-known brands such as Assmann, Corning, Eaton, Enoc, Panduit, Rittal, Schneider Electric and Schäfer IT-Systems.  Catalogue content:In this eibabo® catalogue Cabinet enclosures > Network/server enclosure you will find items from the following product groups:Item overview:Base frameClosetData cabinetData network cabinetNetwork cabinetsNetwork closetNetwork distribution cabinetNetwork distributorRack air conditioningServer cabinetServer rackStanding cabinetWall distributorWall housingfrom the following manufacturers:Manufacturer overview catalogue Network server cabinet:AssmannEatonEnocPanduitRittalSchneider ElectricSchäfer IT-Systems
Ex-proof light - A large selection Ex-lights is offered by eibabo in the online catalog under the heading: Lights. Ex-light is the designation for all explosion-proof lights, which do not only meet the fire protection requirements but also additional requirements. These requirements on Ex.-lights include: The lights have least protection type IP 5X and the impact-resistant luminaire cover ensures increased resistance to breakage. There are specifically designed lights for different lighting zones, which are classified according to the explosion risk in the respective working area. These zones are described, among others, in the standards DIN EN 50281, DIN EN 60079 and VDE 0165. It is important for you to know whether the selected Ex.-light is approved for use in the respective zone. Here is an overview of the most important zones and their description: For flammable gases, vapors and mists zones 0 (dangerous permanently or for a long period) apply, 1 (sometimes dangerous) and 2 (dangerous for a short period), for flammable dusts the zones 20 (dangerous for a long period or often), as well as 21 and 22 (dangerous for a short period when whirled up). Please study the product description or technical data sheets to see whether if the selected product is suitable and approved by the manufacturer. You will find at eibabo Ex-linear luminaires, Ex-diffuser luminaires and Ex LED diffuser luminaires as well as Ex-oval lights, Ex-spotlight and Ex-lights of the highest quality made by many well-known manufacturers in precise manufacturing processes that feature the best material properties for long-term use and optimized energy consumption.Catalogue content:In this eibabo® catalogue Luminaires > Explosion proof luminaire fixed mounting you will find items from the following product groups:Item overview:Ex headlightEx lightEx light fixed installationEx light pole lampEx oval lamp for incandescent lampEx oval lightEx pitched roof lightEx polyester lampEx surface-mounted luminaire for fluorescent lampEx surface-mounted luminaire for L lampEx-GG lightEx-proof luminaire fixed mountingExplosion proofExplosion proof luminaire fixed mountingExplosion-proof lampExplosion-proof luminaire fixed installationExplosion-proof mounted lightLampMast approachMounted lightOval lampPaint room lightProtective cageSpray booth lightStrip lightfrom the following manufacturers:Manufacturer overview catalogue Ex-proof light:CeagPrachtSchuchStahlZumtobel
Room thermostat - The correct setting of the room temperature is an important aspect for well-being in our apartment or house. If you are not sure which room temperature controller you should choose, here are a few tips and hints.Are you also one of those people who react sensitively to temperature changes, who quickly freeze or sweat? Setting an incorrect temperature can cause discomfort and even health problems. With a room temperature controller, you are able to keep the temperature in your home constant. You don't have to worry about rooms that are too warm or too cold. In the office, warmer room temperatures are not only beneficial for employees, but also have a positive effect on productivity. If the temperature is too cold, employees get sick more often and cannot concentrate as well. It is all the more important that the temperature in the office is right. With a room temperature controller, you can easily regulate the temperature yourself and ensure a pleasant working atmosphere.Tips for searchingThis catalog is located in the main category 'Electrical Material'. Here you will find analogue room temperature controllers, programmable devices, room temperature inserts and actuators. If you are looking for KNX room temperature controllers for your building automation, please use our search or visit the main category 'Smart Home'.There are many different types of room temperature controllers on the market. We will help you to find a device that is suitable for your needs.What types of room temperature controllers are there?There are different types of room temperature controllers. These differ in structure, mode of operation, type of operation and price. The simplest room temperature controllers are the analogue devices. These are easy to use and inexpensive to purchase. The temperature is usually regulated steplessly by means of a rotary disc. Some models also have an ON/OFF switch. The installation is usually flush-mounted. There are also models that can be surface-mounted. With digital controllers, enter the setpoints directly. There is no dial here. If these are programmable, set the room temperature for different days and times in advance. Such a device then adheres to the specified configuration over the programmed period of time. So-called 'smart' room temperature controllers offer many individual options for setting the temperature. These can be freely programmed and provide interfaces to building automation systems. It is usually operated using buttons on the device or a touch screen.Image: Gira 039603 room thermostatWhere should the room temperature controller be installed?A few things should be considered so that a room temperature controller can measure and regulate the temperature precisely. Basically, such a device determines a difference between the current room temperature and a target temperature. This can be done mechanically or via a sensor. Corresponding signals are then passed on to the heating, which lead to an increase or decrease in the room temperature. Attach the controls so that an accurate measurement can be made. Incorrect measurements mean that the heating is activated too early or too late and the room temperature does not match the desired temperature.Which circumstances could lead to incorrect measurements?The room air cannot circulate around the room temperature controller. Heat builds up in niches. The air exchange is also low behind cupboards or curtains. Here the controller may measure too high a temperature or react too slowly to changes. A measurement too close to the radiator is also critical. It gets warm too quickly here and the controller switches the heating off again. As a result, the desired temperature is not reached in the room. In contrast, installing it in areas with a lot of drafts or near a window that is often open will result in readings being too low. Here it can happen that the room gets too warm or a lot of heating energy is wasted. The controller does not switch off the heating correctly.AssemblyFlush-mounted room temperature controllers can be installed in a normal switch box or a cavity wall box. Surface-mounted devices are attached directly to the wall. In any case, please follow the manufacturer's instructions exactly when wiring. This is the only way to ensure trouble-free functionality.Please pay attention to the following during installation:a mounting at about 1.60m above the floorgood air circulation without heat build-up or draughtsa mounting location without direct sunlightattachment to an internal wall Which temperatures are ideal for well-being?The ideal living room temperature depends on personal preferences and the time of day. As a rule, however, the temperature in living rooms should not be below 16 degrees Celsius, otherwise the risk of catching a cold or other health problems increases. During the day temperatures can be a bit higher, while the bedrooms are usually cooler. In Germany, the following values are considered optimal:Living room: 20°C to 22°CChildren's room: 20°C to 22°C (18°C at night)Bedroom: 16°C to 18°CBath: 20°C to 23°C (depending on usage and time of day)Kitchen: 19°C  TIP:Each additional degree of room temperature increases the heating costs. Use the possibilities of modern heating systems and lower the room temperature in unused rooms by around 5°C during this time. To save energy, you can schedule heating breaks, for example. Adjust the devices so that the room temperature is lower when you are not at home. If you are away for a few days, reduce the temperature to 15°C or slightly lower. Based on this, you will reach the feel-good temperature after your return within 1 to 2 hours.Do room temperature controllers require a power connection?In order to work correctly, a room temperature controller needs a power supply. Unless it is a device with radio technology, you need a cable from the heating circuit distributor to the controller. This serves to supply the controller with power and to connect an actuator. You therefore need a cable with at least four conductors and a corresponding cross-section, of which the yellow-green protective conductor is used exclusively for protective earthing. When buying, make sure that you have a 24V or 230V system.How do I set the exact temperature with analogue room temperature controllers?Some analogue room temperature controllers with a rotary disk do not show the room temperature in °C, but rather a scale, often from 1 to 6. It can be a bit difficult to find the optimal temperature here. However, there is a reason for this. The manufacturers do not label the heating controllers with degrees, since other factors influence the room temperature. Deviations arise, for example, from accumulated heat or draughts. If this is the case, the temperature on the controller does not match the temperature in the room and differences arise. The scale roughly corresponds to the following temperatures:* (asterisk - if present) corresponds to approx. 5°C and is designed as frost protectionLevel 1 corresponds to about 12°CLevel 2 corresponds to around 16°CLevel 3 corresponds to around 20°CLevel 4 corresponds to around 24°CLevel 5 corresponds to around 28°C If it is colder on the room temperature controller than in the rest of the room due to drafts, the set level 3 may already correspond to room temperature level 4. In the opposite case, the room temperature may only be 16°C, although for the controller it is in a niche Accumulated heat has already reached 20°C. The heating is switched off too early. In these circumstances you have to try something to find the optimal setting position.With a modern heating system, you can regulate the temperature in your immediate vicinity individually. In the eibabo® technology store you will find numerous room temperature controllers that you can integrate into your heating system depending on the requirements or equipment. When buying, pay attention to quality. Here in the shop you can get top devices from manufacturers such as Busch Jaeger, Eberle, Gira, Jung, Theben, Devi and dozens more.  Catalogue content:In this eibabo® catalogue Stats, switches and controllers > Room thermostat you will find items from the following product groups:Item overview:Control unitCooling systemElectronicsExternal controllerFloor temperature controlGlass heaterHeating technologyInfrared heaterMaster controllerMechanicallyOutside temperature controllerPanel heatingProtection temperature controllerRadiant heatRemote sensorRoom temperature controllerRoom thermostat insertSpace heatingSwitch rangeTemperatureTemperature sensorTemperature switchText displayTiled stove temperature controllerUnderfloor heatingVentilation controlWet room controllerWet room temperature controllerfrom the following manufacturers:Manufacturer overview catalogue Room thermostat:ABBAlre-itBerkerBusch JaegerCarelDelta DoreDeviEberleEGOEHT AEGElsoEthermaFricoGiraGlen DimplexGlenHagerHeliosJumoJungKraemer & KrausLegrand SEKOMaicoMertenRademacherSiemensSomfyStiebel EltronThebenVitramoWindowMaster
Charging device e-mobility - How do I charge an electrically powered car, motorcycle, bicycle, scooter or skateboard? Which charging station is the right one for my vehicle? Find out here which requirements must be met for the installation of a charging station. We support you in the purchase decision and clarify frequently asked questions. Charging stations for electromobility are an investment in the future. The demand for electric vehicles is constantly increasing. Soon they will account for a massive share of the new vehicle market. Now is the ideal time to invest in charging stations. While the cost of electric vehicles is falling, the range is constantly increasing. This means that more and more people will be able to drive their entire journey in an electric vehicle. The increase in electric vehicles is also associated with an increased need for charging stations. If you would like to charge your vehicles at home or at work in the future, you will find suitable offers for high-quality charging stations in the eibabo® shop with which you can maintain your electric mobility.What is a charging station?A charging station connects electric vehicles to a power source. These are mostly electric cars. In the private sphere, such a device is also called a wall box. This provides the energy required to charge a battery. A distinction is made between AC chargers and DC fast charging stations. You can only charge a battery with direct current. The electricity from the socket is available as alternating current. For this reason, most electric vehicles have their own charger or charging cable with rectifier. This converts the alternating current into direct current. DC quick chargers are mainly found in public spaces. These enable charging with higher power. The direct current is supplied directly to the battery. The vehicle's converter is bypassed. There are simple and inexpensive models, but also extensively equipped variants. Some have smart meters, connectivity to cellular networks, or internet access. TIP:Many charging stations have a residual current circuit breaker. This saves you the cost of an external residual current device. The eibabo® shop not only has charging stations for electric cars, but also for electric bicycles.Why should I invest in a charging station?More and more people own an electric car. If you invest in a charging station, you can use it in your private environment or, for example, offer it to the residents of your building as a landlord. In private use, you make yourself independent of public charging stations. You determine the cost of charging yourself by choosing a cheap energy supplier. There is also the option of connecting your own photovoltaic system. How to use your self-generated solar power to charge your vehicles. There are also many advantages for commercial use. For example, you can encourage your customers to charge their car while they shop. This extends the parking time and can attract new customers.What should I consider when buying the charging station for my electric car?Have the installation carried out by a specialist electrician.Define your equipment requirements before purchasing. Should it be possible to use it via a smartphone app? Do you want to record electricity costs and create statistics? Is access protection desired?A DC residual current detection integrated in the wall box reduces the costs of the house installation.When integrating into a photovoltaic system, please ensure that the interfaces are compatible.Wallboxes are usually not in permanent use. Therefore, the standby consumption should be as low as possible. Can the wallbox be switched off completely?Register the charging station with the network operator.Systems with more than 11 kW of power are subject to approval in Germany, for example.Please ensure that the manufacturer's declaration of conformity is available. This ensures that the device meets the requirements of your country.Good cable management including plug garage makes daily handling easier.A wall box with a socket should have a switchable locking device for the charging cable. This will prevent the charging cable from being stolen. Where should I install the wallbox?A wall box is best installed in a dry, shady place that is not exposed to direct sunlight. The ideal height should be around 1.5 to 2 meters above the ground. Make sure the area around the box is clear of obstacles. Depending on the installation location, the question of the correct cable length arises. It should be noted that power consumption and the associated costs increase with longer cables. Line losses may occur if the cable is too long. The recommended cable length for wall boxes is 10 meters. This is the optimal length to avoid losses and keep power consumption low.DangerThe requirements and standards that must be observed when connecting a charging station for electric cars can be very extensive. You should therefore commission a specialist electrician to do this.If you need a longer cable, you should consult an electrician. He is able to dimension the cable correctly and ensure that no losses occur.Do I need a separate charging station for my e-bike or pedelec?You can charge e-bikes and pedelecs at a classic household socket. If you live in your own house, this is possible in the garage, in the carport or in the basement. We recommend using a charging station if you regularly want to charge more than one bike at the same time. So the bikes are always in a designated place. The distribution of the wheels to several sockets in different rooms is no longer necessary. As a landlord, you can also offer your tenants the charging of their electric bicycles. As a rule, you do not have a publicly accessible socket in the underground car park or in the hallway. A charging station is a suitable alternative before the occupants of your house have to carry the electric bike into the apartment. Depending on the model, individual billing or locking of the charging points is possible.Which wall box is right for me?There are a number of factors to consider when choosing the right charging station. On the one hand, the power of the charging station should be matched to the required charging power of the vehicle. On the other hand, it is important to choose the fuse for the circuit and the dimensioning of the cable accordingly. TIP:The required charging power of a vehicle is usually specified in the operating instructions. For an electric car with a battery capacity of 40 kWh, for example, a charging capacity of 11 kW may be sufficient. Faster charging is possible if the charging station has a higher power. You can usually charge an electric car with a battery capacity of 60 kWh at a charging station with 22 kW. Circuit protection is important to prevent damage to the vehicle or charging station. The recommended fuse for a wall box with 3.7 kW power is 16 A. For a wall box with 11 kW power, the recommended fuse is 32 A and 22 kW power must be fused with 64 A. The dimensioning of the cable depends on the length of the cable and the desired charging power. For example, a 1.5 mm² cable is sufficient for a charging capacity of 3.7 kW. At least 6 mm² is recommended for a charging capacity of 11 kW. The number of charging points depends on the number of vehicles that are to be charged at the same time. If you want to charge several vehicles at the same time, there must be a separate charging point for each vehicle. The power of the charging station is divided among the vehicles. Dimension a new charging station for the future. Lay cables with a cross-section suitable for 22 kW. In this way you avoid further costs if you later buy a vehicle with a quick charging function.How do I calculate the charging time of my electric vehicle?The charging time of an electric vehicle depends on various factors, such as the battery capacity, the charging power and the discharge current. The battery capacity indicates how much electricity the vehicle's battery can store. The charging power is the maximum charging current with which the battery is charged. The discharge current is the maximum current at which the battery can be discharged. To calculate the charging time of an electric vehicle, divide the battery capacity in kilowatt hours (kWh) by the charging power in kilowatts (kW).Image: ABL 1W2221 wall boxThe following example shows how to calculate the charging time of an electric vehicle: A vehicle has a battery capacity of 24 kWh. The charging power is 3 kW. In this case, it takes 8 hours to fully charge the vehicle.What does load management mean for the charging station?A distinction is made between load management within the wall box and load management within the electrical installation. Wallbox load management has the following advantages:Optimized charging performance: Load management optimizes the charging performance of your wall box. For example, you can charge your battery faster and more efficiently.Protection of the battery: Another advantage of load management is that the battery is protected. The optimized charging performance prevents the battery from being overloaded.Maximize battery life: Since load management protects both the charging power and the battery, you can maximize the life of your battery. So you can benefit from your wall box for longer. If several smart charging stations are in use, these can be integrated into a building's load management system via additional modules. This means that several electric cars can be charged at the same time with the same connected load. The available power is automatically distributed to the number of charging vehicles. Companies, car parks and hotels with several charging stations thus avoid expensive power peaks.Do I need restricted access for my Wallbox?In many cases, the Wallbox is located in public or semi-public areas. This means that it is accessible to everyone. This can pose a security risk, especially if the wallbox is not properly secured. A lockable wall box provides an additional layer of security. Unauthorized persons are prevented from accessing it, for example in a communal garage, in a hotel car park or company car park. Another option is to connect the Wallbox to an RFID system. This means that only authorized persons can open the box and use the power plug. RFID systems can be installed either on the wallbox itself or on a separate access control system.  Catalogue content:In this eibabo® catalogue Industrial socket / plug applications > Charging device E-Mobility you will find items from the following product groups:Item overview:Bike charging stationBike charging stationsCharging caseCharging stationElectric bikeElectric bikesElectromobilitySocket housingVehicle chargerfrom the following manufacturers:Manufacturer overview catalogue Charging device e-mobility:ABLGSABHagerMennekes E-MobilitySchneider ElectricSpelsbergWalther

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Gira - 021238 - Cover frame double E2 Esprit bronze - Frame 2-gang bronze 021238
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