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Ceag - Concordia Elektrizitäts-Aktiengesellschaft, or CEAG for short, was founded in Cologne in 1906 and was a holding for the Quandt family's various industrial activities. The company began manufacturing firedamp-proof mining lighting. Due to restructuring and reorientation, the ownership structure has changed more frequently in the recent history of CEAG. The electronics group BBC from Mannheim took over the shares in 1978 and passed them on to Cooper Industries in 1996. This in turn was taken over by Eaton in 2013. The company, which operates today as CEAG Notlichtsysteme GmbH, is therefore part of Eaton Electric GmbH. It produces safety lighting and fire alarm systems. The products are actively marketed by the company in more than forty countries worldwide. In Germany alone there are over twenty service branches that operate exclusively on a regional basis. The wide range of products includes numerous products, of which you can also find a large selection here in the eibabo® technology store. In the area of emergency lighting systems, these are system lights, self-contained battery lights, accessories, modules and electronic ballasts, central monitoring devices, electrical distributors, as well as central and group battery systems, escape sign lights, safety lights, plugs for potentially explosive areas, switches, junction boxes, rechargeable batteries, circuit switches and portable spotlights. The product group of fire alarm systems is divided into the categories of conventional fire alarm technology, loop circuit technology and fire brigade components. The eibabo® shops from eibmarkt® are among the leading online mail order companies for smart home, lighting, switch programs and electrical material. A good price-performance ratio, immediate availability of the products and fast worldwide shipping are the basis for a customer satisfaction rate of over 99 percent.

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Safety lamp - Don't panic now! Keep calm and leave the building as quickly as possible! Of course, none of us want to experience such a scenario. Nevertheless, situations can arise that require immediate action or at least special attention. Safety lights help for this purpose. These warn of dangers, show us the shortest escape route or illuminate danger spots so that you don't inadvertently injure yourself.With the eibabo® safety lights, you ensure that potential dangers are identified more quickly, damage is avoided and, in the first instance, evacuations can be carried out quickly. Many safety lights are equipped with economical LED technology and are therefore also designed for efficient continuous use. Your purchase in the eibabo® technology store is also particularly secure. This is ensured by the Trusted Shops buyer protection and a high level of customer satisfaction. Use one of over 20 payment methods and have your order delivered worldwide. And should something not go to your satisfaction, our accommodating customer service will be happy to help you.What types of safety lights are there?In emergency situations related to the failure of the main lighting, emergency lighting systems are used. These can be caused, for example, by power failures, fires or accidents caused by people. The purpose of safety lights is to:enable safe evacuation of people from buildingsindicate potential security risksensure the completion or continuation of work in progress (backup lighting) Depending on the type of lighting, these are connected to the existing house electricity network, connected to backup energy sources or function independently using their own energy supply. While backup lighting allows ongoing activities to be terminated or resumed, evacuation and hazard detection lights are designed to:indicate escape routesTo illuminate danger zones - such as moving machine parts, crash sites, tripping hazards, black ice, fire zonesAvoid panic - crowds of people are guided to the escape routes with instructions Image: Ceag ExitCube #40071353420In which areas should safety lights be used?Safety lighting is rarely found in the private sphere and is generally not required. Safety lights should still be present in those private buildings and areas:where critical crowds can occurwhere visitors and other public traffic are to be expectedif there is at least one branch from the exit of the apartment to the elevator or stairs And of course, the following buildings, among others, must be equipped with safety lights:high-rise apartment buildingsall public, commercial and industrial facilitiesCovered and open areas of petrol stations, multi-storey car parks and traffic tunnelsObjects that are characterized by a high number of visitorsestablishments with retail sale of alcohol Please noteThe exact regulations differ depending on the country and can be found in the national regulations for escape route marking. Emergency lighting, which is not related to the evacuation of people, is necessary:in production with a continuous technological cyclein medical facilitiesat airports and train stationsin all other establishments where even a brief cessation of activity may result in death or accidents How are escape routes and danger areas illuminated?Illumination for evacuationThe main aim of marking escape routes is to leave the building safely and as quickly as possible. The route to evacuation starts right from the premises of housing, work or using services. Therefore, an evacuation lamp and a light indicator with the appropriate pictogram should be installed above the exit from the room. Other important marking points along the escape route are changes in the direction of movement and the floor, flights of stairs, entrances and exits.Already knew?A universal and globally understandable pictogram for escape routes is the green human silhouette walking through a doorway. Often this sign is accompanied by a directional arrow.emergency lightingIn addition, there are devices for emergency lighting along the entire escape route up to the exit from the building to the outside. In addition to the trend-setting infographics mentioned, these are also actual lamps for illuminating the floor, walls or steps. On the other hand, the escape route lighting also serves as escape route lighting for orientation for helpers and rescue personnel. This shows the way to safety zones and provides information about where, for example, fire extinguishers or first-aid equipment is located.Always recognizableAll signs identifying evacuation, hazardous areas, and emergency equipment locations must be sufficiently visible and recognizable. The minimum character height is calculated based on the maximum viewing distance divided by 200. Example: With a maximum viewing distance of 15 meters (= 1500 cm), the infographic must be at least 7.5 cm tall.hazard lightingThe purpose of hazardous area lighting includes protection of open chemical tanks, moving machinery, high-pressure vessels, electrical voltage, furnaces, and so on. Unguarded fall areas, escalators or automated production areas are also marked in this way.What is anti-panic lighting?If potential crowds of people are to be expected indoors and outdoors, this could cause difficulties for some people in finding escape routes. Anti-panic lighting should prevent uncontrolled stressful situations in an emergency and ensure that escape routes can be identified from any point in the danger zone. This is done through good lighting, clear instructions and unambiguous infographics. All of this reduces confusion and promotes calm and organized movement to the emergency exit when an alarm is announced.What is backup lighting needed for?The main task of backup lighting is not related to the evacuation of people. There are facilities where numerous important technical processes and humanitarian services take place. These cannot be interrupted. These include hospitals, certain authorities, airports, train stations or military facilities. This is where back-up lighting systems come into play to prevent human injury or death or the occurrence of other man-made accidents. TIPThe presence of backup lighting does not exclude the need for evacuation lighting with all the necessary indicators. The use of separate lights for backup systems is usually not economical. Rather, if the main power supply fails or is interrupted, the standard lighting is automatically switched to a source from the central emergency power supply. The running time of such a back-up light is calculated for a period of between a few minutes and several hours, depending on the setup. Catalogue content:In this eibabo® catalogue Luminaires > Emergency luminaire you will find items from the following product groups:Item overview:All-plastic lampCeiling lightCentral battery emergency lightCompact guardComplete deviceDisc lightEmergency exit lightEmergency light insertEmergency lightingEscape route lightEscape Sign LuminaireExit sign panel lightIndicator lightInterior lightLight signalMounted lightMounted spotlightMultivariableOutdoor lightOutdoor motion detectorPictogramPressure switchRound lightSafety lightSecurity lightingSelf-contained lightSingle batteryToledoFlatfrom the following manufacturers:Manufacturer overview catalogue Safety lamp:ABBCeagESYLUXFischerIDVLegrand BticinoRidi-LeuchtenRP-TechnikRZBScharnberger+Has.SchuchSitecoSLVStahlZumtobel

Load break switches - Do you want to disconnect circuits safely under load? Then you need a switch disconnector. But what do you have to pay attention to when buying a load-break switch? Switch disconnectors are available in many different versions. We give you an overview of the different models and help you to make the right purchase decision.What are switch disconnectors?Under normal conditions, load switches can switch and carry specified currents. Disconnectors, on the other hand, have a higher dielectric strength and lower leakage currents in the isolating distance. The switches must under no circumstances switch themselves back on automatically as a result of environmental influences and must have a clear indication of the off position. In a load-break switch, the functions of a load switch are combined with those of a disconnector. So it is a combination of both. The device protects, switches and separates with a safe isolating distance. This means that a load-break switch can also be used to reliably disconnect or switch a circuit under load up to the respective rated current. In general, we distinguish between three types of switch disconnectors:The classic switch disconnectorClassic switch disconnectors are designed for easy disconnection of a system and are used, for example, as a main switch, emergency stop switch or as a repair switch / maintenance switch. These devices are suitable for frequent switching. In the eibabo® shop you can get products for standard applications, for high-performance applications and for remote controls. In addition, we offer standard infrastructure devices for mounting on DIN rails. Please note that with all these devices, the supply line must always be fused separately.Fuse switch-disconnectorThe fuse switch disconnector combines disconnection with a fuse in one device. With this device, the fuse is cut out when switching. This means: When disconnecting under load, a visible arc occurs. Fuse switch-disconnectors are intended for infrequent switching and are used in industry as main switches or in main power distribution. definitionIn electrical engineering, the term 'isolation' refers to the all-round disconnection (of a part) of a system from all non-earthed lines. Load-break switch with fuseSwitch-disconnectors with a fuse also combine the switching function with a fuse in one device. However, the fuse is activated when the device is switched off. This enables you to safely replace the fuse when it is disconnected. The devices are also designed for frequent switching and are therefore also suitable for high-power applications, as main switches and in the main power distribution.What do I use a switch disconnector for?Load-break switches protect people and machines and are used for:Activation of resourcesSwitching short-circuit currentspower shiftingProtection against overcurrentProtection against electric shock These can be used as the main disconnect device in switchgear, interrupting the power supply to one or more electrical circuits. It is possible to switch or disconnect the circuits even under load up to the level of the respective rated current. With a load-break switch, you separate electrical devices, for example for maintenance work and repair purposes. The aim of the switch is to safely stop the flow of current in order to enable authorized specialist personnel to work safely. It does not matter whether it is a simple or a complex installation. Load-break switches offer ideal performance characteristics for industrial use as on/off switches, main switches, motor switches, control switches, repair switches, emergency stop switches and much more. The function as an isolating switch and load switch makes these devices very economical, especially in small systems, because the use of additional isolating switches is not necessary.Image: Hager HAB406 switch-disconnectorWhat is the difference between a classic switch disconnector and circuit breaker?Switch disconnectors and circuit breakers perform different tasks. The switch-disconnector works with the simple objective. to disconnect the power supply. This allows electricians to carry out their maintenance work, repairs and inspections safely. A circuit breaker can take on more tasks than a load-break switch. A circuit breaker connects, carries and interrupts current under standard switching conditions. This is well suited to perform the duties of a disconnector or load switch. Like the load-break switch, it offers full disconnection if required. You can use the circuit breaker as a protective device because it can control the flow of current like a fuse. The device breaks the circuit under unfavorable conditions such as overload and short circuit. A load-break switch does not offer these advantages. Depending on the model, you can control a circuit breaker manually or automatically.Conclusion: A load-break switch serves as a disconnecting device to completely stop the flow of power and is often associated with a circuit breaker or a load switch. The circuit breaker works as a switching device to interrupt the short-circuit current and the rated current. To ensure maximum security, both devices usually complement each other.How do switch-disconnectors ensure safe disconnection of the current flow?Shifting under load is a special process. Sparks and arcs can occur when two conductive contacts are separated. These allow the current to continue to flow, although the contacts are no longer touching. With small currents, a sufficiently large distance between the contacts prevents the sparks from 'jumping over'. These go out by themselves without making a new electrical connection. If this distance is too small compared to the applied voltage or if the contacts are insufficiently insulated, arcs can form.Electric arcAn arc occurs when there is a high electrical charge difference between two poles. To compensate for this imbalance, a channel forms between the poles. Inside, gas (e.g. air) is ionized and a plasma is created. The current can flow through this plasma channel.These arcs must be extinguished using special protective devices in the switch. Load-break switches and circuit breakers are therefore equipped with specific extinguishing agents in order to stop the energy flow of the arc in good time. Depending on the type of circuit breaker, these are air, oil, insulating gas or vacuum. Special chambers for deionization (arc quenching chambers) are typically used in switch-disconnectors in the low-voltage range. These artificially lengthen the arc until the voltage required to maintain it becomes too great. The arc breaks off and quenching plates prevent it from igniting again.Which switch-disconnectors are recommended?Depending on which requirements you want to meet, your eibabo® online shop offers you the right load switch, disconnector or circuit breaker. When it comes to switch disconnectors, you have the choice between all well-known manufacturers. These include ABB, Ceag, Doepke, Eaton, Elektra, Hager, Legrand Bticino, Siemens and many more.To make your selection easier, the items in this catalog are already sorted by relevance. Enjoy high quality at low prices as well as many secure payment methods and fast worldwide shipping. Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Switch disconnector you will find items from the following product groups:Item overview:Auxiliary circuit breakerAuxiliary switchBasic switchCast pastedConstruction switchDistribution switchDiverter switchEngine switchFeed switchFuse bodyFuse switch disconnectorHard mirrorInsulating housingLoad separatorLow voltage circuit breakerMain switchMolded case circuit breakerMotor drivePadlock lockPlant protectionPower switchPush-through membraneReversing switchService deskStep switchSwitch disconnector protectionSwitch headTransfer switchfrom the following manufacturers:Manufacturer overview catalogue Load break switches:ABBCeagDoepkeEatonElektraHagerHenselKraus & NaimerSchneider ElectricSiemensSontheimerStahlSteidele-Stromvert.Wöhner

Ballast - If you equip your building with fluorescent tubes, high-intensity gas discharge lamps or linear plug-and-play LED lighting, you depend on ballasts. But which one is right for your application? We clarify. When you use the optimal ballast, you create a cost-effective and energy-efficient lighting solution that also gives you enhanced control over the amount of light produced in your space. Find the ballasts you need for lights and lighting systems easily at eibabo® in the extensive online range. In addition to ballasts in a wide variety of designs (electronic, DALI, KL/LL, EVG and many more), you will also find Powertronic devices and Quicktronic devices, QT-FIT ballasts, warm start devices as well as ignition devices and stabilization devices.What is a ballast?In fluorescent lighting, the ballast controls the power supply to the lamps. It provides sufficient starting voltage to start the lamps. Without a ballast, a fluorescent lamp connected directly to the mains voltage would quickly and uncontrollably increase the power consumption. Within a second the lamp would overheat and burn out. When the lamp is started, the ballast provides a brief high-voltage phase to build up an arc between the two lamp electrodes and start the ionization of the gas. This makes the gas inside the lamp electrically conductive. Once the arc is established, the ballast reduces the voltage. From that moment on, it serves to regulate the electric current in order to guarantee a constant light output.Please noteFluorescent tubes and gas discharge lamps have a negative, differential resistance during operation. As a result, as the current increases, there is a voltage drop across the lamp. For this reason, never connect gas discharge lamps directly to a voltage source.In order to achieve the full rated light output and maximum service life of a fluorescent lamp, the output characteristics of a ballast must exactly match the electrical requirements of the lamps being operated. Ballasts are typically designed in such a way that they operate a certain number of a certain lamp type with the necessary voltage. These are therefore also your primary selection criteria for the purchase of a ballast. So in order to find a suitable ballast that is compatible with a specific lamp, you should know the lamp type, lamp quantity and mains voltage.Why do only certain lamps need a ballast?Classic incandescent lamps and halogen lamps do not require ballasts. This is because the current flows through a filament. This filament resists the current, causing it to heat up and glow. It takes a lot of heat to illuminate a room bright enough. Therefore, the majority of this energy is used to generate heat and not light. This makes conventional incandescent bulbs very inefficient. LED lights also typically do not require ballasts. Here, LED power supplies and LED drivers regulate the current and voltage. The operation of fluorescent lamps and gas discharge lamps is slightly different. These are filled with gases and emit photons when charged with electricity. photonsPhotons are basic subatomic particles or waves that carry the electromagnetic force. In short: they are light particles. So in these lamps there is no filament to resist or regulate the electricity. The ballast is required for this.What types of ballasts are there?There are many different types of ballasts. The choice depends on the conditions in which your lighting is working. We distinguish between magnetic (conventional) ballasts and electronic ballasts.Conventional ballasts are the older technology and used to be responsible for flickering on start-up and lamp buzzing. Conventional ballasts have not been used since 2005 due to their low energy efficiency and high power losses of up to 20%.Nowadays, most fluorescent tubes and gas discharge lamps are operated with electronic ballasts. Electronic ballasts can emit multiple electrical frequencies without changing the input voltage. This eliminates any flickering and humming. These ballasts are available with different starting technologies:Quick StartInstant startprogrammed start Instant start ballasts switch the light on the quickest. However, these are designed for longer switching cycles. Frequent turning on and off can shorten lamp life. The devices are called instant starters because they immediately send a high voltage through the lamp to start the cathodes. Typically, instant start ballasts use slightly less power per lamp than quick start ballasts. Instant start lamps work reliably down to 0 °C.Already knew?Ballasts are also called 'ballast' in international usage. This designation is derived from their properties. Just as ballast stabilizes a ship's hull, a ballast stabilizes the power supply to a lightbulb or lamp.The ballasts work more slowly for both programmed start and quick start. However, these do not have the deleterious effects of an instant start ballast when switched on and off more frequently. The ballasts measure the temperature of the tube cathodes and preheat them. This makes starting easier and the lamp switches on immediately as soon as the light switch is pressed. However, quick-start ballasts also have disadvantages:The devices are not very energy efficient.Lamps connected to quick start ballasts do not turn on reliably at very low temperatures. Programmed start ballasts are typically coupled with occupancy sensors or motion sensors and maximize the number of lamp start cycles while maintaining energy efficiency. If you have high-traffic spaces in your building that experience multiple on-off cycles throughout the day, a programmed start ballast may be the best alternative for your lighting. Ballasts with programmed start are reliable even at low temperatures.When should I replace my ballast?Although replacement is not common, after a few years changes in ballast performance can become noticeable. If your lamps seem to be fading, humming, flickering or changing colour, it may be time to change the ballast.Image: Ledvance PTi 150/220-240 ballastAre ballasts equipped with a DALI interface?If you want to implement digital light control as part of your building automation, you may use the DALI system.What is DALI?DALI is the abbreviation for Digital Addressable Lighting Interface. It represents a programmable, digital interface for lighting scenarios including electronic ballasts. DALI is a protocol for light control in building automation, but not a bus system.DALI is suitable both for light control in individual rooms and for lighting scenarios in networked building management. As a rule, the modern electronic ballasts from most manufacturers are equipped with DALI interfaces. These interfaces establish direct communication between a control device and the lamps to be controlled. The communication between the control unit and the up to 64 connected devices takes place via a bidirectional two-wire line, so that information is transmitted both from the control unit to the lamps and vice versa. Programming the system is easy and hassle-free. For example, integration into a higher-level KNX building management system is possible via gateways.We offer you a large selection of ballasts from all well-known manufacturers such as ABB Stotz, Arclite, Ceag Notlichtsysteme, Houben, LEDVANCE as well as Philips lamps, Schuch Licht, Waldmann and Watt24. Catalogue content:In this eibabo® catalogue Light control > Ballast you will find items from the following product groups:Item overview:BallastControl gearControl unitControllersDischarge lampFluorescent lampFluorescent lampsHeadlight bulbLightingLuminaire control gearOperating devicesPower supplyfrom the following manufacturers:Manufacturer overview catalogue Ballast:ABBArcliteCeagHoubenLEDVANCEPhilips LichtScharnberger+Has.SchuchSignify LampenSitecoZumtobel

Monitoring emergency power - In this eibabo® catalogue Accessories for lighting > Test device for emergency power luminaires you will find items from the following product groups:Item overview:Annunciator panelCentral batteryCentral battery systemCentral battery systemsControl deviceInterface moduleMonitoring deviceMonitoring device for emergency power supply lightsMonitoring equipmentMonitoring unitMulti DigitSurveillance systemSurveillance systemsSwitchoverTest device for emergency power luminairesfrom the following manufacturers:Manufacturer overview catalogue Monitoring emergency power:CeagRP-TechnikRZBZumtobel

Interface converter - What can you do if the connection points on a particular device do not match the interfaces on another device? However, your installation project provides for a connection between the two devices. No problem, then simply use the eibabo interface converters. Such a device converts the signals from your device and bus connections so that they are compatible with the plugs or sockets of the other device. Furthermore, an interface converter transfers the data from one transmission protocol to the other and vice versa. If this cannot be done automatically one-to-one, there is the possibility that you as the user can still configure or program the interface converter. Please note that not all existing interfaces can be universally changed. There are operating modes in which conversion to one another is not possible. If you are unsure or have any questions, please contact our competent eibabo customer service.Catalogue content:In this eibabo® catalogue Data and telecommunication > Interface converter you will find items from the following product groups:Item overview:20mA (current loop) interface20mA interfaceArea couplerArea couplingBidirectional converterCommand deviceConversion moduleConverterCurrent matchingData converterFiber optic moduleInterface cableInterface converterInterface technologyManual control levelPlug-in modulePROFIBUS interfaceRS-232 interfaceRS-422 interfaceRS-485 interfaceSignaling deviceSystem deviceTransmission converterTTL level interfaceUSB interfaceValve positionsVoltage converterVoltage transducerfrom the following manufacturers:Manufacturer overview catalogue Interface converter:CeagEFB-ElektronikFlukeHirschmannJumoMetzMurrelektronikPepperl + FuchsPhoenixSiemensTechniSatWAGOWeidmüller

Ex-proof switches - We have all adjusted to the continuous supply of electricity and hardly think about using it in everyday life. We are often not even aware of the challenges that need to be mastered and the technical conditions that need to be met in order for electricity to become commonplace. Do you know what a so-called ex-switch is? In this case, Ex stands for "explosion-proof" and refers to switches of a special design that ensure reliable function under special atmospheric conditions and meet special types of protection and temperature classes. You can get high-quality explosion-proof safety switches, safety buttons and toggle switches in the eibabo online shop at fair prices. Use the Trusted Shops buyer protection and one of the many secure payment methods.Catalogue content:In this eibabo® catalogue Industrial socket/plug applications > Explosion proof switch you will find items from the following product groups:Item overview:1-pole switchEx buttonEx changeover switchEx on switchEx on-off switchExplosion proof switchExplosion-proof on/off switchOff switchPlasticPower switchSafety switchSwitchToggle switchTwo-way switchfrom the following manufacturers:Manufacturer overview catalogue Ex-proof switches:CeagStahl

Emergency light module - In this eibabo® catalogue Accessories for lighting > Emergency unit for luminaire you will find items from the following product groups:Item overview:Accessory for emergency lightBuilding blockCentral batteryCircuit moduleConversion kitConversion kitsEmergency light elementEmergency light moduleEmergency lightingEmergency socketEmergency unit for luminaireHall lightIndustrial lightInstallation kitInstallation setInterfaceMoisture-proof lightRelay moduleSingle-battery building blockUniversal module for safety lightfrom the following manufacturers:Manufacturer overview catalogue Emergency light module:CeagLTSOpple LightingRidi-LeuchtenRZBSitecoSteinelTriluxZumtobel

Pictogram emergency illumin. sign - In this eibabo® catalogue Accessories for lighting > Pictogram for emergency luminaire you will find items from the following product groups:Item overview:Accessories for uplight/downlightAccessory for emergency lightAccessory for signage lightAcrylate plateDisplay paneElevator NoteEmergency exitEmergency light pictogramEmergency wayEscape routeExit hintInfo silicate glassInformation carrierInformation signInsert sheet/plateMotif discMotif for emergency lightMotif for information lightMotif for up/downlightPhone signPictogramPictogram for emergency luminairePictogram for emergency/signal lightPictogram for warning lightPlexiglass plateReference motifRestroom NoticeStickerfrom the following manufacturers:Manufacturer overview catalogue Pictogram emergency illumin. sign:CeagESYLUXnVent ThermalPerformance in LightRidi-LeuchtenRP-TechnikRZBSchuchZumtobel

Ex-proof portable searchlight - In this eibabo® catalogue Luminaires > Explosion proof hand floodlight you will find items from the following product groups:Item overview:Bar-shaped lampEmergency hand lampEx flashlightEx hand lampEx hand lamp/spotlightEx-proof flashlightEx-proof hand lampEx-proof hand luminaireEx-proof handflood lightExplosion proof flashlightExplosion proof hand floodlightExplosion proof hand lampExplosion proof handflood lightExplosion proof pocket torchExplosion proof torchExplosion-proofExplosion-proof hand lampHand floodlightHand lampHand lamp explosion proofPocket torchPocket torch explosion proofRechargeable flashlightRechargeable hand lampTorchTorch explosion prooffrom the following manufacturers:Manufacturer overview catalogue Ex-proof portable searchlight:CeagStahlWitte + Sutor