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Vaillant - The Vaillant Group is a global family company that produces heating, cooling and hot water products. The company's headquarters are in Remscheid in North Rhine-Westphalia. The history of the company begins with the founding of a master installation trade company in 1874. Since then it has been 100 percent family-owned and has been able to register numerous innovative patents in the course of its development. The Vaillant Group is currently one of the largest companies in its sector in Europe and is the world market leader in wall-hung heating appliances. The group of companies brings together the international heating technology brands Vaillant, Saunier Duval, awb, Bulex, Demir Döküm, Glowworm, Hermann Saunier Duval and Protherm under one roof. They are sold separately depending on the sales market, but together they are present in over 60 countries around the world. Vaillant has 10 development and production sites spread across Europe, China and Turkey. As a dynamic and modern company, Vaillant invests in the development of energy-efficient and resource-saving heaters and heating systems. The eibabo® shops from eibmarkt® mainly stock Vaillant articles in the product groups of hot water storage tanks, heat storage tanks and instantaneous water heaters, as well as boiling water devices, electric storage heaters and electric infrared heaters. Fittings, controls and air conditioning units are also part of the range. Small parts and accessories such as collector sensors, assembly sets and control units complete the range. The feedback from our installation partners is consistently positive. We too have had very good experiences with the company's customer-oriented service. As one of the leading Vaillant sales partners, the eibabo® technology store is able to offer large devices from top brands at low prices and ship them worldwide.

Jung Pumpen - The eibabo® shops from eibmarkt® see themselves as full-range suppliers for modern home technology, electrical material and smart homes. The developments of Jung Pumpen GmbH extend our range of products to include the product group of irrigation and drainage technology. The company, which comes from Steinhagen in North Rhine-Westphalia, specializes in building services engineering, waste water technology and pressure drainage. It belongs to the originally American Pentair Group, which is now based in Ireland and produces, among other things, for the energy industry, the beverage and food industry and the telecommunications sector. He is also active in the field of heating, water and fire protection technology. Before the Jung company belonged to the Pentair Group, it had already made a name for itself as an independent company. In 1924, Heinrich Christian Jung started a plumbing and installation business. The first products included hand-operated liquid manure pumps, which were sold as small series models to farmers and farms. Today the company employs more than 350 people and the product range has become significantly more extensive. It is now designed for the disposal of dirt, industrial and waste water and includes individual pumps for house and property drainage as well as complex pumping stations for industrial or municipal use. The company distinguishes between two business areas. The first is building drainage. This includes waste water pumps, collection tanks, floor-level showers, sewage lifting systems, condensate pumps, control units, smart home components and mobile lifting systems. The second area includes waste water technology with waste water pumps, shafts, controls, products to prevent odors and small sewage treatment plant technology. From this wide range, the eibabo® technology store offers you not only various submersible and dirty water pumps, but also submersible switches, sliding tube systems and connection sets at the best conditions.

EHT AEG - AEG has a very eventful history behind it. It started with Edison, his incandescent lamp, and the advent of widespread electricity in the late 19th century. Recognizing the opportunities of this development, Emil Rathenau acquired the license for the Edison patents in 1881 and founded the German Edison Society for Applied Electricity in 1883. The Allgemeine Elektricitäts-Gesellschaft (AEG) emerged from this in 1887. The company established itself and played a key role in global electrification. From the power plant to the light bulb, it supplied everything that was necessary for the generation, distribution and use of electricity and, in addition to electrical energy technology, it also manufactured large household appliances, heaters and even vehicles in the following decades. After the bankruptcy in 1982, Daimler-Benz AG took over the company, but eventually sold the division to Electrolux. The production area of building services has been operating independently again since 2002 and manufactures modern water heaters, room heaters and underfloor heating. All AEG Haustechnik products impress with their excellent quality and good price-performance ratio. Sales in Germany are mainly via electrical wholesalers and retailers. The eibabo® technology store is one of the leading providers of devices from AEG Haustechnik due to many years of experience in the sale and installation of these products. We deliver small storage tanks, instantaneous water heaters, floor temperature controllers, boiling water devices, temperature controllers, thermal floors, standing storage tanks, heat storage tanks and radio receivers quickly and worldwide. You can also find the exclusive natural stone heaters at top conditions here in the eibabo® shops from eibmarkt®. The goods are available immediately and can be shipped immediately. And should a small problem arise, AEG provides a high-performance customer service that supplies us as a specialist dealer and you as a customer with spare parts within a very short time.

Glen Dimplex - Glen Dimplex stands for highly efficient system solutions for heating, cooling and ventilation. The company sees itself as a pioneer in heat pump and cooling circuit technology and works with great commitment on sustainable solutions with the highest level of economy and energy efficiency. The company's products have been an integral part of the range in the eibabo® technology store for many years. The consistently high quality of the Glen Dimplex portfolio has always convinced us and we are happy to recommend the products to our customers. The Glen Dimplex Group from Dublin, Ireland was founded in 1973 by Martin Naughton. The German location is in Kulmbach and emerged in 1990 from the Kulmbach air conditioning plant. Its roots go back to the year 1860. Other subsidiaries of the group are located in Kalamazoo (USA) and Shenyang (China). As one of the world's leading suppliers of electrical heating solutions and household appliances, Glen Dimplex has concentrated cooling and heating expertise. This can not only be found in individual devices, but also in complex, intelligent and highly efficient system solutions. The focus is on forward-looking, innovative product concepts that are both environmentally friendly and efficient and counteract the effects of climate change. In the eibabo® shops from eibmarkt® you can get not only individual devices but also all the components required for the production of ventilation and temperature management systems in buildings. The realization of precision cooling systems for technological processes is also possible. In detail, these are, for example, instantaneous water heaters, small storage tanks, temperature controllers, wall convectors, linear heaters, thermal relays and quartz heaters. The company designs its devices as modularly as possible. For you as a user, this means maximum flexibility and expandability, simple installation, maintenance and operation. Should you have any questions, our eibabo® support team will be happy to help you.

Found in shop categories: 6

Hot water tank - In the eibabo range of water heaters you find the right hot water storage tank for your requirements. Hot water tanks are usually divided into two basic systems. Closed or pressure-resistant tanks have a closed system and withstand a higher water pipe pressure (up to 10 bar). In closed hot water tank systems, the backflow of the heated water into the supply line is prevented by a one-way valve. In addition, these pressure-resistant, closed systems dispose of a safety valve. This valve prevents that water which expands during the heating process leaks. The second system of water heaters comprises open or pressureless hot water tanks. These water heaters usually take about 5 to 15 liters and usually supply only one consumer (single supply). Cold water is fed into the bottom section of the hot water tank by opening a valve or a mixing tap. The hot water is then pressed upward and out of the hot water unit (pressureless displacement). That is why these so-called low-pressure mixer taps always have three connection hoses and are absolutely nexeccary for the operation of a pressureless hot water unit. In the range of pressureless water heaters, there are different types for installation above or below the water supply. Pressureless water heaters have a relatively simple structure and are, thus, less expensive than pressure-resistant water heaters, since they do not have to withstand the pipe pressure (up to 10 bar). At eibabo, you can choose from many types of high-quality water heaters from major manufacturers. You will find, among other devices, shower heaters, closed wall water heater tanks, small water tanks as well as freestanding storage tanks, table tanks and pressure-resistant hot water tanks in many different dimensions, nominal storage capacities and power ranges (in kW).Catalogue content:In this eibabo® catalogue Boilers and heaters > Boiler electric you will find items from the following product groups:Item overview:BoilerBoiler electricBoiler, electricBoiling waterBoiling water boilerBuilt-under deviceCylinderDirect fired boilerElectric boilerElectro boilerFree standing modelHanging boilerHot tap water boiler electricHot water boiler electricHot water cylinderHot water deviceHot water tankHot water tank (electric)Hot water unitHot water-frees standing storage tankKitchen boilerNight power boilerSmall storage water heaterStandby boilerTable storage tankUnder sink deviceWall storage tankWater heaterfrom the following manufacturers:Manufacturer overview catalogue Hot water tank:Bosch ThermotechnikEHT AEGGlen DimplexGlenStiebel EltronVaillant

Drain funnel - In this eibabo® catalogue Gutters/tanks > Outlet funnel you will find items from the following product groups:Item overview:Ball siphonCondensate drainDrain fittingDrain funnelDrain tapFunnelOdor trapOutlet funnelSiphonfrom the following manufacturers:Manufacturer overview catalogue Drain funnel:Maico

Pressure switch - Would you like to control switching processes in a technical system that are triggered by changes in the pressure of a gaseous or liquid medium? Then you need a pressure switch. Here you can learn a little more about the history, the tasks and the operating principle of pressure switches. Inexpensive and reliable pressure switches for switching valves or pumps are available here in the eibabo® online shop. Choose a model that suits your system from our range.What are pressure switches?Pressure switches are used to automate a pump or compressor. The basic principle of these switching devices is that connected devices:switched on when the pressure falls below a set limitoff when the upper pressure limit is reached Image: Eaton MCSN11-V pressure switchPressure switches have many names. The following terms are very common:Differential pressure switch, pressure limiter, pressure controller, pump relay, water pressure switch, air pressure switch or compressor switchThe devices are used, for example, in liquid tanks or gas tanks in which the filling level or the internal pressure of the medium contained therein is to be monitored. This ensures that certain values are not exceeded or fallen below. Alternatively, when a critical value is reached, switching processes are triggered in order to restore the desired or programmed normal state. A distinction is made between mechanical and electronic pressure switches, which offer individual advantages depending on the desired area of application.The history of the pressure switchIn the past, pumps and compressors were switched on and off mechanically and required constant human intervention. In the early 1930s, August Frede Maschinenfabrik (today: Condor-Werke) developed a simple and functional device that was equipped with a membrane and worked according to a spring principle. This first pressure switch should automate the switching on and off of pumps or compressors. In 1935, the company received the world's first patent for a diaphragm pressure controller for the automatic control of pumps. To this day, Condor-Werke is one of the global market leaders in the development and production of pressure switches.What are the advantages of a pressure switch?A pressure switch allows full automation of the start-up and shut-down process, eliminating the need for human involvement in managing the pump or compressor. An automatic shutdown when the upper pressure limit is reached guarantees the safety of the respective system. If pumps or compressors only work within a certain pressure range due to intelligent switching processes, energy costs can be significantly reduced and resources saved. TIPBe sure to note the installation location and, accordingly, the moisture protection of the pressure switch. In addition, pressure switches are very reliable and durable.The mechanical pressure switchDepending on the design, pressure switches can work mechanically or electronically. Mechanical type devices are more common due to their reliability, durability and simplicity. The mechanical pressure switch can be installed directly on site with minimal effort.NoticeHigh-quality pushbutton switches have non-stick silver-plated contacts, a high-strength diaphragm and fine-tuning capabilities. Especially with cheap goods from the Far East, the lack of these properties can lead to failures and unreliable switching operations. Here in the eibabo® online shop you only get reliable quality goods from well-known brands.The functional principle of a mechanical pressure switch is essentially based on the combination of a membrane with a block of adjustable springs. The pressure of the working medium is transmitted through the diaphragm to the working pressure setting springs by means of nuts or screws. A differential pressure setting spring measures the value of this compression. If the compression of the working pressure setting springs exceeds a certain value due to the pressure of the diaphragm, the differential pressure setting spring opens the contacts in the contact block and the pump or compressor is switched off. When the pressure drops, the tension in the springs relaxes again and the compression decreases. The mains contacts then close again and the connected device is switched on again. Depending on the version of the pressure switch, there may be additional outlets for connecting a pressure gauge and safety valves.The electronic pressure switchAn electronic pressure switch is actually a complete pump controller. As a rule, these devices include elements for soft starting, protection against dry running, as well as ways of setting the upper and lower thresholds of the operating mode of the pump or compressor. The advantages compared to a mechanical pressure switch are the smaller dimensions and the setting principle. Sensitivity adjustment screws are located on the electronic pressure switch body.How do I protect myself from my system running dry?The cause of failures in the operation of pumps or compressors is often the lack of the required working medium in the system. This problem is annoying and affects the reliability of all components. Idling leads to overheating or damage to parts and the associated failure of the entire system. To avoid this, when choosing a pressure switch, please consider the characteristics and allowable ratings for the operation of your pump or compressor. You avoid the danger of idling as follows:Buy a device with dry-running protection. These devices are a bit more expensive, but respond very effectively to pressure drops.Invest in the installation of a controller that not only monitors the pressure. This would, for example, also switch on the pump if the actual values fall below the set target values. How do I choose a pressure switch?When choosing a pressure switch, it is necessary to determine the type of pressure switch, the required functionality and the operating pressure:Should the switch monitor the pressure of liquids or gases?Does the switch have to be able to withstand chemical compounds?In which key figures is the working pressure range?How is the power supply designed for the switch (voltage, number of phases, current)?What sizes are required for the flange connections?What additional components and options are desired? Examples of this would be: start button, thermal relay to protect the electric motor, dry running protection relay for pumps, relief valve to make starting compressors easier and so on. When installing a high-quality pump, please remember that the pressure switch should also be of the same quality. This is the only way to ensure reliable operation. by the wayThe manufacturers of high-quality devices carry out long-term tests with the pressure switches in the laboratory in order to guarantee more than half a million switching operations. Use our detailed search to select your pressure switch. There you can precisely set the parameters of the switch you want and filter accordingly. Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Pressure switch you will find items from the following product groups:Item overview:Compressor switchCylinder switchDifferential pressure switchPressostatPressure limiterPressure monitoring devicePressure regulatorPressure sensorPressure sensorsPressure switchPressure transducerPressure transmitterTwo-position controllerVacuum monitorVacuum switchfrom the following manufacturers:Manufacturer overview catalogue Pressure switch:Alre-itBaumerBourdon-HaenniCondorDoepkeEatonElsterEndress + HauserHeliosHoneywell FemaIfm ElectronicIpf ElectronicJumoMaicoNE-MARockwellSchneider ElectricSickSMC Deutschland

Current monitoring device - If you would like to be in control of your electrical installation, then monitor your cables and wires for correct function and proper current flow. Especially if you want to minimize downtime or failures within production processes, you can counteract any problems early and effectively with a current monitoring relay. Learn more about the types and uses of power monitoring devices here. Use our help when making a purchase decision and choose from numerous quality products at top conditions here in your eibabo® shop.Analysis and EvidenceHigh-quality current monitoring devices are able to store errors that occur for later evaluation, to communicate with other components and, if necessary, to send out alarm signals.Devices of this type are typically installed in the control cabinet and use suitable relays to protect your system against undervoltage or overvoltage or against undercurrent or overcurrent.What types of surveillance devices are there?A monitoring device is a protective relay that is used to monitor various states of an electrical system. It is therefore an electrical switch which is triggered when certain specified parameters are exceeded. The device provides protection by shutting down the system in the event of an abnormal condition. A monitoring device (also called a control relay) typically consists of two main components: a sensing circuit for detecting condition and a trigger element. The detection element is used to determine the monitored parameters. The triggering element serves to trigger the switching process.Individual settings can often be made by the user with these devices. The protection parameters can thus be adapted to the requirements of the respective system. This is done using adjustment wheels and screws or, in the case of digital relays, using buttons and a display. Among other things, the following can be set:Delay ? to avoid false alarms due to sudden power surgesReset (manual or automatic) - used to reset the electrical system after a shiftRemote Reset - to remotely reset the electrical system after a shiftAlarm ? to trigger an alarm in the event of a trip Surveillance devices fall into different categories. These are based on the parameter being monitored. This can be voltage and current, but also filling levels or temperatures. The most common monitoring devices are:Voltage monitors - trip when the voltage in an electrical system exceeds and/or falls below a specified level.Phase monitors ? are used to monitor and protect against polarity reversal, phase failure and phase asymmetry. These constantly check the phase difference between two or more phases.Current monitors - protect equipment in an electrical system from overcurrent or undercurrent. Current monitoring relays trigger when the current exceeds or falls below a predetermined value.Frequency Monitors - Used primarily in Alternating Current (AC) systems where line frequency control is required. These relays are therefore used to protect against frequency anomalies.Temperature monitors ? primarily protect against overheating by constantly monitoring the temperature of the system and the devices that are being protected. Areas of application are predominantly industrial plants where extreme temperatures are a problem.Level monitors - are switches for level control in cisterns, tanks and other storage containers. These devices are used wherever liquid levels need to be monitored. Image: Pilz S1IM #828050 current monitoring relayThe different types of current monitorsCurrent monitors are important devices when it comes to protecting electrical systems. These help prevent damage to equipment and components by shutting off a circuit in the event of a fault. There are different types of electricity monitors. Each has its own advantages and areas of application. Depending on this, please select the right type to ensure proper protection.Primary and secondary power monitorsPrimary devices are mostly part of a circuit breaker and are mainly used in electrical networks with voltages up to 1000 volts. Secondary current monitors are connected to the circuit through a current transformer, which in turn is connected to the power supply. The current transformer reduces the current to a value suitable for the function of the monitoring device. Secondary current monitors are in turn divided into the following subspecies:Electromagnetic DevicesThe devices based on the principle of electromagnetism are the most common. These consist of a core with a copper winding and an armature with attached switch contacts. When the current is off, a spring keeps the armature away from the core. When a voltage is applied, a magnetic field builds up around the core. This attracts the armature and thus switches the connected contacts. The majority of electromagnetic devices are so-called polarized relays. These contain two cores with windings, a permanent magnet and a contact rod. Operation is dependent on the polarity of the input signal. There are electromagnetic relays for alternating and direct current. Their advantages lie in high-quality galvanic isolation, low price, low contact voltage drop and low heat development. No refrigeration is required. Devices of this type are resistant to impulse loads and interference from lightning strikes. The main disadvantages are the limited mechanical and electrical service life and the low operating speed.induction relayThe principle of operation of induction relays is based on the interaction between the current induced in a conductor and a variable magnetic flux. Therefore, with alternating current, these are used as indirect protection relays. The integrated components of the device are arranged in such a way that they are aligned with each other at the set frequency of the current and are not deflected. When the frequency changes, a moving element moves, causing the contacts to close or open. We distinguish between induction devices with a frame, with a pane and with glass.differential relaySuch devices compare the current strength before the consumer and after it. This consumer is usually a power transformer. In the normal state, both values are approximately the same. However, if a short circuit occurs, this balance is disturbed. As a result, the relay closes the contacts and turns off the faulty section of the circuit. Often found in household appliances and lamps, these relays protect people from electric shock.Relays on microcircuits in the integrated electronicsThe devices work with semiconductors such as triacs or thyristors. In the basic principle, such a device compares the incoming signal with the parameters stored in the device for trouble-free operation. If there is a deviation, the relay breaks the circuit.thermal relayThermal relays work with an integrated bimetal. This heats up when an electric current is passed through it. If the current flow deviates from the specified value, the bimetallic strip deforms, causing the contacts to open and close.What should you look for in a current monitoring device?In order for the current monitor to work, its parameters must meet the requirements of the assigned tasks. When selecting a device, pay attention to the following features:Voltage in volts - this is the voltage range in which the device normally operatesCurrent in amperes - each device is rated for a specific currentTripping power in watts - this is the minimum power of the electrical current supplied for normal operationControl power in watts - this is the maximum power of electric current at which the relay will perform its functions correctly TIPWhen making your selection, pay attention to the prevailing operating conditions. Is the device used in critical environments with high humidity, dirt, heat, cold or vibrations? Furthermore, the error detection depends on the accuracy of the measurement of the current strength in amperes. The response time of the device is another important parameter. How long does the device take from the moment of the event to triggering? Under certain circumstances, it can be advantageous to be able to individually set a delay before switching the device on or off for critical loads.As a specialist for smart home technology, we at the eibabo® online shop are your competent partner for all questions relating to intelligent electrical installation. You can get high-quality current monitoring devices from us from well-known manufacturers such as ABB, Dold, Eaton, Eltako, Hager, Pilz, Siemens and many others. Catalogue content:In this eibabo® catalogue Relays > Current monitoring relay you will find items from the following product groups:Item overview:Current measurementCurrent measuring relayDry run protectionFuse clampsLevel measurementLevel monitoringLevel relayLevel switchLoad monitoring relayLoad relayLoad shedding relayModular installation deviceOvercurrent monitorOvercurrent monitoringOvercurrent relayPower guardPower monitoringPower monitoring devicePower monitoring relayPower relayPower window relaySecurity moduleSelectivitySupplementary moduleTest functionThree-phase monitoring deviceTransfer blocksWindow current relayfrom the following manufacturers:Manufacturer overview catalogue Current monitoring device:ABBBenderDoldEatonEberleEltakoETAFinderHagerLützeMetzMurrelektronikPhoenixPilzSchalkSchneider ElectricSiemensWAGO

Heat accumulator - Do you need a heating source for your house or for a specific room? Not sure if storage heaters are the right choice for you? Is it true that heating with thermal storage is no longer up-to-date? We clarify to make your purchase decision easier. Heating is important, because in the winter months we like to withdraw and spend the long evenings comfortably at home. However, a warm environment is a prerequisite for this. Heating costs are constantly increasing and buying the right system should be carefully considered. All heating systems have advantages and disadvantages, including thermal storage. Depending on the needs and consumption profile, thermal storage can still be an attractive alternative.What are heat accumulators?Heat storage devices are devices that store excess thermal energy for a certain period of time and retrieve it later. If you install one or more heat accumulators in your heating system, you 'conserve' the heat once it has been generated and the energy is not lost so quickly. With storage heating, also known as night storage heating, you can optimally use electricity outside of the expensive peak times. TIP:Storage heaters are designed for either wall mounting or floor mounting. Installation is often easier than with other heating systems. The devices are fully-fledged heaters for homes and businesses. Floor-standing devices are larger and usually have more storage capacity. Wall mount devices are narrower and need to be lighter. Their performance is usually lower.How does a heat accumulator work?The operating principle of the heat accumulator is easy to understand and the structure of the devices is relatively simple. This type of electric heater contains an electrically powered heating element and storage media. These are usually ceramic bricks or clay bricks. These materials can store a lot of heat. Typically, the storage heater heats with cheap off-peak electricity and stores the heat in the storage media. This is then released again over several hours to heat rooms. The heat is distributed in the room via so-called convection currents. Warm air rises out of the heater at the top and cooler air flows in from the bottom. The cool air is warmed up by the heater and rises again, while the previously warmed air cools down and sinks to the ground. A cycle is created which distributes the heat evenly throughout the room.If you look at this principle over the course of a day, the basic idea of this heating method quickly becomes clear.The storage heater consumes (cheap) energy at night and is 'charged' in the morning. During the day, the bricks slowly release the heat and cool down. As a result, the heating output also decreases. In the evening most of the heat is gone, but the house, apartment or room has been comfortably warm for many hours. Such a heater is therefore suitable for the home office or other rooms that are used regularly during the day. If the walls have a certain storage capacity, the heating output still has an effect. There is no doubt that the principle of night storage heating leaves a lot to be desired in the evening. Charging at night is not optimal for a cozy evening in front of the TV. Of course, modern storage heaters nowadays have sophisticated control systems and power regulators. This allows you to regulate both the storage and the heat output and optimize it in terms of time. However, this does not change the basic principle.In combination with a solar system, the charging curve and the heating times can be shifted. If you have the opportunity to use solar energy, the storage tank can be charged during the day. Depending on the weather, orientation and performance of your system, the charging of the storage media at midday leads to a high heating output in the afternoon and evening and decreases again during the night. With this variant, the rooms may not be sufficiently heated in the morning and up to midday.Which comfort functions do thermal storage tanks offer?To optimize performance, modern storage heaters, their controls and housing are becoming more and more efficient. Manufacturers also keep offering innovations in terms of operation.Fans support the room air distributionThermostats regulate the room to the desired temperatureSmart charging controls enable the amount of heat to be stored as requiredWLAN connection allows control via telephone and voice assistant or integration into the smart home What are the advantages of thermal storage compared to other heating methods?Heat accumulators are comparatively easy to install and do not require regular maintenance or servicing. The service life can be several decades without incurring any significant costs. If the installation of a gas heater or other heating fails, for example due to monument protection, the heat storage tank is often an alternative. If you purchase cheap green electricity or produce the electricity yourself using your own solar system, the heat storage tank has a very good CO2 balance.Is heating with a storage heater expensive?Heating rooms is always associated with costs. Whether it is expensive or inexpensive depends less on the actual invoice amount. The decisive factor is the relationship between calorific value and costs. The question is therefore: Does heating with thermal storage make economic sense for me? Things like acquisition costs, installation costs, operating costs, maintenance costs and repair costs come into play here. The optimal solution depends on the individual circumstances and your consumption profile.Image: Glen VFE 60K heat accumulatorIs heating via thermal storage right for me?You should think carefully about whether an electrically operated storage heater is right for you. One thing is certain: Electricity will generally become more expensive in the future if you are dependent on energy suppliers. However, this also applies to many other energy sources such as gas and fossil fuels. A heat accumulator may be the optimal solution for your specific application. It is important to precisely assess your needs.Do I need the heat every day or just occasionally?What time of day do I need the heat?How long do I need the heat?What output does the heater have to have? How many devices do I need?Do I get a cheap off-peak electricity tariff?How will electricity prices develop in the future?Can I integrate a solar system?Do other types of heating (wood storage stove, heat pump, gas boiler) make more economic sense for my needs?Would alternatives be feasible at all? Would there be a gas connection? Does the house have the requirements for an oven? connectionDepending on the size, the connected load of a storage heater can be 7kW or even higher. For such a device, you usually need a 400V three-phase connection with appropriate circuit protection.Here in the shop you can get devices from various manufacturers such as AEG, Glen, Vaillant and Stiebel Eltron. All devices offer high quality and different storage capacities. So you are sure to find the right model for your needs. Catalogue content:In this eibabo® catalogue Residential heating > Storage heater you will find items from the following product groups:Item overview:DehumidifierElectric heatingElectric storage heaterHeat accumulatorNight storageNight storage heatingStorage heaterfrom the following manufacturers:Manufacturer overview catalogue Heat accumulator:EHT AEGGlenStiebel EltronVaillant

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