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Accessories fire detectors - Surely you have already thought about what safety precautions you can take in the event of a fire so that a fire is discovered, displayed or reported as early as possible and the damage to the building or the facility is kept to a minimum. Insurance companies also require smoke and fire alarm systems for certain buildings. Fire detectors, smoke detectors or fire alarms are therefore useful and efficient electronic installations that, thanks to their built-in technology, sound the alarm quickly and reliably in the event of a corresponding danger. The eibabo technology store offers all kinds of products for the operation, maintenance, installation or intelligent networking of these safety-relevant components. In addition to the fire detectors themselves, the range also includes various relays, radio modules, remote controls, protective and installation components and test devices to ensure safe operation of the devices. With an appropriately equipped building, you can efficiently counteract a potential fire hazard.Catalogue content:In this eibabo® catalogue Alarm installations, emergency call and signalling > Accessories for fire detector you will find items from the following product groups:Item overview:Accessories for fire detectorAccessories for smoke detectorAccessories for smoke detectorsAccessories/spare parts for fire detectorConsole mountingDust coverDust protection coverFire alarm accessoriesFlash lightFlashlightLocator switchMagnet holderMounting consoleProtective basketProtective cageRadio moduleRadio remote controlRelay moduleRemoval preventionSealSpare parts for fire detectorTest sprayVenturi tubeVibration alarm unitVibration detectorWaterproof caseWatertight housingWireless remote controlfrom the following manufacturers:Manufacturer overview catalogue Accessories fire detectors:ABBBusch JaegerEiESYLUXGiraHagerHekatronIndexaJungMerten
Low-voltage transformer - It is often not enough to mount lightbulbs in the ceiling, in the wall, in the stairs or in the closet. Especially with built-in lights, transformers are often required, which reduce the voltage to 12 volts or another value. But why are transformers necessary at all? In this text you will learn more about low-voltage transformers, how they are used and which criteria you should consider when purchasing.What are lighting transformers?Low-voltage transformers are important operating devices for lights. These are devices for converting a certain voltage to another voltage. In many cases, the 220 volts at the input of the device is converted to 12 volts at the output of the device. On the one hand, this reduction serves to ensure safety, because a 12 volt voltage does not pose a danger to life and limb when touched. This also ensures that the lamp does not fail in the event of voltage peaks. In other words: a transformer protects against short circuits and overheating and is a device that makes it possible to switch the light on and off.Image: LEDVANCE HTL225/230-240 Halotronic transformerDo transformers affect the lifespan of the lamp?How long a lamp works depends on its quality, frequency of use and duration of use. Frequent switching cycles have an effect on the service life, especially with conventional light sources. Continuous operation of the light bulbs can also lead to wear and tear and premature failure. In principle, a transformer connected in front of it has no influence on this. However, the device 'smoothes out' fluctuations in the energy supply and can thus positively influence the service life of a classic light bulb. In this regard, it should be noted that even transformers can burn out over time. However, this happens very rarely and also depends on the quality of the device. In times when conventional light sources are increasingly being replaced by modern and long-lasting LED technology, the question of consumption and efficiency is often asked in contrast to lifespan.Is a 12 volt bulb more economical than a 220 volt bulb?It is widely believed that 12 volt incandescent lamps save electricity compared to 220 volt incandescent lamps. However, that is not true. Saving electricity depends on the power and not on the voltage.How do I find the right transformer for my lighting?Because transformers are commonly used with recessed lights, we'll stick with this type of lighting. It depends on the lamps used which transformer you need. For safety reasons, the use of low-voltage lights is strongly recommended, especially in rooms with high humidity. If you use LEDs, you need a different transformer than with classic halogen lamps. So before you choose one or the other transformer, you have to decide on a specific light source. The service life of LEDs is usually more than 50,000 hours. These are therefore much more durable than comparable halogen lamps. In addition, the heat generated by LEDs is significantly lower, which is an advantage for built-in lights without air circulation. Disadvantages of LEDs are the higher price and the special nature of the light emission. Their light is generated by a directed luminous flux, which can quickly lead to signs of fatigue. Therefore, LEDs are mainly used as accent lighting in the background (in cupboards and shelves, as an orientation light on the stairs). A lamp with halogen lamps is typically recommended for the basic lighting of a room.Basically, we distinguish between low-voltage transformers:Devices that have a winding and work by means of inductionDevices that are exclusively electronically controlled Transformers with winding are primarily used with halogen lamps. These consist of two copper windings (coils), which interact with each other through an electromagnetic field and can thus reduce the voltage. The electronic transformers reduce the mains voltage using electronic circuits. These devices are therefore the newer generation and offer the following advantages over conventional transformers:light and compacthigh degree of protection against short circuitsalmost silent operationProtection against overload and overheatingSoft start possible With these features, longevity is achieved for both the transformer and the halogen lamps. Already knewElectronic transformers have an efficiency of over 95%. Transformers with coils achieve an efficiency of around 80%. When using LEDs you need a different type of transformer. Please note that these devices are not interchangeable with the transformers for halogen lamps, even if they have the same nominal power and output voltage. In a halogen lamp, the filament serves as the light source. The lighting of an LED is based on completely different physics. Here, electric current flows through a diode and releases some of the energy in the form of light photons. This difference in the generation of light places individual demands on the respective electronic transformers, for example:Transformers for halogen lamps generate an AC voltage. This has positive and negative pulses and is not suitable for continuous operation of an LED. An LED is operated with direct current. Although many LEDs have a rectifier, the conversion can lead to increased heat generation and thus to a shorter service life.For example, in the case of transformers for halogen lamps, the average output voltage is 12 volts. In reality, however, this value is not constant and can vary up and down. These can be voltage peaks when switching or depend on the mains voltage at the input, the connected load and the ambient temperature. A halogen lamp can cope with these fluctuations without being damaged. An LED cannot do this.LEDs have significantly less power than halogen lamps. An electronic transformer for halogen lamps requires a certain base load in watts in order to function properly. If this base load is not reached, the light flickers, shines too weakly or not at all.Is it possible to dim halogen lamps and LEDs with a transformer?Regardless of whether you are using a conventional or an electronic transformer, dimming 12 volt halogen lamps is usually always possible without any problems. It is only important that the individual components are compatible with each other.TIPTypically, so-called leading edge dimmers are combined with conventional transformers, whereas trailing edge dimmers are used for electronic transformers. If you are not sure, choose a universal dimmer from our range.If you want to dim LED lamps, all interacting components must be marked accordingly. This means that both the transformer and the LEDs themselves, as well as any ballast that may be required, must be dimmable.Which low-voltage transformers does the eibabo® shop offer?At eibabo® you will find an extensive range of lights and the right low-voltage transformers for your lighting installation. In addition to dimmer transformers and DALI switching power supplies, we also carry low-voltage transformers, plug-in transformers, safety transformers, electromagnetic transformers, power supplies, ballasts and Tronic transformers. Most of the devices can be used for direct installation as well as for flush mounting. You get exactly the low-voltage transformer you need in the well-known high processing quality as well as with optimized efficiency and a perfect range of functions. We only offer high-quality products from well-known and well-known manufacturers such as Jung, EVN Lichttechnik, Houben, Paulmann, Brumberg Leuchten, Hera, Philips lamps, LEDVANCE, ABB Stotz, LTS Licht&Lighten as well as Oligo, Relco, BEGA Gantenbrink, Berker and Zumtobel Licht.  Catalogue content:In this eibabo® catalogue Light control > Transformer for low voltage light system/low voltage halogen lamp you will find items from the following product groups:Item overview:Ambient lightCable systemControl gearControl unitHalogen transformerInterior lightInterior lightingLamp transformerLow voltageMounting accessoriesOperating devicesOutdoor lightPlug transformerSafety transformerSecurity converterSwitching power supplyTransformerfrom the following manufacturers:Manufacturer overview catalogue Low-voltage transformer:ABBBEGA GantenbrinkBrumbergEVNGiraHellumHoubenJungLEDVANCENobileOligoPaulmannRelcoScharnberger+Has.SLVTrafo-Technik-Hoppecke
Fire detector - Your building and the people and objects in it are certainly important to you. Protect your valuables by using fire alarms. Find out here how fire detectors differ and what you should consider when buying one. Fire detectors play an important role in the area of alarm systems. These are an indispensable part of security in private and public buildings. In some cases, the building must be equipped with fire alarms.What are fire alarms?Fire alarms are technical devices or systems that draw your attention to an emergency. This alarm allows you to take action to extinguish a fire and protect people and assets. The devices can be found in the private environment, as well as in commercial units, office buildings, industrial plants and public facilities. Each fire detector detects a hazard in different ways. Irrespective of this, in the event of a fire:acoustic signals are triggered to draw the attention of people in the buildingRemote signals are sent to alert the fire brigade directly or via a central station A complete fire alarm system usually consists not only of the detectors, but also of a fire alarm control panel. This can be set up to trigger various actions automatically. These include, for example:the automatic information of the fire brigadethe activation of extinguishing systems for active firefightingswitching on ventilation systems or extraction systemsopening escape routes In this eibabo® catalogue, the focus is on the detector devices that should be installed at central points in a building to detect hazards.What are the differences between the fire detectors?The various fire detectors are, so to speak, the 'sensory organs' of a fire alarm system. We differentiate between automatic fire detectors and non-automatic fire detectors. Automatic fire detectors detect a fire based on physical properties. Non-automatic fire detectors must be operated manually. The nature of the danger can also be very different. With the automatic fire detectors, you have the choice between simple or technically sophisticated fire gas detectors or smoke gas detectors, heat detectors, smoke detectors, flame detectors, multiple sensor detectors and various special detectors. Manual fire alarms with broken glass windows are non-automatic fire alarms.Fire gas detectors and smoke gas detectorsThe carbon monoxide detector is one of the fire gas detectors. Carbon monoxide is a toxic, colorless, odorless gas produced by combustion. Carbon monoxide detectors or CO fire detectors measure the carbon monoxide content in the air using an electrochemical cell.NoticeThus, a carbon monoxide detector is not only a fire detector. It also warns you if a combustion appliance (such as the heater) in your home has broken down and is emitting dangerous carbon monoxide.However, these devices do not detect smoke or other products of combustion. Other gas detectors immediately detect hazardous fire gases such as hydrogen sulfide, hydrogen fluoride, hydrogen chloride and chlorine gas. Flue gases are sulfur dioxide, nitrogen, carbon dioxide or nitrogen oxide.smoke detectorThere are three different types of smoke detectors, each with a different operating principle. In ionization smoke detectors there is a chamber with two electrically charged plates. In between a small amount of radioactive material. The air between the plates ionizes and current can flow. If smoke enters the chamber, it interrupts the flow of ions and the current flow is reduced. The result is that the alarm is triggered. Ionization smoke detectors work well in flaming fires.The light scattering smoke detectors work according to the Tyndall effect. This means that in a dark chamber there is a light source and a light sensor. Light source and light sensor are separated from each other in such a way that the light does not hit the sensor. Smoke in the chamber causes the light to scatter, which then hits the sensor. The alarm is triggered. These detectors are particularly suitable for smoldering fires.On the other hand, the smoke detector works with the principle of blackout. Light hits a sensor. The sensor measures the amount of light received. If there are fluctuations in the measured values, smoke is assumed and the alarm is triggered. Larger areas can be monitored with this type of detector because the light source and sensor can be positioned further apart.heat detectorHeat detectors or thermal detectors register the rise in temperature caused by a fire. Some heat detectors trigger automatically when a preset ambient temperature is reached. Other models monitor the rate of temperature rise and trigger if the temperature rises faster than the preset value over a period of time. In this case, an alarm is also triggered if the set trigger temperature has not yet been reached. Intelligent heat detectors give an alarm when the ambient temperature around the detector rises above a variable, relative value depending on other parameters.flame detectorFlame detectors are typically used in open areas or outdoors. However, these devices are also used indoors. Their sensors determine the energy emissions of a fire in the ultraviolet and infrared range. Flame detectors do not analyze combustion products such as heat and smoke.Multi-sensor detectorMulti-sensor detectors use a combination of multiple sensor types. These sense smoke, heat, or carbon monoxide to detect signs of a fire. A complex algorithm in the detector circuit uses the measured values to decide when an alarm is to be triggered. When integrated into a fire alarm system, the detector outputs a value based on the combined readings of all integrated sensors. These devices are sensitive to a variety of fires.Image: Hekatron ORS 210 optical smoke detectormanual call pointA manual detector or glass break detector is a device that allows anyone to trigger an alarm. To do this, a fragile element (usually a transparent pane) must be broken. The alarm can be triggered via a button behind it.How can fire alarm systems be structured?The function of fire alarm systems goes far beyond the mere alarming by individual detectors. You can implement these individually depending on your budget and architecture. A complete and reliable threat detection is important.In conventional systems, detectors / sensors / detectors are wired to the main control unit using classic cable connections. The detectors are divided into areas in order to be able to locate the danger point quickly. This makes the work of the fire brigade easier and is relevant for general building management. The current status of each area can be seen on the control center using a lamp or text display. The more differentiated the division of the areas, the more precisely the alarm trigger can be localized.Fire detectors with BUS technology are integrated into a KNX building automation system. The principle for detecting a hazard is similar to that of a conventional system. The connection is established via a BUS data line with the network control. In a KNX environment, each detector is given a fixed address. You can determine exactly which detector triggered the alarm via the control panel.Wireless systems are interesting alternatives to implement conventional or KNX-based fire alarm systems. Signals are transmitted between the sensors and the control center over secure, license-free frequencies. With a wireless system you are very flexible and can make extensions and changes without having to change anything in the fixed installation.Which fire alarm should I buy?You have now become acquainted with numerous fire detectors and alarm systems. Please assess the risk of a fire individually and also the dangers that such an emergency situation means for you and your building. TIP:Rely on a healthy mix of different fire detectors. In order to be able to detect the widest possible spectrum of different fires, we recommend a combination of different fire detectors. You cannot know beforehand whether the worst case scenario is fire and flames, a smoldering fire with heavy smoke development or a defective solid fuel appliance. Not every fire detector detects every type of fire. A multi-sensor detector offers many possible uses. The division into individual devices has the advantage that there is still a certain level of protection even if a single device fails.  Catalogue content:In this eibabo® catalogue Alarm installations, emergency call and signalling > Fire detector you will find items from the following product groups:Item overview:Building protectionCombination fire detectorCombined detectorDetector replacementDifferential switchFire detectorFire protectionFire technologyHeat alarmHeat detectionHome smoke detectorHousehold smoke detectorIndoor sirenLimit value techniqueLithium batteryMulti-sensor smoke detectorPower amplifierRadio detectorRadio fire protectionRelay outputRemote inspectionRemote readingSecurity technologySmoke alarm requirementSmoke detectionSystem dual detectorTemperature detectorWire meshfrom the following manufacturers:Manufacturer overview catalogue Fire detector:ABBBusch JaegerEiEltakoESYLUXGezeGiraHagerHekatronIndexaJungNovar EsserRademacherSiemensSomfyWindowMaster
Surge protector - measur./control - Modern sensors, measuring devices and probes monitor and control complex and interdependent processes. Protect these operations from power surge failures. We will introduce you to different MSR surge arresters and support you in your purchase decision.   Automated processes intervene deeply in a building management system or in production processes. As a result, a very high degree of availability of the determined and transmitted measurement data and control signals is required. Surge protection devices make a significant contribution to safeguarding the function of this technology in the event of voltage peaks of all kinds. Depending on the risk potential and the level of protection required, select the surge protection devices that are right for you and combine them with other protective circuits if necessary. Image: Dehn DPA-M-CLE-RJ45B-48 surge arrester What are MSR surge arresters? MSR stands for measurement technology, control technology and regulation technology. MSR technology is used in particular within modern bus systems and telecommunications systems. Private and industrial areas of application are: air conditioning and refrigeration systems heating systems and ventilation systems the field of water technology and waste water technology the electronics sector and smart home   The MSR overvoltage protection devices are used in electrical engineering to limit and divert overvoltages in electrical lines. Particularly sensitive measuring devices and control devices can be damaged by overvoltages, incorrect measurement data can be determined and incorrect control signals can be sent. But how does the overvoltage come about? Lightning strikes, short circuits, electrostatic discharges or switching operations by the network operator generate mains voltages which are well above the normal value of 230V in Germany. The consequences of such an event depend on the level and duration of the overvoltage and the speed of the voltage pulse.   The MSR surge arresters (Surge Protective Devices SPD) are usually installed directly in front of the signal inputs of the measuring devices and control devices to be protected. In the context of a three-stage overvoltage protection, these represent the so-called fine protection (type 3). What is measurement technology, control technology and regulation technology? MSR technology records a wide variety of situations and states within automated processes. Depending on the type and area of application, individual parameters are determined using different measurement methods. Typical measured variables are temperature, pressure, speed, humidity or chemical composition. These measured variables are converted into electrical signals such as current, voltage or resistance and serve as the basis for triggering logical actions. How is an MSR surge protection constructed? A general overvoltage protection is usually structured in three stages and is part of the internal lightning protection of a building. There are different requirement classes for overvoltage protection devices. We distinguish between type 1 (rough protection), type 2 (medium protection) or type 3 (fine protection). When selecting suitable protective devices, the type of possible fault and the type of device to be protected are considered. This results in a combination of different surge arresters adapted to the respective needs, which together ensure coarse, medium and fine protection.   Type 1 coarse protection devices are used to divert high lightning currents. These reduce the residual voltage of an overvoltage to a level between 6000 volts and 1300 volts. Type 1 devices are usually switched before the house installation. This means that the high lightning current cannot even reach the house distribution system.   Type 2 devices provide medium protection. They reduce the residual lightning voltage to values between 2000 volts and 600 volts. They are installed, for example, in the sub-distributors of individual apartments or parts of buildings. Medium protection devices also limit dangerous transient overvoltages. These are caused by the switching of transformers, circuit breakers, motors or inductive loads. Already knew? Surge arresters are not disposable fuses. The devices can ensure reliable protection over a long period of time and do not need to be replaced after they have been triggered.   The Type 3 overvoltage protection further reduces the remaining overvoltage. These devices provide fine protection and protect against voltages up to a level of 1000 volts AC or 1500 volts DC. The MSR surge arresters available in this eibabo® catalog belong to this category. Are MSR Surge Arresters Really Necessary? Whether special protective measures against overvoltage are required for your MSR devices must be considered individually for each installation. Estimate the risk objectively, taking into account the probability of overvoltages and overcurrents. Base this assessment on all existing parts of your protective measures against overvoltages. Include the risk of electromagnetic phenomena such as lightning discharges or earth potential rises in your considerations. Ultimately, you should achieve reliable protection for your entire system. Please consider the organizational and financial consequences that the failure of important measurement and control devices would have for your operational processes. When should I choose an MSR surge arrester? Power connections and data lines are an integral part of our everyday lives. Stable signal transmissions are essential for smooth business operations, and not just in industrial or commercial environments. Our high-tech lifestyle also demands reliable connectivity. If you recognize yourself in any of the following questions and answers, then MSR surge arresters are for you.   Do you value security? Security devices such as alarm systems, door intercom systems, access controls and emergency call devices only offer complete protection if the power supply, the monitoring sensors and the data lines work permanently. MSR surge arresters protect those systems that ensure your protection.   You don't want to do without the amenities of modern living comfort? A lot of planning, work and money goes into modern smart home installations. The automatic control of temperatures, shutters or multimedia applications enable a comfortable living environment. With MSR surge arresters, this convenience is maintained even in the event of an overvoltage.   TIP:Investing in reliable surge protection is usually less expensive than replacing, repairing, and installing new equipment.   Would you like to secure your independence? The production of your own electricity is becoming more important every year. Modern and environmentally friendly mobility solutions and heating systems rely on electricity from your own photovoltaic system. The efficient use and storage of electricity requires complex control devices. With an MSR surge arrester, you can protect this expensive technology from surge damage. You retain your independence from energy suppliers.   Do you want to protect investments and preserve property? Real estate is an investment and provision in one. The technical equipment of a building has a significant influence on its value. By using MSR surge arresters, you not only get the building services, but also your old-age provision.   In our catalog you will always find the right surge arrester tailored to your requirements for your individual device variants. You get the best quality at low prices. Well-known manufacturers are ABB, Dehn, Hager, Phoenix, OBO, Kathrein, Weidmüller and many others.     Catalogue content: In this eibabo® catalogue Earthing, lightning and surge protection > Surge protection device for data networks/MCR-technology you will find items from the following product groups: Item overview: Building technology Built-in protection device Combined protection Data line protection Data networks Device protection DIN rail DIN rail lightning rod Field device technology Gas discharge capsule Information technology Lightning arrester Lightning protection Mains protection Mains surge protection Overcurrent protection Overload Overvoltage protection Phone protection Standard signal protection Surge fine protection module Surge protection device Surge protection module Surge protection plug Telecom Surge Protection Telecommunication socket Telecommunications strip conductor Varistor arrester from the following manufacturers: Manufacturer overview catalogue Surge protector - measur./control: ABB Astro Strobel Auerswald CobiNet DEHN Hager Hirschmann Kathrein Mobotix OBO Phoenix Schneider Electric Siemens Telegärtner Televes Weidmüller Wisi
Combination rcd-line protection - What are the advantages of a residual current circuit breaker in combination with line protection? Where are these devices used? What specification should you look out for? Read this post to learn more. Electricity is an indispensable part of our life. But the fact is that electricity poses a risk to life and property. The main risks associated with electricity include electric shock and fire. Therefore, you should not be neglectful when protecting your circuits. The aim is to protect people from the risk of electric shock and fire. In the event of sudden ground faults, a residual current circuit breaker is particularly helpful. This ensures that in such cases the circuit is immediately interrupted. Circuit breakers are used in the event of overcurrents. With the combination of both devices you protect yourself against most dangers.Image: Hager ADZ316D residual current circuit breaker with line protectionWhat is combi FI line protection?Combination switches for residual current circuit breakers (FI) and line protection (LS) are also referred to as FI/LS combination switches. This FI/LS combination switch is a protective switching device that combines the functionalities of residual current circuit breakers and miniature circuit breakers. A residual current circuit breaker is an important safety measure when it comes to protecting electrical circuits. RCCB or RCD is also often mentioned. These are the abbreviations for the English terms 'Residual Current Circuit Breaker' and 'Residual Current Device'. It is a current sensing device that can automatically measure and disconnect the circuit. Disconnection occurs when a fault occurs in the connected circuit or the current exceeds the rated sensitivity of the device. Miniature circuit breakers are overcurrent protection devices when used in low-voltage networks. These are also called MCBs. MCB is the abbreviation for the English term 'Miniature Circuit Breaker'. Advantages:The combination FI line protection devices offer the following protection at the same time: short-circuit protection, overload protection, additional protection or error protection, protection against electric shock and preventive fire protection. While a residual current circuit breaker is only used to protect against earth faults and a miniature circuit breaker only to protect against overcurrent, the combination FI line protection protects against both types of faults.Where is combined RCD line protection required?The FI line protection combination devices we offer are used both in residential installations and in industrial applications. You can significantly increase the availability of a system with RCBOs. We recommend fitting a combi RCD to each individual circuit. Errors that occur in one circuit therefore do not impair the functionality of the other circuits. Assembly:The series installation devices are intended for installation in electrical distribution boards on the DIN rail. If you have electrical circuits that must remain functional at all times, a combi FI circuit breaker is the right choice. For example, think of the power supply for your aquarium, freezer or fire alarm. RCDs and miniature circuit breakers can still cause a power outage because they only detect one type of problem. In less important circuits, a residual current device or a simple miniature circuit breaker may be less expensive. However, consider their disadvantages when installing in critical systems.Can I replace a simple residual current circuit breaker with a combination FI circuit breaker?You can, of course, retrofit an FI/LS combination switch or replace your existing residual current circuit breaker with a combination FI circuit breaker. The prerequisite is that the cable sizes are appropriate considering the rating of the combined RCD. We recommend that the replacement be performed by a qualified electrician in accordance with the manufacturer's instructions and guidelines. He should check the resistance values and test the insulation. The isolation of the RCD combination switch should also perform within the appropriate specifications.What should I look out for when buying a combi RCD?When distinguishing between the individual RCBOs, please consider the tripping characteristics. Combination switches with B characteristics and C characteristics are available here. The key difference between Type B and Type C devices is their ability to tolerate surge currents without tripping. These are typically inrush currents in connection with reactive loads, which occur, for example, with lighting or motors (capacitive or inductive loads).Good to knowThe classification according to tripping characteristics is based on the nominal residual current at which instantaneous tripping occurs. This is usually less than 100 milliseconds. On the one hand, devices with high inrush currents should not trigger the RCBO combination switch unnecessarily. On the other hand, it should switch safely in the event of a short-circuit current.Type B devices are primarily suitable for domestic and light commercial applications. Here shift shocks are low or non-existent. Choose Type C equipment for commercial and industrial applications when you expect a certain level of electrical inrush current. In addition, there are devices of type D. These have only limited applications. Typically in industrial environments where high inrush currents are expected.Type B devices trip at fault currents that are three to five times the rated current. For example, a 10 amp device will trip at 30-50 amps.Devices with a C characteristic are designed in such a way that they trip at five to ten times the nominal current. A 10A device will respond at 50-100 amps. Choose a suitable model from a trusted manufacturer. The switching properties of cheap no-name devices can differ significantly from the specified values. Don't compromise on your own safety. In this catalog from the eibabo® shop you will find numerous residual current circuit breakers with line protection from leading manufacturers such as ABB, ABL, Busch Jaeger, Doepke, Eaton, Hager, Legrand Bticino, Schneider Electric and Siemens.Why does my combi RCD keep tripping?In addition to natural inrush currents, failure of connected equipment can trip a Type B combination switch in a residential or commercial environment. This is caused by high arc currents occurring at the time of failure. If unwanted trips persist, a Type-C device can replace a Type-B device, especially in commercial applications. Alternatively, it is possible to use a type B device with a higher power rating. Another reason can of course be a constantly present fault current in the installation or in the connected devices. Connected pluggable equipment should be removed in order to identify a defective device as the cause. If this is not the case, an electrician should be commissioned to check the electrical installation immediately. TIP:If a combination FI line protection trips, there is a reason. Increasing the tolerance threshold is only possible within certain limits. In this case, please look at your installation. The normal ratings for cables and wires refer to continuous operation under specified installation conditions. Of course, cables and wires can carry higher currents for a short time without being damaged. If the load becomes too high, please secure individual devices separately.  Catalogue content:In this eibabo® catalogue Circuit breakers and fuses > Earth leakage circuit breaker you will find items from the following product groups:Item overview:Circuit breakerCombination circuit breakerCombination switchEarth leakage circuit breakerLine protectionPersonal protection machineResidual currentfrom the following manufacturers:Manufacturer overview catalogue Combination rcd-line protection:ABBDoepkeEatonHagerSchneider ElectricSiemens
Cylindrical fuse - You know that nowadays every electrical installation is secured. Basically, a fuse is an overcurrent protection device that automatically switches off a circuit in the event of an overload or a short circuit. Cylindrical fuses have a special structure. These are fuses that consist of a glass or ceramic tube. Metal caps are attached to both ends of the tube, which in turn are connected to each other by a fuse wire. If a short-term high or long-term creeping overvoltage occurs in the circuit, the wire melting inside the tube interrupts the corresponding circuit. The selection of cylindrical fuses in the eibabo shop is very extensive. The range includes individual fuses and sets as well as fuses from low voltage to high voltage. Convince yourself of our low prices and short delivery times.Catalogue content:In this eibabo® catalogue circuit breakers and fuses > cylindrical fuse you will find items from the following product groups:Item overview:Ceramic fuseCeramic fuse linkConverter protection fuseCylinder fuse linkCylindrical fuseDevice backupDevice fuse insertDevice fuse linkFuseFuse cartridgeFuse elementFuse holderFuse insertFuse plugFuse setFuse system C (IEC 60269-3)Fuse system F (IEC 60269-3)FusesFusible insertFusible linkGlass fuseGlass tube fuseMiniature fuseMultimeter fusePrint backupReplacement fuseSmall fuseSpare fusefrom the following manufacturers:Manufacturer overview catalogue Cylindrical fuse:ABBBenningEskaHagerLegrand BticinoMersenPhoenixScharnberger+Has.Schneider ElectricSiemensStiebel EltronWöhner
Blind actuator - How can I automate my shutters and blinds? Can the time of day, the weather and the position of the sun be taken into account? We provide recommendations and information on the purchase of KNX blind actuators and show you what options the technology offers you in everyday life.If you want to build a new house or renovate an existing building, many questions arise. The technical equipment in particular must be well thought out, because a later change is then only possible with a lot of effort. If you already include the advantages of intelligent building automation in your planning, then the opening, closing and shading of the windows will also play an important role.Useful application examples for controlling blinds or roller shutters:the up and down of roller shutters and blinds according to time specificationsturning the slats of blinds based on the brightness in the roomthe automatic opening of roller shutters or blinds when windows are openedthe simultaneous operation of several shading systemsthe flexible control or regulation of the roller shutters when you are absent via a smartphone appthe automatic drive to the safety position in the event of a storm alarm and back after the all-clearthe blocking of operation for certain peopleautomatic shading according to geographic location and position of the sun (astro control) The use of modern KNX blind actuators supports you in realizing all these projects. They ensure more security, greater comfort and increase the value of your property.  What distinguishes a KNX blind actuator from a KNX switching actuator?All motorized equipment such as blinds or roller shutters can be automated using KNX blind actuators. Standard 230V blind actuators therefore have 2 channels per switching output. A channel to drive up and a channel to drive down. The channels are mutually locked to prevent damage to the drive. So only one phase can be switched through to the drive at a time, never both at the same time. TIP:Never use KNX switching actuators to control blinds and shutters without a downstream isolating relay. With classic KNX switching actuators, the channels are not mutually locked. It would therefore be possible to connect more than one phase to the drive. This can quickly lead to damage to the technology. There are models which, depending on the configuration, can be used both as a switching actuator and as a shutter actuator. Please read the specification of the respective actuator.What should be considered during installation?Motorized 3-point drives must not be connected in parallel. Group formations may only be carried out using isolating relays or group control devices if the manufacturer does not provide for any isolating function. For example, for 4 windows, each with a drive, you should use a KNX blind actuator with 4 channels. There is also the option of operating several drives via one channel using conventional isolating relays. The shutter actuator channel then controls the isolating relay and the drives are connected to the isolating relay. In the meantime, however, the prices for the KNX actuators have fallen massively, so that there is hardly any need to reduce costs by using isolating relays. TIP:When selecting your components, always prefer one blind actuator channel per blind motor. For example, if you would like to integrate 6, 8 or 12 blinds into your system, you will find the appropriate actuator here in the shop.Are blind actuators with 230V AC better than models with 24V DC?This question is not about better or worse. Rather, the type of voltage of the drives should always be considered. The drives of blinds or roller shutters are often designed as 230V AC (alternating voltage) or 24V DC (direct current). That's why you have to buy the matching blind actuator or roller shutter actuator. A 24V DC blind actuator or roller shutter actuator has a plus and a minus connection. A suitable KNX actuator generates the direction of travel (up/down) by changing the poles (pole reversal).Do shutter actuators require a separate power supply?The 24V DC mains supply is not provided by the actuator and must also be installed externally depending on the power requirement for simultaneity (central commands). In this case, very large power supply units can become necessary, which, in addition to high costs, also require a large amount of space. If you can, order 230V AC drives and matching 230V KNX blind actuators from the supplier. These also require their own power supply, but no additional power supply units.That is the reasonSo-called monostable relays are installed in the shutter actuators, which are open and not active when idle. However, the relays continuously require energy as long as they are closed (e.g. for the duration of a blind movement). The bus voltage alone cannot cover this requirement.In contrast, there are bistable relays in classic switching actuators. These only require some energy in the brief moment of switching from one position to another. This can be implemented via the bus and an additional power supply is usually not necessary.What do I need an SMI KNX blind actuator for?SMI stands for 'Standard Motor Interface' and is an intelligent, uniform and manufacturer-independent interface in building automation. This is used to connect various operating resources, such as window drives, roller shutter drives or blind drives to a higher-level building management system. There are SMI KNX blind actuators for drives with an SMI interface. These intelligent drives are therefore able to exchange data telegrams across manufacturers.Which actuators are recommended for controlling roller shutters and blinds?eibabo® carries KNX blind actuators, KNX roller shutter actuators and KNX SMI actuators from ABB, Berker, Busch-Jaeger, Gira, Hager, Issendorf, Jung, Lingg & Janke, MDT, Merten, Siemens, Somfy, Theben, Warema and many other manufacturers.Over 25 years of experienceAll actuators that you get here in the shop are of high quality and reliable. We regularly use these actuators in our projects all over the world.Benefit from our low prices and take advantage of safe, fast and worldwide shipping.1-byte communication object - what is that?In any case, make sure that your blind actuator or roller shutter actuator has a 1-byte communication object for the runtime and slat, in order to be able to enable automatic or targeted control if required.There are no slats in roller shutters, which is why roller shutter actuators do not have the slat communication object, only Up/Down/Stop. Roller shutter actuators often have a 1-bit object for a defined positioning movement that can be set via the ETS software.1 byte means that values between 0-255 can be approached, which correspond to 0-100% related to the travel time. The parameters often allow the running time to be set according to the driving time. The travel time of the blind or roller shutter is entered once in the actuator using the ETS software, namely for a complete opening or closing for each channel of the actuator. There are also actuators for evaluating limit switches, which the motorized drive provides.Image: KNX blind actuator ? Eibmarkt JA.6.230The extensive application of the KNX blind actuator / roller shutter actuator JA.6.230 from Eibmarkt® shown here enables a wide range of parameterization via the communication object, including scenes for runtime and slats, blocking functions, automatic functions, security functions and alarm functions, movement limitations, position feedback and much more.Can a layperson use the ETS software to program the KNX devices?Don't be put off by the term 'programming'. The ETS software is only used to assign and parameterize certain actions. Programming skills or learning a programming language are not required. If you have some imagination to understand logical connections, then you are quite capable of creating a project.our recommendationFor more complex projects, a certain amount of experience is of course helpful. Have the basic project created by a qualified system integrator. In this way, you will later be able to easily change important parameters yourself if circumstances require it.Roughly explained: Imagine the folder system on your Windows PC or iOS computer. Here you create your own structure, save files in it and create links to other folders. This is similar with the ETS software. The 'folders' can be floors or rooms and the 'files' in them are the sensors or actuators of the respective room or electrical distribution cabinet, which you then link to one another.What types of installation are there for KNX blind actuators?KNX blind actuators are available for every type of installation at eibabo®. For example, for installation in the electrical distribution, then these carry the suffix 'REG' for series installation devices or as a flush-mounted version 'UP' for installation in a mounting box or junction box or as a built-in version 'EB' for integration in ducts or similar. However, additional protection must also be taken into account for built-in versions depending on the installation.  Catalogue content:In this eibabo® catalogue Installation bus systems > Shutting actuator for bus system you will find items from the following product groups:Item overview:Azimuth controlBinary inputBlind functionBuilding controlBuilding system technologyCable entryCombination actuatorControl moduleControl unitsDIN railDIN railsDrive controlEngine control unitEngine controllerHome controlInput moduleLight domeNormally open outputOutdoor areaOutput moduleRadio receiverSeries installationShutter controlShutter outputShutter switchSplash proofSun protectionVentilation flapfrom the following manufacturers:Manufacturer overview catalogue Blind actuator:ABBBerkerBusch JaegerEatonEIBMARKTElsoEltakoESYLUXFinderGiraHagerJungLingg & JankeMDTMertenPehaSchneider ElectricSiemensSomfyThebenWaremaWieland
Switch cabinet empty - You still don't know which control cabinet to buy? You are not sure about the choice of size, materials and equipment? You will find the right control cabinet for your needs in this eibabo® catalogue. The control cabinet is the heart of an electrical installation. This is where all wires 'literally' come together.What is a switch cabinet?The control cabinet is a protected storage place for electrical devices and switchgear. This serves to ensure the safety of the devices and the people who work with them. A control cabinet contains, among other things, circuit breakers, fuses, relays, measuring devices and control devices. In addition, electricity meters, multimedia connections or power supplies can be installed in them. Control cabinets are usually differentiated according to design, size and function. The area of application of a control cabinet is often determined by its IP protection class (ingress protection). This indicates how well a control cabinet is protected against foreign objects and moisture. Most control cabinets are made of metal or plastic. Metal control cabinets are the best choice when it comes to security. Plastic cabinets are less robust and more likely to be damaged in the event of a fire. These are preferably used as terminal housings / terminal boxes for sub-distributions.What are the differences between the individual control cabinets?Control cabinets differ primarily in their design and location. Floor-standing control cabinets are designed for installation on the floor. They have a high load capacity and are ideal for heavy installations. Most floor-standing control cabinets have a double floor to ensure optimal ventilation. Wall switch cabinets are mounted on the wall or recessed from the floor to the middle between 1.10 m and 1.85 m. You will often find add-on control cabinets in server rooms. These are designed to be mounted side by side. Cabinets within a row do not have side panels. This saves space and simplifies installation across multiple cabinets. Their structure ensures optimal cooling of the installed devices. TIP:You can have special control cabinets for complex requirements made individually with additional cut-outs, bores, ventilation or viewing windows. Terminal boxes are usually smaller than control cabinets. Depending on the place of use, they are used to accommodate cables or lines and are particularly space-saving. Outdoor control cabinets are specially designed for outdoor use and are particularly resistant to the effects of the weather. These are often used in industrial plants or on construction sites. Corrosive environmental conditions can prevail in the pharmaceutical and food industries. You should therefore choose particularly robust materials such as stainless steel for such locations. These are especially suitable for use under difficult conditions.What is the function of a control cabinet?A control cabinet protects the electrical and electronic equipment inside. Dust and water should be kept away. In addition, sufficient cooling of the installation should be ensured to prevent overheating. The control cabinet itself must also be designed in such a way that it protects against external influences such as vandalism. A control cabinet usually has a modular structure. An individual subdivision into power ranges and control ranges is ensured by mounting rails and mounting plates. In addition to a flexible structure, these also enable simple maintenance and repairs. The components must be arranged within the control cabinet in such a way that no electromagnetic or mechanical influences occur.Image: Schneider Electric NSYS3D6425 control cabinetA control cabinet shields the installation from electromagnetic emissions from its environment. Control cabinets are usually closed so that nobody can accidentally come into contact with the installations. In addition, a control cabinet is used for fire protection inside and outside. Controlling the current flow is also an important task of a control cabinet. It may be necessary to regulate or switch off the flow of electricity in certain areas of the network, for example when a device needs to be repaired or replaced. This ensures that just the right amount of current is flowing and that there is no danger to equipment or people.Is the temperature in my control cabinet correct?The temperature in the control cabinet is an important factor for the function of the components installed in it. However, it is not only the temperature itself that is important, but its constancy. Extreme fluctuations damage the electronic components. In general, one speaks of an optimal average temperature of 25°C. If there are larger fluctuations, condensate can form. This may impair the function of the installed devices. Thus, the average temperature is not a reliable guide. You should make sure that the temperature remains as constant as possible. If this is slightly higher than the room temperature, this usually does not damage the installation. On the contrary: the evaporation of moisture is promoted. Most of the components in the control cabinet are designed for an operating temperature of up to 50°C. In order not to impair the service life, a temperature of more than 35°C should not be exceeded permanently.What should you consider when choosing a control cabinet?Choosing the right control cabinet depends on numerous factors. Control cabinets are available in a variety of sizes, designs and price ranges and can be used for different purposes. Ask yourself the following questions:In which environment will the control cabinet be installed? This affects the material and the IP protection class.Is it a private system or a complex installation? The size of the closet depends on that.What meters and devices will be installed and how many?Will the cabinet be installed in a public or semi-public area? Then it should be lockable.Who should be granted access to the control cabinet?Is an alarm system necessary?Should the operating conditions be monitored (temperature, humidity)?Is air conditioning necessary?Is a smoke detector or extinguishing system necessary?and much more NoticeControl cabinets are not indestructible and can be damaged by vandalism, improper handling or extremely high temperatures. Therefore, when buying, you should pay attention to its suitability for the intended purpose.The control cabinets from the eibabo® shop are robust and durable. In this catalog you will find numerous variants of the best quality. Well-known manufacturers include ABN, Assmann, Bopla, Devi, Eaton, Eldon, Enoc, Hager, Heitec, Kathrein, Mennekes, nVent Thermal, Panduit, Phoenix, Rittal, Schneider Electric, Siemens, Spelsberg, Striebel & John, Televes , Triax, Vertiv and Weidmuller. In addition to the switch cabinet itself, there may be other switch boxes or sub-distributors, depending on the complexity of the system. Empty and unequipped, the housings are made of metal or plastic. Depending on their size and equipment, these have bases for accommodating terminal strips or devices for mounting rail systems. In any case, you buy cheaply from eibabo® and receive your delivery in the shortest possible time.  Catalogue content:In this eibabo® catalogue Cabinet enclosures > Enclosure/switchgear cabinet (empty) you will find items from the following product groups:Item overview:Add-on cabinetAdd-on distributorBusbar systemCloset systemClosetsControl boxCorner cabinetCounter fieldElectrical enclosureElectronics housingEmpty plastic caseFood safeHousing solutionsHousing systemsHygienic housingIndoor housingIndustrial housingLarge closetLow-voltage distributorMetal frameworkOutdoor cabinetOutdoor heatingPlasticPlastic cabinetPlastic casePolycarbonateSingle cabinetSmall casefrom the following manufacturers:Manufacturer overview catalogue Switch cabinet empty:ABNAssmannBoplaDeviEatonEldonEnocHagerHeitecnVent ThermalPhoenixRittalSchneider ElectricSiemensSpelsbergTelevesTriaxVertivWeidmüller
Phase monitoring device - The term phase monitoring device is a generic term that refers to phase monitors, network monitoring relays, phase sequence relays and asymmetry relays. Their task is to ensure maximum protection for industrial plants and machines in the event of unstable power supply networks. The protection refers to the early detection of network and voltage errors before extensive and serious consequential damage occurs in manufacturing and production facilities. There are different models in the eibabo online shop which, depending on the version, can monitor the phase sequence, phase failure, phase asymmetry, undervoltage or overvoltage or automatically correct the direction of rotation of the drive. With many payment methods and buyer protection, your purchase of electronic components for your system is always secured. We always strive for fast delivery and offer a fair complaint handling.Catalogue content:In this eibabo® catalogue Relays > Phase monitoring relay you will find items from the following product groups:Item overview:Asymmetry guardAsymmetry monitorAsymmetry monitoring relayAsymmetry relayControl displayEmergency lighting systemsMeasuring relayModular installation deviceMonitoringMonitoring relayPhase failure relayPhase guardPhase monitoring devicePhase monitoring relayPhase relayPhase sequencePhase sequence errorPhase sequence monitoring devicePhase sequence relayRelayRelay for measuring and signaling the phase sequenceRotary field monitoring relaySynchronization relayThree-phase monitorThree-phase relay Asymmetry relayVoltage measuring relayVoltage monitorVoltage monitoringfrom the following manufacturers:Manufacturer overview catalogue Phase monitoring device:ABBDoldEatonEberleEltakoFinderGavazziHagerMetzPhoenixPilzSchneider ElectricSiemensTeleZumtobel

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