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Bulb socket - Of course, if you want to mount a new lamp, make sure that you use the right socket. There are, however, a large number of different versions, all of which have special or individual properties. Which socket you need can depend on the one hand on the amperage and on the other hand on the space available in the lamp. We will introduce you to the differences and similarities and support you in your purchase decision.Basically, the selection is huge and most of the differences are clear. Inexpensive plastic frames are available in the eibabo® shop as well as versions made of high-quality ceramic. You will also find models with different diameters and sockets into which the bulbs are screwed or clamped. Speaking of light sources: Last but not least, the choice of light bulb also determines which socket must be used. The counterpart to a socket is the so-called base of the light source. Proper functioning of the lamp can only be guaranteed if the base and socket fit together. TIPThe frames offered here are attached individually. Choose from models with screw holes, screw lugs, spring clamps, threads or mounting brackets. However, there are also distinguishing features, the purpose of which often only becomes clear at second glance. At this point we give you a small overview.Which lamp holders are the most common?The base is an indispensable element of any light source, since it performs the function of fastening and power connection. By connecting the base to the lamp socket, the lamp / illuminant is fixed to the light and supplied with energy. Of course, the lamp base and lamp socket must be of the same type, otherwise the connection will fail. Now one would think that this is self-evident and does not pose a problem in everyday life.Yes and no: Because the times when there were only lamp sockets with a thread are long gone. The modern world of lamps is now so diverse that the market for base types and the required lamp sockets has become very confusing. The manufacturers of modern lighting are constantly developing new variants. With a spontaneously bought lamp, you quickly acquire a surprise in the form of a previously unseen lamp socket. It's good if the first lamp is already there. But nothing lasts forever. Sooner or later it's time to replace a burned out lamp with a new one. We present the most common forms of lamp holders. Essentially, these are divided into screwable and pluggable sockets.E40 - screw socket for lamps with an output of more than 200 watts at 230 volts (use in the industrial sector or with conventional street lighting)E27 - classic standard screw socket for household lamps up to 60 watts at 230 volts with a plastic socket, up to 200 watts at 230 volts with a ceramic socket (usually used for Edison bulbs, energy-saving lamps, filament and LED)E14 - screw socket for lamps with an output of up to 60 watts at 230 volts (usually used for Edison light bulbs, energy-saving lamps, filament and LED)GU5.3 socket for simple plug-in pins with a spacing of 5.3 millimeters (often used in low-voltage spotlights with reflectors)GU10 sockets with bayonet lock, into which two solid pins are inserted, a quarter turn establishes the electrical connection (often used with spotlights with reflectors)G4 - receptacle for U-shaped plug pins with an average spacing of 4 millimeters (found in small halogen glass lamps or LEDs)G5 - Bayonet jack for fluorescent tubes with a pin spacing of 4.75 millimetersG13 - Bayonet jack for fluorescent tubes with a pin spacing of 12.7 millimetersG9 - receptacle for U-shaped plug pins with a mean distance of 9 millimeters (found in halogen glass lamps or LEDs) And that's by far not all. Here in the eibabo® shop you will also find sockets with the designations E10, R7s, 2G11, GX5.3, GZ10, G23 and around a dozen others.The 'E' in the screw sockets stands for Thomas Edison, the developer of the corresponding socket thread. The following number describes the diameter of the thread in millimeters. The 'G' is used for plug connections, with the following number indicating the mean distance between the two plug pins in millimeters.Image: Houben 102599 E27 lamp holderWhat material should I choose for lamp holders?When choosing a lamp holder, you often have a choice of different materials. You can choose from different metals such as aluminium, steel or brass, several plastics and ceramic/porcelain sockets.What is Bakelite?Bakelite is a thermoset phenol-formaldehyde resin that is easy to form during manufacture and has high resistance to electricity, heat and chemical attack. It was the world's first commercially successful plastic. It is rarely used today because once a product has hardened, it cannot be melted down and recycled.The main difference between these materials is their ability to withstand certain temperatures. For a rough estimate of which material is right for you, you can use the following information: modern plastic frames can withstand temperatures of up to around 210 °C, Bakelite is resistant up to 190 °C, ceramic frames and metal frames tolerate 230 °C and more. The higher the wattage rating on the bulb, the more heat is generated. For high heat output bulbs or special heat lamps, metal or ceramic sockets are usually the best option.How is the power connection to the lamp socket?Another difference is the type of cable connection. Here we distinguish between a detachable and a fixed connection. The fixed connection is usually made by soldering. In these cases, the lamp socket only has the contact pins required for this, to which the wires of the cables must be soldered. More often you get lamp sockets with detachable connections. These are made either via a screw connection or a plug-in connection / clamp connection.Whether you should opt for a lamp socket with a plug connection or a screw connection essentially depends on the type of cables you have. Modern lampholders offer special connection points, where the wires are fixed just by plugging them in with a spring mechanism. To loosen this connection, the tension on the spring is usually released with a pointed tool. This method of assembly is simple and quick. However, you need stable wire ends for this. You only have this for cables with solid conductors or when using ferrules. With flexible lines (finely stranded cores, strands) you cannot establish a secure connection in this way. If you have flexible cables, you should use sockets with screw connections. This method is a little more time consuming, but you'll attach the wires tightly and securely. Solid conductors can also be easily connected using the screw method.  Catalogue content:In this eibabo® catalogue Accessories for lighting > Lamp holder you will find items from the following product groups:Item overview:Adapter socketAluminum frameBuilt-up versionBulb socketCeiling mountConnection lineConstruction versionFestoon holderHanging versionIllumination plugInstallation setJunction boxLamp baseLamp holderLamp socketLighting holderMiniature versionPendulum socketPlastic framePorcelain settingRecessed socketRubber plugScrew socketSealing ringSmall versionSocketSocket adapterThrough socketfrom the following manufacturers:Manufacturer overview catalogue Bulb socket:BachmannBJBBrumbergEVNHoubenIDVKleinhuisPaulmannRenzScharnberger+Has.SchuchSignify LampenSLV
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
Ballast - If you equip your building with fluorescent tubes, high-intensity gas discharge lamps or linear plug-and-play LED lighting, you depend on ballasts. But which one is right for your application? We clarify. When you use the optimal ballast, you create a cost-effective and energy-efficient lighting solution that also gives you enhanced control over the amount of light produced in your space. Find the ballasts you need for lights and lighting systems easily at eibabo® in the extensive online range. In addition to ballasts in a wide variety of designs (electronic, DALI, KL/LL, EVG and many more), you will also find Powertronic devices and Quicktronic devices, QT-FIT ballasts, warm start devices as well as ignition devices and stabilization devices.What is a ballast?In fluorescent lighting, the ballast controls the power supply to the lamps. It provides sufficient starting voltage to start the lamps. Without a ballast, a fluorescent lamp connected directly to the mains voltage would quickly and uncontrollably increase the power consumption. Within a second the lamp would overheat and burn out. When the lamp is started, the ballast provides a brief high-voltage phase to build up an arc between the two lamp electrodes and start the ionization of the gas. This makes the gas inside the lamp electrically conductive. Once the arc is established, the ballast reduces the voltage. From that moment on, it serves to regulate the electric current in order to guarantee a constant light output.Please noteFluorescent tubes and gas discharge lamps have a negative, differential resistance during operation. As a result, as the current increases, there is a voltage drop across the lamp. For this reason, never connect gas discharge lamps directly to a voltage source.In order to achieve the full rated light output and maximum service life of a fluorescent lamp, the output characteristics of a ballast must exactly match the electrical requirements of the lamps being operated. Ballasts are typically designed in such a way that they operate a certain number of a certain lamp type with the necessary voltage. These are therefore also your primary selection criteria for the purchase of a ballast. So in order to find a suitable ballast that is compatible with a specific lamp, you should know the lamp type, lamp quantity and mains voltage.Why do only certain lamps need a ballast?Classic incandescent lamps and halogen lamps do not require ballasts. This is because the current flows through a filament. This filament resists the current, causing it to heat up and glow. It takes a lot of heat to illuminate a room bright enough. Therefore, the majority of this energy is used to generate heat and not light. This makes conventional incandescent bulbs very inefficient. LED lights also typically do not require ballasts. Here, LED power supplies and LED drivers regulate the current and voltage. The operation of fluorescent lamps and gas discharge lamps is slightly different. These are filled with gases and emit photons when charged with electricity. photonsPhotons are basic subatomic particles or waves that carry the electromagnetic force. In short: they are light particles. So in these lamps there is no filament to resist or regulate the electricity. The ballast is required for this.What types of ballasts are there?There are many different types of ballasts. The choice depends on the conditions in which your lighting is working. We distinguish between magnetic (conventional) ballasts and electronic ballasts.Conventional ballasts are the older technology and used to be responsible for flickering on start-up and lamp buzzing. Conventional ballasts have not been used since 2005 due to their low energy efficiency and high power losses of up to 20%.Nowadays, most fluorescent tubes and gas discharge lamps are operated with electronic ballasts. Electronic ballasts can emit multiple electrical frequencies without changing the input voltage. This eliminates any flickering and humming. These ballasts are available with different starting technologies:Quick StartInstant startprogrammed start Instant start ballasts switch the light on the quickest. However, these are designed for longer switching cycles. Frequent turning on and off can shorten lamp life. The devices are called instant starters because they immediately send a high voltage through the lamp to start the cathodes. Typically, instant start ballasts use slightly less power per lamp than quick start ballasts. Instant start lamps work reliably down to 0 °C.Already knew?Ballasts are also called 'ballast' in international usage. This designation is derived from their properties. Just as ballast stabilizes a ship's hull, a ballast stabilizes the power supply to a lightbulb or lamp.The ballasts work more slowly for both programmed start and quick start. However, these do not have the deleterious effects of an instant start ballast when switched on and off more frequently. The ballasts measure the temperature of the tube cathodes and preheat them. This makes starting easier and the lamp switches on immediately as soon as the light switch is pressed. However, quick-start ballasts also have disadvantages:The devices are not very energy efficient.Lamps connected to quick start ballasts do not turn on reliably at very low temperatures. Programmed start ballasts are typically coupled with occupancy sensors or motion sensors and maximize the number of lamp start cycles while maintaining energy efficiency. If you have high-traffic spaces in your building that experience multiple on-off cycles throughout the day, a programmed start ballast may be the best alternative for your lighting. Ballasts with programmed start are reliable even at low temperatures.When should I replace my ballast?Although replacement is not common, after a few years changes in ballast performance can become noticeable. If your lamps seem to be fading, humming, flickering or changing colour, it may be time to change the ballast.Image: Ledvance PTi 150/220-240 ballastAre ballasts equipped with a DALI interface?If you want to implement digital light control as part of your building automation, you may use the DALI system.What is DALI?DALI is the abbreviation for Digital Addressable Lighting Interface. It represents a programmable, digital interface for lighting scenarios including electronic ballasts. DALI is a protocol for light control in building automation, but not a bus system.DALI is suitable both for light control in individual rooms and for lighting scenarios in networked building management. As a rule, the modern electronic ballasts from most manufacturers are equipped with DALI interfaces. These interfaces establish direct communication between a control device and the lamps to be controlled. The communication between the control unit and the up to 64 connected devices takes place via a bidirectional two-wire line, so that information is transmitted both from the control unit to the lamps and vice versa. Programming the system is easy and hassle-free. For example, integration into a higher-level KNX building management system is possible via gateways.We offer you a large selection of ballasts from all well-known manufacturers such as ABB Stotz, Arclite, Ceag Notlichtsysteme, Houben, LEDVANCE as well as Philips lamps, Schuch Licht, Waldmann and Watt24.  Catalogue content:In this eibabo® catalogue Light control > Ballast you will find items from the following product groups:Item overview:BallastControl gearControl unitControllersDischarge lampFluorescent lampFluorescent lampsHeadlight bulbLightingLuminaire control gearOperating devicesPower supplyfrom the following manufacturers:Manufacturer overview catalogue Ballast:ABBArcliteCeagHoubenLEDVANCEPhilips LichtScharnberger+Has.SchuchSignify LampenSitecoZumtobel
Accessories mechanical lights - Luminaires and recessed spotlights are used in almost every house. However, accessories are often required for their installation. If you also need spacers, suspensions or mounting brackets, you will find them in this catalogue. Read more here about the numerous components that often make the small difference when installing lights and spotlights.The right lighting can really bring a room to life. Whether it is a single lamp or an entire system, the installation of luminaires always involves a certain amount of effort. To ensure that the lighting is a pleasure for a long time to come, you should pay attention to the right accessories when installing the lights. Before you can start installing the lights themselves, you usually have to drill the necessary holes and lay the electrical cables. Once these preparations are complete, you can quickly proceed with attaching the lights or spotlights. But often the first questions arise at this point or small problems arise.Do I have hooks to attach the lamp?Are the hooks suitable for my wall and ceiling?Do I have to pay attention to the construction behind the wall or ceiling?How do I fix recessed lights in a brick wall?Do I have to take precautions to protect against contact?Do I need additional cover caps or couplings for a rail system or light strips?Do I have the required ground spike or ground socket for my outdoor light?Questions upon questions, which can vary greatly depending on the environment and the type of lighting to be installed. This also results in a huge assortment of different small parts, with which all possible difficulties should be solved. In this catalog we have grouped numerous accessories which:can be used universally for individual lightingare available in addition to the most common lighting systems from well-known manufacturers NoticePlease pay particular attention to the manufacturer's instructions for the mounting profiles, retaining clips, blind covers, end caps, built-in springs or connecting elements.This ensures that the respective item fits your existing system.Which lighting accessories can I find in this catalogue?Our range in this shop category is extensive and the items are very different. For your orientation, the individual components can be divided into three product groups:Fixing accessoriesThis is used to attach the lights to the ceiling or wall. This includes items such as wall brackets, ceiling hooks, wall hooks or ceiling spacers. Outdoor lighting is fixed with ground spikes or ground sleeves.Accessories for installationThis accessory is needed to properly install the light. It includes cable glands, junction boxes, plaster housings or installation frames.Accessories for the lightsItems of this type are special add-on parts or supplements for manufacturer-specific systems. These include profile rails, retaining springs, end caps, blind covers, couplings, swivel brackets, wire protection baskets, table clamps or busbar supports. TIP:Take advantage of our huge range of lighting. You are sure to find the right lighting for your home, office or production facility among tens of thousands of items. Other accessories for lights also include wiring, cores and conventional light sources or LEDs. For a better overview, we offer you these product groups in separate categories.What are flush-mount housings?Plaster housings are boxes made of metal or plastic that are embedded in solid walls. Installation is carried out by opening the wall in the height, width and depth of the box. The plaster housing is usually fixed with plaster and the wall is then plastered. You get an installation area for the flush mounting of various recessed wall lights including cable feed. Similar housings are also offered for mounting in drywall.What do I need ceiling junction boxes for?Ceiling distribution boxes are used to accommodate screw terminals or plug-in terminals and thus for the distribution of power lines. They are typically stable plastic housings that are flush-mounted or surface-mounted. These components can also be found under the name 'canopy'.For which lights do I use spacers?Spacers are installation aids for recessed spotlights that are used in drywall. You can buy these components in different diameters and heights. Spacers are clamped into the installation openings before installing the recessed spotlights. This creates a safety distance between the radiator, vapor barrier film and/or insulation material and avoids the risk of fire due to heat build-up.Picture: EVN EPK P21 metal plaster potWhen is the use of a wire protection cage necessary?Wire guards protect both people and the luminaire. These wire grids are mounted directly on the lighting and prevent accidental touching of the possibly hot bulb. On the other hand, the illuminant is also protected from impacts and other mechanical influences.Why should I use cable glands?Cable glands are important components in cable management. This allows cables and lines to be inserted into the housing, distribution boxes or terminal compartments of the lights. These protect:the internal cable connections from moisture, dust and other dirtthe cables at the grommet opening from kinking and twisting What happens if I ordered the wrong accessories?The eibabo® technology store is a leading specialist center for electrical installations and lighting. We ship worldwide and offer secure payment methods. Our customer service also includes accommodating complaints processing. If an item you have ordered does not meet your expectations, you always have the option of returning it. To do this, contact us personally or send your written revocation within the applicable deadlines via one of the specified contact channels.  Catalogue content:In this eibabo® catalogue Accessories for lighting > Mechanical accessories for luminaires you will find items from the following product groups:Item overview:Aluminum railCable holderClamping pieceCooling profileCover ringFastening profileFluorescent lampHall lightingHotel lightingInterior lightsJoint coverageLight controlLuminaire fastenerMounting accessoriesMountsOffice lightOptical glassPaint rollerPlaster railPlastic cuffShadow gapShrink tubingSurface mountingTrack spotlightWall baseWarehouse lightingWaterproofWire suspensionsfrom the following manufacturers:Manufacturer overview catalogue Accessories mechanical lights:AbalightABNAlbert LeuchtenAura LightBachmannBarthelmeBrumbergBöhmerErcoEricoESYLUXGiraGrotheHellermann TytonHoubeniiMJungKleinhuisKrüger-WerkeLedlenserLEDVANCELeipzigerLichtlineLTSOligoOpple LightingPerformance in LightPhilips LichtPhoenixPollmannRidi-LeuchtenRP-TechnikSchmitz-LeuchtenSchnepelSchuchSitecoSLVSonluxStahlSteinelThebenTriluxTrio-LeuchtenVitramoWibreWihaWitte + SutorZumtobelZumtobel GroupZweibrüder
Locknut gland - In this catalogue, we would like to present suitable nuts for various screw connections in the field of electrical installation. Special locknuts are required for certain thin-walled housings that only allow through-holes or for screwing cables with unthreaded holes. Other locknuts have cutting edges that cut through the insulating layer when tightened and are particularly well suited for screw connections in the EMC area. In some cases, halogen-free plastic locknuts with glass fiber reinforcement are optimal, in some cases metal locknuts. You will find all this and much more in the range for counter nuts from eibabo®. Of course, in a very wide range of sizes and manufacturers. See for yourself.Catalogue content:In this eibabo® catalogue Cable and wire entry systems > Locknut for cable screw gland you will find items from the following product groups:Item overview:AdaptaflexBrass lock nutBrass nutCable entry glandCable gland accessoriesCable gland lock nutCounter elementCounter nutCounter nut for cable glandCutting edgeFastening nutFixing nutFlat cable glandGas screw nutGland nutGround nutLocknutLocknut for cable screw glandMetal lock nutMetal nutMounting socketNutPlastic lock nutPlastic nutStainless steel nutStandard cable glandStuffing box fittingTwin screw connectionfrom the following manufacturers:Manufacturer overview catalogue Locknut gland:ABBCeagDresselhausEricoFlexaFränkischeHartingHellermann TytonHoubenHugroHummel ETJacobKaiserKleinhuisLappLegrand CablofilLützeMurrelektronikNiedaxOBOPflitschPhoenixPlicaRittalSchlemmerSchneider ElectricSpelsbergStahlWeidmüllerWiska
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RECOMMENDED
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Houben - 991104 - Electromagnetic plug-in transformer 20W 230/12V 991104
¥196.43 excl. VAT

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(¥379.12 RRP***)
Electromagnetic plug-in transformer 20W 230/12V
Houben
| 991104
RECOMMENDED
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Houben - 163694 - Ballast 5/7/9/11W TC-S - Conventional ballast 1x5...11W 163694
¥42.67 excl. VAT

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(¥103.46 RRP***)
Ballast 5/7/9/11W TC-S - Conventional ballast 1x5...11W
Houben
| 163694
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Houben - 163683 - Ballast 4/6/8W 2x4W T5 - Conventional ballast 163683
¥44.54 excl. VAT

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Ballast 4/6/8W 2x4W T5 - Conventional ballast
Houben
| 163683
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Houben - 163763 - Ballast 18W TC-D/-T - Conventional ballast 1x18W 163763
¥39.82 excl. VAT

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Ballast 18W TC-D/-T - Conventional ballast 1x18W
Houben
| 163763
RECOMMENDED
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Houben - 108973 - Socket G13 white,D26,IP67,F17.6 - Plug-in lamp holder G13 108973
¥39.01 excl. VAT

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plus shipping
(¥70.62 RRP***)
Socket G13 white,D26,IP67,F17.6 - Plug-in lamp holder G13
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Ballast 36/40W TU/TR T8/12 - Conventional ballast
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plus shipping
(¥605.54 RRP***)
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