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Time relays - What are time relays used for? Sometimes it may be that your structural conditions make it necessary to delay electrical switching processes. Perhaps you still have to walk through a dark garage after activating the light switch, or a motion detector should only be activated after you have left a room. In these and many other scenarios, the use of a time relay can be useful. This ensures that a certain function is only activated or deactivated after a certain period of time. You can set the length of this period of time on the relay.What is a time relay?Timing relays or delay relays are simple control relays that control defined events based on time sequences. The difference between a classic relay and a timer relay is when their output contacts open and close. In a control relay, this occurs when voltage is applied and removed from the coil. With the time relay, the contacts can open or close before or after a certain delay. The installation usually takes place in the control cabinet on the DIN rail. TIPThe set time intervals can be set between milliseconds and hours depending on the relay. Typically, the delay is initiated or triggered by one of two methods:applying or switching off a control voltagethe occurrence of an impulse / trigger signal What functions do time relays perform?It is often difficult for the layperson to understand technical descriptions. When describing the functions of timing relays, we encounter terms such as control voltage, response delay, release delay, pulse shaping or make contact. In order to give you an understanding of how the time relays work, we describe the switching options below using simple examples.To make our examples easier to understand: Always assume that you only switch a 'control voltage' on or off using a switch or button in order to set a switching process (scenario) in motion. However, the actual circuit goes via the relay. Pressing a switch or button when using a switching relay does not necessarily lead to an immediately visible action. You only tell the relay that the preset scenario should now run and that it has to carry out the corresponding switching at the desired time. The following ten scenarios are most commonly implemented with time relays:Scenario 1 - The fallback delayThe release delay is also called switch-off delay.Example: When the control voltage is switched on using the switch (ON), the relay closes the circuit and the light lights up. If you press the switch again (OFF), the light stays on and the set delay time starts to run on the timer relay. The relay keeps the current flowing. At the end of the time period, the relay breaks the circuit, turns off the light and goes into sleep mode. When the light is switched on again using the switch (ON), the process starts again.Scenario 2 - The response delayThe response delay is also called switch-on delay.Example: When the light is switched on using a switch (ON), the time set on the relay starts to run immediately. Only after the time has elapsed does this close the circuit and the light lights up. Now when you press the switch again (OFF), the relay will directly break the circuit, turn off the light and go into sleep mode. When the light is switched on again using the switch (ON), this process starts again. Depending on the model, after the response delay has been interrupted, the time that has already elapsed remains stored or is deleted.Scenario 3 - The impulse controlled response delayThe switch-on delay is not triggered by a permanently applied control voltage, but by a pulse (briefly applied control voltage). These are also referred to as trigger signals.Example: In contrast to scenario 2, a short impulse in the control voltage is sufficient to set the scenario in motion. You don't turn on a switch, but press a button, for example. A preset time starts to run at the relay and then it closes the circuit for a previously defined period of time. Then it goes back to sleep mode. You can usually set both time periods individually. A classic application is a door opener. To do this, briefly press a button. After the set time (this can only be milliseconds), the relay interrupts the circuit on the electromagnet of the door lock for e.g. 3 seconds. During this time, the door is open and visitors can enter. After these 3 seconds have elapsed, the relay automatically restores the power supply to the electromagnet and the door is locked again.Scenario 4 - response delay and release delayThe circuits from scenarios 1 and 2 are combined with each other.Example: When the light is switched on using a switch (ON), a set time immediately begins to run on the relay. Only after this period of time has elapsed does this close the circuit and the light begins to shine. If the switch is then actuated again (OFF) and the control voltage is thus interrupted, a set delay time begins to run. The relay keeps the current flowing. Only after the time has elapsed does the relay interrupt the circuit, switch off the light and go into idle mode. Depending on the model, after the response delay has been interrupted, the time that has already elapsed remains stored or is deleted. Depending on the relay, the response delay and release delay are either of the same length or can be set independently of one another.Scenario 5 - The relay as a clock (starting with a pulse)You know this from the turn signal in the car. It is a flasher relay.Example: You press the switch (ON) and the relay closes the circuit immediately. The light glows. After a defined period of time, the relay interrupts the circuit and the light goes out. After another defined period of time, the relay closes the circuit again and the light shines again. This interval continues as long as the control voltage is present. Press the switch (OFF), interrupt the control voltage. The interval switching ends at the relay and it goes into the idle state.Image: Finder 83.02.0.240.0000 time relayScenario 6 - The relay as a clock (starting with a pause)This scenario is similar to scenario 5, it just starts with a pause, not an impulse.Example: You press the switch (ON) and the preset pause time starts to run on the relay. Only then does the relay close the circuit. The light glows. After a defined period of time, the relay interrupts the circuit and the light goes out. The break time begins again. Then the relay closes the circuit again and so on. This interval continues as long as the control voltage is present. Press the switch (OFF), interrupt the control voltage. At the relay, the interval switching ends immediately and it goes into idle mode.Scenario 7 - The fleeting switch-on relayExample: When the control voltage is switched on using a switch (ON), the relay closes the circuit and the light lights up for a previously defined period of time (wiping time). The relay then automatically interrupts the circuit again. It goes into sleep mode even if control power is still present (switch still ON). This scenario can only be repeated if the switch has been actuated (OFF) after the wiping time has elapsed. If the switch is confirmed (OFF) during the wiping time, the control voltage is interrupted and the relay also interrupts the circuit immediately. The rest of the wipe time is deleted. The process can start over.Scenario 8 - The fleeting switch-off relayExample: When switching off the control voltage using a switch (OFF), the relay closes the circuit and the light lights up for a previously defined period of time (wiping time). The relay then automatically interrupts the circuit again and goes into the idle state. This scenario can only be repeated if the switch has been actuated (ON) after the wiping time has elapsed. If the switch is confirmed (ON) during the wiping time, control voltage is applied again and the relay interrupts the circuit immediately. The rest of the wipe time is deleted. The process can start over. A classic use case: you leave a building in the dark and switch off the main light. The orientation lights turn on and you have time to leave the building. After that, the orientation light also switches off automatically.Scenario 9 - The fleeting on and fleeting off relayThe circuits from scenarios 7 and 8 are combined with each other.Example: When the control voltage is switched on using a switch (ON), the relay closes the circuit and the light lights up for a previously defined period of time (wiping time). The relay then automatically interrupts the circuit again. It goes into sleep mode even though control power is still present (switch still ON). When the control voltage is switched off using the switch (OFF), the relay closes the circuit again and the light lights up again for the specified wiping time. When this expires, the relay breaks the circuit, turns off the light and goes into sleep mode.Scenario 10 - The time relay as a pulse shaperThe application of the control voltage (regardless of whether it is long or short) is converted into a switching process of the same length.Example: You press a switch (ON) to start the scenario. The relay closes the circuit for a previously defined period of time. The light glows. After the time has elapsed, the relay opens the circuit again and goes into the idle state. The light goes out. It is irrelevant whether you press the switch again while the light is on (OFF) or whether you do this much later, when the light has already gone out. The process only starts again when control voltage is applied again (switch ON).This is how you saveMany of the scenarios described can be implemented with multifunction time relays. So you are always flexible and only have to invest in one device.In addition, it is also possible to combine several time relays with one another in order to create corresponding dependencies. Please refer to the product descriptions to find out whether additional functions such as a two-stage response delay or switch-off pre-warning can be implemented with a relay.Here in the eibabo® technology store you will find many inexpensive products for the field of control technology and automation technology. If you are interested in the implementation of these or similar circuits, you can get all the relays, switches, buttons and cables you need from us. Buy high-quality time relays from well-known brands such as ABB, Doepke, Dold, Eaton, Eltako, Omron, Metz, Schalk, Siemens and Ziehl. Use one of our many payment methods and benefit from fast, worldwide shipping.  Catalogue content:In this eibabo® catalogue Relays > Timer relay you will find items from the following product groups:Item overview:Cover hoodDIN rail time switchFront installationImpetusItemized listMechanicallyMultifunction moduleON-delay relayPanel mountPlug-in relayPulse shapingRelay moduleRelay modulesResponse delayRetarderStaircaseStaircase lightingSwitch-off delayTerminal coverTime blockTimerTimer relayTimer switchUniversal relayUniversal voltageWipe-offWipe-onWiping relayfrom the following manufacturers:Manufacturer overview catalogue Time relays:ABBDoepkeDoldEatonEberleFinderGöringLegrand BticinoLimotMaicoMetzMurrelektronikOmronPhoenixPilzRockwellSchalkSchneider ElectricSiemensTeleThebenWAGOWeidmüllerWieland
High-voltage halogen - No transformer is required for high-voltage halogen lamps because they are operated with 240 volts. They can be connected directly to the mains electricity supply in the house and are usually dimmable. But what is the difference to a classic light bulb? On the one hand, higher temperatures occur when operating a halogen lamp, which increases efficiency and brightness, and on the other hand, the gas in the quartz bulb of the lamp is enriched with halogens such as bromine or iodine. In combination with high temperatures, a small cycle of evaporating and re-depositing halogens is created, which means that the filament does not wear out as quickly. The service life of high-voltage halogen lamps is therefore significantly longer than that of classic light bulbs. High-quality high-voltage halogen lamps for use in uplighters and other lights and spotlights are part of the extensive eibabo lighting range.Catalogue content:In this eibabo® catalogue Lamps > High voltage halogen lamp you will find items from the following product groups:Item overview:BulbsCandleCandle-shaped incandescent lampColor television recording lampCrystal candleFilm recording lampHalogen bulbHalogen flood lampHalogen lampHalogen mains voltage lampHalogen recording lampHalogen rodHalogen stage lampHalogen studio lampHigh voltage halogen lampHigh-voltage halogen lampHigh-voltage halogen lamp without reflectorHigh-voltage halogen lampsHigh-voltage halogen tubeHV halogen lampLampMains voltage halogen lampModeling lampOutdoor lampPhoto taking lampPyramid candleStage recording lampStudio lampfrom the following manufacturers:Manufacturer overview catalogue High-voltage halogen:LEDVANCEPaulmannPhilips LichtRadiumScharnberger+Has.Signify Lampen
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
Street lamp - Admittedly, very few of us will install a street light or a pole light in our driveway. But we at the eibabo technology store are not only delivery and installation partners for private individuals, we also count commercial companies and institutional facilities among our customers. Here the use of a street lamp is quite likely. It is not uncommon for delivery zones, building yards, parking lots or access roads to be adequately illuminated in the dark in order to ensure proper working and driving or a safe stay for people. This is where high-mounted, high-performance and energy-saving streetlights come into their own. Depending on the type and model, they can be mounted either on house walls or directly on a mast. Of course, they are suitable for use in wind and weather and work with a nominal voltage of 220 to 240 volts. They can therefore be easily connected to the existing power grid.Catalogue content:In this eibabo® catalogue Luminaires > Luminaire for streets and places you will find items from the following product groups:Item overview:Constant luminous fluxConversion kitsDecorative outdoor lampHeadlightIndoor spotlightLanternLight pole lightLuminaire for streets and placesMast lightMushroom lightNeck lightOutdoor lightParking lightPath lightPedestrian lightPost-top luminairePost-top luminairesPost-top mountingPost-top round lightRound lightSquare lightStreet and square lightStreet lampStreet lightStreet lightingTop lightUniversal attachmentWhip lampfrom the following manufacturers:Manufacturer overview catalogue Street lamp:AbalightAlbert LeuchtenAura LightBEGA GantenbrinkLEDVANCELeipzigerMeyer + SohnOpple LightingPerformance in LightPhilips LichtRZBSchuchSignify PLSSitecoTriluxZumtobel
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1 From 549
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RECOMMENDED
3D
Dehn - BXTU ML2 BD S 0-180 - Blitzductor XTU combi arrester module - Combined arrester for signal systems BXTU ML2 BD S 0-180
9,472.70₹ excl. VAT

*

plus shipping
(17,941.06₹ RRP***)
Blitzductor XTU combi arrester module - Combined arrester for signal systems
Dehn
| BXTU ML2 BD S 0-180
Piece
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RECOMMENDED
3D
Spelsberg - Mini 25 SB-L - Junction box red - Surface mounted box 37x89mm Mini 25 SB-L
115.60₹ excl. VAT

*

plus shipping
(196.06₹ RRP***)
Junction box red - Surface mounted box 37x89mm
Spelsberg
| Mini 25 SB-L
Piece
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RECOMMENDED
Bachmann - 392.183 - Cable drum 40m H07RN-F 3G1.5qmm - Extension cord reel 40m 3x1,5mm² 392.183
11,387.95₹ excl. VAT

*

plus shipping
(22,514.19₹ RRP***)
Cable drum 40m H07RN-F 3G1.5qmm - Extension cord reel 40m 3x1,5mm²
Bachmann
| 392.183
Piece
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RECOMMENDED
Jung - LC 502 TSA 4320R - Key set 2x complete - Cover plate for switch LC 502 TSA 4320R
5,117.83₹ excl. VAT

*

plus shipping
Key set 2x complete - Cover plate for switch
Jung
| LC 502 TSA 4320R
Piece
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RECOMMENDED
Siemens - 3KD3240-2NE10-0 - Load-break switch size: 2, 4-pole - Safety switch 4-p 55kW 3KD3240-2NE10-0
13,329.10₹ excl. VAT

*

plus shipping
(23,582.33₹ RRP***)
Load-break switch size: 2, 4-pole - Safety switch 4-p 55kW
Siemens
| 3KD3240-2NE10-0
Piece
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RZB - 931215.004.3 - LED surface-mounted downlight 935, silver - Downlight/spot/floodlight 1x29W 931215.004.3
14,860.56₹ excl. VAT

*

plus shipping
(22,870.23₹ RRP***)
LED surface-mounted downlight 935, silver - Downlight/spot/floodlight 1x29W
RZB
| 931215.004.3
Piece
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RECOMMENDED
3D
Steinel - IS 2360-3 ECO WS - Motion detector - Movement sensor 12m IS 2360-3 ECO WS
5,513.64₹ excl. VAT

*

plus shipping
(8,508.13₹ RRP***)
Motion detector - Movement sensor 12m
Steinel
| IS 2360-3 ECO WS
Piece
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RECOMMENDED
3D
Philips Licht - CoreProLED #54119700 - LED lamp PLC 6.5W 8304PG24q-2 - LED-lamp/Multi-LED 20...50V G24q-2 white CoreProLED #54119700
744.46₹ excl. VAT

*

plus shipping
(1,349.28₹ RRP***)
LED lamp PLC 6.5W 8304PG24q-2 - LED-lamp/Multi-LED 20...50V G24q-2 white
Philips Licht
| CoreProLED #54119700
Piece
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RECOMMENDED
3D
Cimco - 20 8500 - Universal deburrer - Stabbing awl 20 8500
636.26₹ excl. VAT

*

plus shipping
(812.90₹ RRP***)
Universal deburrer - Stabbing awl
Cimco
| 20 8500
Piece
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RECOMMENDED
3D
Kaiser - 1159-27 - Extension element for universal equipment carrier - Equipment carrier for insulated walls 1159-27
984.91₹ excl. VAT

*

plus shipping
(1,609.15₹ RRP***)
Extension element for universal equipment carrier - Equipment carrier for insulated walls
Kaiser
| 1159-27
Piece
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RECOMMENDED
3D
Busch Jaeger - 6213/1.1-WL - Sensor/shutter actuator 1/1gang wireless - Sunblind actuator for bus system 1-ch 6213/1.1-WL
10,077.51₹ excl. VAT

*

plus shipping
(14,241.88₹ RRP***)
Sensor/shutter actuator 1/1gang wireless - Sunblind actuator for bus system 1-ch
Busch Jaeger
| 6213/1.1-WL
Piece
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RECOMMENDED
BEG - 92249 - Twilight switch CdS-DE-white 92249
3,990.50₹ excl. VAT

*

plus shipping
Twilight switch CdS-DE-white
BEG
| 92249
Piece
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1 From 549
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