What is OLED
OLED stands for Organic Light Emitting Diode. It is a technology used in the lighting industry for general lighting and automotive applications. OLED lighting panels are composed of thin layers of carbon-based organic materials sandwiched between two electrodes. When a direct current is applied, light is emitted through a process called electroluminescence.
Op zoek naar bewegingsgestuurde energiebesparende oplossingen?
Neem contact met ons op voor complete PIR-bewegingssensoren, bewegingsgestuurde energiebesparende producten, bewegingsschakelaars en commerciële oplossingen voor aanwezigheids- en afwezigheidsdetectie.
OLED lighting has homogeneous light emission, which means that the light is evenly distributed across the entire surface of the panel. This creates a broad, low-glare lighting source with no hot spots. OLED panels are also known for their ultra-thin and lightweight form factor, making them versatile and suitable for various applications.
The color of light emitted by OLEDs is determined by the structure of the organic molecule used in the panel. This allows for a wide variety of emission colors, enabling designers to create customized lighting solutions. For white light, a carefully selected mixture of organic materials is used to achieve the desired spectrum.
OLED lighting offers benefits, including energy efficiency, as it does not require additional components like diffusors or heatsinks. It is also environmentally friendly, as it does not contain toxic materials like mercury. Additionally, OLED panels can be selectively addressed, allowing for communication through motion and branding with light.
Mogelijk bent u ook geïnteresseerd in
- Plafondgemonteerde PIR-aanwezigheidssensor met potentiaalvrije relaisuitgang
- 12/24VDC of 12/24VAC laagspanningsvoeding
- COM-, NO- en NC-geïsoleerde relaiscontacten voor EMS-, HVAC- en gebouwbeheersystemen
- Laagspanning DC inbouw-plafondgemonteerde microgolfbewegingssensorschakelaar
- 12 VDC / 24 VDC-ingang met een bereik van 10-30 VDC
- Max. 10A werkstroom met instelbare uitschakelvertraging, luxdrempelwaarde en gevoeligheid
- Inbouw-plafondgemonteerde microgolfbewegingssensorschakelaar voor hogere belasting
- 100-265 VAC netspanningsingang, 10A-model
- 5,8 GHz microgolfdetectie met instelbare uitschakelvertraging, Lux-drempelwaarde en gevoeligheid
- Plafondinbouw microgolf bewegingssensor-schakelaar
- 100-265 VAC netspanningsingang, 5A-model
- 5,8 GHz microgolfdetectie met instelbare uitschakelvertraging, Lux-drempelwaarde en gevoeligheid
- RZ037 PIR-aanwezigheidssensor-dimmer voor plafondmontage op 220V-voeding
- 3A maximale werkstroom met 660W nominaal vermogen
- LUX-knop regelt lichtsensor AAN/UIT en door de gebruiker ingestelde dimhelderheid
- RZ037 PIR-aanwezigheidssensor-dimmer voor plafondmontage op 110V-voeding
- 3A maximale werkstroom met 330W nominaal vermogen
- LUX-knop regelt lichtsensor AAN/UIT en door de gebruiker ingestelde dimhelderheid
- Laagspanning DC microgolf bewegingssensor-schakelaar voor het plafond
- 12 VDC / 24 VDC-ingang met een bereik van 10-30 VDC
- Max. 10A werkstroom met instelbare uitschakelvertraging, luxdrempelwaarde en gevoeligheid
- Microgolf bewegingssensor-schakelaar voor het plafond met hogere belasting
- 100-265 VAC netspanningsingang, 10A-model
- 5,8 GHz microgolfdetectie met instelbare uitschakelvertraging, Lux-drempelwaarde en gevoeligheid
- Plafondmontage microgolf bewegingssensorschakelaar
- 100-265 VAC netspanningsingang, 5A-model
- 5,8 GHz microgolfdetectie met instelbare uitschakelvertraging, Lux-drempelwaarde en gevoeligheid
- Laagspannings-DC inbouw plafond PIR bewegingssensorschakelaar
- 12 VDC / 24 VDC-ingang met een bereik van 10-30 VDC
- Maximale werkstroom 10A met instelbare uitschakelvertraging, Lux-drempelwaarde en gevoeligheid
- Inbouw plafond PIR bewegingssensorschakelaar voor hogere belastingen
- 100-265 VAC netspanningsingang, 10A-model
- 360-graden detectie met instelbare uitschakelvertraging, Lux-drempelwaarde en gevoeligheid
- Inbouw plafond PIR bewegingssensorschakelaar
- 100-265 VAC netspanningsingang, 5A-model
- 360-graden detectie met instelbare uitschakelvertraging, Lux-drempelwaarde en gevoeligheid
- Draadloze schakelaar- en ontvangerset voor AAN/UIT-lichtregeling binnenshuis
- 100-230VAC, 50/60Hz ontvanger met 5A nominale stroom
- CR2032-gevoede draadloze schakelaar met 2.4GHz-communicatie
- Aanwezigheidsdetectie (Auto-AAN/Auto-UIT)
- 12–24V DC (10–30VDC), tot 10A
- 360° dekking, 8–12 m diameter
- Uitschakelvertraging 15 s–30 min
- Lichtsensor Uit/15/25/35 Lux
- Hoge/Lage gevoeligheid
- Automatisch AAN/Automatisch UIT aanwezigheidsmodus
- 100–265V AC, 10A (nuldraad vereist)
- 360° dekking; 8–12 m detectiediameter
- Uitschakelvertraging 15 s–30 min; Lux UIT/15/25/35; Gevoeligheid Hoog/Laag
- Automatisch AAN/Automatisch UIT aanwezigheidsmodus
- 100–265V AC, 5A (nuldraad vereist)
- 360° dekking; 8–12 m detectiediameter
- Uitschakelvertraging 15 s–30 min; Lux UIT/15/25/35; Gevoeligheid Hoog/Laag
- 100V-230VAC
- Zendbereik: tot 20 m
- Draadloze bewegingssensor
- Bedrade bediening
Veelgestelde vragen
Which Is Better for Eyes LED or OLED
In terms of eye health, OLED monitors are a superior choice compared to LED/LCD panels. This is because OLED monitors emit only half as much blue light as LED monitors, which is crucial in reducing potential harm caused by high energy visual light. Therefore, it is important to prioritize the reduction of blue light as much as possible, making OLED monitors a better option for your eyes.
What Does OLED Mean in Lighting
OLED stands for organic LEDs, indicating that the primary components of these lighting devices are organic materials derived from carbon. Unlike traditional LEDs that emit light from small points, OLEDs are manufactured in sheet form, making them diffuse-area light sources.
What Is the Difference Between LED and OLED Lighting
Traditional LEDs are typically coated with yellow phosphor, while OLEDs utilize organic compounds. In terms of environmental friendliness, OLEDs are considered even more advantageous than LEDs due to their lack of UV rays. Additionally, OLEDs boast a color rendering index (CRI) of 90 or higher, which is comparable to natural sunlight.
What Are the Benefits of OLED Lighting
OLEDWorks panels have a significantly longer lifespan compared to inefficient incandescent light bulbs, lasting over 30 times longer. Research and tests indicate that OLED lighting is becoming as efficient as LEDs, which already offer up to 80 percent better efficiency. This highlights the clear energy-saving advantages of OLED lighting over traditional light bulbs.
What Is the Disadvantage of OLED Lighting
Besides the mentioned benefits of OLED lighting, there are a few drawbacks to consider. One of the disadvantages is the relatively shorter lifespan compared to some other display technologies. This shorter lifespan is primarily attributed to the blue organic material used in OLED lighting, although continuous improvements are being made. Additionally, OLED lighting may have poor readability in direct sunlight.
Is OLED Good or Bad for Eyes
To put it simply, OLED displays are beneficial for your eye health. They provide a more natural illumination, improved color contrast, and a broader range of colors.
Which Is Better for Picture Quality OLED or LED
While LED displays can show up to 4K resolution, OLED displays consistently start at that pixel count. In terms of picture quality, OLEDs generally offer better performance due to their ability to individually control each pixel, resulting in enhanced contrast and more accurate representation of colors, as well as improved rendering of light and dark areas within the image.
Which Is Good LED or OLED
OLED displays, in general, have a lower maximum brightness compared to LED-lit displays. The light output of OLED displays, typically measured in nits, usually reaches a peak of around 1,000. On the other hand, LED-lit models can achieve much higher levels, ranging from 5,000 to 8,000 nits.
