Learnew LED Opto’s Post

🔍 Understanding Inductive Sensors: Size and Material Matters! ⚙️ Inductive sensors are essential in industrial automation, offering reliable detection of metallic objects without contact. Key factors influencing their performance include: 📏 Size Compact Options: Ranging from 4mm to 30mm, smaller sensors fit tight spaces, while standard sizes (M12, M18, M30) balance sensitivity and installation ease. Custom Designs: Custom sizes are available for specific applications, ensuring optimal functionality. 🏗️ Material Durable Housing: Typically made from stainless steel, nickel-plated brass, or plastic, each offers unique advantages, such as corrosion resistance or lightweight design. Sensing Face: Materials like ceramic or glass enhance durability and performance in demanding environments. 🔧 Performance Sensing Range: Varies with size; larger sensors can detect objects from several centimeters away. High IP Ratings: Ensures protection against dust and water, making them suitable for industrial settings. Inductive sensors continue to innovate, enhancing automation efficiency. What are your thoughts on their role in your industry? Let’s connect! #InductiveSensors #IndustrialAutomation #Engineering #Innovation

The simplest model to intoduce the electromotor in classroom. It require only three things. 🔋The battery/cell to provide the electrical energy to kick start the motor. 🖇 The magnet to induce the motion within our electro motor. 🥆 The copper wire in which electrical current flows, and create a magnetic field. Benefits and application of electro motors: 📌 These are renowned for their efficiency. 📌 Compact design and perfect for portable devices 📌 Using in everyday devices , from toy car to household appliances showing their versatility. #electromotor #magnetism #innovation #sciencebasics #teaching

Doing some reading this morning about the significance of Glass Substrate as it relates to Mini and Micro LED display technology. It's amazing to me how simply moving from an organic/plastic material, that has been used for so long, to glass is going to literally power the next few generations of advancement in multiple technologies. The significance for LED Displays (Video Walls and more) is that we will once again see significant reductions in cost, improvements to color and resolution, and more efficient systems requiring less power and having less loss to heat. I get more excited because Vox Video Walls will likely be one of the first brands in the country to be able to offer this technology readily as we have already seen the prototypes and the roadmap is set by our manufacturing partner. We are about to receive our largest shipment of video walls so far and included are samples of the wide range of products we currently have available. Unfortunately no Glass Substrate yet, but we currently hold the title for smallest pixel pitch in the market in almost every category. Indoor, Outdoor, Portable, etc. If you are in the market for a large display for any use case you should give us a call. We continue to dominate in the quality vs price battle and with our expert local team we are able to offer unparalleled support and service. #semiconductors #glasssubstrate #miniled #microled #videowall #av

Multifunctional phosphor in white LED lighting and optical thermometry Tunable color emission and application showcase. In the realm of lighting and temperature measurement, advancements in material science are paving the way for significant improvements in technology and safety. Traditional methods, which combine yellow phosphors with blue chips in LEDs, have limitations such as inadequate red light components that affect color rendering and potential hazards from blue light exposure. A multifunctional phosphor has been developed, offering a versatile solution that not only addresses the limitations of traditional white LEDs, but is also used for visualized thermometers. Introduces a multifunctional material that could revolutionize white LED lighting and optical thermometry. The work, titled "Dual-functional application of Ca2Ta2O7:Bi3+/Eu3+ phosphors in multicolor tunable optical thermometry and WLED" The team's work on Bi3+/Eu3+ co-doped Ca2Ta2O7 (CTO:Bi3+/Eu3+) phosphors with tunable color emission from green to reddish-orange demonstrates how adjustable color emission can be achieved, enhancing the performance of white LEDs and paving the way for optical thermometers. The thermochromism, stability, and repeatability of these phosphors make them particularly noteworthy for applications in visual thermometers or high-temperature safety markings. The construction of a white LED device with a high color rendering index using the CTO:0.04Bi3+/0.16Eu3+ phosphor underscores its potential application in near-UV pumped white LED devices. The discovery of this multifunctional material signifies the potential to achieve more energy-efficient, environmentally friendly, and safer lighting solutions, while also offering potential applications in visual thermometers and high-temperature safety markings. #phosphor #thermometey #led #light #color #emission #temperature #measurement #uv #visual #thermometer

#Customizable #BLETag Elevate your asset-tracking journey now with our ultra-sleek BLE Tag.

Indoor P1.25 with COB design COB is a common LED packaging technology in LED displays, which stands for Chip-on-Board. In LED displays, COB has several main functions: 1. High packaging density: COB technology can densely package multiple LED chips together, so it can provide higher brightness and resolution in a limited space. 2. Thermal management: COB packaging can more effectively conduct and disperse the heat generated by the LED, which helps to improve the stability and life of the LED. 3. Simplified design: COB technology simplifies the design and manufacturing process of LED displays, reduces the number of parts required for assembly, and reduces costs. COB technology helps improve brightness, resolution, and reliability in LED displays, while simplifying the manufacturing process. #MPLED #COB #Indoor #smallpixelpitch

Utilizing a patented technique, B-Module employs multi-chip LED sources and specialized refractive optics to generate a dynamic dappled lighting effect. This effect varies in light and dark intensities, adaptable to specific applications, while offering an eco-sensitive spectral range inspired by the lunar cycle. With three beam angles available, flexibility is maximized for coverage and pattern diffusion. As a 'plug & play' standalone system, B-Module features built-in drivers and memory, utilizing Near Field Communication (NFC) technology for seamless transitions. Additionally, a proprietary app is in development for user control. Integration with central lighting systems like DALI enables advanced features such as synchronized dimming and CCT control. Designed modularly, B-Module is scalable and rated for 100,000 hours of operation, boasting solid-state electronics and compatibility with various luminaire types. Its development reflects a commitment to nature and environmental awareness. Vote for us here https://lnkd.in/dHc4y6F You can find more details about our product here https://lnkd.in/gYDHfU66 #EcoLighting #NatureInspiredDesign #SustainableTech #BModule #GreenLiving #EcoFriendlyDesign #DALIIntegration #ModularLighting #NatureAwareness #DappleLight #MoonLight #NatureLight #EffectLight #lighting #architecturallighting #darcawards #awards #exteriorlighting #lightingdesign #lightingdesigner #lightingdesign #lightinginnovation #lightingindustry #LEDtechnology #energyefficiency #lightingsolutions #lightingevents #lightingpartnership #lightingproducts #lightingprojects #smartlighting #innovativelighting #lightingsystems #commerciallighting #architecturallighting #industriallighting #lightingnetworking #lightingcollaboration #lightingtechnology #LEDlighting #lightingdesigner #energyefficiency #circulareconomy #lightandpeople

Introducing FLEXXALUMINA® IMS Boards: The Future of Copper-free Lighting Technology 💡🌍 FLEXXALUMINA® IMS Boards are revolutionizing light-engine design with sustainability and performance at the forefront. Crafted from pure aluminum ⚙️, these innovative boards are 100% recyclable ♻️ and can be seamlessly recycled together with aluminum housing. This results in a reduced carbon footprint 🌱, making FLEXXALUMINA® the eco-friendly choice for modern lighting solutions.   ✨ Key Benefits: 100% Recyclable ♻️: Designed for full lifecycle sustainability, reducing environmental impact. Lower CO2 Emissions 🌍: A greener, more responsible choice for lighting technology. Cost-Effective 💸: Delivering high performance while keeping costs down. Choose FLEXXALUMINA® for your next lighting project – the future of eco-conscious, high-efficiency lighting is here! 🌟 #pcb #plasmainnovations #flexxalumina #lighting #led #electronics #sustainability #FLEXXALUMINA #LightingTechnology #SustainableInnovation #EcoFriendly #RecyclableMaterials #AluminumDesign #GreenTech #CarbonFootprintReduction #EnergyEfficient #InnovativeLighting #CircularEconomy #FutureOfLighting #EnvironmentalImpact #CostEffectiveSolutions #LightingEngineering

High-Temperature Proximity Switches are engineered for continuous operation in temperatures up to +180°C. These sensors are fully integrated, matching XECRO sensors in dimensions for normal temperatures, facilitating seamless standardization when replacing an existing inductive proximity switch with a high-temperature sensor. The classic design features a ceramic pressure plate capable of withstanding pressures up to 500 bar, making it the go-to technology for high-pressure-resistant inductive sensors. For the most demanding applications, we offer an alternative: inductive sensors crafted with an exceptionally resilient full-metal housing, including the sensor's sensing face. Constructed from a single piece of stainless steel, these sensors can withstand pressures up to 1000 bar | 14500 psi. Our Inductive Proximity Switches are designed to be food-safe, IP69k rated, and operate in temperatures as low as -40°C/°F. This comprehensive line of inductive sensors includes standard and high-sensing distance options, covering all common sizes such as Ø6.5 mm, M8 x 1, 8×8 mm, M12 x 1, M18 x 1, and M30 x 1.5. Contact our Sales Team at info@instek.co.za / +27 12 998 6326 #InductiveSensors #HighTemperatureTechnology #EngineeringInnovation #IndustrialAutomation #highpressure #food #instrumentation #sensors #automation