Kink 50R-S | CNC Lighting

var asyncImgClasses = { // Class name of element that holds the images asyncImgHolder: 'async-image-holder', // Class for s appended to holder element asyncImg: 'async-image', // Low res image class (loaded first) lowResClass : 'low-res', // Appended to new elements after they're loaded loadedClass : 'loaded', }; // data-* attribute keys var asyncImgDataKeys = { // Full res dFullRes : 'data-async-src', // Low res dLowRes : 'data-async-src-low', // Gradient start // ex. rgba(255, 255, 255, .6) dGradient : 'data-gradient', // Gradient end // ex. rgba(255, 255, 255, .6) dGradientTo : 'data-gradient-to', // Class string appended to each image // ex: 'class-a class-b' dImgClass : 'data-img-class', // Image alt dImgAlt : 'data-alt', }; // Function loads an image *after* returning it's element function loadAsyncImage(src, lowRes, classString, gradient, gradientTo, imgAlt){ var imgEl = new Image(); // Blank gif keeps img element transparent imgEl.src = 'data:image/gif;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAABCAQAAAC1HAwCAAAAC0lEQVR42mNkYAAAAAYAAjCB0C8AAAAASUVORK5CYII='; // Add image class strings imgEl.className = asyncImgClasses.asyncImg + ' ' + (classString || ''); // Appends low-res class(if needed) if(lowRes) imgEl.className += (' ' + asyncImgClasses.lowResClass); // Set alt imgEl.alt = imgAlt || 'Asynchronous image'; // This is a loading element(never appended to the document) imgLoader = new Image(); // Prepare for when image is loaded imgLoader.onload = function(){ var linearGradient = ''; // Gradient defaults to the first value being used both from/to if(gradient) linearGradient = 'linear-gradient(' + gradient + ',' + (gradientTo || gradient) +'),'; // Append real src as background to image element that is returned imgEl.style.backgroundImage = linearGradient + "url('" + src + "')"; imgEl.className += (' ' + asyncImgClasses.loadedClass); } // Load image imgLoader.src = src; return imgEl; } // Automatically find and load async images function findAsyncImages(){ var asyncImageHolders = document.getElementsByClassName(asyncImgClasses.asyncImgHolder); for(var q = 0; q < asyncImageHolders.length; q++){ var asyncWrap = asyncImageHolders[q]; // Get img data var fullResSrc = asyncWrap.getAttribute(asyncImgDataKeys.dFullRes); var lowResSrc = asyncWrap.getAttribute(asyncImgDataKeys.dLowRes); var gradient = asyncWrap.getAttribute(asyncImgDataKeys.dGradient); var gradientTo = asyncWrap.getAttribute(asyncImgDataKeys.dGradientTo); var imgClass = asyncWrap.getAttribute(asyncImgDataKeys.dImgClass); var imgAlt = asyncWrap.getAttribute(asyncImgDataKeys.dImgAlt); // Remove current background image from wrap if(lowResSrc || fullResSrc) asyncWrap.style.backgroundImage = 'none'; // Low res if(lowResSrc) asyncWrap.appendChild( loadAsyncImage(lowResSrc, true, imgClass, gradient, gradientTo, imgAlt) ); // Full res if(fullResSrc) asyncWrap.appendChild( loadAsyncImage(fullResSrc, false, imgClass, gradient, gradientTo, imgAlt) ); } } window.addEventListener('DOMContentLoaded', function(){ console.log('Searching for images to load in elements with class "' + asyncImgClasses.asyncImgHolder + '"') findAsyncImages(); }); // Various meta keys const lightboxKeys = { defaultLightboxLabel: 'swgl-default-lightbox', dataImgSrc: 'data-swgl-src', dataImgAlt: 'data-swgl-alt', dataLightboxLabel: 'data-swgl-label', }; // Flags for preloading images on either side of image selected const preload = { 'previous': true, 'next': true, }; const lightboxStyles = { ids: { overlay: 'swgl-overlay', digitizer: 'swgl-digitizer', slideWrapper: 'swgl-slide-wrapper', controls: 'swgl-controls', }, classes: { // Overlay active overlayActive: 'active', digitizer: 'swgl-digitizer', // Slide classes slide: 'swgl-slide', slideLoaded: 'loaded', deleteSlide: 'swgl-delete', activeSlide: 'swgl-active', leftSlide: 'swgl-left', rightSlide: 'swgl-right', centerSlide: 'swgl-center', slideImg: 'swgl-slide-img', slideImgLoaded: 'loaded', slidePortrait: 'portrait', slideLandscape: 'landscape', slideCaption: 'swgl-caption', loadingSpinner: 'swgl-loading-spinner' } }; // Delays need to match css transition times (ms) const animationDelays = { openOverlay: 250, closeOverlay: 250, slideTransition: 500, }; let lightboxData = {}; const setAllLightboxData = (data)=>{ lightboxData = data; } // Deep copies object data and returns that const getLightboxData = (label)=>{ return JSON.parse( JSON.stringify(lightboxData[label]) ); } let currentLightboxData = {}; const getCurrentLightboxData = ()=>( JSON.parse( JSON.stringify(currentLightboxData) ) ); const setCurrentLightboxData = (data)=>{ currentLightboxData = data; } const clearCurrentLightboxData = ()=>{ currentLightboxData = {}; } const getSrcFromCurrentData = (imageIndex)=>( currentLightboxData.images[imageIndex].src ); const getImageFromCurrentData = (imageIndex)=>( getImageData(currentLightboxData, imageIndex) ); let currentIndex = 0; const getCurrentIndex = ()=>( currentIndex ); const setCurrentIndex = (newIndex)=>{ currentIndex = newIndex; }; const clearCurrentIndex = ()=>{ currentIndex = 0; }; const createControls = ()=>{ const controlsEl = document.createElement('div'); controlsEl.id = lightboxStyles.ids.controls; // Digitizer const digitizer = document.createElement('div'); digitizer.id = lightboxStyles.ids.digitizer; digitizer.className = lightboxStyles.classes.digitizer; digitizer.addEventListener('click', closeLightbox); controlsEl.appendChild(digitizer); // Close btn const closeBtn = document.createElement('button'); closeBtn.innerHTML = '×'; closeBtn.id = 'swgl-close-btn'; closeBtn.className = 'swgl-btn'; closeBtn.addEventListener('click', closeLightbox); controlsEl.appendChild(closeBtn); // Prev btn const prevBtn = document.createElement('button'); prevBtn.innerHTML = '❮'; prevBtn.id = 'swgl-prev-btn'; prevBtn.className = 'swgl-btn swgl-nav-btn'; prevBtn.addEventListener('click', prevSlide); controlsEl.appendChild(prevBtn); // Next btn const nextBtn = document.createElement('button'); nextBtn.innerHTML = '❯'; nextBtn.id = 'swgl-next-btn'; nextBtn.className = 'swgl-btn swgl-nav-btn'; nextBtn.addEventListener('click', nextSlide); controlsEl.appendChild(nextBtn); return controlsEl; }; const createFramework = ()=>{ const overlay = createOverlay(); const slideWrapper = createSlideWrapper(); const controls = createControls(); overlay.appendChild(slideWrapper); overlay.appendChild(controls); return overlay; }; const createLoadingSpinner = ()=>{ const newSpinner = document.createElement('img'); newSpinner.className = lightboxStyles.classes.loadingSpinner; newSpinner.alt = 'Loading image, please wait'; newSpinner.src = 'data:image/svg+xml,' + loadingSvg; return newSpinner; }; const createOverlay = ()=>{ const overlay = document.createElement('div'); overlay.id = lightboxStyles.ids.overlay; return overlay; }; const createSlideWrapper = ()=>{ const slideWrapper = document.createElement('div'); slideWrapper.id = lightboxStyles.ids.slideWrapper; return slideWrapper; }; // This blank gif is also used in async-images, but I'm putting it here to keep them modular const blankSrc = 'data:image/gif;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAABCAQAAAC1HAwCAAAAC0lEQVR42mNkYAAAAAYAAjCB0C8AAAAASUVORK5CYII='; const createSlide = (src, alt)=>{ // Create elements const newSlide = document.createElement('div'); newSlide.className = lightboxStyles.classes.slide; // Spinner const spinnerEl = createLoadingSpinner(); // Img const newImg = new Image(); newImg.className = (' ' + lightboxStyles.classes.slideImg); // Starts img element transparent if loading newImg.src = blankSrc; // Background loader image imgLoader = new Image(); // Prepare image loading imgLoader.onload = function(){ // Remove spinner spinnerEl.parentNode.removeChild(spinnerEl); // Switch real image to src newImg.src = src; // Fade in img again with real src newImg.className += (' ' + lightboxStyles.classes.slideImgLoaded); const isLandscape = (imgLoader.width >= imgLoader.height); const imgTypeClass = isLandscape ? lightboxStyles.classes.slideLandscape : lightboxStyles.classes.slidePortrait; newSlide.className += (' ' + lightboxStyles.classes.slideLoaded + ' ' + imgTypeClass); } // Load image imgLoader.src = src; newSlide.appendChild(newImg); newSlide.appendChild(spinnerEl); // Add caption const newCaption = document.createElement('div'); newCaption.className = lightboxStyles.classes.slideCaption; newCaption.innerHTML = (alt || 'Lightbox image'); newSlide.appendChild(newCaption); return newSlide; }; const selectSlide = (src, dir, alt)=>{ // Declare vars for slide direction let formerActiveDir; let newSlideDirClass; // Slide from left if(dir < 0) { formerActiveDir = lightboxStyles.classes.rightSlide; newSlideDirClass = lightboxStyles.classes.leftSlide; } // Slide from right else if(dir > 0) { formerActiveDir = lightboxStyles.classes.leftSlide; newSlideDirClass = lightboxStyles.classes.rightSlide; } // Center slide else { // Slide any active slides to the left formerActiveDir = lightboxStyles.classes.centerSlide; // Make slide invisible to start newSlideDirClass = lightboxStyles.classes.centerSlide; } // Remove any remaining slides deleteActiveSlides(formerActiveDir); // Set new slide class to active const newSlide = createSlide(src, alt); newSlide.className += (' ' + newSlideDirClass); // Find slide wrapper const slideWrapper = document.getElementById(lightboxStyles.ids.slideWrapper); // Add new slide slideWrapper.appendChild(newSlide); // Put in setTimeout to wait for DOM update setTimeout(() => { newSlide.className =( newSlide.className.replace(newSlideDirClass, '') + ' ' + lightboxStyles.classes.activeSlide); }, 0); }; // Generic navigation function const genericSlide = (indexDirection)=>{ // Get current data const currentData = getCurrentLightboxData(); // Get current inds const currentIndex = getCurrentIndex(); // Build next index const newIndex = verifyIndex(currentData, currentIndex, indexDirection); // Update with new index setCurrentIndex(newIndex); // Get image data from new index const img = getImageFromCurrentData(newIndex); // Render new slide selectSlide( img.src, (newIndex - currentIndex), img.alt ); // Preload next images checkImagePreload(currentData, newIndex); }; const openLightbox = (srcIndex, lightboxLabel) => { // Retrieve data const lightboxData = getLightboxData((lightboxLabel || lightboxKeys.defaultLightboxLabel)); // Set which data to use setCurrentLightboxData(lightboxData); setCurrentIndex(srcIndex) // Create new slide const img = getImageFromCurrentData(srcIndex); selectSlide(img.src, 0, img.alt); // Get overlay let overlay = getOverlay(); // Add active class overlay.className += (' ' + lightboxStyles.classes.overlayActive); }; const closeLightbox = () => { // Clear active data clearCurrentLightboxData(); clearCurrentIndex(); deleteActiveSlides(); // Hide overlay const overlay = getOverlay(); overlay.className = overlay.className.replace(new RegExp(lightboxStyles.classes.overlayActive, 'g'), '').trim(); }; const prevSlide = (e) => { e.preventDefault(); genericSlide(-1); }; const nextSlide = (e) => { e.preventDefault(); genericSlide(1); }; // Preloads images on either side of current const checkImagePreload = (currentData, currentIndex) => { if(preload.previous) { const prevIndex = verifyIndex(currentData, (currentIndex - 1) ); const img = getImageData(currentData, prevIndex); preloadImage(img.src); } if(preload.next) { const nextIndex = verifyIndex(currentData, (currentIndex + 1)); const img = getImageData(currentData, nextIndex); preloadImage(img.src); } } // Removes all slides active before navigation const deleteActiveSlides = (dir)=>{ const slideWrapper = getSlideWrapper(); const dirClass = (dir || lightboxStyles.classes.centerSlide); // Get all active slides const currentSlides = slideWrapper.getElementsByClassName(lightboxStyles.classes.activeSlide); for(let q = 0; q < currentSlides.length; q++){ const oldSlide = currentSlides[q]; // Clear activeClass oldSlide.className = currentSlides[q].className.replace(lightboxStyles.classes.activeSlide, dirClass); // Delete old slide setTimeout(()=>{ if(oldSlide && oldSlide.parentNode) oldSlide.parentNode.removeChild(oldSlide); }, animationDelays.slideTransition) } } // Retrieval function for image data const getImageData = (data, index) => { return data.images[index]; }; // Retrieval function for overlay element const getOverlay = () => { return document.getElementById(lightboxStyles.ids.overlay); }; // Retrieval function for slide wrapper const getSlideWrapper = () => { return document.getElementById(lightboxStyles.ids.slideWrapper); }; // Preloads without showing image const preloadImage = (src) => { const img = new Image(); img.alt = 'Preloading image'; img.src = src; }; // Ensures image index loops around image count const verifyIndex = (currentData, currentIndex, indexDirection = 0) => { let attemptedIndex = (currentIndex + indexDirection); let newIndex; if(attemptedIndex >= currentData.images.length) newIndex = 0; else if(attemptedIndex < 0) newIndex = (currentData.images.length - 1); else newIndex = attemptedIndex; return newIndex; }; const genLightboxData = (label)=>({ label, images: [] }); const genLightboxImage = (src, imgAlt)=>({ src, alt: (imgAlt || 'Lightbox image') }); const initializeFramework = ()=>{ const swglLightbox = createFramework(); document.getElementsByTagName('body')[0].appendChild(swglLightbox); }; const intializeSlides = ()=>{ if(!lightboxKeys.dataImgSrc) throw new Error("lightboxKeys.dataImgSrc var empty"); if(!lightboxKeys.dataLightboxLabel) throw new Error("lightboxKeys.dataLightboxLabel var empty"); if(!lightboxKeys.dataImgAlt) throw new Error('lightboxKeys.dataImgAlt empty'); // Search for lightbox images const imgSrcEls = document.querySelectorAll('[' + lightboxKeys.dataImgSrc + ']'); // holds final lightbox data const lightboxData = {}; for(let q = 0; q < imgSrcEls.length; q++){ const imgEl = imgSrcEls[q]; const imgSrc = imgEl.getAttribute(lightboxKeys.dataImgSrc); const imgAlt = imgEl.getAttribute(lightboxKeys.dataImgAlt); // Uses element's lightbox label or default const lightboxLabel = imgEl.getAttribute(lightboxKeys.dataLightboxLabel) || lightboxKeys.defaultLightboxLabel; const newLightboxImage = genLightboxImage(imgSrc, imgAlt); // Ensure data is prepped if(!lightboxData[lightboxLabel]) lightboxData[lightboxLabel] = genLightboxData(lightboxLabel); // Push new image lightboxData[lightboxLabel].images.push( newLightboxImage ); const imgIndex = (lightboxData[lightboxLabel].images.length - 1); imgEl.addEventListener('click', ()=>{ openLightbox(imgIndex, lightboxLabel) }); } setAllLightboxData(lightboxData); } window.addEventListener('DOMContentLoaded', ()=>{ // Prepare lightbox HTML initializeFramework(); // Find all slides and initialize lightbox data intializeSlides(); }); // Unfortunately this adds over a kb to the code, // the upside being it doesn't take another request const loadingSvg = '%3Csvg%20viewBox%3D%220%200%20265%20273%22%20xmlns%3D%22http%3A%2F%2Fwww.w3.org%2F2000%2Fsvg%22%20fill-rule%3D%22evenodd%22%20clip-rule%3D%22evenodd%22%20stroke-linejoin%3D%22round%22%20stroke-miterlimit%3D%221.414%22%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-21.676%20-2.418)%20scale(1.1417)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-8.379%2033.813)%20scale(1.29394)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-21.726%2085.436)%20scale(1.44612)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-65.864%20137.056)%20scale(1.59837)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-136.654%20173.288)%20scale(1.7506)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-222.825%20182.865)%20scale(1.90279)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-309.011%20161.662)%20scale(2.05505)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-379.808%20113.803)%20scale(2.20732)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-423.925%2050.56)%20scale(2.35946)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-437.292%20-12.69)%20scale(2.51175)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-423.993%20-60.546)%20scale(2.66398)%22%2F%3E%3Ccircle%20cx%3D%22188.828%22%20cy%3D%2238.185%22%20r%3D%229.158%22%20transform%3D%22translate(-395.289%20-81.746)%20scale(2.81613)%22%2F%3E%3C%2Fsvg%3E'; If you are using the jQuery library, then don't forget to wrap your code inside jQuery.ready() as follows: jQuery(document).ready(function( $ ){ // Your code in here }); -- If you want to link a JavaScript file that resides on another server (similar to ), then please use the "Add HTML Code" page, as this is a HTML code that links a JavaScript file. End of comment */

Address

CNC Lighting,
Shiv Shankar Industrial Estate No.1,
Bldg No.3, Gala No.2,
Near Remi Electrotechnics Ltd,
Behind Burma Shell Petrol Pump,
Naikpada, Waliv, Vasai (East)- 401208, Dist- Palghar, Maharashtra, India.

Email

sales@cnclighting.in

Phone

9152008739 / 40 / 41
97690 53357

The spotlight with three different beam angles each, obtained by means of refractive or hybrid optical units.
The junction arm is integrated into the spotlight’s body to keep the barycentre aligned with the track and prevent any imbalance in possible suspension versions of the track.
The junction allows 360° rotation
External dimming interface with Triac,0/1-10V
SDCM <3

Kink 50R-S

Wattage
(Lumen)

10W
(700lm)

CRI

80 CRI
90 CRI

Optics

18°
24°
36°

CCT

2700K
3000K
4000K

Finish

Sand Black
Sand White
Golden

Supply

On/Off
1 – 10 V
Analog

LIGHT DISTRIBUTION
3000K 80Ra