Swit S-2620 Bi-Colour SMD Flexible LED Light

Be the first to review this product


Swit S-2620 Bi-Colour SMD Flexible LED Light

Brand: Swit

List Price: £259.00

Buy for:£193.99Only one store In stock

£193.99

Discounted

Quick Overview

The Swit S 2620 is a portable, flexible LED light that can be curved to any shape to output 10 degree 360 degree various lighting angles. It features 280pcs ultra bright surface mounted LEDs and outputs 50W power, feeds 1200Lux luminance at 1m distance centre, supports 0% to 100% PWM digital dimming,...

The Swit S 2620 is a portable, flexible LED light that can be curved to any shape to output 10 degree 360 degree various lighting angles. It features 280pcs ultra bright surface mounted LEDs and outputs 50W power, feeds 1200Lux luminance at 1m distance centre, supports 0% to 100% PWM digital dimming, smoothly and non flickering. It supports a 11 17V 3 pin XLR DC input and is equipped with a battery plate to power by V mount battery....Read More...»»

Features & Specifications

No feature or specification details available

We don't have structured specifications for Swit S-2620 Bi-Colour SMD Flexible LED Light yet.

  • The Swit S 2620 is a portable, flexible LED light that can be curved to any shape to output 10 degree 360 degree various lighting angles. It features 280pcs ultra bright surface mounted LEDs and outputs 50W power, feeds 1200Lux luminance at 1m distance centre, supports 0% to 100% PWM digital dimming, smoothly and non flickering. It supports a 11 17V 3 pin XLR DC input and is equipped with a battery plate to power by V mount battery.....from Wex Photographic
  • Write Your Own Review

    How do you rate this product? *

      1 * 2 * 3 * 4 * 5 *
    Rating
    Loading best prices…

    Price on the up? Buy today! Follow the Price History for swit s2620 bicolour smd flexible led light

    Compare prices for Swit S-2620 Bi-Colour SMD Flexible LED Light - Buy Swit S-2620 Bi-Colour SMD Flexible LED Light - Prices checked on September 17, 2026

    Page generated in 0.2158 seconds