View Intrinsically Safe Explosion Proof Linear Light AC100V-265V Demo

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December 11, 2025
Category Connection: Explosion Proof Linear Light
Brief: Need quick answers about practical use? This video highlights the essentials. Watch our demonstration of the Intrinsically Safe Explosion Proof Linear Light AC100V-265V in action. You'll see how its robust design and high-efficiency lighting perform in demanding industrial settings, learn about its key safety certifications, and get a visual walkthrough of its features and installation options.
Related Product Features:
  • Delivers high-efficiency brightness with 100-110lm per watt for excellent illumination and energy savings.
  • Built to Exd IIC T6-IP65-WF2 standards for superior explosion-proof, waterproof, and dustproof performance in hazardous areas.
  • Equipped with reliable SMD2835 LED chips for stable light output and an extended operational lifespan.
  • Available in 50W and 100W power options to suit various industrial lighting requirements.
  • Features a durable construction using aluminum and tempered glass for long-term reliability.
  • Offers two color finishes, yellow and gray, to blend with different industrial aesthetics.
  • Incorporates die-cast fin heat dissipation technology to maintain low operating temperatures.
  • Operates on a wide voltage range of AC100-265V for versatile global application.
Faqs:
  • What safety certifications does this explosion-proof linear light have?
    It is certified to the Exd IIC T6-IP65-WF2 standard, ensuring a high level of explosion-proof safety, waterproofing (IP65), and dust resistance suitable for hazardous gas environments.
  • What are the available power and size options for this light?
    The light is available in two models: the BAD8411-50W, measuring 670*133*66mm, and the BAD8411-100W, measuring 1240*133*66mm, allowing you to choose based on your specific lighting needs.
  • How does the light manage heat to ensure longevity?
    It uses die-cast fin heat dissipation technology and a high-conductivity aluminum substrate to rapidly conduct heat away from the LED source, keeping operating temperatures low and effectively extending the light's lifespan.