Charakterystyka strukturalna świateł przeciwwybuchowych LED

Obudowa lamp przeciwwybuchowych LED wykonana jest ze stopu aluminium o wysokiej wytrzymałości, odlewane metodą odlewania ciśnieniowego, i wykończony natryskiem elektrostatycznym pod wysokim ciśnieniem. Zapewnia to doskonałą odporność na korozję. Odsłonięte elementy złączne wykonane są ze stali nierdzewnej, zwiększając jego trwałość. Do oświetlenia w gorzelniach nadają się lampy LED w wykonaniu przeciwwybuchowym, as they offer wodoodporny, pyłoszczelny, and explosion-proof features. Distilleries, known for their humid environments and potential chemical corrosion, can be challenging; Jednakże, LED explosion-proof lights are designed to thrive in such complex conditions.

Adjustable Angle Mounting Bracket:

The Lampa przeciwwybuchowa LED comes with a high-quality, extremely durable steel structure bracket. It has movable screws on both sides, allowing for easy angle adjustment and space-saving storage.

Tempered Glass Cover:

These lights are equipped with a high-strength, ultra-clear tempered glass cover, which offers high translucency and impact resistance, ensuring safe and reliable operation in hazardous environments.

Efficient Heat Dissipation Structure:

The LED explosion-proof light’s casing features a vented groove partition design, effectively utilizing air convection to accelerate heat dissipation. This also includes a self-cleaning function for the fixture, extending its lifespan.

Specially Designed Cable System:

The cable setup of the LED światło przeciwwybuchowe is specially designed for easy, quick, and safe installation and maintenance, ensuring a secure connection between the cable and the light body.

Fatigue-Resistant Illumination:

Compared to other explosion-proof lights, LED explosion-proof lights have a unique light distribution. They provide a strong, evenly distributed light over a wide area with a 220° angle of illumination. The efficient use of light, coupled with a soft, glare-free illumination, reduces eye fatigue in complex working environments, thereby enhancing work efficiency.