SCHUCH – ExGLOBE E9312 LED Ex-proof Luminaire

SCHUCH – ExGLOBE E9312 LED Ex-proof Luminaire

The SCHUCH ExGLOBE E9312 LED Ex-proof luminaire is an advanced lighting solution designed to provide safe illumination in hazardous areas. Manufactured by the Germany-based company Schuch, this luminaire is specially certified for use in hazardous zones such as Zone 1, 21 / Zone 2, 22.

High-Performance LED Technology

The ExGLOBE E9312 is equipped with high-efficiency LED modules, ensuring energy savings and long service life. Compared to conventional lighting systems, it significantly reduces maintenance costs. With its eco-friendly design, it optimizes energy consumption while enhancing lighting quality.

Robust and Safe Construction

Thanks to its certified Ex d and Ex e enclosure technology, the luminaire is designed for use in areas containing explosive gases and dust. Its high-impact resistant aluminium housing provides excellent protection against harsh environmental conditions. With an IP66 protection rating, it is resistant to water, dust, and external impacts.

Wide Range of Applications

The ExGLOBE E9312 can be safely used in chemical plants, oil refineries, gas processing facilities, offshore platforms, and other industrial sites with explosion risks. Operating within a temperature range of -25°C to +40°C, it is suitable for a wide spectrum of industrial projects.

Distinctive Features

• Designed for applications in confined spaces, low-ceiling environments, and hard-to-reach areas

• Easy installation with external mounting points

• Shock-resistant, corrosion-proof housing with impact-resistant polycarbonate (PC) cover

• Additional safety with a robust wire guard

• External screws and bolts made of stainless steel

• Frosted diffuser for uniform light distribution

• Long service life ensuring durability and reliability

The SCHUCH ExGLOBE E9312 LED Ex-proof luminaire is the ideal solution for hazardous areas requiring maximum safety, energy efficiency, and durability. With this luminaire, your facility benefits from enhanced safety and operational efficiency.