Product Features
Optical System Features: Utilizes premium imported chips with excellent luminous flux maintenance and high efficacy. Employs Surface Mount Technology (SMT) to significantly enhance thermal conductivity. Features a meticulously designed honeycomb light distribution structure to effectively improve luminaire efficiency.
Driver System Features: Adopts constant current drive with short-circuit and over-voltage protection. Type EA serves as normal working lighting with emergency function; Type EB functions solely as emergency lighting and remains off during normal operation. Both Type A and B can instantly activate emergency lighting during main power failure and can also be controlled via external switches to activate at any time during power outages. Excellent electromagnetic compatibility ensures no interference with other electrical devices or power transmission networks, while the power supply itself possesses strong anti-electromagnetic interference capability. Wide voltage compatibility tolerates 20% voltage fluctuation. The driver power supply uses potting technology to protect components from corrosion. Heat Dissipation System Features: Carefully designed heat dissipation vents with air flow guidance structure ensure extended service life of LED light sources. An independent power supply chamber design isolates the power supply from LED heat, ensuring stable and long-lasting operation.
Overall Luminaire Structure Features: Employs Class IIIC explosion-proof structure and IP66 protection rating, delivering superior explosion-proof and protective performance. Uses tempered high-borosilicate glass resistant to high-energy impact. All exposed fasteners and accessories are made of highly corrosion-resistant stainless steel. Integrated emergency chamber eliminates the need for additional emergency boxes, facilitating installation and maintenance. Side-opening cover design simplifies wiring and maintenance for users; multiple installation options are available.
◆ Patent Highlights: Patented triple-chamber independent design and ventilated lamp body structure enable air convection, featuring minimal contact interfaces, large heat dissipation area, aesthetically pleasing appearance, and suitability for diverse applications.