Glamox Industry i10

The Glamox i10 series represents a comprehensive range of high-performance LED industrial luminaires specifically engineered for demanding manufacturing environments where continuous operation and energy efficiency are critical. These luminaires deliver between 8,000 to 16,000 lumens in standardized 1200mm and 1500mm lengths, providing uniform illumination across production floors, assembly lines, quality inspection stations, and warehouse facilities. The i10 series features 840 color temperature rating (4000K neutral white) optimized for industrial tasks requiring precise visual acuity, making it particularly suitable for automotive manufacturing, electronics assembly, pharmaceutical production, and food processing operations where consistent lighting quality directly impacts product quality and worker safety.

Glamox i10 industrial luminaires are available in three distinct lumen output configurations of 8,000, 12,000, and 16,000 lumens, with housing lengths of 1200mm and 1500mm to accommodate different mounting requirements and coverage areas. The series offers multiple control options including DALI E3 protocol for intelligent lighting management, WR-D emergency lighting integration with E1 classification, and CHW-SEN sensor compatibility for occupancy-based operation. Color rendering maintains 840 specification (4000K) across all variants, while housing finishes include MB (metallic bronze), NB (Nordic bronze), and WB (white bronze) to match facility aesthetics. Power consumption varies proportionally with lumen output, ensuring optimal energy efficiency ratios for each application requirement.

Glamox i10 industrial luminaires comply with EN 60598 series standards for luminaire safety and performance in industrial environments, ensuring electromagnetic compatibility according to EN 55015 and EN 61547 requirements. The emergency lighting variants with E1 and E3 classifications meet EN 60598-2-22 standards for emergency escape lighting systems, while DALI control integration adheres to IEC 62386 digital addressable lighting interface protocols. The luminaires achieve IP65 ingress protection rating minimum for dust-tight and water-resistant operation, with certain variants offering enhanced protection levels suitable for washdown environments. Photometric performance testing follows EN 13032 standards, ensuring consistent light output measurements and installation planning accuracy across all industrial applications.

The Glamox i10 series differentiates into three primary control categories with DALI E3 variants offering full digital addressability for intelligent building management systems with individual luminaire control and monitoring capabilities. WR-D emergency variants incorporate integrated battery backup systems with E1 emergency classification providing minimum 3-hour emergency operation, while standard variants with CHW-SEN sensor integration enable basic occupancy detection and daylight harvesting functions. DALI variants like the i10-1500 LED 12000 DALI E3 enable sophisticated lighting scenes and energy management, while WR-D models such as the i10-1500 LED 12000 WR-D E1 ensure continuous operation during power failures. All variants maintain identical optical performance and housing dimensions, with control electronics being the primary differentiating factor affecting installation requirements and operational capabilities.

Glamox i10 industrial luminaires require standard 230V AC supply connection through appropriate circuit protection rated for the specific luminaire power consumption, with DALI variants additionally requiring low-voltage DALI bus connection for digital control functionality. The luminaires feature robust mounting systems compatible with suspended installation from structural ceiling elements or direct surface mounting on concrete or steel substrates, with mounting centers corresponding to the 1200mm or 1500mm housing lengths. Emergency WR-D variants incorporate self-contained battery systems eliminating the need for separate emergency power circuits, while standard CHW-SEN models require appropriate sensor wiring for occupancy detection integration. Installation height typically ranges from 4 to 8 meters depending on application requirements and desired light distribution patterns, with appropriate spacing calculations following EN 12464 workplace lighting standards.

Glamox i10 industrial luminaires achieve minimum IP65 ingress protection rating ensuring complete dust-tight sealing and protection against water jets from any direction, making them suitable for industrial environments with elevated contamination levels and periodic cleaning requirements. The luminaires operate reliably within ambient temperature ranges from -20°C to +50°C, accommodating typical industrial facility conditions including unheated warehouses and climate-controlled production areas. Impact resistance meets IK08 classification providing protection against mechanical damage from industrial equipment and maintenance activities, while the LED technology eliminates concerns about vibration sensitivity common with traditional discharge lighting. The robust aluminum housing construction with powder-coated finish resists corrosion and chemical exposure typical in manufacturing environments, ensuring long-term performance reliability without degradation of safety ratings.

Glamox i10 LED luminaires provide maintenance-free operation for approximately 50,000 hours under standard industrial operating conditions, equivalent to over 11 years of continuous operation or 22 years at typical 12-hour daily industrial schedules. Regular maintenance consists primarily of optical cleaning every 6 months using appropriate non-abrasive methods to maintain photometric performance, with emergency battery systems in WR-D variants requiring functional testing monthly and battery replacement every 4-5 years according to EN 50172 emergency lighting standards. DALI-equipped variants enable remote monitoring of LED performance and predictive maintenance scheduling through building management systems, providing early indication of any performance degradation. The sealed LED modules eliminate lamp replacement requirements, while the robust construction typically requires only periodic inspection of mounting hardware and electrical connections to ensure continued safe operation throughout the rated service life.