The Mirona Fit R is specifically designed to quickly retrofit traditional high-bay lighting. With a variety of optical configurations, it provides glare-free and comfortable lighting for workspaces, while the single-point suspension system offers easy installation. The optional Zhaga interface ensures seamless integration with smart sensors and lighting management systems. The wireless connectivity option eliminates the need for new wiring, enhancing user convenience. The Mirona Fit family, offering high efficiency of up to 187 lm/W, is a perfect choice for industrial facilities, thanks to its durability in challenging environments and its renewable modular design.
Luminaire Type | |
Description | Highbay Lighting Luminaire |
Application Areas | High rooms, Halls, Warehouses, Manufacturing halls, Trade fair and exhibition halls, sports halls, Heavy industry. For damp rooms and canopied outdoor areas |
Mounting Methods | Suitable for ceiling, wall or suspended mounting with accessories to be ordered separately |
Optical System | |
Optics | PC lens optical system |
Light Distribution | Symmetrical direct wide light distribution, UGR ≤ 25 / Symmetrical direct narrow light distribution, UGR < 19 |
LED System - Light Source | |
Light Source | LED technology |
Luminous Flux | 15.000lm - 35.000lm |
Connected Load | 87W - 190W |
Luminous Efficiency | Energy efficiency up to 187lm/W |
Service Life | 100.000h (L80) 25°C / 70.000h (L80) 50°C |
Light Colour | 4000K / 6500K |
Colour Rendering Index | Ra > 80 |
Housing | |
Housing | Aluminum casting, electrostatic powder painted white color (RAL 9016) |
Housing Options | ØxH 421x160 mm |
Accessories | Mounting Accessories / Reflector Accessory |
Electrical Version | |
Electrical Version | ET (Electronic Transformer) / ETDD (DALI Transformer) / DALI-2 / ZHAGA interface / SLR |
Certificates - Standards | |
Protection Rate | IP65 (DIN EN 60529) |
Safety Class | Class I (EN 61140) |
Certificates | CE, ENEC, Suitable for HACCP, IFS and/or BRC Global Standard Food certified companies' |