OSRAM DP COMP TH 1200 V 29W ML 8405065 IP66 luminaria robusta para zonas húmedas de diseño moderno

The OSRAM DP COMP TH 1200 V is a robust damp-proof luminaire engineered for demanding industrial and commercial environments. Its IP66-rated sealed construction delivers complete protection against dust and powerful water jets, ensuring reliable illumination even in washdown areas and dusty production halls.

Advantages

The sealed polycarbonate housing and diffuser withstand mechanical impacts up to IK08, while the high luminous efficacy of 117 lm/W reduces energy consumption and operating costs. The 50,000-hour lifetime (L70/B50) minimizes maintenance and replacement frequency, and the wide 120° beam angle provides uniform illumination across large surfaces. The cool white 4000K color temperature enhances visibility and concentration in work environments.

Suitable for

• Industrial workshops and manufacturing facilities
• Warehouses and logistics centers
• Parking garages and underground car parks
• Food processing areas (with appropriate hygiene protocols)
• Covered outdoor areas such as loading docks and walkways
• Commercial kitchens and cold storage

Key specifications

• Power consumption: 29 W
• Luminous flux: 3400 lm
• Luminous efficacy: 117 lm/W
• Color temperature: 4000 K (Cool White)
• Color rendering index: >80
• Ingress protection: IP66
• Impact protection: IK08
• Nominal lifetime: 50,000 h (L70/B50)
• Beam angle: 120°
• Input voltage: 220-240 V AC
• Housing material: Polycarbonate (PC)
• Diffuser material: Polycarbonate (PC)
• Mounting type: Surface-mounted (Ceiling/Wall)
• Operating temperature range: -20 to +40 °C
• Dimmable: No
• Length: 1200 mm
• Energy efficiency class: E
• Connection type: Terminal block, 3-pole

Recommendations

For reliable, energy-efficient lighting in harsh environments, the OSRAM DP COMP TH 1200 V offers exceptional durability and performance. Its IP66 and IK08 ratings ensure long-term operation with minimal maintenance, making it a cost-effective solution for industrial applications.