Waterproof LED luminaire MAH MAX 38W12NWRYF B 38469

Universal luminaire for indoor and outdoor lighting

The MAH MAX 38W LED waterproof luminaire is a versatile solution for lighting both indoors and outdoors. It is perfect for places exposed to moisture, dust and harsh weather conditions – from workshops and garages, through parking lots, to industrial spaces. Its solid polycarbonate (PC) construction provides high mechanical resistance (IK08) and tightness (IP65), guaranteeing long-lasting and reliable operation.

The luminaire is characterized by high luminous efficacy at 160 lm/W, which translates to efficient energy consumption and bright, even lighting. A luminous flux of 6080 lm with a power of 38W provides an adequate level of illumination in demanding spaces. Neutral light color (4000K) is universal and comfortable for the eyes, ideal for both work and everyday use. A ribbed diffuser further improves light distribution, increasing its efficiency.

Construction and mounting

The MAH MAX luminaire has been designed with easy installation in mind. The possibility of mounting both on the ceiling and on the wall gives great freedom of arrangement. Through connection of the luminaires allows creating light strings, which is particularly useful in production halls or warehouses. Quick connectors facilitate the connection of power cables with a cross-section of 1÷2.5 mm², and cable glands ensure the tightness of the connections. The durable polycarbonate housing and diffuser guarantee resistance to corrosion and mechanical damage.

Operating parameters and safety

The luminaire operates at a voltage of 220-240V AC and a frequency of 50Hz. Protection class II provides additional safety. Long lifespan (50,000 hours) and high number of on/off cycles (≥25000) minimize operating and replacement costs. The ambient temperature range from -20°C to 40°C allows the luminaire to be used in various climatic conditions. It is worth remembering to maintain a minimum distance of 0.5m from the illuminated object for optimal lighting effect.