LED-schijnwerper Light4Me LUMEN OCTO retrodesign — 200 W, 51 LEDs, Powercon-in-/uitgang, IP20, aluminium behuizing

LED floodlight Light4Me LUMEN OCTO retro design provides stage and architectural illumination for indoor events and installations. The fixture combines a metal aluminium housing with 51 LEDs and an LED display, and includes a mounting bracket for installation.

Advantages

The fixture delivers combined high-power and low-power LED sources for versatile lighting effects while consuming 200 W. It features Powercon in/out for mains daisy-chaining and DMX in/out for integration into lighting control systems. The aluminium housing offers robust construction for indoor use and the included bracket simplifies mounting.

Suitable for

• Indoor stage lighting
• Event and concert illumination
• Architectural accent lighting inside buildings
• Effects and production lighting in theatres and clubs

Key specifications

• Type: LED floodlight
• Total power consumption: 200 W (typical)
• LED configuration: 51 LEDs (3 × 60 W + 48 × 0.3 W)
• Connectors: Powercon input and Powercon output
• Control: DMX input and DMX output
• Display: LED display
• Protection rating: IP20 (indoor use)
• Housing material: Aluminium
• Dimensions (W × H × D): 400 × 400 × 190 mm
• Weight: 8 kg

How to use

Mount the floodlight using the supplied mounting bracket and secure it to a suitable indoor structure. Connect mains power using the Powercon input; if feeding additional fixtures, use the Powercon output to daisy-chain power. Use the DMX input and output for control connection to a lighting desk or controller, and set DMX addressing as required via the LED display. Allow adequate ventilation around the fixture and ensure the installation is performed by a qualified technician.

Recommendations

Use the product only indoors in dry environments (IP20). For reliable operation, ensure proper ventilation, avoid exposure to moisture, and follow local electrical safety regulations when connecting Powercon and DMX cables. Regularly inspect mounting hardware and connectors before events.