L&L KA31115FF Kocca 3.1 18W 230VAC 3000K 30° gray

Kocca 3.1

outdoor wall lamp, single emission; on surface (wall); Power absorbed: version with optics: 12W (5 power LED), 18W (9 power LED); diffuse version: 12W; Power supply: 230Vac; Source flux: 1308 lm (3000K, version with optics, 18W), 625 lm (3000K, diffused version), 727 lm (3000K, version with optics, 12W); Emitted flux: 1137 lm (3000K, 30°, 18W), 441 lm (3000K, diffuse optics), 631 lm (3000K, 30°, 12W); 5, 9 power LED (version with optics), power LED matrix (diffuse version), 1/4 ANSI BIN, 50000h L90 B10 (Ta 25°C); LED Color: 2700K, 3000K, 4000K; Optics: 7°, 10°, 30°, diffuse; CRI Color rendering index: 80; Body Material: Die-cast aluminum body; Finishes: gray (RAL 9006), anthracite, cor-ten, white (RAL 9003); RAL finish on request; Screen material: screen in sandblasted and silk-screened tempered extra-clear glass (diffuse version), screen in transparent and silk-screened extra-clear tempered glass (version with optics); integrated power supply; socket for connection with 0.50 m cable H05RN-F 2x0.75 Ø6.3 mm; Degree of protection: IP65; Resistance grade: IK06; DALI and 0/1-10V versions available on request. Spacer with RAL finish available on request, version with Casambi management available on request, controllable via Casambi app; Protection systems: PID (Protective Impedance Device) protects the lighting fixtures from electrical phenomena external to the system, such as accumulations of electrostatic charges or impulsive phenomena coming from the power line. In general, low energy events; Operating temperature: -20°C — +45°C; Glow wire test: 960°; Photobiological safety: risk group 1 according to EN 62471:2006; Insulation class: class I; Weight: 3850g; Dimensions: 150x150x170 mm; Energy consumption class: F (light source) in accordance with EU 2019/2015; Accessories: WD0400E Spacer - white, WD0400F Spacer - grey, WD0400H Spacer - anthracite, WD0400T Spacer - cor-ten; Tested and approved via EOL test (End Of Line test) with operation test and verification of electrical absorption parameters.