Flos Ingraze Adjustable 900 ground recessed IP67

Ingraze is a new collection of ground-recessed luminaires, designed to adapt to different types of projects like for example for hotel, public and residential sectors. Ingraze is designed and tested to withstand a static load of up to 2500kg, stresses due to changes in direction, acceleration and deceleration, and is suitable for use in environments with vehicle traffic with tires inflated with air or inert gases. The IP66/67 protection degree guarantees product protection against water ingress both in the case of close jets with high pressure and in the case of temporary immersion. The Ingraze family is available in four different sizes: 400, 600, 900, 1200 mm.

Ingraze Adjustable 900, is the version with adjustable optics (it is oriented using the key supplied in the package). The high power LED source is integrated as is the on-off power supply. Pre-wired with H2O quick connectors. Socket/plug included. Body made of extruded aluminium, diffuser in transparent tempered glass with silk-screened edge, fixed using a robotic gluing system. The light beam is medium with 25° optics. Available in 2700K, 3000K or 4000K light temperature versions. It is also possible to choose the color variant between anthracite and gray and the frame or frameless version.

Mandatory installation formwork to be ordered separately.

- Source: 26W LED

- NOT dimmable

- Light temperature:

• 2700K - 2898lm
• 3000K - 3105lm
• 4000K - 3209lm

- Beam: Medium 25°

- Power supply: Included

- Formwork: Not included

- Walkable and driveable: max 2500 Kg

VISUAL COMFORT: The innovative rearward optics system offers optimal visual comfort in any context.

ANTI-THEFT (ON REQUEST): The anti-theft fixing system is specifically designed to avoid tampering and vandalism. It also makes Ingraze suitable for installations in public areas.

CONTINUOUS ROW (ON REQUEST): Installation flexibility in every area is guaranteed by the different configurations, both single and in continuous row, maintaining the homogeneity of the light beam.