MF39
Colour
Technical Data
last update: 21/10/2025Description
Recessed luminaire with 2 assemblies for LED lamps with passive heat dissipation system. Shaped sheet steel structural assembly, which can be fitted flush with the false ceiling using a specific adapter supplied for thicknesses of up to 12.5 mm. Die-cast aluminium universal joints; luminaire can be adjusted +/- 45° relative to the horizontal and vertical axes; mechanical aiming locks. Die-cast aluminium optical assemblies. Shaped to allow heat radiation so that it is effectively carried away, guaranteeing that the performance of the lamps remains unaffected. PMMA emission optics. Textured PMMA additional optic screens - medium beam angle. Supplied with DALI dimmable electronic control gear units connected to the luminaire. Warm white high efficiency LEDs.
Dimensions
General (mm)
332x172x110
Shape
Rectangular
Recessed hole dimensions (mm)
338x178x137
Technical performance
Complies with EN60598-1 and pertinent regulations
Physical properties
Material
Die-cast aluminium
Product certification
-
ENEC-03
Photometric data
Details
lm system
2949.12
W system
43.8
lm source
1800
W source
18
Luminous efficiency - lm/W (system value)
67.33
lm in emergency mode
-
Light output ratio (LOR)
82
Optic and beam angle
F - Flood 30°
Adjustability
up/down tilt
Light colour quality
CRI (minimum) 80
Colour temperature
3000 K
MacAdam Step
3
Lifetime LED 1
> 50.000h - L80 - B10 (Ta 25°C)
Charts and polar curves
Electrical data
Voltage
220 - 240
ZVEI code
LED
Power Supply
Control gear included
Mounting options
Integral
Control
DALI
Installation
Description
recessed: preparation slot 178 x 338 mm; adapter secured on false ceiling, followed by filling and finishing; recessed body is inserted and secured with manually adjustable metal brackets.;
Mounting
Ceiling recessed
Wiring
connection to main power supply on boxes connected to luminaire; quick-coupling connections; each optical assembly has its own control gear, making separate switch on possible.
Notes
the light beam can be varied by replacing the optic fitted with optional optics available with various beam angles; without additional optics the product emission is with a spot beam angle.