Recessed DALI tracks design iGuzzini 03 iGuzzini 01 04 12
MAINS VOLTAGE SPOTLIGHTS AND TRACKS
code
Recessed track modules 6663 6665
6662 6664
IP20 MW16 8938 MW16 8969 MW15
length
1000 2000 3000 4000
8965 8965 MW14 MW13 MW10 52
MW14
MW10
MW13 MW11
coupling and installation systems code
Concealed coupling with wiring Available in colours 01-04
8938 60 100
code
Direct coupling for power supply MW12
Available in colours 01-04
MW10 MW11
66 Available in colours 01-04
End cap 8965
Available in colours 01-04 10 100 Available in colours 01-04
Suspension cable h.2000 Available in colour 00
8952
Available in colours 01-04 Cover strip L=1000 mm
8968 50 Available in colours 01-04
Right T-shaped coupling MW15
MW16 Left T-shaped coupling
Right end cap for power supply Left end cap for power supply
Right L-shaped coupling MW13
Left L-shaped coupling MW14
installation
The load capacity of each single suspension, except for the perimeter ones, is given by the following formula:
P = R – (Pb x Is) – (Qc x Ib x Is) Where: P=load capacity of the suspension in Kgf or daN. R=10 Kgf (approx. 10 daN) max capacity guaranteed by the suspension with a safety rating of 5. Pb=0.8 Kgf/m (approx. 0.8 daN/m) weight of one metre of track. Is=centre distance between the suspensions in m. Qc=weight of one square metre of false ceiling in Kgf/m2
or daN/m2
Ib=(a+0.0334) centre distance between tracks in m. a=lwidth of false ceiling in m.
.
Indicate that the weight of luminaires to be fitted must be evenly spread over the section of track, of length Is, under the calculated suspension.
Portion of false ceiling weighing on the single suspension (excluding the perimeter ones)