FREGAT LED 75W DW 740 RAL9006 QUL

model is discontinued
model is discontinued
FREGAT LED 75W DW 740 RAL9006 QUL
72 Wluminaire power
9600 lmlight flow
133 lm/Wenergy efficiency
code1426001720
beam angleD150/80
color temperature4000 K
weight10.7 kg
options
свернуть все
illuminatingelectricalconstructionalLMS optionscommon
energy efficiency
133 lm/W
color rendition index (CRI)
>70
light flow
9600 lm
flickering factor
<1%
beam angle
D150/80
color temperature
4000 K
light source type
LED
emission color
Белый
illuminating
energy efficiency
133 lm/W
color rendition index (CRI)
>70
light flow
9600 lm
flickering factor
<1%
beam angle
D150/80
color temperature
4000 K
light source type
LED
emission color
Белый
electrical
luminaire power
72 W
electric shock protection
I
starting current pulse time
500 µs
rated supply voltage, alternating current
230 V
supply voltage
230 V
starting current
65 A
maximum cross-section of the connected cable
2.5 mm2
supply voltage, direct current
220-420 V
supply voltage, alternating current
140-305 V
power factor
> 0,98
constructional
climatic performance
УХЛ1*
fire safety class
П-ІІІ
width
265 mm
height
91 mm
housing color
Металлик
lamp socket
LED
number of lamps
1
ballast
Драйвер
length
722 mm
material
Алюминий
installation diameter
48-60 mm
ingress protection (IP)
IP66
shock resistance (IK)
IK09/10 Дж
weight
10.7 kg
LMS options
dimming
PLC
common
code
1426001720
warranty
60 month
energy efficiency class
A+
temperature range
от -40 до +60 C
service life
50 000 h
ETIM class
Светильник для освещения улиц и площадей
model files
model files
photometric files
ies263.2 kB
jpg119.4 kB
ldt156.9 kB
documents
passport1.7 mB
сертификаты
Certificate of conformity TRTS 014/20119.2 mB
Certificate of conformity TRTS 020/2011, TRTS 004/20119.2 mB
Declaration of Conformity EAEU TR 037/2016616.5 kB
photometric files
ies263.2 kB
jpg119.4 kB
ldt156.9 kB
documents
passport1.7 mB
сертификаты
Certificate of conformity TRTS 014/20119.2 mB
Certificate of conformity TRTS 020/2011, TRTS 004/20119.2 mB
Declaration of Conformity EAEU TR 037/2016616.5 kB