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15
LG
Ele
ctro
nic
s. A
ll ri
gh
ts r
eser
ved
.
LED
Ess
enti
als
fro
m L
G L
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tin
g
Rel
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avin
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LED
Wat
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f
LED
Su
rfac
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LED
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LED
Ess
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fro
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LED
Ess
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fro
m L
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Inn
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LG E
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02
I 0
3
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Wat
erp
roo
f
Tra
nsl
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nt
and
pat
tern
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mp
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rack
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pti
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clu
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Pen
dan
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g
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ust
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iver
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per
atin
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erat
ure
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(-3
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40
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or
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itab
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or
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ts,
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h s
tain
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nt
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cket
04
I 0
5
LED
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enti
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fro
m L
G L
igh
tin
g
LED
Wat
erp
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f
Pro
du
ct d
eta
ils
Tech
nic
al d
ata
60
0 m
m
1,2
00
mm
1,5
00
mm
Dim
ensi
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nit
: m
m)
Dim
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nit
: m
m)
Dim
ensi
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nit
: m
m)
60
0 m
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00
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Lum
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ten
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Lum
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7
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Su
rfac
e M
ou
nte
d O
yste
r
Pu
sh-i
n t
erm
inal
blo
ck t
o r
edu
ce in
stal
lati
on
tim
e
To
ol l
ess
acce
ss
Mo
un
tin
g a
cces
sori
es in
clu
ded
< T
rad
itio
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typ
eM
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ick
& e
asy
inst
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Mu
lti-
sen
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mm
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imal
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able
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ecti
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.)
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bie
nt
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gh
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s th
resh
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le~5
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)
50
lx
08
I 0
9
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Su
rfac
e M
ou
nte
d O
yste
r
Pro
du
ct d
eta
ils
Tech
nic
al d
ata
Dim
ensi
on
(U
nit
: m
m)
Dim
ensi
on
(U
nit
: m
m)
16
W
17
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HF
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tio
n s
enso
r)
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00
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inan
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14
0
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0
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10
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0
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0
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10
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0
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sity
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Ø 3
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00
Ø 2
70
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00
Ø 2
70
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00
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70
< T
rad
itio
nal
typ
e
Trad
itio
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typ
e
Trad
itio
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typ
e
Mo
der
n t
ype
>
Mo
der
n t
ype
Mo
der
n t
ype
Co
ver
typ
eD
imm
abili
tyE
qu
ival
ent
wat
tag
e
Po
wer
con
sum
pti
on
Lum
ino
us
CR
IIn
pu
t
volt
age
Wei
gh
tte
mp
erat
ure
IPLi
feti
me
(L7
0B
10
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CT
Mo
del
co
de
Mo
der
n
typ
e
-T
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20
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10
I 1
1
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Tra
ck L
igh
tLE
D S
po
t Li
gh
t
Sin
gle
op
tic
wit
h h
alo
gen
-lik
e sp
arkl
e p
rovi
des
un
ifo
rm li
gh
t d
istr
ibu
tio
n
3 C
ircu
it a
dap
tor
(4 p
in)
com
pat
ible
(2 p
in, 3
pin
ad
apto
r av
aila
ble
)
Pu
sh-i
n t
erm
inal
blo
ck t
o r
edu
ce in
stal
lati
on
tim
e
All
mo
un
tin
g a
cces
sori
es a
re in
clu
ded
Sym
met
rica
l arm
po
siti
on
fo
r d
iver
se a
pp
licat
ion
s
90
o
35
0o
Su
pe
rio
r lig
ht
qu
alit
y
Qu
ick
& e
asy
inst
alla
tio
n
De
sig
n
LED
Sp
ot
Lig
ht
>
< L
ED
Tra
ck L
igh
t
Inte
llig
ent
mo
un
tin
g b
rack
et
Sp
ot
Lig
ht
Trac
k Li
gh
t
12
I 1
3
Lum
inan
ce in
ten
sity
dis
trib
uti
on
50
0
50
0
50
01
00
0
10
00
10
00
15
00
15
00
20
00
15
00
25
00
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inan
ce in
ten
sity
dis
trib
uti
on
26
0
26
0
26
05
20
52
0
52
07
80
78
0
10
40
78
0
13
00
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Tra
ck L
igh
tLE
D S
po
t Li
gh
t
Pro
du
ct d
eta
ils
Tech
nic
al d
ata
Dim
ensi
on
(U
nit
: m
m)
Dim
ensi
on
(U
nit
: m
m)
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k Li
gh
t
Sp
ot
Lig
ht
25
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25
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40
D
40
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inan
ce in
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sity
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0
50
0
50
01
00
0
10
00
10
00
15
00
15
00
20
00
15
00
25
00
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inan
ce in
ten
sity
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trib
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on
26
0
26
0
26
05
20
52
0
52
07
80
78
0
10
40
78
0
13
00
LED
Tra
ck L
igh
t
LED
Sp
ot
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ht
LED
Sp
ot
Lig
ht
>
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ED
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ck L
igh
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Ø 7
0
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94
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0
84
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5
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0
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n
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Eq
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alen
t
wat
tag
e
Po
wer
con
sum
pti
on
Lum
ino
us
CC
TC
RI
Inp
ut
volt
age
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gh
tte
mp
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tim
e
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imm
abili
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od
el c
od
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it
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Po
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od
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od
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un
ted
Hal
og
en
50
W x
19
.5 W
67
0 lm
71
lm/W
80
20
0-2
40
Vac
49
1 g
30
,00
0 h
rsTr
iac
dim
(20
~10
0%
)
25
oJ1
03
0S
W2
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A
40
oJ1
03
0S
W4
T0
A
14
I 1
5
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
Hal
og
en
Rep
lace
men
t LE
D D
ow
nlig
ht
Un
ifo
rm li
gh
t d
istr
ibu
tio
n
wit
h h
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per
form
ance
25
°4
0°
60
°
Wh
ite
and
bru
shed
met
al b
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op
tio
ns
avai
lab
le
IP4
4 f
or
dam
p lo
cati
on
Inte
gra
ted
str
ain
rel
ief
Pu
sh-i
n t
erm
inal
blo
ck
Hal
og
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spar
kle
Th
ree
Bea
m a
ng
les
Su
pe
rio
r lig
ht
qu
alit
y
Pe
rfe
ct p
rese
nta
tio
n
Du
rab
ility
Qu
ick
& e
asy
inst
alla
tio
n
< A
dju
stab
le
Fix
ed >
Ad
just
able
(wh
ite)
Fix
ed
(wh
ite)
Ad
just
able
(Bru
shed
met
al)
Fix
ed
(Bru
shed
met
al)
LG L
ED
Do
wn
ligh
t >
16
I 1
7
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
Hal
og
en
Rep
lace
men
t LE
D D
ow
nlig
ht
Pro
du
ct d
eta
ils
Tech
nic
al d
ata
Dim
ensi
on
(U
nit
: m
m)
Dim
ensi
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(U
nit
: m
m)
Ad
just
able
Fix
ed
Ø 1
02
Ø 7
0
10
0
Ø 9
05
mm
35
°1
-16
mm
Ad
just
able
Fix
ed
Ø 1
00
12
4
Ø 7
0
Ø 9
05
mm
1-1
6m
m
Lum
inan
ce in
ten
sity
dis
trib
uti
on
25
D
80
0
80
0
80
01
60
0
16
00
16
00
24
00
24
00
32
00
24
00
40
00
Lum
inan
ce in
ten
sity
dis
trib
uti
on
40
D
28
0
28
0
28
05
60
56
0
56
08
40
84
0
11
20
84
0
14
00
Lum
inan
ce in
ten
sity
dis
trib
uti
on
60
D
14
0
14
0
14
02
80
28
0
28
04
20
42
0
56
0
42
0
70
0
Lum
inan
ce in
ten
sity
dis
trib
uti
on
25
D
2394
598
266
150
500
500
500
1000
1000
1000
1500
1500
2000
1500
2500
Lum
inan
ce in
ten
sity
dis
trib
uti
on
26
0
26
0
26
05
20
52
0
52
07
80
78
0
10
40
78
0
13
00
40
D
1285
321
Lum
inan
ce in
ten
sity
dis
trib
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14
0
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02
80
28
0
28
04
20
42
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56
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42
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70
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60
D
68
< F
ixed
Ad
just
able
>
Eq
uiv
alen
t
wat
tag
e
Po
wer
con
sum
pti
on
Lum
ino
us
CC
TC
RI
Inp
ut
volt
age
Wei
gh
tte
mp
erat
ure
Glo
w w
ire
test
IPLi
feti
me
(L8
0B
10
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imm
abili
tyB
eam
ang
leM
od
el c
od
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colo
r
Hal
og
en
50
W x
19
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67
0 lm
71
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30
00
8
02
20
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0
Vac
34
9 g
44
30
,00
0
hrs
Tria
c d
im
(20
~10
0%
)
25
oJ1
03
0R
W2
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A
Wh
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Bru
shed
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al
40
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03
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60
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03
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A
Hal
og
en
50
W x
19
.5 W
67
0 lm
71
lm/W
40
00
8
02
20
-24
0
Vac
34
9 g
44
30
,00
0
hrs
Tria
c d
im
(20
~10
0%
)
25
oJ1
04
0R
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A
40
oJ1
04
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A
60
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04
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A
Eq
uiv
alen
t
wat
tag
e
Po
wer
con
sum
pti
on
Lum
ino
us
CC
TC
RI
Inp
ut
volt
age
Wei
gh
tte
mp
erat
ure
Glo
w w
ire
test
IPLi
feti
me
(L8
0B
10
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imm
abili
tyB
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Hal
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50
W x
19
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67
0 lm
71
lm/W
30
00
8
02
20
-24
0
Vac
24
3 g
44
30
,00
0
hrs
Tria
c d
im
(20
~10
0%
)
25
oD
10
30
RW
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Wh
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or
Bru
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40
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60
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30
RW
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Hal
og
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50
W x
19
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67
0 lm
71
lm/W
40
00
8
02
20
-24
0
Vac
24
3 g
44
30
,00
0
hrs
Tria
c d
im
(20
~10
0%
)
25
oD
10
40
RW
2T
3A
40
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10
40
RW
4T
3A
60
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10
40
RW
6T
3A
18
I 1
9
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
CF
L R
epla
cem
ent
LED
Do
wn
ligh
t
Gen
tle
and
bal
ance
d b
rig
htn
ess
fro
m L
G’s
un
iqu
e d
iffu
ser
des
ign
Cu
rved
tri
m t
o r
edu
ce g
lare
Inte
gra
ted
str
ain
rel
ief
Pu
sh-i
n t
erm
inal
blo
ck r
edu
ce
Bal
ance
d b
rig
htn
ess
de
sig
nQ
uic
k &
eas
y in
stal
lati
on
20
I 2
1
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
CF
L R
epla
cem
ent
LED
Do
wn
ligh
t
Pro
du
ct d
eta
ils
Tech
nic
al d
ata
Dim
ensi
on
(U
nit
: m
m)
Dim
ensi
on
(U
nit
: m
m)
11
W
22
W
30
00
K
30
00
K
40
00
K
40
00
K
Lum
inan
ce in
ten
sity
dis
trib
uti
on
Lum
inan
ce in
ten
sity
dis
trib
uti
on
Lum
inan
ce in
ten
sity
dis
trib
uti
on
Lum
inan
ce in
ten
sity
dis
trib
uti
on
19
5
Ø 1
75
Ø 1
75
Ø 1
56
10
mm
1-1
6m
m
19
5
Ø 1
75
Ø 1
75
Ø 1
56
10
mm
1-1
6m
m
10
0
10
0
10
02
00
20
0
20
03
00
30
0
40
0
50
0
30
0
10
0
10
0
10
02
00
20
0
20
03
00
30
0
40
0
50
0
30
0
18
0
18
0
18
03
60
36
0
36
05
40
54
0
72
0
90
0
54
0
20
0
20
0
20
04
00
40
0
40
06
00
60
0
80
0
10
00
60
0
Eq
uiv
alen
t
wat
tag
e
Po
wer
con
sum
pti
on
Lum
ino
us
Bea
m
ang
leC
RI
Inp
ut
volt
age
Wei
gh
tte
mp
erat
ure
Glo
w w
ire
test
IPLi
feti
me
(L7
0B
10
)D
imm
abili
tyC
CT
Mo
del
co
de
CF
L 1
8W
X2
11
W1
,00
0 lm
91
lm/W
10
0o
80
10
0-2
40
Vac
30
0 g
20
30
,00
0
hrs
No
D1
13
0R
W9
N6
A
D1
14
0R
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A
CF
L 2
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X2
22
W2
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0 lm
91
lm/W
10
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10
0-2
40
Vac
30
0 g
20
30
,00
0
hrs
No
D2
23
0R
W9
N6
A
D2
24
0R
W9
N6
A
22
I 2
3
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Bat
ten
for
seam
less
co
ve li
gh
tin
g w
ith
ou
t sh
arp
cu
toff
Sea
mle
ss li
nea
r lig
ht
sou
rce
wit
h ju
mp
er c
able
s en
able
cu
rved
an
d a
ng
led
inst
alla
tio
ns
Fle
xib
le m
ou
nti
ng
po
siti
on
wit
h s
nap
-on
mo
un
tin
g c
lips
Max
. 12
m in
terc
on
nec
tab
le
wit
h a
sin
gle
po
wer
fee
d
Op
tim
ize
d d
esi
gn
an
d p
erf
orm
ance
Qu
ick
& e
asy
inst
alla
tio
n
30
0 m
m
60
0 m
m
12
00
mm
24
I 2
5
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Bat
ten
Tech
nic
al d
ata
Pro
du
ct d
eta
ils
Dim
ensi
on
(U
nit
: m
m)
30
0 m
m
30
00
K /
40
00
K
Lum
inan
ce in
ten
sity
dis
trib
uti
on
32
0
33
3
11
2
14
0
Dim
ensi
on
(U
nit
: m
m)
60
0 m
m
30
00
K /
40
00
K
Lum
inan
ce in
ten
sity
dis
trib
uti
on
57
2
58
5
12
0
12
0
12
01
80
18
0
24
0
18
0
30
0
Dim
ensi
on
(U
nit
: m
m)
12
00
mm
30
00
K /
40
00
K
Lum
inan
ce in
ten
sity
dis
trib
uti
on
10
0
10
0
10
02
00
20
0
20
03
00
30
0
40
0
50
0
30
0
Cab
le t
ype
Len
gth
1,5
00
mm
Lead
er c
able
(E
U)
1,5
00
mm
1,5
00
mm
15
0m
m
Lead
er c
able
(A
US
)
Join
t ca
ble
Mo
del
co
de
EA
D6
30
06
20
1
EA
D6
30
28
60
1
EA
D6
30
49
90
1
EA
D6
30
28
80
1
Cab
le a
cces
sory
LED
Bat
ten
11
34
11
47
30
0 m
m
60
0 m
m
12
00
mm
Dim
ensi
on
sE
qu
ival
ent
wat
tag
e
Po
wer
con
sum
pti
on
Lum
ino
us
Bea
m
ang
leC
RI
Inp
ut
volt
age
Wei
gh
tte
mp
erat
ure
IPLi
feti
me
(L7
0B
10
)D
imm
abili
tyC
CT
Mo
del
co
de
30
0 m
m-
6 W
60
0 lm
10
0 lm
/W8
31
00
-24
0 V
ac1
60
g2
03
0,0
00
hrs
No
E0
63
0S
A6
N3
A
E0
64
0S
A6
N3
A
60
0 m
mT
8 1
8W
X1
12
W1
,20
0 lm
10
0 lm
/W8
31
00
-24
0 V
ac2
50
g2
03
0,0
00
hrs
No
E1
23
0S
A6
N6
A
E1
24
0S
A6
N6
A
1,2
00
mm
T8
36
W X
12
1 W
2,1
00
lm1
00
lm/W
83
10
0-2
40
Vac
45
0 g
20
30
,00
0 h
rsN
o
E2
13
0S
A6
N2
A
E2
14
0S
A6
N2
A
26
I 2
7
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Hig
hb
ay
hei
gh
t an
d a
pp
licat
ion
s ty
pes
(1
75
W/2
30
W)
Eas
y p
lug
-an
d-p
lay
inst
alla
tio
n
Lig
ht
wei
gh
t
Car
abin
er m
ou
nti
ng
Ad
just
able
tim
e d
elay
an
d d
imm
ing
leve
l
Wir
eles
s zo
ne
con
tro
l
Wid
e se
nso
r d
etec
tio
n a
rea
Su
itab
le f
or
div
ers
e a
pp
licat
ion
sM
oti
on
se
nso
r
Qu
ick
& E
asy
inst
alla
tio
n
Top
vie
w
6.5 3
0m 3
6.5
21
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9.8
0ft
9.8
21
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Sid
e vi
ew
0m 6
13
6.5
6.5
21
.32
1.3
0m
0ft
0ft
19
.6
42
.6
4kg
(1
20
W)
28
I 2
9
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
Tech
nic
al d
ata
Pro
du
ct d
eta
ils
Dim
ensi
on
(U
nit
: m
m)
Dim
ensi
on
(U
nit
: m
m)
12
0 W
23
0 W
12
0 D
50
D
85
D
Lum
inan
ce in
ten
sity
dis
trib
uti
on
Lum
inan
ce in
ten
sity
dis
trib
uti
on
Lum
inan
ce in
ten
sity
dis
trib
uti
on
LED
Hig
hb
ay1
00
0
10
00
10
00
20
00
20
00
20
00
30
00
30
00
40
00
30
00
14
00
50
00
35
84
40
12
7
10
00
0
10
00
0
10
00
02
00
00
20
00
0
20
00
03
00
00
30
00
0
40
00
0
50
00
0
30
00
0
68
0
12
7
12
7
12
7
12
7
35
8
26
00
26
00
26
00
52
00
52
00
52
00
78
00
78
00
78
00
10
40
0
13
00
0
LED
Hig
hb
ay
Mo
tio
n s
enso
r
Dim
ensi
on
(U
nit
: m
m)
17
5 W
85
D
Lum
inan
ce in
ten
sity
dis
trib
uti
on
20
0
20
02
00
40
0
40
04
00
60
06
80
35
8
Eq
uiv
alen
t
wat
tag
e
Po
wer
con
sum
pti
on
Lum
ino
us
CC
TC
RI
Inp
ut
volt
age
Wei
gh
tte
mp
erat
ure
Glo
w w
ire
test
IPLi
feti
me
(L8
0B
10
)D
imm
abili
tyB
eam
ang
leM
od
el c
od
e
MH
25
0W
12
0 W
12
,00
0 lm
10
0 lm
/W8
01
00
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0 V
ac4
kg
20
50
,00
0 h
rs
Ste
p d
im.
wit
h L
G
mo
tio
n
sen
sor
H1
24
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A2
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A
MH
40
0W
17
5 W
19
,00
0 lm
10
9 lm
/W8
02
20
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0 V
ac9
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g2
05
0,0
00
hrs
H1
74
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85
N0
A
MH
40
0W
23
0 W
24
,00
0 lm
10
4 lm
/W8
02
20
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0 V
ac9
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g2
05
0,0
00
hrs
H2
44
0P
50
N0
A
H2
44
0P
85
N0
A
Co
vera
ge
Det
ect
Ran
ge
Dim
min
g a
dju
stm
ent
Tim
er a
dju
stm
ent
Inp
ut
volt
age
Mo
del
co
de
36
0°
max
. 13
m0
%, 3
0%
, 10
0%
0.5
~ 2
0 m
in.
2.7
-3.3
Vd
c(A
US
,EU
) 9
SD
75
1T
VD
A
30
I 3
1
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
LED
Fla
t Li
gh
t
Hig
h u
nif
orm
ity
and
min
imal
des
ign
Un
ifo
rm li
gh
t d
istr
ibu
tio
n
Plu
g-a
nd
-pla
y in
terf
ace
for
mo
tio
n s
enso
r o
r D
ALI
/Zig
Bee
co
ntr
ol a
cces
sori
es
Futu
re p
roo
f d
esi
gn
Lig
ht
wei
gh
t fo
r fa
st a
nd
rel
iab
le in
stal
lati
on
Inn
ova
tive
mix
ing
-ch
amb
er b
ack
ligh
tin
g d
esig
n
for
op
tim
al c
olo
r an
d b
rig
htn
ess
con
sist
ency
Qu
ick
& e
asy
inst
alla
tio
n
De
sig
n
32
I 3
3
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
Tech
nic
al d
ata
Pro
du
ct d
eta
ils
Dim
ensi
on
(U
nit
: m
m)
Dim
ensi
on
(U
nit
: m
m)
59
6 m
m X
59
6 m
m
62
2 m
m X
62
2 m
m
LED
Fla
t Li
gh
t
35
00
lm (
UG
R1
9)
35
00
lm (
UG
R2
3)
Lum
inan
ce in
ten
sity
dis
trib
uti
on
26
0
26
0
26
05
20
52
0
52
07
80
78
0
10
40
78
0
13
00
Lum
inan
ce in
ten
sity
dis
trib
uti
on
50
0
50
0
50
01
00
0
10
00
10
00
15
00
15
00
20
00
15
00
25
00
35
00
lm (
UG
R1
9)
Lum
inan
ce in
ten
sity
dis
trib
uti
on
50
0
50
0
50
01
00
0
10
00
10
00
15
00
15
00
20
00
15
00
25
00
59
6
59
6
62
2
62
2
Dim
ensi
on
sU
GR
Eq
uiv
alen
t
wat
tag
e
Po
wer
con
sum
pti
on
Lum
ino
us
Bea
m
ang
leC
RI
Inp
ut
volt
age
Wei
gh
tte
mp
erat
ure
Glo
w w
ire
test
IPLi
feti
me
(L8
0B
10
)D
imm
abili
tyC
CT
Mo
del
co
de
59
6 x
59
6
mm
19
T8
18
W
X4
35
W3
,50
0 lm
80
22
0-2
40
Vac
2.5
kg
40
50
,00
0 h
rs
0-1
0V
(DA
LI,
Zig
Bee
read
y)
F3
53
0TA
01
5B
F3
54
0TA
01
5B
F3
55
0TA
01
5B
62
2 x
62
2
mm
19
T8
18
W
X4
35
W3
,50
0 lm
80
22
0-2
40
Vac
2.7
kg
40
50
,00
0 h
rs0
-10
V
(DA
LI,
Zig
Bee
read
y)
F3
53
0TA
01
7B
F3
54
0TA
01
7B
23
T8
18
W
X4
33
W3
,50
0 lm
80
22
0-2
40
Vac
2.5
kg
40
50
,00
0 h
rsF
33
30
TC1
17
B
F3
34
0TC
11
7B
34
I 3
5
Rel
iab
le S
avin
gs
LED
Ess
enti
als
fro
m L
G L
igh
tin
g
Substantial energy savings
Affordable, reliable, widely used
Substa
Easy to select, the obvious choice
LED
Wat
erp
roo
f
LED
Bat
ten
LED
Hig
hb
ay
CF
L R
ep
lace
me
nt
LED
Do
wn
ligh
t
LED
Hig
hb
ay
LED
Bat
ten
LED
Fla
t Li
gh
t
LED
Tra
ck L
igh
t
LED
Sp
ot
Lig
ht
LED
Su
rfac
e M
ou
nte
d O
yste
r
Hal
og
en
Re
pla
cem
en
t LE
D D
ow
nlig
ht
Pro
du
cts
Acc
ess
ory
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
Inp
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
80
B1
0)
Dim
mab
ility
60
0 m
mE
18
40
SA
2N
6A
17
W1
,80
0 lm
10
6 lm
/W4
00
0 K
82
65
08
22
0-2
40
Vac
60
0 X
90
X 7
8 m
m
50
,00
0 h
rsN
o1
,20
0 m
mE
22
40
SA
2N
2A
2,2
00
lm1
07
lm/W
40
00
K8
26
50
82
20
-24
0 V
ac1
,20
0 X
90
X 7
8 m
mE
40
40
SA
2N
2A
4,0
00
lm1
13
lm/W
1,5
00
mm
E3
54
0S
A2
N5
A3
,50
0 lm
11
1 lm
/W4
00
0 K
82
65
08
22
0-2
40
Vac
1,5
00
X 9
0 X
78
mm
E6
04
0S
A2
N5
A6
,00
0 lm
11
7 lm
/W
Cab
le t
ype
Mo
del
co
de
Len
gth
Lead
er C
able
(E
U)
EA
D6
30
06
20
11
,50
0 m
m
Lead
er C
able
(U
K)
EA
D6
30
28
60
11
,50
0 m
m
Lead
er C
able
(A
US
)E
AD
63
04
99
01
1,5
00
mm
Join
t C
able
EA
D6
30
28
80
11
50
mm
Typ
eM
od
el c
od
e
Mo
tio
n S
enso
r9
SD
75
1T
VD
B
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
Inp
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
70
B1
0)
Dim
mab
ility
6 in
ch
D1
13
0R
W9
N6
A1
1 W
1,0
00
lm9
1 lm
/W3
00
0 K
80
20
02
10
0-2
40
Vac
30
0 g
30
,00
0 h
rsN
oD
11
40
RW
9N
6A
40
00
KD
22
30
RW
9N
6A
22
W2
,00
0 lm
91
lm/W
30
00
KD
22
40
RW
9N
6A
40
00
K
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
Inp
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
80
B1
0)
Dim
mab
ility
Hig
hb
ay
H1
24
0PA
2N
0A
12
0 W
12
,00
0 lm
10
0 lm
/W4
00
0 K
80
20
08
10
0-2
40
Vac
44
0 X
35
8 X
12
7 m
m4
kg
50
,00
0 h
rsS
tep
dim
(M
oti
on
sen
sor)
H1
74
0P
85
N0
A1
75
W1
9,0
00
lm1
09
lm/W
40
00
K8
02
00
82
20
-24
0 V
ac6
80
X 3
58
X 1
27
mm
H2
44
0P
50
N0
A2
30
W2
4,0
00
lm1
04
lm/W
40
00
K8
02
00
82
20
-24
0 V
ac6
80
X 3
58
X 1
27
mm
H2
44
0P
85
N0
A
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
Inp
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
70
B1
0)
Dim
mab
ility
30
0 m
mE
06
30
SA
6N
3A
6 W
60
0 lm
10
0 lm
/W3
00
0 K
83
20
-1
00
-24
0 V
ac1
60
g
30
,00
0 h
rsN
o
E0
64
0S
A6
N3
A4
00
0 K
60
0 m
mE
12
30
SA
6N
6A
12
W1
,20
0 lm
10
0 lm
/W3
00
0 K
83
20
-1
00
-24
0 V
ac5
85
XX
25
0 g
E1
24
0S
A6
N6
A4
00
0 K
1,2
00
mm
E2
13
0S
A6
N2
A2
1 W
2,1
00
lm1
00
lm/W
30
00
K8
32
0-
10
0-2
40
Vac
1,1
47
XX
45
0 g
E2
14
0S
A6
N2
A4
00
0 K
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
Inp
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
80
B1
0)
Dim
mab
ility
2”
X 2
”(5
96 X
596
mm
)
F3
53
0TA
01
5B
35
W3
,50
0lm
10
0 lm
/W3
00
0 K
80
40
-2
20
-24
0 V
ac
50
,00
0 h
rs0
-10
V
(DA
LI, Z
igB
ee r
ead
y)
F3
54
0TA
01
5B
40
00
KF
35
50
TA0
15
B5
00
0 K
2”
X 2
”(6
22 X
622
mm
)
F3
53
0TA
01
7B
35
W3
,50
0lm
10
0 lm
/W3
00
0 K
80
40
-2
20
-24
0 V
acF
35
40
TA0
17
B4
00
0 K
F3
33
0TC
11
7B
33
W3
,50
0lm
10
6 lm
/W3
00
0 K
80
40
-2
20
-24
0 V
acF
33
40
TC1
17
B4
00
0 K
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
Inp
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
80
B1
0)
Dim
mab
ility
3C
ircu
ittr
ack
J10
30
4W
2T
0A
67
0 lm
71
lm/W
30
00
K8
02
00
22
00
-24
0 V
acØ
70
X 1
00
mm
44
0 g
30
,00
0 h
rsTr
iac
dim
(2
0-1
00
%)
J10
30
4W
4T
0A
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
I np
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
80
B1
0)
Dim
mab
ility
Su
rfac
e m
ou
nte
dJ1
03
0S
W2
T0
A6
70
lm7
1 lm
/W3
00
0 K
80
20
02
20
0-2
40
Vac
Ø7
0 X
10
0 m
m4
91
g3
0,0
00
hrs
Tria
c d
im
(20
-10
0 %
)J1
03
0S
W4
T0
A
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
Inp
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
70
B1
0)
Dim
mab
ility
Mo
der
nty
pe
F1
63
0S
A2
N3
A1
6 W
1,3
00
lm8
1 lm
/W3
00
0 K
8
04
00
22
00
~24
0 V
ac5
70
g3
0,0
00
hrs
No
F1
64
0S
A2
N3
A4
00
0 K
F1
73
0S
A2
S3
A1
7 W
1,2
50
lm7
4 lm
/W3
00
0 K
61
5 g
HF
on
/off
sen
sor
(Mo
tio
n s
enso
r)F
17
40
SA
2S
3A
40
00
K
Trad
itio
nal
typ
e
F1
63
0S
A2
N3
B1
6 W
1,3
00
lm8
1 lm
/W3
00
0 K
80
40
02
2
00
~24
0 V
ac5
70
g3
0,0
00
hrs
No
F1
64
0S
A2
N3
B4
00
0 K
F1
73
0S
A2
S3
B1
7 W
1,2
50
lm7
4 lm
/W3
00
0 K
61
5 g
HF
on
/off
sen
sor
(Mo
tio
n s
enso
r)F
17
40
SA
2S
3B
40
00
K
Pro
du
ct
typ
eM
od
el c
od
eP
ow
erco
nsu
mp
tio
nC
CT
CR
IB
eam
an
gle
IPIK
Inp
ut
volt
age
Dim
ensi
on
sW
eig
ht
Op
erat
ing
te
mp
erat
ure
Glo
w w
ire
test
Life
tim
e(L
80
B1
0)
Dim
mab
ility
J10
30
RW
2T
3A
67
0 lm
71
lm/W
30
00
K8
0
44
02
22
0-2
40
Vac
Ø 1
02
X 1
00
mm
34
9 g
30
,00
0 h
rsTr
iac
dim
(2
0-1
00
%)
J10
30
RW
4T
3A
J10
30
RW
6T
3A
J10
40
RW
2T
3A
67
0 lm
71
lm/W
40
00
K8
0J1
04
0R
W4
T3
AJ1
04
0R
W6
T3
AD
10
30
RW
2T
3A
67
0 lm
71
lm/W
30
00
K8
0
44
02
22
0-2
40
Vac
24
3 g
30
,00
0 h
rsTr
iac
dim
(2
0-1
00
%)
D1
03
0R
W4
T3
AD
10
30
RW
6T
3A
D1
04
0R
W2
T3
A6
70
lm7
1 lm
/W4
00
0 K
80
D1
04
0R
W4
T3
AD
10
40
RW
6T
3A
