
Int
oductio
LED
strips are a
ts in an eas
effe
ene
gy consump
erous to cou
num
man offers
Vell
goo
idea of the
strips can b
LED
tutorial and
This
ications.
appl
Se
ection
cting the rig
Sel
) Selectio
) Determi
) Selectio
) Selectio
) Selectio
Ge
neral inf
LED stri
Install th
Protect
(indoors
(length i
(type of
(single c
(voltage
(dimma
Vellema
o
n
new genera
way. L ED
tion, saturat
nt.
full range
possibilities
divided in
selection gu
uide
t strip for y
of the strip
outdoors)
ation of the
meters an
ED: 3528 L
of the colo
lour or RG
of the mat
and power)
of the mat
le, remote c
ormatio
s are desig
LED strips
ED strips a
LED strips
P20: No pro
ith an alum
ion of innov
trips have o
d colours a
f LED strips
and the solu
groups: fle
de will only
ur applicati
according t
length and t
desired nu
ED or 5050
)
hing power
hing controll
ntrolled, D
ed to be ins
at a locatio
ainst moist
have 3 IP ra
ection agai
inium profile
tive lighting
ther advant
d easy cont
and access
tion that suit
ible and rigi
ocus on flex
n is a 5-step
the place w
e desired n
ber of LED
ED)
upply
e
X controlle
talled by a t
where they
re correspo
tings:
st moisture.
or self-desi
products th
ges like sm
rol. As you
ries. This o
your need
d strips.
ible LED stri
process:
here it will b
mber of LE
per meter:
,...)
chnically qu
are protecte
ding to thei
The installe
ned case wi
echnic
t allow crea
ll dimension
ill see, the
erview will
.
s, as they
used
s per lengt
0, 60, 120,
alified perso
d against ex
IP rating.
has to prot
h sufficient
l instru
m
ing spectac
s, more effic
ossibilities a
rovide you
ave the mo
.
180 or 240)
n.
reme heat.
ct the LED
ooling capa
tion
nual
lar
ient
re too
ith a
t
trip
cities.
P61: Epoxy
top cover. T
e LED strip
is protected
against hea
y moisture.
Page
1 / 5

echnic
l instru
m
tion
nual
o
P68: The L
D strip is pr
tected agai
st water an
may even
e submerg
d.
The Vell
against
soft.
Once th
position.
another
Always
measur
LED stri
power w
remove
cable an
Standar
LEDs. T
strip can
strip c
you can
Segmen
o
man strips
xternal ES
LED strips
After install
lace afterw
eep the LE
d at the LE
s can be cu
ires are pro
he insulatio
d the LED s
LED strips
is design al
be cut is cl
n be cut in
solder new
ation instru
earch for t
re packed i
(electrostat
are unpacke
tion, the ep
rds, as the
strip tempe
strip mount
t every 5 or
erly soldere
lacquer on
rip is very i
are 5m long
lows cutting
arly marked
ifferent len
ower suppl
tions:
e cutting loc
a vacuum
c discharge
d and unroll
xy resin will
esin would
rature belo
ing surface)
0cm (depe
. First remo
the copper.
portant to a
and contain
he strip eve
ths but the
wires to the
tion
etalized b
and keeps
d, they hav
harden. LE
reak and d
the critical l
(see “Ther
ding on the
e the epox
good conn
oid spark e
a number of
ry number o
ut-off parts
LED strip.
g that prote
he epoxy c
to be mou
strips cann
mage the st
vel (Tcrl, ty
al guidelin
ype). Pleas
resin with a
ection betw
osion.
series and
LEDs. The
f the strips
ts the LED
ating flexibl
ted in their f
ot be install
ip.
ically 50°C,
s”)
make sure
sharp cutte
en the pow
arallel conn
lace where
re not just
trip
and
nal
d in
the
and
r
cted
the
asted,
emove the
silicon prote
tive layer w
ith a knife
Page
2 / 5

echnic
l instru
m
tion
nual
o
older the c
nnection ca
le
Po
Serial c
with its
power s
er sup
Always
LED stri
o
o
nnection of
wn power c
pply on bot
ly:
se a switch
s. Vellema
ndustrial sw
hese powe
he advanta
utput volta
aterproof
hese powe
nvironment
ith this typ
ED strips is
ble. For full
ends of the
mode powe
supports t
tching powe
supplies ne
e is that th
e.
ED power s
suppliers h
or even ou
of supply, t
not recom
length LED
strip.
supply, whi
o types:
r supplies: e
ed to be inst
voltage ca
pplies: e.g.
ve an IP67
doors.
he output v
ended. It is
trips (5m), i
h is better
.g. PSIN100
alled in an e
be adjuste
LPS10012R
protection r
ltage is not
est to provi
is even bet
atched for
2.
nclosure or
within ± 10
ting and can
djustable.
e every LE
er to provid
upplying po
istribution b
of the rate
be used in
strip
a
er to
x.
oist
LED stri
Using lo
hand lar
power le
Becaus
s operate o
voltages i
er operatin
ads must be
xample: a
o
opper pow
rop of less
of this, it’s
a extra lo
an advanta
currents ar
enlarged a
2V LED stri
r wire of 20
han 5%.
ore interes
voltage of 1
e as it mak
required.
cordingly.
p with a po
needs a wi
ing to use 2
2Vdc or 24
s LED strip
he latter im
er consump
re section of
V LED strip
dc.
safer to us
lies that the
ion of 24W
2.5 mm² to
for long po
, but on the
section of th
onnected to
ave a volta
er cable ru
Page
other
e
a
e
s.
3 / 5

Th
rmal g
Intr
duction:
lth
ugh LEDs
Hig
power LED
bec
use many L
forg
tten issue
con
iderably red
dow
and the lig
Red
uce heat pr
Reduci
The hea
strip. Th
can thus
decreas
For this
idelines
re well kno
strips (e.g.:
EDs are pos
hen installin
uce their life
t output will
duction b
the curre
in a LED st
strip lengt
be reduced
s the amou
eason, Vell
:
n as cold lig
HLS7x, C
itioned clos
g LED strips
time. The e
decrease v
following t
t through
ip is produc
also influen
by connecti
t of current
man power
ht sources, t
LS19x, CH
to each oth
. Using LED
oxy will dis
ry quickly.
e followin
he LED stri
d mainly by
ces the amo
g a power s
running thro
LED strips h
hey produce
S15x, … se
r. Cooling i
strips at a t
olour and cr
thermal
:
the amount
unt of curre
urce to eith
gh the strip
ve wires o
echnic
heat like ev
ies) produc
a very imp
mperature t
ck. The LE
idelines.
of current ru
t. The curre
er side of th
by 50%.
both sides:
l instru
m
ry light sou
a lot of hea
rtant and of
at is too hig
s will slowl
nning throu
t per unit of
LED strip.
tion
nual
ce.
en
h will
burn
h the
length
his
1
Determi
High po
capacity
operatio
the exce
air flow,
is why L
good th
more ex
A
0A
ning the he
er LED stri
The tempe
. The cooli
ss heat with
relative hum
D strips ar
rmal condu
ensive).
0A
1A
t transferri
s always ne
ature of the
g capacity o
regards to t
idity) and ke
mostly mo
tivity (coppe
features
ed to be inst
LED strip m
the mounti
e ambient e
p the LED
nted on alu
r has an eve
of the mou
lled on a s
st be kept b
g surface m
nvironment
trip temper
inium strips
n better ther
ting surfa
rface with s
elow 50°C d
ust allow ea
ambient te
ture below it
or profiles,
mal conduct
e:
fficient cool
uring its enti
y evacuatio
perature, n
s critical lev
s aluminiu
vity, but is
ng
e
n of
tural
l. This
has a
uch
Page
4 / 5

Exampl
24V L
with diff
Temper
o
This sho
mountin
Choosi
Most LE
s epox
the mou
coating
strips, a
o
Reduce
Reducin
consum
will also
Exampl
the cons
If light o
:
D strip pro
rent thermal
ture after o
ounting s
ot mounte
mall alumi
igh-power
ws the impo
surface.
a LED st
strips hav
is an excel
ting surfac
e.g. CHLS7
great amou
hese LED
luminium L
oating.
the operati
voltage wil
tion will in t
decrease co
: A 12V LE
umed powe
tput is impo
ucing 100W
resistances
e hour:
rface
(free air):
ium LED str
eat sink (41
tance of the
ip without
an epoxy c
ent thermal
. For this re
/C, CHLS7
t of excess
trips are mo
D profiles a
n voltage:
also reduc
rn reduce h
nsiderably.
strip consu
drops to 25
rtant in your
5 meter (or
; the ambien
p profile (C
/1000):
rmal resista
rotection:
ating for pr
nsulator, th
son Vellem
NW/C, CHL
eat evacua
re vulnerabl
s these profi
input curre
at producti
mes 35W at
, but prod
situation, re
echnic
20W/m) is
temperatur
te
6
LAP1): 4
3
ce or heat t
tection agai
excess he
n also provi
7WW/C an
es directly i
and are pr
les take ove
t and power
n. With this
12V. When
ces only 75
ucing volta
ounted on
is 25°C.
mperature
°C
°C
°C
ansferring c
nst dust and
t will be drai
es LED stri
CHLS7RG
to the surro
ferably mou
the protecti
consumptio
olution, ho
reducing the
of the nor
e is the lea
l instru
m
ifferent surf
pacity of th
moisture.
ed mostly t
s without e
B/C). On the
nding air.
nted inside
on of the ep
. Reducing
ever, light o
tension to 1
al light out
t efficient so
tion
nual
ces
rough
oxy
se
xy
power
utput
1V,
ut.
ution.
Page
5 / 5