Velleman Led Strip Special - Manual (Page 3)

12V
5m
x10mm
16.4
ft
x25/64 "
300
LEDs
type 5050
24V
5m
x10mm
16.4
ft
x25/64 "
600
LED
type 3528
12V
5m
x10mm
16.4
ft
x25/64 "
300
waRm
whitE
type 3528
300
nEutRaL
whitE
type 3528
24V
5m
x10mm
16.4
ft
x25/64 "
300
LEDs
type 5050
White CHLS7W
Warm white CHLS7WW
RGB CHLS7RGB
Blue CHLS7B
White CHLS15W
Warm white CHLS15WW
RGB CHLS15RGB
White CHLS13W
Warm white
CHLS13WW
Blue CHLS13B
White & warm white
CHLS18WWWC
a type 3528 LeD
has got 1 die
a type 5050 LeD
has got 3 dieS
choosing an LED sTRiP
DEPEnDs on sEvERaL
facToRs:
the degree of water protection, •
which is expressed with an Ip rating.
the voltage of the LeD. generally, •
a 12V voltage is considered a safe
low voltage and therefore it is widely
used. an LeD strip with a voltage of
24V has the advantage that the same
wire diameter can span a greater
distance between the power supply
and your LeD strip.
the choice of an LeD strip also •
depends on the number of LeDs on
an LeD strip. the more LeDs, the
less visible distinctive light spots and
the better the light distribution. this
can be useful for indirect lighting
over a small distance between the
strip and the illuminated area, but is
unimportant with greater distances.
the overall intensity of the LeD •
matters too. It is directly proportional
to the number of dies or LeD chips
on an LeD strip. this is not to be
mistaken for the number of LeDs. a
type 3528 LeD has got 1 die per LeD
and a type 5050 LeD has got 3 dies
per LeD. theoretically this means a
type 5050 LeD produces three times
the light a type 3528 does.