Rockford Fosgate T1 S2-10 El manual del propietario

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Altavoces
Tipo
El manual del propietario

Este manual también es adecuado para

t l
VV
E
SLIM
SUBWOOFERS
T1
S1-10
T1
S2-10
T1S1-12 T1S2-12
Serial
Number:
_____
_
Date
of
Purchase:
____
_
Installation
&
Operation
2
Introduction
Dear
Customer,
Congratulations
on
your
purchase
of
the
world's
finest
brand
of
car
audio
products.
At
Rockford
Fosgate
we
are
fanatics
about
musical
reproduc-
tion
at
its
best,
and
we
are
pleased
you
chose
our
product.
Through
years
of
engineering
expertise,
hand
craftsmanship
and
critical
testing
procedures,
we
have
created
a
wide
range
of
products
that
reproduce
music
with
all
the
clarity
and
richness
you
deserve.
For
maximum
performance
we
recommend
you
have
your
new
Rockford
Fosgate
product
installed
by
an
Authorized
Rockford
Fosgate
Dealer,
as
we
provide
specialized
training
through
Rockford
Technical
Training
Institute
(RTTI).
Please
read
your
warranty
and
retain
your
receipt
and
original
carton
for
possible
future
use.
Great
product
and
competent
installations
are
only
a
piece
of
the
puzzle
when
it
comes
to
your
system.
Make
sure
that
your
installer
is
using
100%
authentic
installation
accessories
from
Rockford
Fosgate
in
your
installation.
Rockford
Fosgate
has
everything
from
RCA
cables
and
speaker
wire
to
power
wire
and
battery
connectors.
Insist
on
it!
After
all
,
your
new
system
deserves
nothing
but
the
best.
To
add
the
finishing
touch
to
your
new
Rockford
Fosgate
image,
order
your
Rockford
accessories
,
which
include
everything
from
T-shirts
to
hats.
Visit
our
web
site
for
the
latest
information
on
all
Rockford
products;
www.
rockfordfosgate.
com
or,
in
the
U.S.
call1-800-669-9899
or
FAX
1-800-398-3985
.
For
all
other
countries,
call
+001-480-967
-3565
or
FAX
+001-480-966-3983.
Table
of
Content
2
Introduction
3
Specifications
4-5
Enclosures
Sealed
or
Vented
Wiring
6-7
Additional
Languages
French
Spanish
German
Italian
8
Limited
Warranty
Information
If,
after
reading
your
manual,
you
still
have
questions
regarding
this
prod-
uct,
we
recommend
that
you
see
your
Rockford
Fosgate
dealer.
If
you
need
further
assistance,
you
can
call
us
direct
at
1-800-669-9899
.
Be
sure
to
have
your
serial
number,
model
number
and
date
of
purchase
available
when
you
call.
Safety
This
symbol
with
"WARNING
"
is
intended
to
alert
the
user
to
the
presence
of
important
~WARNING
instructions.
Failure
to
heed
the
instructions
will
result
in
severe
injury
or
death.
This
symbol
with
"CAUTION"
is
intended
to
alert
the
user
to
the
presence
of
important
~
CAUTION
instructions.
Failure
to
heed
the
instructions
can
result
in
injury
or
unit
damage.
To
prevent
injury
and
damage
to
the
unit,
please
read
and
follow
the
instructions
in
this
manual.
We
want
you
to
enjoy
this
system,
not
get
a
headache.
If
you
feel
unsure
about
installing
this
system
yourself,
have
it
installed
by
a
qualified
Rockford
Fosgate
technician.
Before
installation,
disconnect
the
battery
negative
(-)
terminal
to
prevent
damage
to
the
unit,
fire
and/or
possible
injury.
©2014
Rockford
Corporation.
All
Rights
Reserved.
ROCKFORD
FOSGATE
and
associated
logos
where
applicable
are
registered
trademarks
of
Rockford
Corporation
in
the
United
States
and/or
other
countries.
All
other
trademarks
are
the
property
of
the1r
respective
owners.
Specifications
subject
to
change
without
notice
Mode
l
T1S1-10
T1S2-10
T1S1-12
No
minal
Impedan
ce
(O
hms)
Freq
u
en
cy Re
sp
ons
e
(H
z)
Voice
Co
il
Diame
te1
-
in
ch
(
mm)
Disp
l
ac
em
en
t-
cu
ft
.
(
Liter)
Fs
Free A
ir
R
es
onance
(Hz)
O
ts
Vas- cu.
It
(
Lite
r)
Xm
ax
-
inc
h
(mm)
SPL
(
dB@
1w/1
m)
Power
Hand
ling- W
atts
500/1000
500/1000
600
/12
00
(
RMS/Pe
ak)
,.
,
••
'"'''Q
.,.
C
EA
20
31
§
~
:
Power
han
d
li
ng
on
R
ockford
Fos
gate
confor
m
to
CEA
~
2
0
3
1
in
dust
ry
sta
ndards.
Th
is
me
a
ns
you
r
0
':'
~
f
po
we
r
un
de
r
cont
in
u
ous
clemand,
no
t
in
st
an
taneo
us
po
w
er
hand
lin
g that o
ver
ti
me
can
dama
ge v
oic
e
coil
s.
1
.f·2D3\t.o;
V
ERIFIED
W
IT
H~
VERI
FIED
W
IT
H
KLIPP
EL
Specifications
T1S2-12
600
/1
200
has the
ca
p
ac
i
ty
to ha
nd
le
K
Ll
P P
El
To
adorn
the
'V
er
ified
with
Kl
ippel'
m
ark
,
the
qua
l
if
yi
ng
comp
any'
s lou
dsp
e
ake
r
engi
nee
r
in
g
pe
r
son
n
el
m
us
t
be
tr
ai
ned
and
cer
ti
fied by
"-.__../
K
li
pp
el
pr
io
r to us
ing
the
thre
e
se
para
te
Klipp
el
sys
te
ms
to d
es
ign
, deve
lo
p a
nd
te
st Rockf
ord
Fo
sg
ate
has
ma
de
th
e i
nves
tm
ent
in Kli
ppel
to
del
iv
er
th
e
be
st
po
ss
ib
le
sp
eake
rs
an
d
s
ub
woofe
rs
to
their
cu
sto
mer
s.
A
A-
Ov
erall
Di
am
et
e
r-
in
ch
(
rn
m)
B-
Sc
rew
Hole
Di
a
.-
in
ch
(
mm
)
0 -
M
ounting
Depth
inc
h
(m
rn
)
B
PUSH
to
attach
wir
e
...-
---
PUSH
to
attach
wire
3
4
Enclosures
Carton
Contents
T1
Subwoofer
with
Trim
Ring
(12)
Mounting
Screws
(4)
Trim
Ring
Screws
(1)
Socket
head
driver
bit
Installation
and
Operation
Manual
Recommended
Enclosures
This
manual
outlines
two
specific
types
of
enclosures
that
provide
distinctly
dif-
ferent
performance.
This
section
is
to
help
you
decide
which
type
is
best
for
your
application.
Sealed
Enclosures
Sealed
enclosures
are
the
simplest
to
build.
The
most
important
part
of
bui
l
ding
a
sealed
enclosure
is
to
make
sure
that
the
enclosure
is
airtight.
Using
glue
and
some
type
of
sealant
on
all
seams
will
ensure
solid
construction
and
prevent
air
leaks
.
The
box
volume
will
directly
impact
the
performance
of
the
speaker.
Larger
enclosures
will
provide
flatter
response
and
deeper
bass
where
s
maller
boxes
will
provide
a
bump
in
the
response
curve
and
generally
higher
output
for
greater
SPL.
Advantages
of
sealed
enclosures:
Small
enclosures
Linear
(Flat)
response
No
port
noise
High
power
handling
at
all
frequencies
Excellent
for
sound
quality
Extended
low
frequency
output
when
compared
to
vented
enclosures
Vented
Enclosures
Vented
enclosures
vary
only
from
the
sealed
enclosure
in
that
a
vent
or
port
is
added
to
"tune"
the
enclosure.
The
enclosures
recommended
are
designed
for
great
overall
performance
.
Larger
boxes
tend
to
be
easy
to
tune
to
lower
frequen-
cies
while
medium
and
small
boxes
are
easier
to
tune
to
higher
frequencies.
The
vented
design
is
le
ss
linear
in
re
s
ponse
than
the
sealed
box
but
with
noticeably
more
output
at
the
tuning
frequency.
Advantages
of
vented
enclosures:
Higher
average
output
than
sealed
Tuning
frequency
can
be
easily
adjusted
by
changing
port
length
Deep
bass
respon
se
with
lower
power
requirements
Great
for
high
output
with
limited
power
Vented
vs
Sealed
The
graph
shown
here
is
a
sample
of
how
the
F3
drop-off
point
differs
between
sealed
and
vented
enclo
s
ures
.
120.0
--
t--+
- -
-
1--
.
t---
·-
1--
110.0
~=:
··
100
.0
90
.0
t--
-
..
-
~
-
-t-
1--
t--
t-
·
80.
0
1--
1--
70.0
- .. -
t--
60.0
10.0
20
.0
400
60.0 80.0 100.0
·-·
Sea
led
Box
-
Vented
Box
Frequency,
Hz
- -
!-
··-
- -
1--
+--
-
+- ·-
+--
. .
--
1--
·
-
1
-
~
-=-1--
·--
1--
·
··-
1-
-
1-
f-
200
.0
Building
an
Enclosure
To
work
properly,
the
walls
of
the
enc
l
osure
must
be
rigid
and
not
flex
when
sub-
jected
to
the
high
pressures
generate
d
by
the
speaker's
operation.
For
optimum
performance
,
we
recommend
using
3/4"
MDF
(Medium
De
ns
i
ty
Fiberboard)
and
internal
brac
i
ng.
The
enclosure
should
be
glued
together
and
secured
with
na
i
ls
or
screws.
Calculating
Volume
Calculating
volume
is
merely
a
matte
r
of
measuring
the
dimens
i
ons
in
inches
and
using
the
fo
r
mula:
H x W x D
divided
by
1728
(cubic
feet)
.
See
block
below.
Box
Volume
Divided
by
(cubic
feet)
Height"
x
Width"
x
Depth"
1728
If
two
facing
sides
are
of
uneven
leng
th,
add
them
together
and
divide
by
two
to
take
the
ave
r
age.
Using
this
numbe
r
wi
ll
give
you
the
volume
without
the
necessity
of
calculating
the
box
in
sections
and
adding
the
sections
together.
The
thickness
of
the
baffle
material
reduces
the
internal
volume
so
this
mus
t
be
subtracted
from
the
outside
dimensions
to
determi
ne
the
internal
volume
.
The
speaker
itself
also
reduces
the
internal
volume
.
The
amount
of
air
displaced
by
each
model
is
listed
on
the
specif
i
cation
sheet
and
should
also
be
subtracted
fro
m
th
e
gross
volume
calculation.
Sealed
Enclosure
NOTE:
Vb
is
the
internal
volume,
before
any
speaker
and/or
port
dis-
placement
is
added.
All
external
dimensions
were
based
on
the
use
of
3/4"
(1.90cm)
materials.
NOTE:
When
using
enclosures
othe
r
than
recommended,
call
Technical
Support
for
correct
application.
Optimum
Sealed
Enclosure
Recommendation
Sealed
Enclosures
10"
Total
Internal
Volume
cu.
ft
.
(Liter)
0.80
(22.62)
Woofer
D
is
placement
cu.
ft.
(Liter
)
0.03
(0.8
2)
Vb
-
Int
e
rn
al
Area
cu.
fl.
(Liter)
0.77
(
218)
F
3
-
3d
B
Po
in
t
(Hz)
40
.3
Ole
-
Enclosure
Damping
1.10
H-
Height
-
inch
(em)
12
(30.48)
W-
Width
-
inch
(em)
18
(45.72)
D-
Depth
-i
nc
h
(em)
95(24
.1
3)
Recommended
Sealed
Enclosure
Volume
Range
Sealed
Enclosures
Vb-
Volume
range
cu.
ft.
(Liter)
10"
0.5
to
1.0
(14.16
to
28.32)
12"
1.10
(30.87)
0.05
(1.42)
1.
05
(
29.45
)
39
.9
1.
18
1
3.
0
(33
.
02)
22.0
(55
88)
9 5
(24.13)
12"
0.75
to
1.25
(21.24
to
35.40)
Vented
Enclosures
NOTE:
Vb
is
the
internal
volume,
before
any
speaker
and/or
port
dis-
placement
is
added.
All
external
dimensions
were
based
on
the
use
of
3/4"
(1.90cm)
materials.
NOTE:
When
using
enclosures
other
than
recommended
,
call
Technical
Support
for
correct
application.
3/4"
MDF
I I
I I
I I
:
~
:
Optimum
Vented
(Ported)
Enclosure
Sizes
Vented
Enclosures
10" 12"
Total
Internal
Volume
cu.
ft.
(liter)
1.5
(42.48)
2.0
(56.63)
Woofer
Displacement
cu.
ft.
(Liter)
0.03
(0
.
82)
0.
05
(1.42)
Port
Displacement
cu.
ft.
(Liter)
0.12(3.4)
0.
09
(2.55)
Vb-
Internal
Area
cu.
ft.
(Liter)
1.35
(38
.
23)
1.86
(52.67)
F
8
-
Tuning
Frequency
(Hz)
40
35
F
3
-
3dB
Point
(Hz)
30
28
H -
Height
-
inch
(em)
12.0
(30.48)
14
.5
(36.83)
W-
Width-
inch
(em)
20.0
(50.8)
22
.5
(57
.
15)
D-
Depth
-
inch
(em)
15.0
(38.1)
14
.
25
(36
.
2)
P-
Port
Diameter
and
Length-
inch
(em)
4x14.25
4
X
13
(10.16
x36.2)
(10
.
16
x33.02)
NOTE:
The
port
shown
can
be
placed
on
any
face
of
the
enclosure
as
long
as
the
port
ends
are
not
obstructed
.
NOTE:
When
using
vented
enclosures,
for
maximum
reliability
and
power
han-
dling
ensure,
that
a
subsonic
or
"infrasonic"
filter
at
or
above
27Hz
is
used
so
that
only
usable
low
frequency
signals
are
sent
to
the
subwoofer.
Enclosures
Wiring
Configurations
By
varying
the
wiring
configuration
of
your
speakers
you
can
create
an
impedance
load
to
match
your
system.
Altering
the
wiring
configurations
gives
a
range
of
options
for
impedance
loads.
Series
,
Parallel
,
or
Series-Parallel
wiring
configura-
tions
are
different
techniques
for
wiring
speakers
that
provide
different
loads
.
Se-
ries
configuration
is
a
string
method
where
speakers
are
wired
end
to
end.
Parallel
configuration
uses
two
or
more
speakers
wired
across
common
terminals.
Series-
Parallel
configuration
combines
both
techniques.
Choose
the
wiring
diagram
that
corresponds
to
the
number
of
woofers
and
the
impedance
of
your
amplifier.
Parallel
Wiring
(2)
2
ohm
SVC
Speaker=
1
ohm
Load
Series
Wiring
(2)
1
ohm
SVC
Speaker=
2
ohm
Load
Subwoofer
Crossovers
There
are
two
operational
types
of
crossovers,
passive
and
active
.
Passive
cross-
overs
(coils
or
inductors)
are
placed
on
the
speaker
leads
between
the
amplifier
and
speaker.
An
active
crossover
is
an
electronic
filter
that
separates
the
audio
signal
fed
to
different
amplifiers
.
For
optimum
subwoofer
performance,
we
recom-
mend
using
an
active
80-1
OOHz
low-pass
crossover
at
12dB/octave.
6
Fran~ais
Enceintes
recommandees
Ce
manuel
decrit
deux
typ
es
particuliers
d'enceinte
s
au
x
performances
tout
a
fait
d
is
tin
ctes.
Cette
section
vous
permettra
de
decider
celui
qui
vous
co
nviendra
le
mieux.
Enceintes
Etanches
Les
en
ce
inte
s
et
anc
hes
sont
les
plu
s f
ac
ile
s a fa
briquer.
A
eel
egard,
Ia c
ho
se
Ia
plu
s im
por-
tant
e
dan
s le
ur
fa
br
i
cation
e
st
de
vou
s
ass
ur
er
qu'
e
lle
s
son
t
vraiment
he
rm
e
tiques
.A
pp
l
ique
z
de
Ia
co
lie
et
un
produit
d'
etancheite
sur
taus
le
s
joints
pour
solidifier
!'ensemble
et
emp
e
cher
toute
fuite
d'air.
Le
volume
du
caisson
influe
directement
sur
Ia
performance
du
haut-
p
arleur.
Les
enceintes
de
plus
grand
e
dimension
delivrent
une
r
ep
onse
uniforms
en
freque
nce
avec
des
graves
profonds
alor
s
que
les
enceintes
plus
petit
es
ant
une
courbe
de
re
po
nse
plus
pr
noncee
et
un
rendement
generalement
superieur
pour
un
niveau
de
pression
a
co
u
tique
plu
s
eleve.
Avantage
des
enceintes
etanches:
Pe
tit
es
en
ce
int
es
Re
pon
se
lin
e
air
e
(uniforme)
Pas
de
bruit
d'event
Puissance
elevee
sur
tout
es
les
frequences
Excellentes
en
ce
qui
concerne
Ia
qua
lite
duson
Enceintes
A
Event
Le
s
enceinte
s a
event
se
di
s
tingu
e
nt
des
enceintes
e
tanche
s
du
fait
qu'on
y ajo
ut
e
un
ev
e
nt
au
po
rt
po
ur
l
es
" ac
cord
er
...
L
es
ence
int
es
re
co
man
dees
son!
co
nv
ue
s
pou
r o
f-
frir
d'e
xce
llent
es
pe
rformanc
es.
II
es
t
ge
n
era
l
eme
nt
plu
s f
ac
il
e
d'accorder
l
es
ca
i
ssons
plu
s
grand
s
pour
!
'o
bt
e
nti
on de
basses
fr
e
qu
ences
et l
es
caisso
ns moyens
et
pe
tit
s
po
ur
des
frequences
plus
elevee
s.
Le
s
enceintes
a
event
ant
une
reponse
main
s
lineaire
que
les
enceintes
etanch
es
mais
degagent
nettem
e
nt
plu
s
de
pui
s
sance
a
Ia
frequence
d'acco
rd.
Avantages
des
enceintes
a
event
:
Rendem
e
nt
moyen
superi
e
ur
par
rapport
aux
modeles
e
tanche
s
La
fr
eque
n
ce
d
'acco
rd
pe
ut
etr
e f
ac
il
eme
nt
r
eg
l
ee
en cha
ng
ea
nt
Ia lo
gueu
r
de
!'event
Repr
od
uc
ti
on pr
ofo
nde
de
s b
asses
av
ec
une
pui
ss
an
ce
d'entr
ee
mo
in
dre
Ex
ce
ll
e
nt
choix po
ur
un
re
nd
eme
nt
el
eve
a Ia
ibi
e
pui
ssa
n
ce
d'
e
ntr
ee
Construire
Un
Caisson
Po
ur
fonctionner
convenabl
e
ment
les
parois
du
ca
i
ss
on
doivent
etre
rigides
lors
qu'
elles
so
nt
soumises
aux
haute
s
pre
ss
ions
dues
au
fon
c
ti
onn
ement
du
haut-parleur
.Nous vous
recommandons
d'
utili
s
er
de
s
panneau
x
de
bois
agglom
er
e a ha
ute
au
moyenne
d
ens
ite
de
parti
c
ul
es
de
typ
e
"MDF
"
.C
es
pann
e
au
x s
on!
disponibl
es
dans
Ia
plup
a
rt
des
ma
gas
ins de
bri
co
l
age
.
Po
ur
un
ca
i
sso
n de
gran
d vo
lum
e
il
es
t r
eco
mm
a
nd
e de pl
acer
des
renfor
ts a
l'int
e
ri
e
ur
du
ca
i
sso
n.
Le
s d
ifferenl
s
co
t
es
devronl
e
ire
c
olle
s (
co
ll
e a b
ois
) et v
isses
(ou
eve
nt
ue
ll
ement
clou
es
).
II
es
t r
ec
omman
de
de
me
ttr
e un
joint
de s
ili
co
ne dans l
es
aret
es
int
e
rn
es
du
ca
i
ss
on
a
fin
d'e
vit
er
le
s
fuite
s
d'
a
ir.
Calcu
duVolume
On
c
alcule
le
volume
en
m
es
ur
a
nt
Ia
dimension
de
c
haque
co
te
et
en
utilisant
Ia
fo
rm
ule
s
ui
vant
e:
Volume
du
caisson
Divise
pres
(litres)
Hauteur
(em)
x
Longueur
(em)
x
Largeur
(em)
1000
Si l
es
du
e
co
t
es
qui
se
f
on
t f
ace
n
'on
t
pas
Ia meme longue
ur,
a
ddit
io
nn
ez
l
es
et
divi
sez
le r
es
ult
at
par
deux
po
ur
ob
te
nir
Ia mo
yenn
e
des
deux lo
ngueur
s
.Utili
sez
le
no
mb
re
ainsi
o
btenu
dan
s
Ia
fo
rmule
pou
r de
terminer
le
litrag
e
.C
e
tt
e
me
th
o
de
permet
d'obtenir
le
vo
lume
du
ca
i
sso
n
sa
ns
de
vo
ir
fa
ir
e
de
ca
lc
ul
s comp
liqu
es
de
sec
ti
on
de
vo
lume
.
L'
ep
aisseu
r
du
mate
ri
au
do
ni
es
t
fa
it le
ca
i
sso
n re
du
it le v
olume
intern
e de
ce
lui
-c
i.
Lor
s
qu
'
on
mes
ure l
es
cotes
du
caisso
n
il
ne
ta
ut
do
ne p
as
oub
li
er
d'o
ter d
es
mes
ur
es
l
'epa
i
sse
ur
du
materiau. Le
hau
t-pa
rl
e
ur
lui
-meme
dim
i
nu
e le
vo
lume
in
I
ern
e
du
ca
i
sso
n. Le vo
lum
e d'
ai
r dep
la
ce par
c
haqu
e m
od
ele
de
ha
ut
-
pa
rle
ur
es
t r
ep
ri
s dans l
es
spec
ifi
ca
ti
ons
tec
hniqu
es
et
do
it
ega
le-
me
nt
etre
so
u
st
ra
it
du vo
lum
e tota
l.
Configuration
du
cablage
En
va
ri
a
nt
Ia
co
nfi
g
ur
a
tion
du
ca
bl
age
de
v
as
ha
ut-
pa
rl
eurs,
vous
po
uve
z cr
ee
r
un
e
charge
d'
imp
eda
n
ce
co
rre
spo
nd
a
nt
a
vo
t
re
system
e.
La
modif
ica
ti
on d
es
conf
i
gu
ra
ti
ons de
cab
l
age
o
ff
re
t
ou
t un ch
oix
d'op
ti
ons
en
ce
q
ui
co
n
ce
rn
e Ia char
ge
d'
i
mpeda
n
ce
. L
es
ca
bl
ages
se
-
ri
e,
para
ll
e
le
, au
ser
i
e/
paral
le
le
so
nt
de
s t
ec
hniqu
es
pe
rm
e
tt
a
nt
de
cab
ler l
es
ha
ut
-p
arle
ur
s
de man
iere
a
prod
ui
re
d
es
char
ges
di
ffe
re
nt
es.
La
co
nfi
g
ur
a
ti
on
se
ri
e
co
nsiste a
cab
ler l
es
ha
ut
-p
ar
le
ur
s a Ia cha
in
e,
bo
ut
a bo
ut.
La
co
nfi
g
ur
at
ion para
ll
ele
utili
se
de
ux ou
pl
us
ieur
s
ha
ut
-p
ar
leu
rs
bran
ch
es
s
ur
de
s ba
rn
es
co
mm
une
s.
La
co
nfi
g
ur
at
i
on
se
ri
e/para
ll
ele
comb
in
e
l
es
deux
tec
hni
qu
es
.Choisi
ssez
le
sche
ma ci-d
esso
us
qui
co
rr
es
pond au
nom
bre de
ha
ut-
pa
rleur
s
de
gr
av
es
et a
!'im
ped
an
ce
de
vo
t
re
amp
l
i.
Filtres
de
subwooler
On
di
s
ti
ng
ue deux
typ
es
de
filtr
es
opera
ti
on
nels : p
assif
et
ac
tif.
Les
filt
res
p
ass
if
s
(bob
i
nes
ou
in
du
cte
u
rs
)
so
nt
pl
aces
s
ur
l
es
fil
s de haut-
pa
rl
eu
r,
en
tre
l
'a
mp
li
et
le ha
ut
-pa
rl
eu
r.
Un
f
iltr
e
ac
tif
es
t
un
f
iltr
e el
ec
troniqu
e
qu
i
sepa
re le s
ign
al a
ud
io
en
vo
ye a
di
ff
eren
ts amp
li
s.
Pour
ob
te
nir
une
pe
r
fo
rm
an
ce
op
tim
ale du s
ubw
oo
fer, nous
reco
mm
a
nd
ons
!'utili
sa
ti
on
d'
un
filt
re
ac
lif
passe-
b
as
80-
10
0 Hz a 12 d
B/oc
t
av
e
Espanol
Cajas
recomendadas
Este
manua
l del
inea
dos
tipos
esp
ecff
i
cos
de
cajas
que
produ
cen
rendimi
entos
inconfund
-
iblement
e d
if
e
rentes.
Esta
secci6n
es pa
ra
ay
udarle
a
decidir
cual tipo
es
el
mejor
para
su
aplicaci6n
.
Cajas
CERRAOAS
Las
caja
s ce
rr
ad
as
son
la
s
mas
facil
es
de
h
ac
er.
La
part
e
mas
im
po
rt
a
nt
e
de
Ia
c
on
s
truc
ci6n
de
una
caj
a
ce
rr
ada
es
garantizar
su
he
r
me
ti
s
mo.
El
u
sa
de
pega
nte y al
gu
n
tipo
de
sellador
en
todos
l
os
bo
rdes
garantizara
una
co
n
st
r
uc
ci6n
salida
y
evita
ra
f
ug
as
de
a
ire.
El
volumen
de
Ia
caja
imp
ac
ta
directamente
el
r
end
imie
nto
del
altavoz.
La
s
ca
j
as
mas
grandes
ofre
ce
n
una
respu
es
ta m
as
plana
y
un
bajo
m
as
pr
of
undo,mientras
que
l
as
mas
peq
uenas
ofrecen
un
incremen
to
en
Ia
curva
de
respuesta
y
gene
ral
mente
una
salida
mayo
r,
pa
ra
un
mayor
NPS
.
Ventajas
de
l
as
cajas
cerradas
:
Cajas
pe
que
n
as
Re
s
pu
esta
lin
eal (plan
a)
No
hay
ru
i
do
del
or
ificio
Capacid
ad
de
alta
palencia
en
toda
s las fre
cuencias
Ex
cele
ntes
pa
ra
Ia
calidad
del
sonid
o
Cajas
con
Orificios
Las
caja
s
co
n
or
ificios
solo
se
difer
enc
i
an
de
las
cerradas
en
qu
e
se
l
es
ha
ce
un
orificio
pa
ra
"sintoni
z
arl
as
."
La
s
cajas
recom
e
nd
adas
son
di
s
en
a
da
s
para
un
gran
r
en
dimiento
gener
a
l.
L
as
ca
j
as
g
ra
ndes
ti
en
de
n a
se
r f
aci
l
es
de
sin
toni
za
r en l
as
fr
ec
ue
nc
i
as
gra
v
es
,mi
e
ntr
as
qu
e
m
ed
ian
as
y
peq
u
efias
so
n m
as
f
ac
il
es
de sin
toni
za
r en l
as
fr
ec
u
en
ci
as
mas ali
as.
El di
se
no
co
n
orifi
ci
os
es
de
un
a
re
sp
u
es
ta men
os
li
nea
l
qu
e
el
de
Ia c
aj
a
ce
r
rada
,
per
o
tierie
un
a
sa
li
da
notablement
e
mayo
r
en
Ia
frecuencia
de s
int
o
nizaci6n.
Ventajas
de
las
cajas
con
orificios:
Un
pro
me
dia
de
salida
mayor
que
l
as
cer
r
adas
La
frecu
encia
de
s
intonizaci
6n
se
aj
u
sta
fa
cilmente
al
cambia
r
Ia
lo
ng
it
ud
del
orificio
Re
s
pue
st
a de
bajo
profunda
con
m
enos
ex
ig
encia
de
pal
e
nc
ia
Fa
bul
osas
para
sa
li
da
a
lta
co
n pale
nc
ia l
imit
ada
Construcciiin
de
una
caja
Pa
ra
un
bu
en
fu
ncionami
e
nt
o l
as
par
edes
de
Ia caja deben
se
r
rig
idas
y
nose
deben do
bl
ar
cuando
se
an
so
metidas
a
Ia
gran
presi
on
qu
e
ejer
ce
el
fun
c
ionami
en
to d
el
altavo
z.
R
ec
o-
mendamos
usa
r ma
dera
comprimid
a
de
me
diana
densidad
,
de
1
.9
em
o lib
ra
de
media
den-
sidad.
Si
Ia
ca
ja es
muy
grande
es
n
ecessa
r
ia
ref
o
rzarla
internam
e
nt
e.
L
as
juntas
deben
s
er
encoladas
y a
se
gurada
s con
tornillo
s o
grapas
.
lnternamente
io
s
bo
r
des
d
eben
s
er
sellado
s
co
n silico
na
pa
ra
p
re
ve
ni
r
las
fuga
s de a ire.
La
co
la para madera
es
Ia mejor opci6n.
Calculo
deVolumenes
Para
ca
lcu
la
r el
volu
me
n
so
lo
se
han
de
med
ir
l
as
di
mens
ion
es
en
ce
ntr
me
tro
s y a
pli
ca
r Ia
for
mul
a:
Volumen
du
Ia
caja
Dlvidldo
por
(en
litros)
Alto(cm)xAncho(cm)
x
Prolundidad(cm)
1000
Si
do
s
ca
r
as
op
u
estas
son
de
dif
eren
te
t
ama
fi
o,
slime
l
as
y
divi
da
el t
ota
l par d
os
pa
ra ob-
tener
el
pro
m
ed
i
o.
U
sa
nd
o esta t
ec
ni
ca
se
ahor
ra
ra el
ca
lc
ulo
p
ar
secc
i
on
es
. El
es
p
es
or
del
m
ate
ri
al
con
que
es
ta
co
n
st
rui
da
Ia
ca
ja r
ed
u
ce
el
vo
lu
me
n
int
e
rn
o,
de
ma
nera que ha
de
r
es
tar
se
de
l
as
dim
ension
es
ex
te
ri
ores
para dete
rmin
ar
el v
olu
m
en
inter
io
r. La
ca
ntid
ad
de
ai
re
que
oc
u
pa
ca
da
mod
el a
vi
ene
espec
ifi
ca
do en Ia hoja de
ca
r
ac
terfs
ti
cas
y t
am
bi
en
debe
su
st
r
ae
r
se
para
o
bt
e
ner
el
vo
lum
en neto inte
ri
o
r.
Configuraciones
del
cableado
AI
va
ri
ar Ia
conf
ig
ur
ac
i6n del
ca
bl
eado
de
los al
ta
v
oc
e
s,
us
ted
puede
crea
r
un
a
imped
ancia
de
ca
rga
qu
e iguale a su sis
tema.
La a
lte
r
aci6
n de
Ia
co
nfi
gu
rac
i
6n
de
l
os
ca
bl
es
da
una
ga
ma de
opc
i
ones
para
im
pe
dancia
de
car
ga.
L
as
co
nfigura
cion
es
en
se
ri
e,
para
lela o en
s
eri
e
-pa
rale
la
so
n t
ec
ni
cas
dif
ere
nt
es
pa
ra el
cab
l
ea
do de los a
lt
avo
ce
s
qu
e
of
r
ece
n
ca
r
gas
di
fe
re
nt
es
. La c
onfi
gu
r
ac
i6n en serie
es
un metoda en
cade
na
en
el
que
l
os
a
lt
avoces
se
co
n
ec
tan de pun
ta
a
punt
a. La
co
nf
igurac
i6n paralela u
sa
d
os
o
mas
a
lt
av
o
ces
co
n
ec
tad
os
a lo la
rg
o
de
term
in
at
es
en
co
mun. La config
ur
ac
i6n en
se
r
ie
-
para
lela
co
mb
in
a
ambas
t
ec
-
ni
cas
.
Esco
ja
el
di
ag
rama
que
co
rr
espo
nda al
nu
me
ro
de
a
lt
av
oces
pa
ra
so
ni
dos
gr
aves y
Ia
imped
anc
ia
de
su
amp
li
ficado
r
Fillros
deTransicion
del
altavoz
para
sonidos
graves
(Subwooler
X·Over)
H
ay
d
os
ti
pos
f
unc
ional
es
de f
ilt
ros
de transici6n,
pas
iv
os
y
ac
ti
vos
. L
os
pas
iv
os
(b
o
bin
as
o
in
duct
ores
)
se
c
on
ecta
n a l
os
ca
bl
es
de
l alt
av
oz, e
ntr
e el
am
pl
ificad
or
y el a
lt
avoz.
Un f
iltr
o de
transici6n
ac
ti
vo
es
un
f
ilt
ro
el
ec
tr
6
ni
co
que
sepa
ra Ia
sena
l de audio a
li
me
nt
ada a di
fe
re
nt
es
a
mpli
fica
dores
Pa
ra
un
rend
imi
e
nt
o
6ptimo
de
l a
lt
avoz
para
so
n
idos
gr
a
ves,
reco
me
nd
amos
el u
sa
de un fil
tro
de
transici6n
ac
ti
vo
de
S0
-1
00
Hz,
paso
ba
jo a 12
dB
/
oc
tava
Deutsch
Empfohlene
Gehliuse
DieseAnleitung
beschreibt
zwei
spezifischeTypen
von
Gehausen,
die
grundsatzlic
h
ver
-
schiedene
Performancemerkmale
bieten
.
DieserAbschnitt
soli
Ihnen
dabei
helfen
zu
entscheiden,welcher
der
besteTyp
fUr
lhreAnwendung
ist.
Geschlossene
Gehause
Geschlossene
Gehause
lassen
sich
am
leichte
ste
n
bauen
.
Der
wichtigsteA
s
pekt
beim
Bau
eines
geschlossenen
Gehauses
ist
zu
gewahrleisten
,
dass
es
luftdicht
ist.
DieVerwendu
ng
von
Klebstoff
und
anderen
Dichtungsmitteln
an
allen
Fugen
gewahrleistet
eine
solide
K
on-
struktion
und
verhindert
Luftverlust.Das
Gehausevolumen
wirkt
sich
unmittelbar
auf
die
Per-
formance
des
Lautsprechers
aus.GroBere
Gehause
bieten
eine
fl
achere
Reaktion
und
tiefere
Basse
,
wohingegen
kleinere
Gehause
eineAbweichung
in
der
Reaktionskurve
bieten
und
im
Allgemeinen
durch
hohere
Lei
stung
zu
einem
hoheren
Schalldruckpegel
tohren.
Vorteile
von
geschlossenen
Gehiiusen:
Kleine
Gehiiuse
Lineare
(!Iache)
Reaktion
Keine
Offnungsgerausche
Hohe
Nennbelastbarkeit
in
allen
Frequenzbere
ic
hen
Ausgezeichnete
Klangqualita
t
Beliiftete
Gehliuse
Be!Oftete
Gehause
unterscheiden
sich
von
geschlossenen
Gehausen
nur
in
sofern
.
als
dass
ein
Luftschlitz
bzw.
eine
Offnung
hinzugefUgt
wird
,
um
das
Gehau
se
zu
,stimme
n
".
Die
emp
-
fohlenen
Gehause
s
ind
fUr
hervorragende
Gesamtperformance
konstruiert.GrtiBere
Gehause
l
asse
n
sich
in
der
Regel
Ie
ic
h
ter
auf
niedrigere
Frequenzen
abstimmen,wohingegen
s
ich
mit
-
tlere
und
kleine
Gehause
Ieichter
auf
hohere
Frequenzen
abstimmen
lassen.Das
be!Uftete
Design
zeigt
eine
weniger
lineare
Reaktion
als
das
geschlossene
Gehause,
erbringt
jedoch
eine
feststellbar
hOhere
Leistung
auf
der
abgestimmten
Frequenz.
Vorteile
von
beliifteten
Gehiiusen:
Hoh
ere
Durch
sch
nitt
s
lei
stung
als
geschlossene
Geha~se
Abstimmfrequenz
kann
Ieicht
durch
Anderung
der
Offnungslange
a
gepasst
werde
n
Ti
efes
Bassverhalten
bei
geringerem
Kraftbedarf
Gut
geeignet
fOr
hohe
Leistung
bei
beschrankter
Kraft
Bau
des
Gehliuses
Um
ordnungsgemaB
zu
funktio
n
ieren,mOssen
die
Gehaus
ewa
nde
steif
sein
und
dOrfen
nic
ht
nachgeben
,
wenn
sie
dem
hohen
Druck
ausgesetzt
sind
,
der
bei
Betrieb
des
Laut
spreche
rs
entsteht.
FOr
optimale
Performance
empfehlen
wir
Faserpl
atte
mittlerer
Dichte
(Starke
ca
.
1,9
em)
und
interneAussteifungen
.
Das
Gehause
wird
verleimt
und
mit
N
ageln
oder
Schrauben
befestigt.Da
Faserplatte
luftdurc
hl
assig
ist,
wird
geraten
,
das
Gehause
von
auBen
mit
Poly-
ur
et
han
zu
behandeln
.
Berechnung
desVotumens
Z
ur
Berec
hnung
desVolumens
e
infa
ch
die
MaBe
feststellen
und
folgende
Forme!
anwend
en
:
Gehiiuse-Volumen
Vorbei
geteilt
(Liter)
Hiihe
(em)
x
Breite
(em)
xTiele
(em)
1000
Sind
zwei
gegenOber
liegende
Seite
n
un
g
lei
ch
l
ang,
die
Durchschnittslange
der
beiden
Seiten
berechnen
.
DasVolumen
l
ass!
sich
mithilfe
dieser
Zah
t
berechnen,
ohne
das
Geha
us
e
inAbs
chn
itten
berechnen
zu
mUssen
.
Die
Starke
des
Resonanzwandmaterials
redu
z
iert
das
lnnenvolum
en
und
muss
dah
er z
ur
Fe
sts
tellung
des
lnn
envo
lum
ens
vomAuBenvolumen
s
ubtr
ah
i
ert
w
erden.De
r
Laut
sp
recher
se
lb
st
reduziert
das
lnn
e
nvolum
en
ebenfal
ls.
Die
Lu
ft
-
verdrangung
fUr
jedes
Modell
i
st
unterTe
c
hnische
Daten
aufgefUhrt
und
muss
bei
d
er
Gesa-
mtkalkulation
de
s
Volum
ens
ebenfa
ll
s s
ubtrahiert
werden
.
Verkabelungskonfigurationen
DurchVeranderung
derVerkabelungskonfiguration
lhrer
Laut
spreche
r
konnen
Sie
eine
lm
ped
-
anzlast
her
ste
llen
,
die
lhrem
System
en
tspricht.
Bietet
dieVeranderung
derVerkabelungsk
on-
figurationen
e
ine
Reihe
von
Optionen
fOr
die
lmp
edanz
l
as
t.
Reihen-,
Parallel-
oder
Reihen
-
Parallei
-
Verkabelung
en
s
ind
ver
sc
hi
edeneTechniken
fUr
di
eVe
rkab
e
lun
g
von
Lautsprechern,
die
unterschiedliche
Belastungen
bieten.Di
e
Reihenkonf
igurati
on
ist
eine
Reihenmethode,
bei
der
die
Laut
sp
recher
von
Ende
zu
Ende
verkabelt
werden.Die
Parallelkonfiguration
ver-
wendet
mindestens
z
wei
Lautsprecher,
die
Uber
gemeinsameAnsch!Usse
verkabelt
we
r
den
.
Die
Rei
hen
-
Parallei
-
Konfiguration
kombiniert
beideTechnik
en
.Wahlen
Sie
das
nachfolg
en
de
Ver
kabe
lun
gsd
iagr
a
mm
aus,
das
der
Zah
l
anTiefttinern
und
der
lmp
e
dan
z
lhr
es
V
erstarkers
en
t
spricht.
Subwoofer-Crossover
Es
gibt
z
wei
Betriebstypen
fUr
Cro
sso
ver,
und
zwar
passive
und
aktive.
Passive
Crossover
(Spul
en o
der
lndu
ktoren)
w
erde
n
auf
den
Laut
spr
ec
herkabeln
zw
i
sc
hen
Versta
rk
er
und
Laut
s
precher
pl
atziert.
E
in
aktives
Crossover
ist e
in
elektroni
sc
her
F
ilter
,
der
dasAudios
i
gnal
trennt
,
da
s
verschiedenenVer
s
tarkern
z
ugetuhrt
wird
. Z
ur
op
ti
malen
Subwoofer
-
Performance
empfe
hl
en
wir
dieVerwendung
von
akt
iv
en
80
-
100
Hz
-N
ied
rig
pass-Crossovern
bei
12
dB/
Okt
a
v.
Italiano
Casse
acustiche
consigliate
II
presente
manua
le
descrive
a
grandi
linee
due
ti
pi
di
cassa
acustica
c
he
forn
i
scono
prestazi-
oni
distintament
e
diverse.
La
presente
sezione
mira
ad
aiutare
a
deci
ders
q
uale
sia
il
tipo
migliore
per
Ia
propria
applicazione.
Casse
a
chiusura
ermetica
Le
casse
a
chiusu
ra
ermetica
sana
le
pili
semplici
da
costruire.
La
cosa
p
ili
importante
in
questa
tipo
di
cos
truzione
e
di
accertarsi
che
Ia
chiusura
sia
a
tenuta
d'aria.
L:uso
di
colla
e
di
un
qualche
al
t
ro
tipo
di
maslice
in
tutti
i
punt
i
di
giuntura
garan
t
ira
che
Ia
costruzione
sia
salida
ed
evite
ra
le
perdite
d
'a
ria.
II
vo
lu
me
della
cassa
in
f
luira
in
modo
diretto
sulle
prestazioni
de
l
diff
usore.
Le
casse
pili
grand
i f
orn
iranno
una
r
isposta
pili
piatta
e
bassi
pili
profondi,
mentre
q
uelle
pili
p
icco
le
prese
nte
r
anno
una
gobba
nella
curva
di r
isposta
e
lorn
i-
ran
no
in
generale
un'uscita
pili
alta
per
un
maggiore
live!
Ia
SPL.
Vantaggi
delle
casse
a
chiusura
ermetica:
Casse
di
dim
ens
ioni
ridotte
Risposta
l
in
eare
(piatta)
Nessun
disturbo
da
apertura
Gestione
di
potenza
alta
a
tutte
le
frequenze
Eccellente
qualita
del
suono
Ottima
usc
ita
di
bassa
frequenza
a
confront
o
delle
casse
con
sfiato
Casse
con
sfiato
Le
casse
co
n s
fi
ato
differiscono
da
quelle
a
ch
i
us
ura
ermetica
so
lo
per
il
la
tt
a
che
in
esse
e
prati
ca
ta
un
'
apertu
ra o
porta
per
"accordare"
Ia
cassa
stessa.
Le
casse
consig
liat
e
sono
state
progetta
te
per
forn
ir
e
una
buona
prestazione
nell'insieme.
Le
casse
pili
grand
i
sana
gener
-
almente
pili
fa
c
il
i
da
accordare
alia
frequenze
pi
li
basse,
mentre
quel
le
picco
le
e
di
misura
mediana
sana
pili
facili
da
accordare
aile
freque
nze
pili
alte.
II
design
con
sf
i
ato
ha
risposta
me
no
lineare
de
l
le
casse
a
chi
usura
ermetica
,
ma
possiede
un'uscita
not
evolme
nte
maggiore
alia
frequen
za
di
a
cc
ordo.
Vantaggi
delle
casse
con
sfiato:
Usc
ita
media
super
ior
e
aile
casse
chi
us
e
La
frequenza
di
acco
r
do
puo
esse
re
regolata
fa
cilmente
modif
ic
ando
Ia
lungh
ezza
dell'apertura
Risposta
di
bass
i
profondi
con
minore
potenza
Ottime
per
us
cita
alta
con
potenza
limita
ta
Costruzione
della
cassa
Perch8
Ia
cassa
possa
tunzionare
in
modo
corretto
e
necess
a
ria
c
he
le
paret
i s
iano
rigide
e
non
si
flettano
quando
sana
assoggettate
aile ai
le
pressioni
prodotte
da
l
di
ff
usore
in
opera-
zi
one.
Per
ottenere
i
migliori
ri
su
lt
at
i si
cons
igl
ia
di
usare
MDF
(pann
ello
di
fibre
di
densita
media)
della
spessore
di
3/4
di
pollice
. I
panne
lli
d
ella
cassa
dovrebb
e
ro
essere
uniti
con
colla
e
tenuti
assieme
in
modo
sic
uro
con
ch
i
od
i o
viti.
Calcolo
del
volume
II
calcolo
del
vo
l
ume
consiste
semplicemente
nel
prendere
le
misure
in
pollici
e
usare
Ia
formula
seguente:
Volume
della
casella
Diviso
vicino
(nei
litri)
Altezza(cm)
x
Larghezza
(em)
x
Prolonditil
(em)
1000
Se
due
J
ati
hanna
l
ungh
ezze
diverse,
sommare
i
due
valori
e
dividere
per
due
per
ottenere
il
valore
med
ia.
II
numero
co
sl
ottenuto
forn
ira
il
volume
senza
doverlo
ca
l
co
l
are
dividendo
Ia
cassa
in
sez
ion
i e
quindi
sommando
assieme
i
vo
lumi
delle
diver
se
sezioni.
Lo
spessore
del
materiale
di
dia
fra
mma
riduce
il
volume
in
te
rn
ee
quindi
Ia
si
dovra
sottrarre
ai
le
dimensioni
esterne
per
calcolare
il
volume.
Anche
l'altopa
rl
ante
vera
e
proprio
r
iduce
il
vo
lum
e
interno
.
II
volume
d'ari
a
occ
upato
da
ciasc
un
mod
ello
e
indicato
nel
foglio
dei
dat
i
tecnici
e
dovra
esse
re
sottratto
d
al
volume
lordo
ca
lc
olato.
Configurazione
d'impianto
Vari
a
nd
o l
aconfigu
razione
d'
impi
anto
de
i
propr
i
diffu
s
ori
si
puo
cr
eare
un
ca
r
ic
o
d'impedenza
accoppiato
a
quello
del
sistema
. La
modif
i
ca
d
ella
configurazione
d'
i
mp
i
anto
produce
una
gamma
di
scelte
di
ca
rico
d'imp
eden
za
Le
conf
i
gura
z
ioni
d'
impianto
in
serie
,
in
parallelo,
in
se
rie
-para
llelo
r
appresentano
diverse
tecnic
he
di
collegamento
dei
fiJi
che
p
ro
ducono
carichi
diversi.
La
con
f
igura
z
ione
in
serie
rappre
sen
ta
un
metoda
di
collegame
nto
in
cui
i
diffusori
sono
collegat
i
uno
dopa
l'atro
.
La
configuraz
i
one
in
parallelo
utili
ua
du
e o
pili
diffusori
collegati
co
n
te
rm
inali
com
uni.
La
config
u
razi
one
in
se
rie-p
ara
lle
lo
unisce
le
due
tecniche.
Scegl
i
ere
lo
schema
d'impianto
che
corrisponde
al
proprio
numero
di
woo
fe
r e
all'impeden
za
dell'amplificatore.
Crossover
dei
subwoofer
Ci
sono
due
tip
i
di
crossover,
pa
s
si
vo e a
ttivo
.
I
crossover
pass
ivi
(bobine
o
induttori)
so
no
posti
s
ui
fiJi
de
i di
ffusor
i
trail
diflu
so
re
e l'
amp
lifi
ca
tore
.
II
cros
s
ove
r
attivo
e
un
filtro
elett
ro
-
nico
che
separa
il
se
gnale
a
udio
inviato
a di
ve
rsi
amp
lifi
catori
.
Per
ottimi
zza
re
le
prestazioni
dei
s
ubw
oofer,
si
cons
iglia
di
usare
un
c
ros
s
ove
r
att
ivo
passa
-
basso
da
80-100
Hz
a
12
dB
/
ottava.
7
8
Rockford
Corporation
offers
a
limited
warranty
on
Rockford
Fosgate
products
on
the
following
terms:
length
of
Warranty
POWER
Amplifiers-
2
Years
BMW®
Direct
Fit
Speakers-
2
Years
All
other
products
-1
Year
Any
Factory
Refurbished
Product-
90
days
(receipt
required)
What
is
Covered
Warranty
This
warranty
applies
only
to
Rockford
Fosgate
products
sold
to
consumers
by
Authorized
Rockford
Fosgate
Dealers
in
the
United
States
of
America
or
its
possession
s.
Product
purchased
by
consumers
from
an
Authorized
Rockford
Fosgate
Deal
er in
another
country
ar
e c
overed
only
by
that
country's
Distribu-
tor
and
not
by
Rockford
Corporation.
Who
is
Covered
This
warranty
covers
only
the
original
purchaser
of
Rockford
product
purchased
from
an
Authorized
Rockford
Fosgate
Dealer
in
the
United
States.
In
order
to
receive
service,
the
purchaser
must
provide
Rockford
with
a
copy
of
the
receipt
stating
the
customer
name
,
dealer
name,
product
pur
c
hased
and
date
of
purcha
s
e.
Products
found
to
be
defective
during
the
warranty
period
will
be
repaired
or
replaced
(with
a
product
deemed
to
be
equivalent)
at
Rock
ford's
discretion.
What
is
Not
Covered
1.
Damage
caused
by
accident,
abuse,
improper
operations,
water,
theft,
shipping.
2.
Any
cost
or
expense
related
to
the
removal
or
reinstallation
of
product.
3.
Service
performed
by
anyone
other
than
Rockford
or
an
Authorized
Rockford
Fosgate
Service
Center.
4.
Any
product
which
has
had
the
serial
number
defaced,
altered,
or
removed
.
5.
Subsequent
damage
to
other
components
.
6.
Any
product
purchased
outside
the
U.S.
7.
Any
product
not
purchased
from
an
Authorized
Rockford
Fosgate
Dealer.
limit
on
Implied
Warranties
Any
implied
warranties
including
warranties
of
fitness
for
use
and
merchantability
are
limited
in
duration
to
the
period
of
the
express
warranty
set
forth
above
.
Some
states
do
not
allow
limitations
on
the
length
of
an
implied
warranty,
so
this
limitation
may
not
apply
.
No
person
is
authorized
to
assume
for
Rockford
Fosgate
any
other
liability
in
connec
t
ion
with
the
sale
of
the
product.
How
to
Obtain
Service
Contact
the
Authorized
Rockford
Fosgate
Dealer
you
purchased
this
product
from.
If
you
n
ee
d
further
assistance
,
call1-800
-
669
-
9899
for
Rockford
Cus-
tomer
Service.
You
must
obtain
an
RA#
(Return
Authorization
number)
to
return
any
product
to
Rockford
Fosgate.
You
ar
e
responsible
for
shipment
of
product
to
Ro
c
kford.
EU
Warranty
This
product
meets
th
e
current
EU
warranty
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t l VV E SLIM SUBWOOFERS T1 S1-10 • T1 S2-10 T1S1-12 • T1S2-12 Serial Number: _ _ _ _ __ Date of Purchase: _ _ _ __ Installation & Operation Introduction Dear Customer, Congratulations on your purchase of the world's finest brand of car audio products. At Rockford Fosgate we are fanatics about musical reproduction at its best, and we are pleased you chose our product. Through years of engineering expertise, hand craftsmanship and critical testing procedures, we have created a wide range of products that reproduce music with all the clarity and richness you deserve. If, after reading your manual, you still have questions regarding this product, we recommend that you see your Rockford Fosgate dealer. If you need further assistance, you can call us direct at 1-800-669-9899. Be sure to have your serial number, model number and date of purchase available when you call. For maximum performance we recommend you have your new Rockford Fosgate product installed by an Authorized Rockford Fosgate Dealer, as we provide specialized training through Rockford Technical Training Institute (RTTI). Please read your warranty and retain your receipt and original carton for possible future use. Great product and competent installations are only a piece of the puzzle when it comes to your system. Make sure that your installer is using 100% authentic installation accessories from Rockford Fosgate in your installation. Rockford Fosgate has everything from RCA cables and speaker wire to power wire and battery connectors. Insist on it! After all, your new system deserves nothing but the best. To add the finishing touch to your new Rockford Fosgate image, order your Rockford accessories, which include everything from T-shirts to hats. Visit our web site for the latest information on all Rockford products; www. rockfordfosgate. com or, in the U.S. call1-800-669-9899 or FAX 1-800-398-3985. For all other countries, call +001-480-967 -3565 or FAX +001-480-966-3983. Table of Content 2 Introduction 3 Specifications 4-5 Enclosures Sealed or Vented Wiring 6-7 Additional Languages French Spanish German Italian 8 Limited Warranty Information Safety This symbol with "WARNING" is intended to alert the user to the presence of important ~WARNING instructions. Failure to heed the instructions will result in severe injury or death. This symbol with "CAUTION" is intended to alert the user to the presence of important ~ instructions. Failure to heed the instructions can result in injury or unit damage. CAUTION • To prevent injury and damage to the unit, please read and follow the instructions in this manual. We want you to enjoy this system, not get a headache. • If you feel unsure about installing this system yourself, have it installed by a qualified Rockford Fosgate technician. • Before installation, disconnect the battery negative (-) terminal to prevent damage to the unit, fire and/or possible injury. ©2014 Rockford Corporation. All Rights Reserved. ROCKFORD FOSGATE and associated logos where applicable are registered trademarks of Rockford Corporation in the United States and/or other countries. All other trademarks are the property of the1r respective owners. Specifications subject to change without notice 2 Specifications Model T1S1-10 T1S2-10 T1S1-12 T1S2-12 500/1000 500/1000 600/1200 600/1 200 Nominal Impedance (Ohms) Frequency Response (Hz) Voice Coil Diamete1 - inch (mm) Displacement- cu ft. (Liter) Fs Free Air Resonance (Hz) Ots Vas- cu. It (Liter) Xmax - inch (mm) SPL (dB@ 1w/1m) Power Handling- Watts (RMS/Peak) .,. ,.,••'"'''•Q CEA 2031 conform to CEA~203 1 industry standards. This means your Power handling on Rockford Fosgate power handling that over time can damage voice coils. instantaneous not lemand, c continuous under power ~f 1.f·2D3\t.o; ~ § 0 ':' : VERIFIEDWITH~ KLl PPEl "-.__../ has the capacity to handle VERIFIED WITH KLIPPEL To adorn the 'Verified with Klippel' mark, the qualifying company's loudspeaker engineering personnel must be trained and certified by Klippel prior to using the three separate Klippel systems to design, develop and test Rockford Fosgate has made the investment in Klippel to deliver the best possible speakers and subwoofers to their customers. ...- -- B A PUSH to attach wire PUSH to attach wire A- Overall Diameter- inch (rnm) B- Screw Hole Dia.- inch (mm) 0 - Mounting Depth inch (mrn) 3 Enclosures Carton Contents • T1 Subwoofer with Trim Ring • • (12) Mounting Screws Building an Enclosure To work properly, the walls of the enclosure must be rigid and not flex when subjected to the high pressures generated by the speaker's operation. For optimum performance, we recommend using 3/4" MDF (Medium Density Fiberboard) and internal bracing. The enclosure should be glued together and secured with nails or screws. (4) Trim Ring Screws • • (1) Socket head driver bit Installation and Operation Manual Recommended Enclosures This manual outlines two specific types of enclosures that provide distinctly different performance. This section is to help you decide which type is best for your application. Sealed Enclosures Sealed enclosures are the simplest to build. The most important part of building a sealed enclosure is to make sure that the enclosure is airtight. Using glue and some type of sealant on all seams will ensure solid construction and prevent air leaks. The box volume will directly impact the performance of the speaker. Larger enclosures will provide flatter response and deeper bass where smaller boxes will provide a bump in the response curve and generally higher output for greater SPL. Advantages of sealed enclosures: • Small enclosures • Linear (Flat) response • No port noise • High power handling at all frequencies • Excellent for sound quality • Extended low frequency output when compared to vented enclosures Calculating Volume Calculating volume is merely a matter of measuring the dimensions in inches and using the formula: Hx Wx Ddivided by 1728 (cubic feet). See block below. Box Volume Divided by (cubic feet) Height" x Width" x Depth" 1728 If two facing sides are of uneven length, add them together and divide by two to take the average. Using this number will give you the volume without the necessity of calculating the box in sections and adding the sections together. The thickness of the baffle material reduces the internal volume so this must be subtracted from the outside dimensions to determine the internal volume. The speaker itself also reduces the internal volume. The amount of air displaced by each model is listed on the specification sheet and should also be subtracted from the gross volume calculation. Sealed Enclosure NOTE: Vb is the internal volume, before any speaker and/or port displacement is added. All external dimensions were based on the use of 3/4" (1.90cm) materials. Vented Enclosures Vented enclosures vary only from the sealed enclosure in that a vent or port is added to "tune" the enclosure. The enclosures recommended are designed for great overall performance. Larger boxes tend to be easy to tune to lower frequencies while medium and small boxes are easier to tune to higher frequencies. The vented design is less linear in response than the sealed box but with noticeably more output at the tuning frequency. NOTE: When using enclosures other than recommended, call Technical Support for correct application. Advantages of vented enclosures: • Higher average output than sealed • Tuning frequency can be easily adjusted by changing port length • Deep bass response with lower power requirements • Great for high output with limited power Vented vs Sealed The graph shown here is a sample of how the F3 drop-off point differs between sealed and vented enclosures. - - ! - -···- -- t--+- - 120.0 t - - -·110.0 - 1-- . 1-- - - 1-- ~=: ·· 100.0 90.0 - +- +-·- +-- . . - -1-- · - 1- ~-=-1-- t--- .. - ~ - - t- 1-- t-- t-· 80.0 1--1-·--1-- 70.0 - ..- t-- · · · -1 -- 60.0 10 .0 20.0 · - · Sealed Box 4 400 - Vented Box 60.0 80.0 100.0 Frequency, Hz 1 - f- Optimum Sealed Enclosure Recommendation Sealed Enclosures Total Internal Volume cu. ft. (Liter) Woofer Displacement cu. ft. (Liter) Vb- Internal Area cu. fl. (Liter) F3 - 3dBPoint (Hz) Ole - Enclosure Damping H- Height - inch (em) W- Width - inch (em) D- Depth - inch (em) 10" 12" 0.80 (22.62) 1.10 (30.87) 0.03 (0.82) 0.77 (218) 0.05 (1.42) 1.05 (29.45) 40.3 39.9 1.10 1.18 13.0 (33.02) 22.0 (55 88) 9 5 (24.13) 12 (30.48) 18 (45.72) 95(24.13) Recommended Sealed Enclosure Volume Range 200.0 Sealed Enclosures Vb- Volume range cu. ft. (Liter) 10" 0.5 to 1.0 (14.16 to 28.32) 12" 0.75 to 1.25 (21.24 to 35.40) Enclosures Vented Enclosures NOTE: Vb is the internal volume, before any speaker and/or port displacement is added. All external dimensions were based on the use of 3/4" (1.90cm) materials. NOTE: When using enclosures other than recommended , call Technical Support for correct application. Wiring Configurations By varying the wiring configuration of your speakers you can create an impedance load to match your system. Altering the wiring configurations gives a range of options for impedance loads. Series, Parallel , or Series-Parallel wiring configurations are different techniques for wiring speakers that provide different loads. Series configuration is a string method where speakers are wired end to end. Parallel configuration uses two or more speakers wired across common terminals. SeriesParallel configuration combines both techniques. Choose the wiring diagram that corresponds to the number of woofers and the impedance of your amplifier. Parallel Wiring 3/4" MDF I I I I I I :~ : (2) 2 ohm SVC Speaker= 1 ohm Load Optimum Vented (Ported) Enclosure Sizes Vented Enclosures 10" 12" Total Internal Volume cu. ft. (liter) 1.5 (42.48) 2.0 (56.63) Woofer Displacement cu. ft. (Liter) 0.03 (0.82) 0.05 (1.42) Port Displacement cu. ft. (Liter) 0.12(3.4) 0.09 (2.55) Vb- Internal Area cu. ft. (Liter) 1.35 (38.23) 1.86 (52.67) 40 35 F8 - Tuning Frequency (Hz) F3 - 3dB Point (Hz) 30 28 H- Height - inch (em) 12.0 (30.48) 14.5 (36.83) W- Width- inch (em) 20.0 (50.8) 22.5 (57.15) D- Depth - inch (em) 15.0 (38.1) 14.25 (36.2) P- Port Diameter and Length- inch (em) 4x14.25 4 X 13 (10.16 x36.2) (10.16 x33.02) NOTE: The port shown can be placed on any face of the enclosure as long as the port ends are not obstructed. NOTE: When using vented enclosures, for maximum reliability and power handling ensure, that a subsonic or "infrasonic" filter at or above 27Hz is used so that only usable low frequency signals are sent to the subwoofer. Series Wiring (2) 1 ohm SVC Speaker= 2 ohm Load Subwoofer Crossovers There are two operational types of crossovers, passive and active. Passive crossovers (coils or inductors) are placed on the speaker leads between the amplifier and speaker. An active crossover is an electronic filter that separates the audio signal fed to different amplifiers. For optimum subwoofer performance, we recommend using an active 80-1 OOHz low-pass crossover at 12dB/octave. Fran~ais Espanol Enceintes recommandees Ce manuel decrit deux types particuliers d'enceintes aux performances tout afait distinctes. Cette section vous permettra de decider celui qui vous conviendra le mieux. Enceintes Etanches Les enceintes etanches sont les plus faciles afabriquer.A eel egard, Ia chose Ia plus importante dans leur fabrication est de vous assurer qu'elles sont vraiment hermetiques.Appliquez de Ia co lie et un produit d'etancheite sur taus lesjoints pour solidifier !'ensemble et empecher toute fuite d'air. Le volume du caisson influe directement sur Ia performance du haut-parleur. Les enceintes de plus grande dimension delivrent une reponse uniforms en frequence avec des graves profonds alors que les enceintes plus petites ant une courbe de reponse plus pr noncee et un rendement generalement superieur pour un niveau de pression acou tique plus eleve. Avantage des enceintes etanches: • Petites enceintes • Reponse lineaire (uniforme) • Pas de bruit d'event • Puissance elevee sur toutes les frequences • Excellentes en ce qui concerne Ia qua lite duson Enceintes AEvent Les enceintes a event se distinguent des enceintes etanches du fait qu'on y ajoute un event au port pour les " accorder ... Les enceintes reco mandees son! convues pour offrir d'excellentes performances. II est generalement plus facile d'accorder les caissons plus grands pour !'obtention de basses frequences et les caissons moyens et petits pour des frequences plus elevees. Les enceintes aevent ant une reponse mains lineaire que les enceintes etanches mais degagent nettement plus de puissance aIa frequence d'accord. Avantages des enceintes aevent : • Rendement moyen superieur par rapport aux modeles etanches • Lafrequence d'accord peut etrefacilement reg lee en changeant Ia lo gueur de !'event • Reproduction profonde des basses avec unepuissance d'entree moindre • Excellent choix pour un rendement eleve aIaibie puissance d'entree Construire Un Caisson Pour fonctionner convenablement les parois du caisson doivent etre rigides lorsqu'elles sont soumises aux hautes pressions dues au fonctionnement du haut-parleur.Nous vous recommandons d'utiliser des panneaux de bois agglomere ahaute au moyenne densite de particules de type "MDF".Ces panneaux son! disponibles dans Ia plupart des magasins de bricolage. Pour un caisson de grand volume il est recommande de placer des renforts a l'interieur du caisson. Les differenls cotes devronl eire colles (colle abois) et visses (ou eventuellement cloues). II est recommande de mettre un joint de silicone dans les aretes internes du caisson afin d'eviter les fuites d'air. Calcu duVolume On calcule le volume en mesurant Ia dimension de chaque cote et en utilisant Ia formule suivante: Volume du caisson Hauteur (em) x Longueur (em) x Largeur (em) Divise pres (litres) 1000 Si les due cotes qui se font face n'ont pas Ia meme longueur, additionnez les et divisez le resultat par deux pour obtenir Ia moyenne des deux longueurs.Utilisez le nombre ainsi obtenu dans Ia formule pour determiner le litrage.Cette methode permet d'obtenir le volume du caisson sans devoir faire de calculs compliques de section de volume. L'epaisseur du materiau doni est fait le caisson reduit le volume interne de celui-ci. Lorsqu'on mesure les cotes du caisson il ne taut done pas oublier d'oter des mesures l'epaisseur du materiau. Le haut-parleur lui-meme diminue le volume in Ierne du caisson. Le volume d'air deplace par chaque modele de haut-parleur est repris dans les specifications techniques et doit egalement etre soustrait du volumetotal. Configuration du cablage En variant Ia configuration du cablage de vas haut-parleurs, vous pouvez creer une charge d'impedance correspondant avotre systeme. La modification des configurations decablage offre tout un choix d'options en ce qui concerne Ia charge d'impedance. Les cablages serie, parallele, au serie/parallele sont des techniques permettant de cabler les haut-parleurs de maniere aproduire des charges differentes. La configuration serie consiste acabler les haut-parleurs aIa chaine, bout about. La configuration parallele utilise deux ou plusieurs haut-parleurs branches sur des barnes communes. La configuration serie/parallelecombine les deux techniques.Choisissez le schema ci-dessous qui correspond au nombre de hautparleurs de graves et a!'impedance devotre ampli. Filtres de subwooler On distingue deux types de filtres operationnels : passif et actif. Les filtres passifs (bobines ou inducteurs) sont places sur les fils de haut-parleur, entre l'ampli et lehaut-parleur.Un filtre actif est un filtre electronique qui separe le signal audio envoye a differents amplis. Pour obtenir une performance optimale du subwoofer, nous recommandons !'utilisation d'un filtre aclif passe-bas 80-100 Hza12 dB/octave 6 Cajas recomendadas Este manual delinea dos tipos especfficos de cajas que producen rendimientos inconfundiblemente diferentes. Esta secci6n es para ayudarle a decidir cual tipo es el mejor para su aplicaci6n. Cajas CERRAOAS Las cajas cerradas son las mas faciles de hacer. La parte mas importante de Ia construcci6n de una caja cerrada es garantizar su hermetismo. El usa de pegante y alguntipo de sellador en todos los bordes garantizara una construcci6n salida y evitara fugas de aire. El volumen de Ia caja impacta directamente el rendimiento del altavoz. Las cajas mas grandes ofrecen una respuesta mas plana y un bajo mas profundo,mientras que las mas pequenas ofrecen un incremento en Ia curva de respuesta y generalmente una salida mayor, para un mayor NPS. Ventajas de las cajas cerradas: • Cajas pequenas • Respuesta lineal (plana) • No hay ruido del orificio • Capacidad de alta palencia en todas las frecuencias • Excelentes para Ia calidad del sonido Cajas con Orificios Las cajas con orificios solo se diferencian de las cerradas en quese les hace un orificio para "sintonizarlas." Las cajas recomendadas son disenadas para un gran rendimiento general. Las cajas grandes tienden a ser faciles de sintonizar en las frecuencias graves,mientras que medianas y pequefias son mas faciles de sintonizar en las frecuencias mas alias. El diseno con orificios es deuna respuestamenos lineal queel de Iacaja cerrada, perotierie unasalida notablementemayor en Ia frecuencia desintonizaci6n. Ventajas de las cajas con orificios: • Un pro media de salida mayor que las cerradas • La frecuencia de sintonizaci6n se ajusta facilmente al cambiar Ia longitud del orificio • Respuestade bajo profunda con menos exigencia de palencia • Fabulosas para salida alta con palencia limitada Construcciiin de una caja Para un buen funcionamiento las paredes de Ia caja deben ser rigidas y nose deben doblar cuando sean sometidas a Ia gran presion que ejerce el funcionamiento del altavoz. Recomendamos usar madera comprimidade mediana densidad, de 1.9 em o libra de media densidad. Si Ia caja es muy grande es necessaria reforzarla internamente. Las juntas deben ser encoladas y aseguradas con tornillos o grapas. lnternamente ios bordes deben ser sellados con silicona para prevenir las fugas deaire. La cola para madera es Iamejor opci6n. Calculo deVolumenes Para calcular el volumen solo se han de medir las dimensiones en centrmetros y aplicar Ia formula: Volumen du Ia caja Alto(cm)xAncho(cm) x Prolundidad(cm) Dlvidldo por (en litros) 1000 Si dos caras opuestas son de diferente tamafio, slime las y divida el total par dos para obtener el promedio.Usando esta tecnica se ahorrara el calculo par secciones. El espesor del material con que esta construida Ia caja reduce el volumen interno, de manera que ha de restarse de las dimensiones exteriores para determinar el volumen interior. La cantidad de aire queocupa cada modela viene especificado en Ia hoja de caracterfsticas y tam bien debe sustraerse para obtener el volumen neto interi or. Configuraciones del cableado AI variar Ia configuraci6n del cableado de los altavoces, usted puede crear una impedancia de carga que iguale a su sistema. La alteraci6n de Ia configuraci6n de los cables da una gama de opciones para impedancia de carga. Las configuraciones en serie, paralela o en serie-paralela son tecnicas diferentes para el cableado de los altavoces que ofrecen cargas diferentes. La configuraci6n en serie es un metoda en cadena en el que los altavoces se conectan depunta a punta. La configuraci6n paralela usa dos o mas altavoces conectados a lo largo de terminates en comun. Laconfiguraci6n en serie-paralela combina ambas tecnicas. Escojael diagrama que correspondaal numero de altavoces para sonidos graves y Ia impedancia de su amplificador Fillros deTransicion del altavoz para sonidos graves (Subwooler X·Over) Hay dos tipos funcionales defiltros detransici6n, pasivos y activos. Los pasivos (bobinas o inductores) se conectana los cables del altavoz, entreel ampl ificador y el altavoz.Un filtrode transici6n activo es un filtro electr6nico quesepara Iasenal deaudio alimentadaa diferentes amplificadores Paraun rendimiento 6ptimo del altavoz para sonidos graves, recomendamos el usa de un filtro de transici6n activo de S0-100Hz, paso bajo a12dB/octava Deutsch Italiano Empfohlene Gehliuse DieseAnleitung beschreibt zwei spezifischeTypen von Gehausen, die grundsatzlich verschiedene Performancemerkmale bieten.DieserAbschnitt soli Ihnen dabei helfen zu entscheiden,welcher der besteTyp fUr lhreAnwendung ist. Geschlossene Gehause Geschlossene Gehause lassen sich am leichtesten bauen.Der wichtigsteAspekt beim Bau eines geschlossenen Gehauses ist zu gewahrleisten, dass es luftdicht ist. DieVerwendung von Klebstoff und anderen Dichtungsmitteln an allen Fugen gewahrleistet eine solide Konstruktion und verhindert Luftverlust.Das Gehausevolumen wirkt sich unmittelbar auf die Performance des Lautsprechers aus.GroBere Gehause bieten eine flachere Reaktion und tiefere Basse,wohingegen kleinere Gehause eineAbweichung in der Reaktionskurve bieten und im Allgemeinen durch hohere Lei stung zu einem hoheren Schalldruckpegel tohren. Vorteile von geschlossenen Gehiiusen: • Kleine Gehiiuse • Lineare (!Iache) Reaktion • Keine Offnungsgerausche • Hohe Nennbelastbarkeit in allen Frequenzbereichen • Ausgezeichnete Klangqualitat Beliiftete Gehliuse Be!Oftete Gehause unterscheiden sich von geschlossenen Gehausen nur in sofern. als dass ein Luftschlitz bzw. eine Offnung hinzugefUgt wird, um das Gehause zu ,stimmen".Die empfohlenen Gehause sind fUr hervorragende Gesamtperformance konstruiert.GrtiBere Gehause lassen sich in der Regel Ieichter auf niedrigere Frequenzen abstimmen,wohingegen sich mittlere und kleine Gehause Ieichter auf hohere Frequenzen abstimmen lassen.Das be!Uftete Design zeigt eine weniger lineare Reaktion als das geschlossene Gehause, erbringt jedoch eine feststellbar hOhere Leistung auf der abgestimmten Frequenz. Vorteile von beliifteten Gehiiusen: • Hohere Durchschnittsleistung als geschlossene Geha~se • Abstimmfrequenz kann Ieicht durch Anderung der Offnungslange a gepasst werden • Tiefes Bassverhalten bei geringerem Kraftbedarf • Gut geeignet fOr hohe Leistung bei beschrankter Kraft Bau des Gehliuses Um ordnungsgemaB zu funktionieren,mOssen die Gehausewande steif sein und dOrfen nicht nachgeben,wenn sie dem hohen Druck ausgesetzt sind, der bei Betrieb des Lautsprechers entsteht. FOr optimale Performance empfehlen wir Faserplatte mittlerer Dichte (Starke ca. 1,9 em) und interneAussteifungen.Das Gehause wird verleimt und mit Nageln oder Schrauben befestigt.Da Faserplatte luftdurchlassig ist, wird geraten, das Gehause von auBen mit Polyurethan zu behandeln. Berechnung desVotumens Zur Berechnung desVolumens einfach die MaBe feststellen und folgende Forme! anwenden: Gehiiuse-Volumen Hiihe (em) x Breite (em) xTiele (em) Vorbei geteilt (Liter) 1000 Sind zwei gegenOber liegende Seiten ungleich lang, die Durchschnittslange der beiden Seiten berechnen.DasVolumen lass! sich mithilfe dieser Zaht berechnen, ohne das Gehause inAbschnitten berechnen zu mUssen.Die Starke des Resonanzwandmaterials reduziert das lnnenvolumen und muss daher zur Feststellung des lnnenvolumens vomAuBenvolumen subtrahiert werden.Der Lautsprecher selbst reduziert das lnnenvolumen ebenfalls.Die Luftverdrangung fUr jedes Modell ist unterTechnische Daten aufgefUhrt und muss bei der Gesamtkalkulation desVolumens ebenfalls subtrahiert werden. Verkabelungskonfigurationen DurchVeranderung derVerkabelungskonfiguration lhrer Lautsprecher konnen Sie eine lmpedanzlast herstellen, die lhrem System entspricht. Bietet dieVeranderung derVerkabelungskonfigurationen eine Reihe von Optionen fOr die lmpedanzlast. Reihen-, Parallel- oder ReihenParallei-Verkabelungen sind verschiedeneTechniken fUr dieVerkabelung von Lautsprechern, die unterschiedliche Belastungen bieten.Die Reihenkonfiguration ist eine Reihenmethode, bei der die Lautsprecher von Ende zu Ende verkabelt werden.Die Parallelkonfiguration verwendet mindestens zwei Lautsprecher, die Uber gemeinsameAnsch!Usse verkabelt werden. Die Rei hen- Parallei-Konfiguration kombiniert beideTechniken.Wahlen Sie das nachfolgende Verkabelungsdiagramm aus, das der Zahl anTiefttinern und der lmpedanz lhres Verstarkers entspricht. Subwoofer-Crossover Es gibt zwei Betriebstypen fUr Crossover, und zwar passive und aktive. Passive Crossover (Spulen oder lnduktoren) werden auf den Lautsprecherkabeln zwischen Verstarker und Lautsprecher platziert. Ein aktives Crossover ist ein elektronischer Filter, der dasAudiosignal trennt, das verschiedenenVerstarkern zugetuhrt wird. Zur optimalen Subwoofer-Performance empfehlen wir dieVerwendung von aktiven 80-100 Hz-Niedrigpass-Crossovern bei 12 dB/ Oktav. Casse acustiche consigliate II presente manualedescrive agrandi linee due tipi di cassa acustica che forn iscono prestazioni distintamente diverse. La presente sezione mira ad aiutare a deciders quale sia il tipo migliore per Ia propria applicazione. Casse a chiusura ermetica Le casse a chiusura ermetica sana le pili semplici da costruire. La cosa pili importante in questa tipo di costruzione edi accertarsi che Ia chiusura sia a tenuta d'aria. L:uso di colla e di un qualche altro tipo di maslice in tutti i punti di giuntura garantira che Ia costruzione sia salida ed evitera le perdite d'aria. II volume della cassa influira in modo diretto sulle prestazioni del diffusore. Le casse pili grandi forniranno una risposta pili piatta e bassi pili profondi, mentre quelle pili piccole presenteranno una gobba nella curva di risposta elorn iran no in generale un'uscita pili alta per un maggiore live! Ia SPL. Vantaggi delle casse a chiusura ermetica: • Casse di dimensioni ridotte • Risposta lineare (piatta) • Nessun disturbo da apertura • Gestione di potenza alta atutte le frequenze • Eccellente qualita del suono • Ottima uscita di bassa frequenza a confronto delle casse con sfiato Casse con sfiato Le casse con sfiato differiscono da quelle a chiusura ermetica solo per il latta che in esse e praticata un'apertura o porta per "accordare" Iacassa stessa. Lecasse consigliate sono state progettate per forn ire una buona prestazione nell'insieme. Le casse pili grandi sana generalmente pili facili da accordare alia frequenze pili basse, mentre quelle piccole e di misura mediana sana pili facili da accordare aile frequenze pili alte. II design con sfiato ha risposta me no lineare delle casse achi usura ermetica, ma possiede un'uscita notevolmente maggiore alia frequenza di accordo. Vantaggi delle casse con sfiato: • Uscita media superioreaile casse chi use • La frequenza di accordo puo essere regolata facilmente modificando Ia lunghezza dell'apertura • Risposta di bassi profondi con minore potenza • Ottime per uscita alta con potenza limitata Costruzione della cassa Perch8 Ia cassa possa tunzionare in modo corretto enecessaria che le pareti siano rigide e non si flettano quando sana assoggettate aile aile pressioni prodotte dal diffusore in operazione. Per ottenere i migliori risultati si consiglia di usare MDF (pannello di fibre di densita media) della spessore di 3/4 di pollice. I pannelli della cassa dovrebbero essere uniti con colla etenuti assieme in modo sicuro con chiodi o viti. Calcolo del volume II calcolo del volume consiste semplicemente nel prendere le misure in pollici e usare Ia formula seguente: Volume della casella Altezza(cm) x Larghezza (em) x Prolonditil (em) Diviso vicino (nei litri) 1000 Se due Jati hanna lunghezze diverse, sommare i due valori e dividere per due per ottenere il valore media. II numero cosl ottenuto fornira il volume senza doverlo calcolare dividendo Ia cassa in sezioni equindi sommando assieme i volumi delle diverse sezioni. Lo spessore del materiale di diaframma riduce il volume internee quindi Ia si dovra sottrarre aile dimensioni esterne per calcolare il volume. Anche l'altoparlante vera e proprio riduce il volume interno. II volume d'aria occupato da ciascun modello eindicato nel foglio dei dati tecnici e dovra essere sottratto dal volume lordo calcolato. Configurazione d'impianto Variandolaconfigurazione d'impianto dei propri diffusori si puo creare un carico d'impedenza accoppiato a quello del sistema. La modifica della configurazione d'impianto produce una gamma di scelte di carico d'impedenza Le configurazioni d'impianto in serie, in parallelo, in serie-parallelo rappresentano diverse tecnichedi collegamento dei fiJi che producono carichi diversi. La configurazione in serie rappresenta un metoda di collegamento in cui i diffusori sono collegati uno dopa l'atro. La configurazione in parallelo utiliua due o pili diffusori collegati con terminali comuni. La configurazione in serie-parallelo unisce le due tecniche. Scegliere lo schema d'impianto checorrisponde al proprio numero di woofer eall'impedenza dell'amplificatore. Crossover dei subwoofer Ci sono due tipi di crossover, passivo e attivo. I crossover passivi (bobine o induttori) sono posti sui fiJi dei diffusori trail diflusore el'amplificatore. II crossover attivo eun filtro elettronico che separa il segnale audio inviato a diversi amplificatori. Per ottimizzare le prestazioni dei subwoofer, si consiglia di usare un crossover attivo passa-basso da 80-100 Hz a 12 dB/ ottava. 7 Warranty Rockford Corporation offers a limited warranty on Rockford Fosgate products on the following terms: length of Warranty POWER Amplifiers- 2 Years BMW® Direct Fit Speakers- 2 Years All other products -1 Year Any Factory Refurbished Product- 90 days (receipt required) What is Covered This warranty applies only to Rockford Fosgate products sold to consumers by Authorized Rockford Fosgate Dealers in the United States of America or its possessions. Product purchased by consumers from an Authorized Rockford Fosgate Dealer in another country arecovered only by that country's Distributor and not by Rockford Corporation. Who is Covered This warranty covers only the original purchaser of Rockford product purchased from an Authorized Rockford Fosgate Dealer in the United States. In order to receive service, the purchaser must provide Rockford with acopy of the receipt stating the customer name, dealer name, product purchased and date of purchase. Products found to be defective during the warranty period will be repaired or replaced (with a product deemed to be equivalent) at Rockford's discretion. What is Not Covered 1. 2. 3. 4. 5. 6. 7. Damage caused by accident, abuse, improper operations, water, theft, shipping. Any cost or expense related to the removal or reinstallation of product. Service performed by anyone other than Rockford or an Authorized Rockford Fosgate Service Center. Any product which has had the serial number defaced, altered, or removed. Subsequent damage to other components. Any product purchased outside the U.S. Any product not purchased from an Authorized Rockford Fosgate Dealer. limit on Implied Warranties Any implied warranties including warranties of fitness for use and merchantability are limited in duration to the period of the express warranty set forth above. Some states do not allow limitations on the length of an implied warranty, so this limitation may not apply. No person is authorized to assume for Rockford Fosgate any other liability in connection with the sale of the product. How to Obtain Service Contact the Authorized Rockford Fosgate Dealer you purchased this product from. If you need further assistance, call1-800-669-9899 for Rockford Customer Service. You must obtain an RA# (Return Authorization number) to return any product to Rockford Fosgate. You are responsible for shipment of product to Rockford. EU Warranty This product meets the current EU warranty requirements, see your Authorized dealer for details. 8 Installation assistance available at: RFTECH www. rockfordfosgate ~com/rftech '<:t 0 cO 0 co co lf"' 6m N 600 South Rockford Drive • Tempe, Arizona 85281 United States Direct: (480) 967-3565 • Toll Free: (800) 669-9899 ROCKFORD FOSGATE. COM
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Rockford Fosgate T1 S2-10 El manual del propietario

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