Owner's Manual

WIRING
SEALED
ENCLOSURE
APPLICATIONS
These sealed
enclosure
designs give the smoothest response with increased energy
at
the lowest
frequencies,
20
to
30Hz.
These designs deliver massive amounts of highly-accurate bass and can
be
driven with
punish1ng levels
of
amplifier power.
The CompVX
high performance suspension system can operate in a larger sealed enclosure.
Th1s
Sealed
Minimum
Sealed
Maximum
Model
Volume
ft3
(L)
Power
Handling
Model
Volume
ft3
(L)
Power
Handling
CompVX10
.8
(22.7)
600WRMS
CompVX10
3
(85)
300WRMS
CompVX12
1
(28.3)
750WRMS
CompVX12
4.6
(130)
300WRMS
CompVX15
1.8
(51)
1000WRMS
CompVX15
5.2
(147)
500WRMS
Panel Dimensions for
Sealed
Minimum enclosures using
3/4"
(1.9cm) thick MDF
(See
Figure 2)
Model
Volume
ft
3
(L)
Panel
A
in.
(em)
Panel
8
in.
(em)
Panel
C
in.
(em)
CompVX10
.8
(22.7}
CompVX12
1
(28.32)
CompVX15
1.8
{51}
Figure 2
8
A
13.5X13.5
(34.3X34.3)
13.5X10.125
(34.3X25.7)
12X10.125
(30.5X25.7)
14.5X14.5
(36.8X36.8)
14.5X11
(36.8X27.9)
13X11
(33X27.9)
17.25X17.25
(43.8X43.8)
17.25X13.5
(43
.
8X34.3)
15.75X13.5
(40X34.3)
c
Maximum enclosure volume application
is
ideal
for
SO
(ultra sound quality)
installations. The Maximum enclosure
generates a very flat response curve and
superbly extends the subbass response.
CompVX
woofers perform well
in any size
sealed enclosure between
the Minimum
and Maximum volume recommendations.
These systems
will
exhibit benefits
of
both
des1gns:
Minimum produces high-impact
bass, and Maximum generates
low
bass
frequency protraction.
Overall,
the system
will
sound
more
like
the recommended
enclosure design it is closest
to
in
enclosure volume. These enclosure
recommendations have been calculated
with the airspace inside the enclosure and
3