Bose OmniVector Owner's Guide - Page 2

Loudspeakers

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OmniVector Loudspeakers Owner's Guide Introduction Unpacking Wire Selection Thank you forpurchasing OmniVectorthi Unpack each unit carefully, saving the Use standard 18-gaugespeaker wire or loudspeakers. Theiradvanceddesign cartonsand all other packingmaterials "zip cord" toconnect the speakers to andquality construction willgive you for later use. If either unit appears to be your amplifier or receiver. For runs longer manyyears oflisteningpleasure. damaged, do not place the damaged than 20 feet, 16-gauge or thicker wire is To obtain thebestpossibleperformance fromyourspeakers, please take the time to read this guide. unit into operation. Repack the unit(s) recommended. in its original carton and notify your authorized OmniVector dealer immediately. Connection Follow the next procedure to be sure your OmniVector speakers are properly connected to your music system. Refer toFIGURE 1. AMPLIFIER or RECEIVER tOFcTuCmMAiNnNO. RCM 01W4t ClItrul a. Unplug your amplifier or receiver from the power mains before attempt- ing tocongigthe speakers. b. Slightly se re the conductors at the end of each wire. Strip approxi- mately 14 inch of insulation off each PI.'I14n•lai01aeim4-os0,S0,o•ia*t4g•llly•oe0oi4llie•le•l•cl.4••'o••i•/•0•t44a/4ato:eil:l*l • conductor. c. On the beef each speaker is a pair of p type terminals marked • FIGURE1. Speaker connection. + (red) and - (black). These termi- ner. Use the insulation, ribbing or color speakers or amplifier. Bridged wires nals correspond to the positive and coding on the wire to be sure you are create short circuits which can negative output terminalson your am- connecting positive to positive and damage your amplifier. Repair any plifier or receiver. Connect the positive negative to negative. loose wire strands before pluggingin output of each amplifier channel to d. Check very carefully to make the + (red) terminal on the appropriate certain that no loose wire strands are speaker (left or right). Connect the "bridged" across the terminals of the - (black) terminals in a similar man- your amplifier or receiver. Overload Protection All OmniVector loudspeakers incorporate an automatic tweeter protection circuit which prevents damage caused by excessive high-frequency energy. The yellow fiber-optic indicator on the tweeter mounting plate will "light up" whenever this circuit is activated. The light is visible even with the grille assemblyin place. OmniVector Model Two, Three and Four speakers also contain Total System Protection circuitry for increased reliability in high-power applications. A red fiberoptic light indicates activation of this feature. Maintenance OmniVector speakersare finished in durable walnut-grain vinyl veneer. Clean the cabinets by wiping with a Technical Specifications Model One Model Two Recommended Amplifier Power 10-75 watts RMS 15-100 watts RMS Model Three 15-150 watts RMS Model Four 15-200 watts RMS damp cloth and mild soap. The grille assemblies can be carefully brushed or vacuumed if necessary. Nominal Usable Impedance Frequency Response 8 ohms 38-20,000 Hz 8 ohms 32-20,000 Hz 8 ohms 28-20,000 Hz 8 ohms 24-20,000 Hz

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OmniVector
Loudspeakers
Owner's
Guide
Introduction
Thank
you
for
purchasing
OmniVectorthi
loudspeakers.
Their
advanced
design
and
quality
construction
will
give
you
many
years
of
listening
pleasure.
To
obtain
the
best
possible
performance
from
your
speakers,
please
take
the
time
to
read
this
guide.
Unpacking
Unpack
each
unit
carefully,
saving
the
cartons
and
all
other
packing
materials
for
later
use.
If
either
unit
appears
to
be
damaged,
do
not
place
the
damaged
unit
into
operation.
Repack
the
unit(s)
in
its
original
carton
and
notify
your
au-
thorized
OmniVector
dealer
immediately.
Wire
Selection
Use
standard
18
-gauge
speaker
wire
or
"zip
cord"
to
connect
the
speakers
to
your
amplifier
or
receiver.
For
runs
longer
than
20
feet,
16
-gauge
or
thicker
wire
is
recommended.
Connection
Follow
the
next
procedure
to
be
sure
your
OmniVector
speakers
are
properly
connected
to
your
music
system.
Refer
to
FIGURE
1.
a.
Unplug
your
amplifier
or
receiver
from
the
power
mains
before
attempt-
ing
to
con
gig
the
speakers.
b.
Slightly
se
re
the
conductors
at
the
end
of
each
wire.
Strip
approxi-
mately
1
4
inch
of
insulation
off
each
conductor.
c.
On
the
beef
each
speaker
is
a
pair
of
p
type
terminals
marked
+
(red)
and
(black).
These
termi-
nals
correspond
to
the
positive
and
negative
output
terminals
on
your
am-
plifier
or
receiver.
Connect
the
positive
output
of
each
amplifier
channel
to
the
+
(red)
terminal
on
the
appropriate
speaker
(left
or
right).
Connect
the
(black)
terminals
in
a
similar
man
-
AMPLIFIER
or
RECEIVER
tOFTCMANNO.
RCM
01W4t
cumin
ClItrul
I
Ina
co•
ail
*
Pio,
*
'
44ell
‘414,0ogy
i
:
lam
:
Sallooile.• tato
.•ies
it•leillell4/04/
10-0
•4•04•••••••
FIGURE
1.
Speaker
connection.
ner.
Use
the
insulation,
ribbing
or
color
coding
on
the
wire
to
be
sure
you
are
connecting
positive
to
positive
and
negative
to
negative.
d.
Check
very
carefully
to
make
certain
that
no
loose
wire
strands
are
"bridged"
across
the
terminals
of
the
speakers
or
amplifier.
Bridged
wires
create
short
circuits
which
can
damage
your
amplifier.
Repair
any
loose
wire
strands
before
plugging
in
your
amplifier
or
receiver.
Overload
Protection
All
OmniVector
loudspeakers
incorpo-
rate
an
automatic
tweeter
protection
circuit
which
prevents
damage
caused
by
excessive
high
-frequency
energy.
The
yellow
fiber-optic
indicator
on
the
tweeter
mounting
plate
will
"light
up"
whenever
this
circuit
is
activated.
The
light
is
visible
even
with
the
grille
assem-
bly
in
place.
OmniVector
Model
Two,
Three
and
Four
speakers
also
contain
Total
System
Pro-
tection
circuitry
for
increased
reliability
in
high
-power
applications.
A
red
fiber-
optic
light
indicates
activation
of
this
feature.
Maintenance
OmniVector
speakers
are
finished
in
durable
walnut
-grain
vinyl
veneer.
Clean
the
cabinets
by
wiping
with
a
damp
cloth
and
mild
soap.
The
grille
assemblies
can
be
carefully
brushed
or
vacuumed
if
necessary.
Technical
Specifications
Recommended
Amplifier
Power
Nominal
Impedance
Usable
Frequency
Response
Model
One
10-75
watts
RMS
8
ohms
38-20,000
Hz
Model
Two
15-100
watts
RMS
8
ohms
32-20,000
Hz
Model
Three
15-150
watts
RMS
8
ohms
28-20,000
Hz
Model
Four
15-200
watts
RMS
8
ohms
24-20,000
Hz