Peavey CS 800X User manual
C
S
®
8
O
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X
PROFESSIONAL
STEREO
POWER
AMPLIFIER
OPERATING
GUIDE
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The
world
famous
CS®
800
power
amplifier
has
now
been
changed
to
the
new
CS®
800X
with
new
extended
performance,
providing
impressive
new
two
ohm
output
power
capability
while
still
maintaining
the
current
4
and
8
ohm
ratings
and
awesome
industry
standards
for
power
bandwidth,
slew
rate,
and
distortion
specifications.
Following
is
the
new
extended
specs:
420
W
RMS
into
4
ohms...600
W
RMS
into
2
ohms
(per
channel)
840
W
RMS
into
8
ohms...
1200
W
RMS
into
4
ohms
(bridged)
DDTTM
compression
with
LED
indicators
and
defeat
switch
Slew'
Rate:
40
V/microsecond.
stereo
mode,
each
channel
Power
Bandwidth:
10
Hz
to
50
KHz
@
4
ohms,
rated
power
Total
Harmonic
Distortion:
Less
than
0.03%,
rated
power
Hum
and
Noise:
100
dB
below
rated
powder,
unweighted
All
the
current
features
of
the
old
units
have
been
retained,
including
Peavey's
patented
DDT
"
(Distortion
Detection
Technique)
Compression
Circuitry,
and
the
very
flexible
back
panel
patching
capabilities.
The
two
speed
fan
cooling
system
has
been
improved
to
provide
addi¬
tional
cooling,
when
needed,
for
the
tw'o
ohm
load
conditions.
FEATURES
•
Automatic
two-speed
fan
cooling
system/tunnel
•
Independent
channel
thermal/fault
protection
•
Transient
free
turn-on/off
operation
(relay)
•
One
recessed
crossover
“island”
socket
for
plug-in
modules
•
Two
recessed
balanced
input
transformer
sockets
for
PL-2’s
•
Single
XLR
&
dual
phone
plug
inputs
each
channel
•
Phone
plug
inputs
are
QUASI-ELECTRONIC
BALANCED
•
XLR
input
can
be
QUASI-ELECTRONIC
BALANCED
(push
switch
out)
•
XLR
input
can
be
transformer
balanced
(push
switch
in)
•
Dual
phone
plug
and
5
way
binding
post
outputs
each
channel
•
DDT
activation
LED
&
power
LED
each
channel
•
Calibrated/detented
input
attenuator
control
each
channel
•
Rear
panel
DDT
defeat
&
bridge
mode
select
slide
switches
WARNING!
For
uptiinum
performance
and
reliability
DO
NOT
PRF.SRNTTHE
AMPLIFIER
WITH
A
SPEAKER
LOAD
OF
LESS
THAN
2
OHMS,
OR
A
COMBINATION
OF
SPEAKERS
THAT
TOGETHER
ARE
LESS
THAN
2
OHMS!
Lising
one
speaker,
it
must
be
rated
at
2
ohms
minimum.
Using
two
speaker,
they
must
be
rated
each
at
4
ohms
minimum.
Using
three
speaker,
they
must
be
rated
each
at
8
ohms
minimum.
DDTT^’
ACTIVE
LED
(1)
Illuminates
when
DDT
Compression
is
taking
place.
With
the
ENABLE/DEFEAT
switch
in
the
DEFEAT
position,
the
LED
indicates
when
clipping
distortion
is
occurring.
POWER
LED
(2)
Illuminates
when
AC
power
is
being
supplied
to
the
amp,
and
the
associated
channel
is
opera¬
tional.
Illumination
is
delayed
slightly
during
the
power-up
cycle
due
to
the
transient
suppres-
sion/lhermal
fault
circuitry.
If
either
channel
were
to
experience
fault
conditions
or
to
exceed
the
safe
operating
temperature
limits,
then
that
channel
will
shut
down,
and
the
associated
power
LED
will
go
out,
indicating
such
conditions
exist.
Also,
whenever
the
BRIDGE
mode
is
selected,
the
power
LED
on
channel
B
is
defeated
(OFF),
just
as
if
there
were
a
fault
condi¬
tion
on
channel
B.
This
provides
a
positive
indication
that
the
CS-800X
is
in
bridge
mode.
INPUT
SENSITIVITY
(3)
Maximum
input
gain
(minimum
sensitivity
rating)
is
achieved
at
the
full
clockwise
setting.
This
setting
yields
maximum
mixer/system
headroom.
A
setting
of
less
than
one
full
clockwise
turn
will
yield
lower
system
noise
at
the
expense
of
mixer/system
headroom.
Calibration
indicates
sensitivity
in
dB
V
necessary
to
attain
the
full
available
output
power
rating.
POWER
SWITCH
(4)
Depress
to
“On”
position
to
turn
on.
CHANNELA
HIGH
Z
INPUT
JACKS
(5)
Two
parallel
(bridged)
input
jacks
are
provided.
This
allows
for
one
to
be
used
as
a
conven¬
tional
input,
and
the
other
to
be
used
simultaneously
as
a
“line
out”
to
connect
to
another
input
jack
on
this
amplifier
or
other
amps/equipment.
These
1/4”
jacks
are
not
“chassis
grounded”
and
when
used
will
provided
a
QUASI-BALANCED
input
capability
due
to
a
unique
“
ground
loop”
elimination
circuitry
associated
with
the
input.
This
feature
will
nor¬
mally
allow
“hum
free”
operation
when
relatively
short
1/4”
cable
patches
are
made
between
the
various
jacks
on
this
amp
and
other
jacks
on
equipment
that
share
the
same
rack
with
this
amp.
This
QUASI-BALANCED
capability
is
automatic,
and
it
can
not
be
re¬
moved
from
the
system's
circuitry.
LOW
Z
INPUT
(6)
A
conventional
three-pin
female
XLR
input
jack
is
provided
and
may
be
used
as
the
channel
A
input.
When
the
(PL-2)
line
balancing
transformer
is
not
used,
this
XLR
input
becomes
QUASI-BALANCED
with
pin
#3
as
the
positive
input
(connecting
to
the
tip
of
the
1/4"
input
jacks
above),
pin
#2
as
the
negative
input
(connecting
to
the
floating
sleeve
of
the
1/4"
input
jacks
above),
and
pin
#1
going
to
chassis
ground.
When
the
(PL-2)
line-balancing
transformer
is
used,
this
XLR
input
becomes
fully
TRANSFORMER-BALANCED
(Pin
#3
positive,
pin
#2
negative,
pin
#1
ground).
(See
the
PL-2
SELECTOR
SWITCH
section
for
details
on
related
settings)
PL-2
SELECTOR
SWITCH
(7)
This
switch
is
to
be
used
in
conjunction
with
the
PL-2
transformer
to
allow
the
LOW
Z
INPUT
to
function
with
or
without
a
PL-2
module
being
inserted
in
the
receptacle.
A
similar
function
was
performed
by
using
a
PL-1
module
inserted
in
the
PL-2
receptacle
on
older
amplifier
models.
The
“OUT”
position
of
this
switch
selects
the
QUASI-BALANCED
mode
of
opera¬
tion
for
the
LOW
Z
INPUT
(XLR
jack),
and
routes
the
input
signal
directly
to
the
HI
Z
INPUT
JACKS.
In
this
position
the
HI
Z
INPUT
JACKS
may
be
used
as
outputs
after
the
LOW
Z
INPUT
to
allow
patching
this
signal
to
another
input
on
this
amp.
Normally,
in
this
switch
position,
a
(PL-2)
transformer
is
not
present
(“OUT”)
in
the
transformer
receptacle;
however,
if
one
were
“IN”
the
receptacle,
the
LOW
Z
INPUT
would
still
be
QUASI-BALANCED.
It
becomes
TRANSFORMER
BALANCED
only
when
the
IN
switch
position
is
selected.
Notice
this
is
a
very
effective
means
to
“test”
for
the
necessity
of
a
line-balancing
transformer.
The
“IN”
position
of
the
switch
routes
the
input
signals
from
the
XLR
jack,
through
the
(PL-2)
line¬
balancing
transformer,
thus
selecting
the
TRANSFORMER
BALANCED
mode
of
operation
for
the
LOW
Z
INPUT.
In
this
position
the
HI
Z
INPUT
JACKS
may
be
used
as
outputs
after
the
line
balancing
transformer
to
patch
the
signal
to
another
input
jack
on
this
amplifier
or
other
amps/equipment.
If
the
“IN”
position
is
selected
without
a
(PL-2)
line-balancing
transformer
“IN”
the
receptacle,
the
LOW
Z
INPUT
will
be
rendered
inoperable.
TRANSFORMER
RECEPTACLE
(8)
This
receptacle
only
receives
the
optional
(PL-2)
line-balancing
transformer.
When
conditions
exist
that
demand
the
usage
of
a
TRANSFORMER-BALANCED
XLR
CONNECTOR
at
the
tions
exist
that
demand
the
usage
of
a
TRANSFORMER-BALANCED
XLR
CONNECTOR
at
the
input
of
channel
“A”,
the
(PL-2)
transformer
must
be
put
here,
the
selector
switch
must
be
in
the
“IN”
position.
SPEAKER
OUTPUTS
(9)
Two
1/4"
jacks
and
5
way
binding
post
speaker
output
terminals
are
provided.
All
these
outputs
are
in
parallel,
hence
the
speaker
connection
cables
can
be
terminated
with
1/4"
phone
plugs,
banana
plugs,
or
stripped
wires
for
use
in
the
binding
post
terminals.
For
sustained
high
power
applications,
the
use
of
the
binding
post
terminals
are
recommended;
however,
care
must
be
exercised
to
assure
correct
speaker
phasing.
Regardless
of
what
connections
are
used,
the
typical
parallel
speaker
load
should
always
be
limited
to
2
ohms
per
channel
or
4
ohms
BRIDGE
mode
for
any
application.
Operation
at
loads
of
4
ohms
per
channel
or
8
ohms
BRIDGE
mode
is
more
desirable
for
sustained
operation
applications
due
to
the
fact
that
the
amplifier
will
run
much
cooler
at
this
load.
Operation
above
4
ohms
per
channel,
and
even
open
circuit
conditions,
can
always
be
considered
safe;
however,
sustained
operation
at
loads
below
2
ohms
could
result
in
temporary
amplifier
shut
down
due
to
the
thermal
limits
and/or
the
internal
fault
circuitry.
When
used
in
BRIDGE
mode
the
positive
speaker
lead
should
be
connected
to
Channel
A
RED
BINDING
POST
and
the
negative
speaker
lead
to
Channel
B
RED
BINDING
POST.
CHANNELB
NOTE:
On
this
channel
a
crossover
module
“ISLAND”
has
been
provided
to
allow
a
PL-MODULE
ELECTRONIC
CROSSOVER
to
be
used
to
perform
a
“BIAMP”
function.
Associated
with
this
island
are
dual
crossover
input
jacks,
high
and
low
output
jacks,
and
a
crossover
receptacle.
These
will
be
discussed
further
in
following
sections,
but
please
note
that
the
channel
B
patches
are
somewhat
different
from
those
of
channel
A.
HIGH
Z
INPUT
JACKS
(10)
Two
parallel
input
jacks
are
also
provided
in
this
channel,
allowing
the
flexibility
of
the
Y-
cord
capability
here
as
well.
These
jacks
are
also
not
chassis
grounded
and
will
provide
a
QUASI-BALANCED
input
capability.
Both
of
these
input
jacks
are
“switching”
type,
where
usage
of
either
of
these
jacks
disables
the
signal
feed
from
the
LOW
Z
INPUT
circuitry
associated
with
this
channel.
This
is
necessary
to
allow
this
input
to
be
patched
from
the
appropriate
electronic
crossover
output
jack
and
then
use
the
LOW
Z
INPUT
circuitry
as
the
input
for
the
electronic
crossover.
This
feature
prevents
these
jacks
from
being
used
as
outputs
from
the
LOW
Z
INPUT
circuitry,
as
was
possible
with
the
Channel
A
input
jacks.
LOWZINPUT(ll)
A
conventional
three-pin,
female
XLR
input
jack
is
also
provided
here,
and
it
can
be
used
as
the
channel
B
input,
provided
the
HI
Z
INPUT
jacks
are
not
being
used.
When
the
(PL-2)
line-balancing
transformer
is
not
used,
this
XLR
input
becomes
QUASI-BALANCED
with
the
exact
same
pinout
arrangements
as
discussed
for
channel
A.
When
the
(PL-2)
line
balanc¬
ing
transformer
is
used,
this
XLR
input
becomes
fully
TRANSFORMER-BALANCED,
again
with
the
same
pin
polarities
as
those
presented
for
channel
A.
(See
the
PL-2
SELEC¬
TOR
SWITCH
manual
section
for
details
on
related
settings).
The
output
of
this
low
Z
circuitry
is
always
connected
to
the
CROSSOVER
INPUTS
and
thus
this
low
Z
feature
can
be
used
as
the
input
for
the
crossover
module
if
the
application
demands
the
use
of
an
XLR
connector.
PL-2
SELECTOR
SWITCH(12)
The
function
of
this
switch
is
identical
to
that
of
channel
A
function.
The
“OUT”
position
of
this
switch
selects
the
QUASI-BALANCED
mode
of
operation
for
the
LOW
Z
INPUT
(XLR
jack)
and
routes
this
input
signal
directly
to
the
HI
Z
INPUT
jacks
if
these
Jacks
are
not
in
use.
Since
this
signal
is
also
routed
to
the
CROSSOVER
INPUT
jacks,
now
these
jacks
may
be
used
as
outputs
after
the
LOW
Z
INPUT
to
allow
patching
this
signal
to
another
input
on
this
amplifier.
Similarly,
the
“IN”
position
of
the
switch
routes
the
input
signals
from
the
XLR
jack
through
the
(PL-2)
line-balancing
transformer
thus
selecting
the
TRANSFORMER-BALANCED
mode
of
operation
for
the
LOW
Z
INPUT.
In
this
position
the
CROSSOVER
INPUTS
may
be
used
as
outputs
after
the
line-balancing
transformer
to
patch
the
signal
to
another
input
jack
on
this
amplifier
or
other
amps/equipmenl.
Again
selecting
the
“IN”
position
without
a
(PL-2)
line-balancing
transformer
IN
the
receptacle
will
render
the
LOW
Z
INPUT
inoper¬
able,
and
this
switch
can
be
used
to
test
the
“effectiveness”
of
TRANSFORMER
BALANC¬
ING.
TRANSFORMER
RECEPTACLE(13)
This
receptacle
only
receives
the
optional
(PL-2)
line-balancing
transformer.
When
condi¬
tions
exist
that
demand
the
usage
of
a
TRANSFORMER-BALANCED
XLR
INPUT
at
the
input
of
channel
“B”,
or
at
the
input
of
the
PL-MODULE
ELECTRONIC
CROSSOVER
when
BIAMPING
then
the
(PL-2)
transformer
must
be
put
here,
and
the
selector
switch
must
be
in
the
“IN”
position.
CROSSOVER
INPUTS
(14)
These
are
the
HI
Z
INPUTS
for
the
ELECTRONIC
CROSSOVER
when
installed.
Two
parallel
input
jacks
are
again
provided
at
this
point,
allowing
the
flexibility
of
line
out
capa¬
bility
here
as
well.
These
jacks
are
also
not
chassis
grounded
and
will
provide
a
QUASI-
BALANCED
input
capability
to
minimize
potential
groundloops.
Again,
this
feature
is
automatic.
As
mentioned,
the
output
of
the
low
Z
input
circuitry
of
channel
B
is
always
connected
to
these
inputs,
which
allow
the
LOW
Z
INPUT
to
be
used
as
the
ELECTRONIC
CROSSOVER
input
if
desired.
These
inputs
then
can
be
used
as
the
FULL
RANGE
outputs
allowing
additional
patching
capability.
CAUTION:
When
a
full
range
signal
is
patched
into
either
the
XLR
input
or
the
crossover
inputs
on
channel
B
to
feed
the
crossover
module
itself
this
full
range
signal
is
also
routed
to
the
channel
B
input.
The
final
patching
from
the
crossover
output
to
the
channel
B
input
■
d
i
s
c
onnects
this
full
range
signal
feed
to
the
channel
B
input
and
instead
is
patched
to
the
appropriate
crossed-over
signal.
This
occurs
because
the
channel
B
input
jacks
are
switching
type.
If
you
were
to
inadvertently
disconnect
the
cable
which
is
routing
the
crossed-over
signal
to
the
channel
B
input,
the
switching
arrangement
will
feed
a
full
range
signal
to
that
channel
and
could
possibly
destroy
the
transducer
that
is
connected
to
this
channel
output.
ALWAYS
REDUCE
LEVELS
BEFORE
ATTEMPTING
TO
MAKE
ANY
PATCHING
CHANGES.
CROSSOVER
MODULE
RECEPTACLE
(15)
This
receptacle
only
receives
a
PL-MODULE
ELECTRONIC
CROSSOVER.
The
PL-
MODULES
are
optional
accessories
and
are
available
in
many
different
crossover
frequen¬
cies.
Some
modules
contain
special
equalization
and
special
padding
for
a
particular
Peavey
speaker
enclosure.
Always
be
sure
to
select
the
correct
module
for
your
speaker
system.
Other
special
purpose
modules
are
also
available
for
usage
in
this
receptacle.
As
such
this
receptacle
supplies
both
the
input
and
output
patch
facilities
and
the
power
supply
"feeds"
for
these
active
electronic
devices.
CROSSOVER
LOW
OUTPUT
(16)
This
jack
supplies
the
crossed-over
low
frequency
output
from
the
installed
PL-MODULE
ELECTRONIC
CROSSOVER.
This
output
must
be
patched
to
the
appropriate
power
amp
input
jack
to
“create”
an
operational
biamp
system.
On
some
special
purpose
modules,
this
output
jack
is
not
used.
CROSSOVER
HIGH
OUTPUT
(17)
This
jack
supplies
the
crossed-over
high
frequency
output
from
the
installed
PL-MODULE
ELECTRONIC
CROSSOVER.
This
output
must
also
be
patched
to
the
appropriate
power
amp
input
jack
to
create
an
operational
biamp
system.
SPEAKER
OUTPUTS
(18)
Same
function
and
comments
as
channel
A.
MODE
SWITCH
(19)
This
switch
is
used
to
select
either
STEREO
or
BRIDGE
mode
of
operation.
DDT
SWITCH
(20)
This
switch
is
used
to
either
ENABLE
or
DEFEAT
the
DDT
compressor.
CIRCUIT
BREAKER
(21)
The
CS-800X
now
uses
a
circuit
breaker
in
place
of
the
main
fuse.
This
breaker
is
provided
to
limit
the
current
to
the
associated
power
transformer
and
thereby
protect
it
from
overheat¬
ing
and
possible
destruction
due
to
fault
conditions
in
the
amplifier.
The
trip
current
value
has
been
carefully
chosen
to
allow
continuous
power
output
performance
while
still
provid¬
ing
adequate
protection
for
the
power
transformer.
Normally
this
breaker
should
not
trip
unless
there
is
a
fault
in
the
amplifier
circuitry
that
draws
excessive
mains
current.
However,
abnormal
conditions
such
as
a
short
circuit
on
either
or
both
channels
or
continuous
operation
at
overload
or
clipping,
especially
into
2
ohm,
load
will
cause
the
breaker
to
trip.
If
this
occurs
simply
reset
the
breaker
and
correct
the
cause
of
the
overload.
When
tripped,
the
button
on
the
breaker
will
be
outward
nearly
1/2",
and
can
be
reset
by
pushing
inward.
A
normal
reset
button
length
is
about
1/4”.
If
this
“thermal”
type
breaker
does
trip,
then
simply
pushing
the
button
back
in
will
reset
it
after
waiting
a
brief
period
of
time
to
allow
it
to
cool
down.
If
the
breaker
trips
instantly
each
time
you
attempt
to
reset
it,
then
the
unit
should
be
taken
to
a
qualified
service
center
for
repair.
MAINS
POWER
SOURCE
(120
V
Products
Only)
(22)
The
CS-800X
is
fitted
with
a
single
heavy
duty
#14
AWG
3
conductor
line
cord
and
a
conventional
AC
plug
with
a
ground
pin.
It
should
be
connected
to
an
independent
mains
circuit
capable
of
supporting
at
least
15
AMPS
continuously
or
greater.
This
is
particularly
critical
for
sustained
high
power
applications.
If
the
socket
used
does
not
have
a
ground
pin,
a
suitable
ground
lift
adaptor
should
be
used
and
the
third
wire
grounded
properly.
Never
break
off
the
ground
pin
on
the
CS-800X.
The
use
of
extension
cords
should
be
avoided,
but
if
necessary,
always
use
a
three-wire
type
with
at
least
a
#14
AWG
wire
size.
The
use
of
lighter
wire
will
severely
limit
the
power
capability
of
this
amplifier.
Always
use
a
qualified
electrician
to
install
any
necessary
electrical
equipment.
To
prevent
the
risk
of
shock
or
fire
hazard,
always
be
sure
that
the
amplifier
is
properly
grounded.
INSTALLATION
AND
CONNECTION:
The
Peavey
CS-800X
commercial
series
power
amplifier
is
designed
for
durability
in
com¬
mercial
installations
and
the
quality
of
performance
required
in
studio
and
home
applications.
The
unit
is
a
standard
rack-mount
configuration,
5
1/4"
high,
and
is
cooled
by
an
automatic
two-speed
internal
fan.
All
the
input
and
output
connections
are
on
the
back
panel.
The
front
panel
contains
LED
indicators
for
power
and
DDT
activation,
detented/calibrated
sensitivity
controls,
and
a
mains
power
switch.
INDUSTRIAL
AND
COMMERCIAL
INSTALLATIONS
For
commercial
and
other
installations,
where
sustained
high
power
operation
is
required,
the
CS-800X
should
be
mounted
in
a
standard
19"
rack.
It
is
not
necessary
to
leave
rack
space
between
each
amplifier
in
the
stack,
since
the
fan
pulls
air
in
from
the
rear
and
exhausts
the
hot
air
out
the
front.
An
adequate
“COOL”
air
supply
must
be
provided
for
the
amplifier
when
rack-mounted.
The
internal
fan
must
have
a
source
of
air
that
is
not
preheated
by
other
equipment.
The
amplifier
will
start
up
in
“LOW
SPEED”
fan
operation
and
will
normally
stay
at
low
speed
operation
unless
sustained
high
power
operating
levels
occur.
Then,
as
the
amplifier
“HEAT
SINKS”
heat
up,
the
automatic
thermal
sensing
circuitry
will
cause
high
speed
operation
to
occur.
Depending
upon
signal
conditions
and
amp
loading,
high
speed
fan
operation
may
continue,
or
it
may
cycle
continuously
between
high
and
low.
This
situation
is
quite
normal.
If
cooling
is
inadequate
due
to
preheated
air,
or
a
reduction
of
air
flow^
occurs
due
to
blockage
of
the
amplifier
inlet/outlet
ports,
or
if
the
amplifier
is
severely
overloaded
or
short
circuited,
then
the
amplifier
thermal
sensing
system
may
cause
temporary
shutdown
of
that
particular
channel.
This
is
indicated
by
the
channel
power
LED
(on
the
front
panel)
ceasing
to
illuminate.
Depending
upon
available
cooling
air,
operation
should
be
restored
in
that
channel
relatively
quickly,
and
the
power
LED
will
be
illuminated.
In
any
event,
correc¬
tive
action
should
be
taken
to
determine
the
cause
of
the
thermal
shutdown.
If
the
amplifier
is
not
severely
overloaded
or
shorted
and
air
flow
is
normal
in
and
out
of
the
unit,
steps
should
be
taken
to
provide
a
cooler
environment
for
all
the
amplifiers.
As
a
general
rule,
the
cooler
electronic
equipment
is
operated,
the
longer
its
useful
service
life.
STUDIO
AND
HOME
INSTALLATION:
In
most
low
to
medium
power
applications,
the
CS-800X
can
be
mounted
in
any
configura¬
tion.
It
is
desirable,
if
at
all
possible,
that
the
unit
be
located
at
the
top
of
an
equipment
stack.
This
will
prevent
possible
overheating
of
any
sensitive
equipment
by
the
hot
air
rising
from
the
power
amplifier.
As
a
general
rule,
most
home
and
studio
requirements
will
never
cause
high
speed
fan
operation.
If
it
does
however,
this
may
indicate
that
you
have
not
taken
the
necessary
steps
to
provide
adequate
cooling.
Remember,
closed
up
in
a
cabinet,
the
CS-800X
will
have
severe
cooling
problems,
even
at
low
power
levels.
Again,
inadvertent
short
circuit
or
sustained
overloaded
usage
could
also
cause
temporary
thermal
shutdown.
Also,
most
home
wiring
and
electrical
circuits
are
only
15
AMPS.
Two
CS-800X’s
could
cause
a
power
panel
15
AMP
circuit
breaker
to
trip
if
a
severe
overload
occurs.
BRIDGE
MODE:
The
bridge
mode
on
stereo
amplifiers
is
often
misunderstood
as
to
the
actual
operation
and
usage.
In
basic
terms,
when
a
two
channel
amplifier
is
operated
in
the
BRIDGE
mode,
it
is
converted
into
a
single
channel
unit
with
a
POWER
RATING
equal
to
the
sum
of
both
channels'
power
ratings,
at
a
LOAD
RATING
of
twice
that
of
the
single
channel
rating.
In
this
case,
the
CS-800X
is
rated
at
600
watts
RMS
per
channel
into
2
ohms.
The
BRIDGE
RATINGS
is
1200
watts
RMS
into
4
Ohms
(minimum
load).
Bridge
mode
operation
is
accomplished
by
placing
the
mode
switch
in
the
“BRIDGE”
position,
connecting
the
positive
speaker
lead
to
Channel
A
RED
binding
post,
negative
speaker
lead
to
Channel
B
RED
binding
post,
and
using
channel
A
as
the
input
channel.
All
channel
B
input
functions
are
defeated.
Another
application
for
BRIDGE
mode
operation
is
to
drive
sound
distribution
systems
in
very
large
public
address
applications.
In
this
mode,
the
CS-800X
power
amplifier
can
actually
drive
70
volt
systems
directly
without
using
expensive
matching
transformers.
The
real
advantage
of
such
an
approach
is
primarily
cost.
70
volt
distribution
systems
are
very
common
in
domestic
applications
where
large
numbers
of
relatively
small
loudspeakers
are
used
for
BACKGROUND
MUSIC
AND
PAGING.
Such
systems
require
the
use
of
70
volt
TRANSFORMERS
at
each
loudspeaker.
Another
common
use
for
the
BRIDGE
mode
is
in
SUBERWOOFER
applications
where
very
high
power
levels
are
required
to
reproduce
extreme
low
frequencies.
Such
enclosures
usually
contain
2
or
4
loudspeakers
to
handle
the
power
levels
involved.
For
bridge
mode
usage,
the
enclosure
impedance
must
be
4
or
8
ohms;
never
below
4
ohms!
Also
make
sure
the
enclosure
can
handle
1200
watts
reliably.
DDT:
Peavey’s
patented
DDT
compression
circuitry
enables
the
sound
man
to
maximize
the
performance
of
the
amplifier/speaker
combination
by
preventing
the
power
amp
from
run¬
ning
out
of
headroom
.
This
compression
system
is
activated
by
a
very
unique
circuit
that
senses
signal
conditions
that
might
overload
the
amplifier
and
activates
compression
(reduces
the
amp
gain)
when
clipping
is
imminent.
Threshold
of
compression
is
then
clipping
itself,
and
no
specific
threshold
control
is
used.
This
technique
effectively
utilizes
every
precious
watt
available
for
the
power
amplifier
to
reproduce
the
signal,
while
at
the
same
time
mini¬
mizes
clipping
and
distortion,
and
thus
significantly
reduces
the
potential
of
loudspeaker
degradation
and
damage.
The
DDT
system
is
an
automatic,
hands-off
approach
to
the
problem
of
power
amplifier
clipping.
Since
the
CS-800X
power
amplifier
now
uses
a
circuit
breaker
for
over-current
protection,
the
DDT
compression
system
plays
an
even
more
impor¬
tant
roll
in
continuous
performance
by
preventing
each
channel
from
clipping
and
overload.
Continuous
operation
at
clipping
can
cause
the
circuit
breaker
to
trip,
but
with
the
DDT
activated,
this
problem
is
minimized.
For
this
reason,
you
should
always
have
the
DDT
BRIDGE
MODE
BRIDGE
POSITION
NOTE:
WHEN
TRANSFORMER
BALANCED
INPUT
IS
NOT
NECESSARY,
HIGH
Z
INPUTS
MAY
BE
USED
DDT^”
Compression
,
Should
be
Enabled
for'
System
Protection
Mode
Switch
Must
be/
in
"Bridge"
Position
iM
TIUNSrODMCR
(P
-cxrrpuTS
-
4001W/4
OHMS
4aV
M
NOTE:
FOR
TRANSFORMER
_
BALANCED
INPUT,
INSTALL
PL"“
2
AND
PUSH
SWITCH
TO
"IN"
POSITION
SYSTEM
LOAD
(NOTE:
4
ohms
minimum)
X
indicates
not
used.
FULL
RANGE
MONO
NOTE:
WHEN
TRANSFORMER
BALANCED
NPUT
IS
NOT
NECESSARY,
HIGH
Z
INPUTS
MAY
BE
USED
DDT
™
Compression
Should
be
Enabled
tor
>
System
Protection
Mode
Switch
Must
be
in/
"Stereo”
Position
PATCH
CABLE
(SINGLE
CONDUCTOR
SHIELDED)
-.
9
:
NOTE:
FOR
TRANSFORMER
—
BALANCED
INPUT,
INSTALL
PL
™
2
AND
PUSH
SWITCH
TO
"IN¬
POSITION
TO
SPEAKERSi
I
TO
SPEAKERS
FULL
RANGE
STEREO
NOTE:
WHEN
TRANSFORMER
BALANCED
INPUT
IS
NOT
NECESSARY,
HIGH
Z
INPUTS
MAY
BE
USED
DDT^"
Compression
Should
be
Enabled
for
System
Protection
Mode
Switch
Must
be
in
"Stereo"
Position
LEFT
OUTPUT
FROM
MIXER
NOTE:
FOR
TRANSFORMER
—
BALANCED
INPUT,
INSTALL
PL
™
2
AND
PUSH
SWITCH
TO
"IN"
POSITION
'TO
LEFT
SPEAKER
BIAMPED
MONO
PATCH
CABLE
BIAMPED
STEREO
CABLE
^cpnM^YPP^
(SINGLE
CONDUCTOR
SHIELDED)
FROM
MIXER
SPECIFICATIONS
CHARACTERISTICS:
{@
120
V
AC,
60
Hz)
Output
Power:
(Typical
Value)
Stereo
mode,
both
channels
driven
2
ohms,
1
kHz,
1%
THD
4
ohms,
1
kHz,
1%
THD
8
ohms,
1
kHz,
1%
THD
Bridge
mode,
mono
4
ohms,
1
kHz,
1%THD
8
ohms,
1
kHz,
1%
THD
Rated
Output
Power:
Stereo
mode,
both
channels
driven
4
ohms,
20
Hz
to
20
kHz,
0.03%
THD
8
ohms,
20
Hz
to
20
kHz,
0.02%
THD
Power
Bandwidth:
(Typical
Value)
Stereo
mode,
both
channels
driven
(S)
rated
power,
4
ohms,
(0.1%
THD)
Slew
Rate:
(Typical
Value)
Stereo
mode,
each
channel
Bridge
mode,
mono
Total
Harmonic
Distortion:
(Typical)
Stereo
mode,
both
channels
driven
20
Hz
to
20
kHz,
4
ohm
rated
output
600
W
RMS
per
chan
420
W
RMS
per
chan
260
W
RMS
per
chan
1200
W
RMS
840
W
RMS
400
W
RMS
per
chan
240
W
RMS
per
chan
10
Hz
to
50
kHz
40
Volts
per
uSec
80
Volts
per
uSec
Less
than
0.03%
Input
Sensitivity
&
Impedance:
Input
attenuator
set
@
FCW
@
rated
output
power,
4
ohms
1.4
V
RMS
(+3
dBV)
20
K
Ohms
(+29
dB)
Dimensions
&
Weight:
Height:
Width:
Depth:
Weight:
Frequency
Response:
(Typical
value)
Stereo
mode,
both
channels
driven
+0,-1
dB,
1
W
RMS,
4
ohms
+0,
-0.2
dB
(o)
rated
output,
4
ohms
Damping
Factor:
(Typical
value)
Stereo
mode,
both
channels
driven
4
ohms,
1
kHz
Hum
&
Noise:
Stereo
mode,
both
channels
driven
@
rated
output
power,
4
ohms
Power
Consumption:
Stereo
mode,
both
channels
driven
(a)
rated
output
power,
4
ohms
Cooling
System:
5.25"
(13.3
cm)
19"
(48.3
cm)
17"
(43.2
cm)
47
lbs.
(21.4
kg)
5
Hz
to
50
kHz
20
Hz
to
20
kHz
Greater
than
200
100
dB,
unweighted
10
A
(S)
120
V
AC
2
speed
fan
DDTT^
Compression
System:
Switchable
w/LED
THIS
LIMITED
WARRANTY
VALID
ONLY
WHEN
PURCHASED
AND
REGISTERED
IN
THE
UNITED
STATES
OR
CANADA.
ALL
EXPORTED
PRODUCTS
ARE
SUBJECT
TO
WARRANTY
AND
SERVICES
TO
BE
SPECIFIED
AND
PROVIDED
BY
THE
AUTHORIZED
DISTRIBUTOR
FOR
EACH
COUNTRY.
Ces
clauses
de
garantie
ne
sent
vaiables
qu’aux
Etats-Unis
et
au
Canada.
Dans
tour
les
autres
pays,
les
clauses
de
garantie
et
de
maintenance
sont
fixees
par
le
distrtbuteur
national
et
assuree
par
lul
seion
la
legislation
envigueur.
Diese
Garantie
ist
nur
in
den
USA
and
Kanada
gultig.
Alle
Export-Produkte
sind
der
Garantie
und
dem
Service
des
Importeurs
des
jewelligen
Landes
unterworfen.
Esta
garantia
es
valida
solamente
cuando
el
producto
es
comprado
en
E.U.
continentales
o
en
Canada.
Todos
los
productos
que
sean
comprados
en
el
extranjero,
estan
sujetos
a
las
garantias
y
servicio
que
cada
distribuidor
autorizado
determine
y
ofrezca
en
los
diferentes
paises.
PEAVEY
ONE-YEAR
LIMITED
WARRANTY/REMEDY
PEAVEY
ELECTRONICS
CORPORATION
(“PEAVEY”)
warrants
this
product,
EXCEPT
for
covers,
footswitches,
patchcords,
tubes
and
meters,
to
be
free
from
defects
in
material
and
workmanship
for
a
period
of
one
(1)
year
from
date
of
purchase,
PROVIDED,
however,
that
this
limited
warranty
is
extended
only
to
the
original
retail
purchaser
and
is
subject
to
the
conditions,
exclusions,
and
limitations
hereinafter
set
forth:
PEAVEY
90-DAY
LIMITED
WARRANTY
ON
TUBES
AND
METERS
If
this
product
contains
tubes
or
meters,
Peavey
warrants
the
tubes
or
meters
contained
in
the
product
to
be
free
from
defects
in
material
and
workmanship
for
a
period
of
ninety
(90)
days
from
date
of
purchase;
PROVIDED,
however,
that
this
limited
warranty
is
extended
only
to
the
original
retail
purchaser
and
is
also
subject
to
the
conditions,
exclusions,
and
limitations
hereinafter
set
forth.
CONDITIONS,
EXCLUSIONS,
AND
LIMITATIONS
OF
LIMITED
WARRANTIES
These
limited
warranties
shall
be
void
and
of
no
effect,
if:
a.
The
first
purchase
of
the
product
is
for
the
purpose
of
resale;
or
b.
The
original
retail
purchase
is
not
made
from
an
AUTHORIZED
PEAVEY
DEALER;
or
c.
The
product
has
been
damaged
by
accident
or
unreasonable
use,
neglect,
improper
service
or
maintenance,
or
other
causes
not
arising
out
of
defects
in
material
or
workmanship;
or
d.
The
serial
number
affixed
to
the
product
is
altered,
defaced,
or
removed.
In
the
event
of
a
defect
in
material
and/or
workmanship
covered
by
this
limited
warranty,
Peavey
will;
a.
In
the
case
of
tubes
or
meters,
replace
the
defective
component
without
charge.
b.
In
other
covered
cases
(i.e.,
cases
involving
anything
other
than
covers,
footswitches,
patchcords,
tubes
or
meters),
repair
the
defect
in
material
or
workmanship
or
replace
the
product,
at
Peavey’s
option;
and
provided,
however,
that,
in
any
case,
all
costs
of
shipping,
if
necessary,
are
paid
by
you,
the
purchaser,
THE
WARRANTY
REGISTRATION
CARD
SHOULD
BE
ACCURATELY
COMPLETED
AND
MAILED
TO
AND
RECEIVED
BY
PEAVEY
WITHIN
FOURTEEN
(14)
DAYS
FROM
THE
DATE
OF
YOUR
PURCHASE.
In
order
to
obtain
service
under
these
warranties,
you
must:
a.
Bring
the
defective
item
to
any
PEAVEY
AUTHORIZED
DEALER
or
AUTHORIZED
PEAVEY
SERVICE
CENTER
and
present
therewith
the
ORIGINAL
PROOF
OF
PURCHASE
supplied
to
you
by
the
AUTHORIZED
PEAVEY
DEALER
in
connection
with
your
purchase
from
him
of
this
product.
If
the
DEALER
or
SERVICE
CENTER
is
unable
to
provide
the
necessary
warranty
service
you
will
be
directed
to
the
nearest
other
PEAVEY
AUTHORIZED
DEALER
or
AUTHORIZED
PEAVEY
SERVICE
CENTER
which
can
provide
such
service.
OR
b.
Ship
the
defective
item,
prepaid,
to;
PEAVEY
ELECTRONICS
CORPORATION
International
Service
Center
326
Hwy.
11
&
80
East
MERIDIAN,
MS
39301
including
therewith
a
complete,
detailed
description
of
the
problem,
together
with
a
legible
copy
of
the
original
PROOF
OF
PURCHASE
and
a
complete
return
address.
Upon
Pcavey’s
receipt
of
these
items:
If
the
defect
is
remedial
under
these
limited
warranties
and
the
other
terms
and
conditions
expressed
herein
have
been
complied
with,
Peavey
will
provide
the
necessary
warranty
service
to
repair
or
replace
the
product
and
will
return
it,
FREIGHT
COLLECT,
to
you,
the
purchaser.
Peavey's
liability
to
the
purchaser
for
damages
from
any
cause
whatsoever
and
regardless
of
the
form
of
action,
including
negligence,
is
limited
to
the
actual
damages
up
to
the
greater
of
$500.00
or
an
amount
equal
to
the
purchase
price
of
the
product
that
caused
the
damage
or
that
is
the
subject
of
or
is
directly
related
to
the
cause
of
action.
Such
purchase
price
will
be
that
in
effect
for
the
specific
product
when
the
cause
of
action
arose.
This
limitation
of
liability
will
not
apply
to
claims
for
personal
injury
or
damage
to
real
properly
or
tangible
personal
property
allegedly
caused
by
Peavey’s
negligence.
Peavey
does
not
assume
liability
for
personal
injury
or
property
damage
arising
out
of
or
caused
by
a
non-Peavey
alteration
or
attachment,
nor
does
Peavey
assume
any
responsbility
for
damage
to
interconnected
non-Peavey
equipment
that
may
result
from
the
normal
functioning
and
maintenance
of
the
Peavey
equipment.
UNDER
NO
CIRCUMSTANCES
WILL
PEAVEY
BE
LIABLE
FOR
ANY
LOST
PROFITS,
LOST
SAVINGS,
ANY
INCIDENTAL
DAMAGES,
OR
ANY
CONSEQUENTIAL
DAMAGES
ARISING
OUT
OF
THE
USE
OR
INABILITY
TO
USE
THE
PRODUCT.
EVEN
IF
PEAVEY
HAS
BEEN
ADVISED
OF
THE
POSSIBILITY
OF
SUCH
DAMAGES.
THESE
LIMITED
WARRANTIES
ARE
IN
LIEU
OF
ANY
AND
ALL
WARRANTIES,
EXPRESSED
OR
IMPLIED.
INCLUDING,
BUT
NOT
LIMITED
TO,
THE
IMPLIED
WARRANTIES
OF
MERCHANTABILITY
AND
FITNESS
FOR
A
PARTICULAR
USE;
PROVIDED,
HOWEVER,
THAT
IF
THE
OTHER
TERMS
AND
CONDITIONS
NECESSARY
TO
THE
EXISTENCE
OF
THE
EXPRESSED,
LIMITED
WARRANTIES,
AS
HEREINABOVE
STATED,
HAVE
BEEN
COMPLIED
WITH,
IMPLIED
WARRANTIES
ARE
NOT
DISCLAIMED
DURING
THE
APPLICABLE
ONE-YEAR
OR
NINETY-DAY
PERIOD
FROM
DATE
OF
PURCHASE
OF
THIS
PRODUCT.
SOME
STATES
DO
NOT
ALLOW
LIMITATION
ON
HOW
LONG
AN
IMPLIED
WARRANTY
LASTS,
OR
THE
EXCLUSION
OR
LIMITATION
OF
INCIDENTAL
OR
CONSEQUENTIAL
DAMAGES,
SO
THE
ABOVE
LIMITATIONS
OR
EXCLUSIONS
MAY
NOT
APPLY
TO
YOU.
THESE
LIMITED
WARRANTIES
GIVE
YOU
SPECIFIC
LEGAL
RIGHTS,
AND
YOU
MAY
ALSO
HAVE
OTHER
RIGHTS
WHICH
MAY
VARY
FROM
STATE
TO
STATE.
THESE
LIMITED
WARRANTIES
ARE
THE
ONLY
EXPRESSED
WARRANTIES
ON
THIS
PRODUCT.
AND
NO
OTHER
STATEMENT,
REPRESENTATION,
WARRANTY,
OR
AGREEMENT
BY
ANY
PERSON
SHALL
BE
VALID
OR
BINDING
UPON
PEAVEY.
In
the
event
of
any
modification
or
disclaimer
of
expressed
or
implied
warranties,
or
any
limitation
of
remedies,
contained
herein
conflicts
with
applicable
law,
then
such
modification,
disclaimer
or
limitation,
as
the
case
may
be.
shall
be
deemed
to
be
modified
to
the
extent
necessary
to
comply
with
such
law.
Your
remedies
for
breach
of
these
warranties
are
limited
to
those
remedies
provided
herein
and
Peavey
Electronics
Corporation
gives
this
limited
warranty
only
with
respect
to
equipment
purchased
in
the
United
States
of
America.
INSTRUCTIONS
—
WARRANTY
REGISTRATION
CARD
1.
Mail
the
completed
WARRANTY
REGISTRATION
CARD
to:
PEAVEY
ELECTRONICS
CORPORATION
POST
OFFICE
BOX
2898
MERIDIAN.
MISSISSIPPI
39302-2898
a.
Keep
the
PROOF
OF
PURCHASE.
In
the
event
warranty
service
is
required
during
the
warranty
period,
you
will
need
this
document.
There
will
be
no
identification
card
issued
by
Peavey
Electronics
Corporation.
2.
IMPORTANCE
OF
WARRANTY
REGISTRATION
CARDS
AND
NOTIFICATION
OF
CHANGES
OF
ADDRESSES:
a.
Completion
and
mailing
of
WARRANTY
REGISTRATION
CARDS
—
Should
notification
become
necessary
for
any
condition
that
may
require
correction,
the
REGISTRATION
CARD
will
help
ensure
that
you
are
contacted
and
property
notified.
b.
Notice
of
address
changes
-
If
you
move
from
the
address
shown
on
the
WARRANTY
REGISTRATION
CARD,
you
should
notify
Peavey
of
the
change
of
address
so
as
to
facilitate
your
receipt
of
any
bulletins
or
other
forms
of
notification
which
may
become
necessary
in
connection
with
any
condition
that
-
require
dissemination
of
information
or
correction.
3.
You
may
contact
Peavey
directly
by
telephoning
(601)
483-5365,
IMPORTANT
SAFETY
INSTRUCTIONS
WARNINCJ:
When
using
eleelric
products,
basic
cautions
should
always
be
tollowcd.
including
the
following.
1.
Read
all
safety
and
operating
instructions
before
using
this
product.
2.
All
safely
and
operating
instructions
should
be
retained
for
future
reference.
3.
Obey
all
cautions
in
the
operating
instructions
and
on
the
back
of
the
unit.
4.
All
operating
instructions
should
be
followed.
5.
This
product
should
not
be
used
near
water,
i.e..
a
bathtub,
sink,
swimming
pool,
wet
basement,
etc.
6.
This
product
should
be
located
so
that
its
position
does
not
interfere
with
its
proper
ventilation.
It
should
not
be
placed
Hat
against
a
wall
or
placed
in
a
built-in
enclosure
that
will
impede
the
flow
of
cooling
air.
7.
This
product
should
not
be
placed
near
a
source
of
heat
such
as
a
stove,
radiator,
or
another
heat
producing
amplifier.
S.
Connect
only
to
a
power
supply
of
the
type
marked
on
the
unit
adjacent
to
the
pow
er
supply
cord.
9.
Never
break
off
the
ground
pin
on
the
power
supply
cord,
f-or
more
information
on
grounding,
w
rite
for
our
free
booklet
“Shock
Hazard
and
Grounding."
10.
Power
supply
cords
should
always
be
handled
carefully.
Never
walk
or
place
equipment
on
power
supply
cords.
Periodically
check
cords
for
cuts
or
signs
of
stress,
especially
at
the
plug
and
the
point
where
the
cord
exits
the
unit.
1
1.
The
power
supply
cord
should
be
unplugged
when
the
unit
is
to
be
unused
for
long
periods
of
time.
12.
If
this
product
is
to
be
mounted
in
an
equipment
rack,
rear
support
should
be
provided.
13.
Metal
parts
can
be
cleaned
with
a
damp
rag.
The
vinyl
covering
used
on
some
units
can
be
cleaned
with
a
damp
rag
or
an
ammonia-
based
household
cleaner
if
necessary.
Disconnect
unit
from
power
supply
before
cleaning.
14.
Care
should
be
taken
so
that
objects
do
not
fall
and
liquids
are
not
spilled
into
the
unit
through
the
ventilation
holes
or
any
other
openings.
15.
This
unit
should
be
checked
by
a
qualified
service
technician
if:
a.
The
power
supply
cord
or
plug
has
been
damaged.
b.
Anything
has
fallen
or
been
spilled
into
the
unit.
c.
The
unit
does
not
operate
correctly.
d.
The
unit
has
been
dropped
or
the
enclosure
damaged.
16.
The
user
should
not
attempt
to
service
this
equipment.
All
service
work
should
be
done
by
a
qualified
service
technician.
17.
This
product
should
be
used
only
with
a
cart
or
stand
that
is
recommended
by
Peavey
Electronics.
18.
Exposure
to
extremely
high
noise
levels
may
cause
a
permanent
hearing
loss.
Individuals
vary
considerably
in
susceptibility
to
noise
induced
hearing
loss,
but
nearly
everyone
will
lose
some
hearing
if
exposed
to
sufficiently
intense
noise
for
a
sufficient
time.
The
U.S.
Government's
Occupational
Safety
and
Health
Administration
(OSHA)
has
specified
the
following
permissible
noise
level
exposures.
Duration
Per
Day
In
Hours
Sound
Level
dBA,
Slow
Response
8
90
6
92
4
95
3
97
2
100
1
1/2
102
1
105
1/2
110
1/4
or
less
115
According
to
OSHA.
any
exposure
in
excess
of
the
above
permissible
limits
could
result
in
some
hearing
loss.
Ear
plugs
or
protectors
in
the
ear
canals
or
over
the
ears
must
be
worn
when
operating
this
amplification
system
in
order
to
prevent
a
permanent
hearing
loss
if
exposure
is
in
excess
of
the
limits
as
set
forth
above.
To
ensure
against
potentially
dangerous
exposure
to
high
sound
pressure
levels,
it
is
recop’>m'='"ded
that
all
persons
exposed
to
equipment
capable
of
producing
high
sound
pressure
levels
such
as
this
amplification
system
be
protecicu
oy
hearing
protectors
while
this
unit
is
in
operation.
SAVE
THESE
INSTRUCTIONS!
Features
and
specifications
subject
to
change
without
notice.
Peavey
Electronics
Corporation
711
A
Street
/
Meridian,
MS
39301
/
U.S.A.
/
(601)
483-5365
/
Telex
504115/
Fax
486-1278
©1994
#80301956
Printed
in
U.S.A.
4/94
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