Atlantic Technology SB-800 Manual De Usuario
4
Model SB-800 Powered Subwoofer
Placement and Operation
Generally speaking, the best location for your new subwoofer is the
front of the room, close to a corner (Figure 5). Every room has its own
unique sound characteristics, and flexibility in the exact placement of
the subwoofer is always desirable. The closer the subwoofer is placed to
a wall and especially a corner, the more and deeper the bass response
you will hear. However, in some rooms, corner placement can produce a
“one note” boomy effect. Under such circumstances the subwoofer may
work better away from the corner. Experiment to find the best position
in your room.
front of the room, close to a corner (Figure 5). Every room has its own
unique sound characteristics, and flexibility in the exact placement of
the subwoofer is always desirable. The closer the subwoofer is placed to
a wall and especially a corner, the more and deeper the bass response
you will hear. However, in some rooms, corner placement can produce a
“one note” boomy effect. Under such circumstances the subwoofer may
work better away from the corner. Experiment to find the best position
in your room.
Figure 5
Typical arrangement for a single subwoofer in a home theater.
1. Start here
2. Move to
corner for
more bass
more bass
3. Move away
from wall for
less bass
Using the Subwoofer Low-Pass Control
NOTE: Set this control to "Bypass" if you are using
a receiver that has its own subwoofer crossover.
Set this control to "Normal" if your electronics do
not have a bass management function. The goal
is to optimize the performance of the system by
ensuring that the subwoofer and satellites produce
a cohesive and well integrated sound “picture.”
a receiver that has its own subwoofer crossover.
Set this control to "Normal" if your electronics do
not have a bass management function. The goal
is to optimize the performance of the system by
ensuring that the subwoofer and satellites produce
a cohesive and well integrated sound “picture.”
Most surround sound receivers and processors offer a choice of cross-
overs, typically between 60 Hz and 150 Hz. We recommend using the
100Hz setting when using small speakers such as those in the FS-7.0.
Consult your electronics owner's manual for more details.
It’s generally undesirable to have the main speakers and the subwoofer
overlap too much. Larger speakers means a lower Low-pass crossover
frequency, smaller speakers means a higher Low-pass crossover fre-
quency. Consult the manufacturer’s specified low frequency response
for your main speakers to determine the appropriate Low-pass setting
on your subwoofer. In the end, however, a little time spent experimenting
will generally result in dramatically better bass response.
overs, typically between 60 Hz and 150 Hz. We recommend using the
100Hz setting when using small speakers such as those in the FS-7.0.
Consult your electronics owner's manual for more details.
It’s generally undesirable to have the main speakers and the subwoofer
overlap too much. Larger speakers means a lower Low-pass crossover
frequency, smaller speakers means a higher Low-pass crossover fre-
quency. Consult the manufacturer’s specified low frequency response
for your main speakers to determine the appropriate Low-pass setting
on your subwoofer. In the end, however, a little time spent experimenting
will generally result in dramatically better bass response.
Care of Your Subwoofer
Your subwoofer is constructed from 5/8” Medium Density Fiberboard.
MDF is a non-resonant material ideal for speaker system enclosures. To
clean the cabinet you may use a soft cloth either dry or slightly dampened
with clean water. Be careful not to wet the cabinet or allow any water to
enter the cabinet seams. Avoid placing your speakers in direct sunlight or
near a source of heat that may, over time, damage the finish.
MDF is a non-resonant material ideal for speaker system enclosures. To
clean the cabinet you may use a soft cloth either dry or slightly dampened
with clean water. Be careful not to wet the cabinet or allow any water to
enter the cabinet seams. Avoid placing your speakers in direct sunlight or
near a source of heat that may, over time, damage the finish.
PHASE
LEVEL
INPUT
OUTPUT
STANDBY
STATUS
LOW-PASS
ON AUTO
LOW-PASS BYPASS
55
200
80
140
0
180
L / MONO
RIGHT
MIN
MAX
160
AC INPUT
50-60Hz
110W MAX
FOR 110-120VAC, USE T1.0AL 250V FUSE
FOR 220-240VAC, USE T1.6AL 250V FUSE
220-240V 110-120V
ON
OFF
FOR CONTINUED PROTECTION AGAINST RISK OF FIRE,
REPLACE ONLY WITH SAME TYPE AND RATING OF FUSE
AVIS: RISQUE DE CHOC ELECTRIQUE-NE PAS OUVRIR
RISK OF ELECTRIC SHOCK
DO NOT OPEN
CAUTION
WARNING: TO REDUCE THE RISK OF FIRE OR ELECTRIC SHOCK.
DO NOT EXPOSE THIS APPLIANCE TO RAIN OR MOISTURE.
DOUBLE INSULATION - WHEN SERVICING,
USE ONLY IDENTICAL REPLACEMENT PARTS
SERIAL
MODEL
SB800BJRWWY80100
SB-800-BLK Powered Subwoofer
015-1080
Subwoofer Troubleshooting Guide
Once your subwoofer is set up, you should have many years of maintenance free enjoyment from your system. However, if you should encoun-
ter a problem, refer to the following guide to help you find the solution. If a problem persists, you should contact your local authorized Atlantic
Technology dealer.
Problem
ter a problem, refer to the following guide to help you find the solution. If a problem persists, you should contact your local authorized Atlantic
Technology dealer.
Problem
Possible Cause
Possible Solution
No bass output
AC power cord unplugged or
Plug into a working outlet.
plugged into a non-working outlet.
Input cables not securely
Check all connections, then try another
connected or defective.
input cable.
Audible buzz or hum
Input cable not securely connected
Check all connections, then try another
or defective.
input cable.
Ground loop through antenna or
Test by disconnecting antenna and/or cable
cable TV system input.
system input leads. If hum goes away, install
isolation balun(s) at that point.