Инструкции Пользователя для JL Audio Slash 600/1v3

Скачать
Страница из 13
6  |  JL Audio - 600/1
v3
 Owner’s Manual  
7
(for example, if there is an active low-pass 
crossover in line before the amplifier), this 
circuit will not operate properly.
To activate the signal sensing turn-on feature, 
QMBDFUIFiSignal SensingwTXJUDIJOUIFiOnw
position. This should only be done if there is 
no conventional turn-on lead connected to the 
BNQMJGJFSTiRemotewDPOOFDUPS8IFOJOUIF
iOnwQPTJUJPO UIFTJHOBMTFOTJOHDJSDVJUXJMM
monitor the audio input signal and turn the 
amplifier on when signal is present.  After about 
25 seconds of no signal, the amplifier will shut off. 
Turning on other amplifiers in signal sensing 
mode: When the signal sensing circuit is turned 
PO UIFiRemotew$POOFDUPSPOUIFBNQMJGJFS
may be used as a remote turn-on source for other 
amplifiers in the system. +12V will be present  
at the connector when the amplifier turns on in 
signal sensing mode and will not be present when 
the amplifier turns off. 
 
I M P O R TA N T
!
 
You cannot use the turn-on output to turn on 
processors that are in the signal path before the 
600/1v3. (Signal will not pass through most 
processors when they are not powered up, 
meaning that the amplifier will not turn on 
until that processor is active).
 
AMPLIFIER INPUT SECTION
The 600/1v3 employs a differential-balanced  
input topology that provides the user with a high 
degree of input flexibility while retaining superior 
noise rejection. This type of circuit also allows 
the 600/1v3 to accept high-voltage inputs from 
factory source unit outputs without excessive 
distortion or noise problems.
P Filter
Amplifier Input Section
S
MO
Left Ch.
Right Ch.
eq. (Hz)
Slope
Input Voltage
Input Sens.
Signal Sensing
B | 24dB
Low | High
Off | On
5
80
100
200
 
1)  Input Connections:  A standard left/right pair 
of RCA type jacks is used for input on  
the 600/1v3. You may run a stereo or a mono  
signal into the inputs of the amplifier. The 
amplifier’s input section automatically sums  
stereo signals to mono for the internal 
BNQMJGJFSTFDUJPOBOEGPSUIFiLPwiFilter 
Mode
wPGUIFiPreamp OutputwTFDUJPO
 
I M P O R TA N T
!
 
If you plan to use the “Preamp Output” in  
“Full-Range” or “HP” mode to feed a stereo 
amplifier, you must connect a stereo signal to 
the input of the amplifier.  A mono signal into 
the amplifier will result in a mono signal out of 
the preamp output. (It’s a great amplifier, but it  
doesn’t do magic).
The amplifier will operate with only one input 
connection (left or right), but will require an 
increase in input sensitivity to overcome the loss 
of signal. If a mono input signal is to be run, we 
SFDPNNFOEUIBUZPVVTFBi:BEBQUPSwMJLFUIF 
+-ڀ"VEJP&$4NPEFM9%$-3"*$:'.UPTQMJU
the mono signal into both inputs of the amplifier.
 
2)  Input Voltage Range:  A wide range of 
signal input voltages can be accommodated 
by the 600/1v3’s input section (200mV – 8V). 
This wide range is split up into two sub-
Ground Connection
The chassis ground connection must be made 
using 4 AWG pure copper wire and should be 
kept as short as possible, while accessing a solid 
piece of sheet metal in the vehicle. The surface of 
the sheet metal should be sanded at the contact 
point to create a clean, metal-to-metal connection 
between the chassis and the termination of 
the ground wire with a brass or copper power 
ring. For optimal grounding, we recommend 
the use of a JL Audio ECS master ground 
lug (XB-MGLU). Alternatively, a sheet metal 
screw or bolt can be used with a star washer.
I M P O R TA N T
!
Many vehicles employ small (10 AWG - 6 
AWG) wire to ground the battery to the vehicle 
chassis and to connect the alternator’s positive 
connection to the battery. To prevent voltage 
drops, these wires should  be upgraded to 4 
AWG pure copper wire when installing amplifier 
systems with main fuse ratings above 60A.
 
TURN-ON OPTIONS
The 600/1v3 can be turned on and off using 
two different methods: 
 
1) A conventional +12V remote turn-on lead. 
2) A signal sensing turn-on circuit. 
+12VDC
Ground Remote
Monoblock Subwoofer Amplifier
To select between the two modes there is a 
TXJUDI NBSLFEiSignal Sensingw MPDBUFEJOUIF
iAmplifier Input SectionwPGUIFGSPOUQBOFM
 
1)  Conventional Remote Turn-On Method: 
uses a conventional +12V remote turn-on 
lead, typically controlled by the source unit’s 
remote turn-on output. The amplifier will 
UVSOPOXIFO7JTQSFTFOUBUJUTiRemotew
input and turn off when +12V is switched 
off. If a source unit does not have a dedicated 
remote turn-on output, the amplifier’s turn-on 
lead can be connected to +12V via a switch 
that derives power from an ignition-switched 
DJSDVJU5PVTFUIJTNFUIPE TFMFDUiOffwPO
UIFiSignal SensingwTXJUDIJOUIFiAmplifier 
Input Section
w5IFWTiRemotew
turn-on connector is designed to accept 12 
AWG – 8 AWG wire. 12 AWG is more than 
adequate for this purpose. To connect the 
remote turn-on wire to the amplifier, first back 
out the set screw on the top of the amplifier, 
using the supplied hex wrench. Strip 1/2 
inch (12mm) of wire and insert the bare wire 
into the receptacle on the front panel of the 
amplifier, seating it firmly so that no bare wire 
is exposed. Smaller wire than 12 AWG can be 
used, but it may be necessary to strip 1 inch 
of insulation from the wire and fold the bare 
wire in half prior to insertion. While holding 
the wire in the terminal, tighten the set screw 
firmly, taking care not to strip the head of the 
screw and making sure that the wire is firmly 
gripped by the set screw.
 
2)  Signal Sensing Turn-On Method: A valuable 
feature of the 600/1v3 is its ability to be turned 
on and off by the presence or lack of signal at 
its audio inputs. This allows you to operate the 
amplifier without having to locate a remote 
turn-on lead at the source unit. This can be 
very useful if interfacing the amplifier with 
some OEM source units that do not have 
conventional turn-on leads. 
 
I M P O R TA N T
!
 
The sensitivity of the signal sensing turn-on 
circuit has been designed for high-level 
(speaker level) signals, not for low-level 
(preamp level) signals. Using this feature with 
low-level (preamp level) signals is not 
recommended. We do not recommend this 
method of turning the amplifier on and off as a 
default. Whenever possible, use the 
conventional remote turn-on lead method. The 
signal sensing circuit is designed to detect 
midrange frequency signal presence. If the 
signal feeding the amplifier is not full-range