Quick Start Guide

16 TLX LIVERPOOL SERIES Quick Start Guide 17
TURBOSOUND TLX LAKE DSP settings include user
adjustable delays on TLX43, TLX84, TLX212L and
TLX215L channels.
For example: If the fronts of the TLX43 & TLX212L
are aligned then in both pre-sets the delay should
be set to the de
fault which is 0ms.
However in the real world it is not always possible
to have your  own array and your ground stacked
bass aligned in the vertical plane.
1) In the picture to the right the TLX212L bass is
‘forward’ of the TLX43  ow
n array. So the TLX212L
needs to be delayed .
1)
2) In the picture to the right the TLX43  own array
is now ‘forward’ of the TLX212L ground stacked
bass . So the TLX43 array needs to be delayed.
So how do you  nd the correct delay time to align
the  own array to the ground sta
cked bass?
Some basic knowledge of delay units can get you
an acceptable result by measuring the distance
between the fronts of the  own array and the front
of the ground stacked array. Remember within
LAKE software you can choose the delay unit;
ms
, m or feet.
1 ms (milliseconds) = 0.343 m (meters) =
1.125 ft (feet)
Further  ne tuning can be done by using one of the
many industry standard measurement software
systems, reference microphones and sound-cards.
LAKE software o ers integration to many of these
software systems, further inf
ormation can be
found at www.labgruppen.com
2)
Subwoofer Time Alignment
Technical Speci cations
TLX43
TLX84 TLX212L TLX215L
System
Frequency response
85 Hz – 20 kHz ±3 dB
70 Hz – 20 kHz -1
0 dB
67 Hz – 20 kHz ±3 dB
58 Hz – 20 kHz -10 dB
49 Hz - 173 Hz ±3 dB
38 Hz - 213 Hz -10 dB
48 Hz - 150 Hz ±3 dB
40 Hz - 20
0 Hz -10 dB
Nominal dispersion 120° H x 10° V @ -6 dB points 100° H x 10° V @ -6 dB points Half space Half space
Power handling (IEC)
LF: 150 W continuous, 600 W peak
HF: 30 W continuous, 120 W peak
LF: 450 W continuous, 1,800 W peak
HF: 60 W continuous, 240 W peak
800 W continuous, 3,200 W peak 1000 W continuous, 4,000 W peak
Sensitivity
LF: 87 dB (1 W @ 1 m)
HF: 99 dB (1 W @ 1 m)
LF: 94 dB (1 W @ 1 m)
HF: 101 dB (1 W @ 1 m)
98 dB (1 W @ 1 m) 101 dB (1 W @ 1 m)
Maximum SPL
LF: 109 dB continuous, 115 dB peak
HF: 114 dB continuous, 120 dB peak
LF: 121 dB continuous, 127 dB peak
HF: 119 dB continuous, 125 dB peak
127 dB continuous, 133 dB peak 131 dB continuous, 137 dB peak
Impedance
LF: 16 
HF: 16 
LF: 16 
HF: 16 
8  4 
Crossover type External bi-amp External bi-amp ——
Components
2 x 4 " (102 mm) LF driver
1 x 1 " (25.4 mm) HF compression driver
2 x 8 " (203 mm) LF driver
2 x 1 " (25.4 mm) HF compression driver
2 x 12" (305 mm) LF driver 2 x 15" (381 mm) LF driver
Enclosure
Connectors 2 x Neutr
ik speakON* NL4 2 x Neutrik speakON* NL4 2 x Neutrik speakON* NL4 2 x Neutrik speakON* NL4
Wiring Pins 1+ / 1- LF, pins 2+ / 2- HF Pins 1+ / 1- LF, pins 2+ / 2- HF
Pins 1+ / 1- input, pins 2+ / 2- link Pins 1+ / 1- input, pins 2+ / 2- link
Dimensions H x W x D
163 x 512 x 290 mm
(6.4 x 20.2 x 11.4")
245 x 801 x 485 mm
(9.6 x 31.5 x 19.1")
488 x 576 x 542 mm
(19.2 x 22.7 x 21.3")
506 x 802 x 751 mm
(19.9 x 31.6 x 29.6")
Net weight 8.0 kg (17.6 lbs
) 27.9 kg (61.4 lbs) 43.0 kg (94.8 lbs) 65.0 kg (143 lbs)
Construction 12 mm (½ ") plywood 15 mm (⁄") plywood 15 mm (⁄") plywood 18 mm (¾ ") plywood
Finish Semi matt black paint Semi matt black paint Semi matt black paint Semi matt blac
k paint
Grille Powder coated perforated steel Powder coated perforated steel Powder coated perforated steel Powder coated perforated steel
Flying hardware Integral variable curvature Integral variable curvature IntegralIntegral
Accessories
TLX43-FLB  y ba
r TLX84-FLB  y bar TLX212L-WHB wheel board TLX215L-WHB wheel board
TLX43-RC4 road case TLX84-RC4 road case TLX43-FLB  y bar TLX84-FLB  y bar