TTL 6-AS
ACTIVE LINE ARRAY BASS MODULE
DESCRIPTION
The TTL6-AS is a high power, active line
source bass module engineered to deliver
high output for use indoors and outdoors, for
medium to large spaces. TTL 6-AS is the
companion bass module for the TTL6-A,
extending the frequency range of the flown
system and improving the bass overall
output. The TTL6-AS bass module is
equipped with 3 x 12” low frequencies
woofers in bass reflex configuration. The
integration of three channels of digital
amplification and the advanced digital
processing set a new standard for distortion,
noise and thermal efficiency.
FEATURES
• RDNet remote and control
• 3 x Class D amplifier, 1650 Watt total power
• Premium-quality DSP with optimized phase response
• 3 x 12" neodymium woofer
• 139 dB max SPL
• Maximum output, perfect audio fidelity
• Tour grade cabinet and mechanics
DATASHEET
TECHNICAL SPECIFICATIONS
Acoustical specifications
Frequency Response:
35 Hz ÷ 400 Hz
Max SPL @ 1m:
139 dB
Transducers
Woofer:
3 x 12'' neo, 3.0'' v.c
Input/Output section
Input signal:
bal/unbal
Input connectors:
XLR, RDNet Ethercon
Output connectors:
XLR, RDNet Ethercon
Input sensitivity:
+4 dBu
Processor section
Crossover Frequencies:
Selectable
Protections:
Thermal, RMS
Limiter:
Fast Limiter
Controls:
Gain, EQ, Preset, Phase Switch, Output
Delay Settings
RDNet:
Yes
Power section
Total Power:
3300 W Peak, 1650 W RMS
Low frequencies:
3300 W Peak, 1650 W RMS
Cooling:
Convection/Forced
Connections:
Powercon IN/OUT
Standard compliance
CE marking:
Yes
Physical specifications
Cabinet/Case Material:
Baltic birch plywood
Hardware:
Array Flyware
Handles:
2 side, 2 back
Pole mount/Cap:
Yes
Grille:
Steel
Color:
Black
Size
Height:
1100 mm / 43.31 inches
Width:
378 mm / 14.88 inches
Depth:
468 mm / 18.43 inches
Weight:
45 kg / 99.21 lbs
Shipping informations
Package Height:
430 mm / 16.93 inches
Package Width:
1140 mm / 44.88 inches
Package Depth:
520 mm / 20.47 inches
Package Weight:
48 kg / 105.82 lbs
DATASHEET
RCF products are continually improved. All specifications are therefore subject to change without notice.
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