RCF TT10-A-MK2 Data Sheet

TT 10-A
ACTIVE TWO-WAY HIGH DEFINITION SPEAKER
DESCRIPTION
With 130 dB SPL power and a small footprint, the active two-way RCF TT10-A speaker saves the day when you need top quality sound power and unobtrusive size. Though remarkably compact and lightweight, the TT10-A offers the distinguished high-end TT+ sound quality, DSP capabilities, networked control, rugged hardware and a complete set of rigging options.
FEATURES
130 dB SPL Max
1000W RMS, two-way Class-D amplifier
Rotatable 90° x 70° Constant Directivity Horn
Quick Fit Bracket Socket
FiRPHASE
10’’ neodymium Woofers, 2.5’’ voice coil
Horn-loaded 1” neo comp. driver, 1,75’’ voice coil
RDNet Networked Management
60 ÷ 20000 Hz Frequency Range
DATASHEET
TECHNICAL SPECIFICATIONS
Acoustical specifications
Frequency Response:
60 Hz ÷ 20000 Hz
Max SPL @ 1m:
130 dB
Horizontal coverage angle:
90°
Vertical coverage angle:
70°
Transducers
Compression Driver:
1.0'' neo, 1.75'' v.c
Woofer:
10'' neo, 2.5'' v.c
Input/Output section
Input signal:
bal/unbal
Input connectors:
XLR, RDNet Ethercon
Output connectors:
XLR, RDNet Ethercon
Input sensitivity:
-2 dBu/+4 dBu
Processor section
Crossover Frequencies:
900 Hz
Protections:
Thermal, HF
Limiter:
Fast Limiter
Controls:
Bypass, Linear/High Pass, Volume, RDnet on boar
RDNet:
Yes
Power section
Total Power:
2000 W Peak, 1000 W RMS
High frequencies:
600 W Peak, 300 W RMS
Low frequencies:
1400 W Peak, 700 W RMS
Cooling:
Convection
Connections:
Powercon IN/OUT
Standard compliance
CE marking:
Yes
Physical specifications
Cabinet/Case Material:
Baltic birch plywood
Hardware:
3X M10 TOP AND BOTTOM 2X PIN D.10 AND M10 SIDE
Handles:
1 TOP
Grille:
Steel
Color:
Black
Size
Height:
490 mm / 19.29 inches
Width:
306 mm / 12.05 inches
Depth:
299 mm / 11.77 inches
Weight:
11.5 kg / 25.35 lbs
Shipping informations
Package Height:
540 mm / 21.26 inches
Package Width:
350 mm / 13.78 inches
Package Depth:
350 mm / 13.78 inches
Package Weight:
13.7 kg / 30.2 lbs
DATASHEET
RCF products are continually improved. All specifications are therefore subject to change without notice.
Loading...
+ 4 hidden pages