Specifications - K-array KT2 User Manual

KT2 - KT2C - KTL2 - KTL2C

13. SPECIfICaTIONS

Speaker power handling
Frequency range (-10 dB)
Maximum SPL
D
ESIGNED AS PASSIVE SPEAKER
Designed as passive speaker, the new Tornados can be easily converted into
-
self-powered devices by inserting the KA1-T2H amplifier module. SELF POWERED DEVICES BY INSERTING THE
KA1-T2H specs
Audio Input
4-pin Phoenix connector
Connectors
IN – (-) IN + (+) GRD (Ground)
Wiring
Power Input
4-pin Phoenix connector
Connectors
VCC (+) GND (common)
Wiring
Amplifi er
1 Module Class D Electronically Processed
Type
32 W @ 8 1% THD + NOISE
Nominal Power Output
Dynamic limiter, over current, over temperature,
Protections
short circuit power supply polarity inversion
20Hz – 20kHz (+/- 3 dB) for 1W @ 8
Frequency response
0,100%
THD+N 1kHz,1 W
DC Power
12/24 Vdc
Nominal voltage
10-26 Vdc
Operating range
0.4 A / 24 Vdc
I. Nom.
Notes for data
1. EIAJ Test Standard, 1KHz, 1%THD
13
KT2 specs
Impedance
101 dB (cont.) – 107 dB (peak)
Horizontal
Vertical
Type
150Hz 24dB/Oct minimum required
Frequency
2" Neodymiun magnet Woofer with 2 voice coils of 0.8"
Full-range
Impedance
Connectors
VoiceCoil A=1+ 1- VoiceCoil B=2+ 2-
Wiring
IP
110 mm x 75 mm x 70 mm
Dimensions
(4.33" x 2.95" x 2.76 ")
0.56 Kg (1.23 lb)
Weight
Notes for data
1. With Dedicated preset
2. Measured with musical signal
New materials and design are introduced into existing products without previous notice.
Present systems may differ in some respects from those presented in this sheet.
,
THE NEW
1/8 rated power
(pink noise)@ 8Ω
(1 )
KT2C specs
Acoustics
18 W
(AES)
8 - 32 (settable)
150 – 18 kHz
(1)
(2)
Coverage
90°
90°
Crossover
External crossover required
Transducers
2 x 16
Power Audio Input
4-pin Phoenix connector
Certifi cation
54
Physical
110 mm x 75 mm x 70 mm
(4.33" x 2.95" x 2.76 ")
0.67 Kg (1.48 lb)
T
ORNADOS CAN BE EASILY CONVERTED INTO
KA1-T2 12V/24V
AMPLIFIER MODULE
Consumptions
N.A.
Effi ciency
83%
Physical
35 mm x 40 mm x 14 mm
Dimensions
(1,37" x 1,57" x 0,55 ")
40 g (0.08 lb)
Weight
KA1-T2H
.
KA1-T2H
REV A