Technicaldata
Acoustics
Powerhandling
Maxpower
Impedance
Operatingfrequencyrange
Frequencyrange
SPL 1W/1mt
MaximumSPL
Crossover
Type
Frequency
Transducers
Lowfrequency
Highfrequency
AudioInput
Connectors
Wiring
AudiopoweredOutput
Connector
Wiring
RemotecontrolInput
Connectors
PowerInput
Connectors
Amplifiers
Type
Subwooferpower
Satellitepoweroutput
Protections
ACpower
Operatingrange
Maxcontinuosandburstcurrent
Physical
Measures
Weight
800(sub)+500(sat)w
1
1200(sub)+1200(sat)w
8 (sub)+8 (sat)
30Hz-19KHz+/-3dB(presetrelating)
35Hz-19KHz+/-3dB(presetrelating)
97dB(sub)101dB(sat)
127dBcontinuos-133dBpeak
DSP controlledpresetrelating
150Hzminimum(presetrelating)
1x18"Neodymiumspeakerswith3"voicecoil
32x2"Neodymiumspeakerswith0,75"voicecoil
male+femaleparallel3polesbalancedXLR
=ground/ =hot/ =cold
FemaleSpeakon
=CH1+/ =CH1-/ =N.C./ =N.C.
1xfemale8polesRJ45
2xPowerConIN/OUT
1modulesclassD-DSP controlled
1000Watt
1000Watt
Dynamiclimiter,overcurrent,overtemp,shortcircuits
Standard210 -240Vac50Hz(standard)
Standard6A(>10sec)-12A (<1sec)
46.5x46.5x58.5cm(KL18ma)5.5x7x200cm(KR200)
20Kg(KL18ma)9Kg(KR200)
2
3
4
5
6
7
8
8
W W
Pin1 Pin2 Pin3
Pin1+ Pin1- Pin2+ Pin2-
Optional100-120Vac60Hz(optional)
Optional10A(>10sec)-20A (<1sec)
Notesfordata
1. Power handling is measured following AES standard conditions: transducers driven continuously for two hours with a band-limited noise signal having 6 dB of crest factor.
2. Max power is the maximum RMS applicable power for a musical signal, the referement signal is the one proposed by EIAJ standard.
3. Recommended maximum operating frequency range. Response depends on loading conditions and room acoustics.
4. Free field measured with 1/3 octave frequency resolution at 2 mt.
5. Measured@4 mt then scaled@1 mt.
6. Measured with audio source @1 mt.
7. This is the frequency in which the transducers produce the same sound pressure level (measured@2 mt).
8. Amplifier wattage rating is based on the maximum unclipped burst sine wave RMS voltage that the amplifier will produce into the nominal load impedance .
HP SoundEquipments.r.l.-www.k-array.com
VialeRoma7/i50037SanPieroaSieve(Firenze)Italy-tel+390558487222fax e-mail: info@k-array.com+390558487238
REV.01