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Series medium-size Line Array System
Specification
Construction:
Transducer:
Frequency response (-3dB):
Sensitivity(1W@1m):
Maximum SPL(1m):
power: 250W(RMS),500W(PG),1000W(PK)
Dispersion(H× V):
Rated Impedance:
Crossover point:
Cabinet:
Installation: easy installation system
Connector:
× ×
Cabinet Dimension (W
D
Packing Dimensions (W× D×H):
Net weight:
Gross weight:
Accessories(Optional): Flying frame
Frequency Response
6
High pressure level two way passive line
array full frequency loudspeaker
2x44 mm Neo compression driver
1X65mm Neo LF
55Hz18kHz
97dB
118dB/124dB(Peak)
0
0
100 × 30
8 Ohms
1.6KHz
15 mm plywood
Finish: surface of cabinet with Black polyurethane
spray surface of grill with black mesh
NL4× 2
H):
540×334×280mm
(21.3×13.2×11.0in)
430×383×655mm
(16.9×15.1×25.8in)
17.0kg(37.4 lbs)
19.0kg(41.8 lbs)
TECHNICAL SPECIFICATION
Speaker Testing Method
1. Frequency Response
Use pink noise to test the speaker in the anechoic chamber,
adjust the level to make the speaker work at its rated impedance
and set the output
power
at 1W, then test the frequency response
1m away from the speaker.
2. Sensitivity
Use full range pink noise which has been modified using
an EQ
curve to test the
speaker in the anechoic chamber,
Increasing the
signal to make the speaker
impedance and set the
power output at 1W, then test
sensitivity 1m away from the speaker.
3. MAX.SPL
Use full range pink noise which has been modified using
an EQ
curve to test the
speaker in the anechoic chamber ,
increase the
signal to make the speaker
mum power output level, then test the SPL 1m away from
the speaker.
4. Rated Power
Use pink noise to the IEC#268-5 standard to test the speaker,
increase the signal for a continuous period of 100 hours,
the rated power is the power when the speaker will show
no visible or measurable damage.
work at its rated
the
work at its
maxi-
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