6
Sensitivity (dB)
20
60
70
80
90
100
110
60
23
8
5
Frequency (Hz)
Impedance (Ohms)
50 100 200 500 2k 5k 10k 20k
1k
37
14
X8i
8"Two-way Full Range Speaker
65Hz-18kHz
94dB
80W
160W
320W
(RMS)
(MUSIC)
(PEAK)
8 Ohms
Nl4 x 2
Max. SPL(1m): 113dB/119dB(PEAK)
2.8kHz
1
2
3
4
Wedge shape
Sensitivity(1W@1m):
Power:
System:
Frequency response(-3dB):
Rated impedance:
Crossover point:
Cabinet:
Connector:
Cabinet dimension:
(W x D x H)
Package dimension:
Technical Specification
Mounting accessories:
Painting: Cabinet coated by Polyurethane paint;
grille is powder coated
Net weight(pc):
Gross weight(pc):
SpeakerTesting 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 at 1W, then test the frequency responsepower
1m away from the speaker.
2. Sensitivity
Use full range Pink noise which has been modified using
an EQ speaker in the anechoic chamber,curve to test the
increasing the work at its ratedsignal to make the speaker
impedance and set the thepower 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 speaker in the anechoic chamber ,curve to test the
increase the work at itssignal to make the speaker
maximum power output level, then test the SPL1m 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 of100 hours,
the rated power is the power when the speaker will show
no visible or measurable damage.
10×M10 Hanging point
1×4" HF
1×8" LF
System components:
Frequency response curve & Impedance curve
TECHNICAL SPECIFICATION
Frequency response curve
Impedance curve
8"Two-way Full Range Speaker
7.0kg(15.4 lbs)
8.4kg(18.5 lbs)
250 x 246 x 400mm
(9.8 x 9.7 x 15.7in)
310 x 310 x 480mm
(12.2 x12.2 x 18.9in)
100° x 100°
Dispersion( H xV):
(W x D x H)