System Specifications - SLS Audio LS6500 LINE ARRAY Assembly Manual

Product Specifications
1
Operating Range
2
Sensitivity (1W/1M) - Low Freq.
High Freq.
3
Horizontal Coverage Angle -6dB
Vertical Coverage Angle
Power Handling - Low Freq. 4
High Freq.
Recommended Amp Power for Max Output
Low Freq.
High Freq.
Max SPL (calculated) 1 Meter - Low Freq. 5
High Freq.
Nominal Impedance - Low Freq.
High Freq.
Crossover Frequency
Transducers - Low Freq.
High Freq.
Input
Dimensions
Enclosure
Weight
Rigging
Optional Accessories
Finish Options
LS6500 System Specifcations
85Hz - 20,000Hz
91dB
101dB
110 Degrees
Defined by height and configuration of the
array
100W (28 Volts) AES/2
145W (32 Volts) IEC Short Term
46W (18 Volts) IEC Long Term
35W (15.6 Volts) AES/2
200 Watts @ 8 ohms
150 Watts @ 8 ohms
111dB Cont. / 117dB Peak
118dB Cont. / 123dB Peak
8 Ohms
7 Ohms
DSP Settings Provided
6.5" Bass/Midrange
PRD500 Ribbon
NL4 x2 (Pair 1 = LF, Pair 2 = HF)
Barrier strip for I version
7.25" (18.4cm) H (front side)
5.5" (14cm) H (rear side)
14" (35.6cm) W
10" (25.4cm) D
13ply Baltic Birch
20lbs (9kg) Shipping 26lbs (11.8kg)
All array rigging is included
RLA/3-BB - Rigging Frame
RC-LS6500 Road Case (holds 8 LS6500s)
Black Latex
White Latex (w/ white rigging)
Paintable Natural Finish (w/ black rigging)
1. LF at -10dB, HF -6dB at 40kHz on-axis however response above
20kHz is limited by air absorption and DSP sampling rates in typical PA
applications.
2. Full bandwidth pink noise is applied and amplified to a level and
measured at the loudspeaker terminals - corresponding to 1 Watt as
referenced to the loudspeakers nominal impedance. SPL is measured in
an anechoic environment in the loudspeakers far field. Data is
extrapolated to 1 Meters distance from the loudspeaker.
3. Averaged from 1000Hz to 10kHz
4. AES established with ambient temperature at 22C in accordance with
AES/2-1984 standard. IEC stated in RMS voltage according to IEC 268-5
5. Typical SPL for one box only, for array SPL refer to LASS calculations.
Ribbon SPL calculated from IEC long term and short term