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2.5  Technical specifications

System data

Frequency response (–5 dB standard)

45 Hz - 18 kHz

Frequency response (–5 dB CUT mode)

70 Hz - 18 kHz

Max. sound pressure (1 m, free field)
GSL8

150 dB

GSL12

149 dB

(SPLmax: Broadband signal IEC 60268)

Loudspeaker data

Nominal impedance front LF

4 ohms

Nominal impedance side LF/MF/HF

4 ohms

Power handling capacity front LF (RMS/peak 10 ms)

800/3200 W

Power handling capacity side LF/MF/HF (RMS/peak 10 ms)

800/3200 W

Nominal dispersion angle (horizontal) GSL8/GSL12

80/120°

Splay angle setting

0 ... 7° (1° increment)

Components

2 x 14" front LF driver

2 x 10" side LF driver

1 x 10" MF driver

3 x 1.4” exit compression driver with 3.4" coil

Passive crossover network

Connections

1 x NLT4 F

Pin assignment

: 1+: Front LF+/1–: Front LF–

2+: Side LF/MF/HF+/2–: Side LF/MF/HF–

Weight

80 kg (176 lb)

GSL8: Frequency response*, Standard and CUT modes
*
single cabinet within array

GSL12: Frequency response*, Standard and CUT modes
*
single cabinet within array

 

d&b GSL8/GSL12 Manual 1.4 en

10

Summary of Contents for SL Series

Page 1: ...SLGSL8 GSL12 Manual 1 4 en...

Page 2: ...larly check the d b website for the latest version of this document When reselling this product hand over this document to the new owner If you supply d b products please draw the attention of your cu...

Page 3: ...udspeaker 6 2 1 Intended use 6 2 2 Connections 7 2 3 Operation 7 2 3 1 Controller settings 8 2 4 Dispersion characteristics 9 2 5 Technical specifications 10 3 Manufacturer s declarations 12 3 1 EU co...

Page 4: ...s as detailed in our specific Mounting instructions or in our Flying system and Rigging manuals Ensure that all additional hardware fixings and fasteners used for installation or mobile deployment are...

Page 5: ...topics In addition ArrayCalc will provide you with typical array configurations within the permitted load limits and will help you get familiar with the mechanical load conditions and limitations d b...

Page 6: ...rocessing functions for the front LF and passively crossed over side firing LF and MF HF sections All components are arranged symmetrically around the center axis of the cabinet to produce a perfectly...

Page 7: ...12 GSL12 Line GSL12 Arc GSL12 AP 1 1 1 Line and Arc setups The selection of Line or Arc depends on the curvature of the array Both setups may be used within one array The Line setup is used for long t...

Page 8: ...ite All coupling effects caused by the array length and shape are considered in the AP data The CPL function may still be used for additional corrections for example of room properties or coupling eff...

Page 9: ...plotted using lines of equal sound pressure isobars at 6 dB and 12 dB The nominal horizontal dispersion of 80 120 is maintained above 150 Hz merging into a cardioid dispersion down to the lowest freq...

Page 10: ...dling capacity side LF MF HF RMS peak 10 ms 800 3200 W Nominal dispersion angle horizontal GSL8 GSL12 80 120 Splay angle setting 0 7 1 increment Components 2 x 14 front LF driver 2 x 10 side LF driver...

Page 11: ...GSL8 GSL12 cabinet dimensions in mm inch d b GSL8 GSL12 Manual 1 4 en 11...

Page 12: ...ive EC directives including all applicable amendments A detailed declaration is available on request and can be ordered from d b or downloaded from the d b website at www dbaudio com 3 2 WEEE Declarat...

Page 13: ...D2730 EN 01 01 2020 d b audiotechnik GmbH Co KG www dbaudio com...

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