GSL12 loudspeaker
GSL12 loudspeaker
Line arrays
Large format 3-way line array loudspeaker
- Components LF: 2 x 14" + 2 x 10"; MF: 1 x 10"; HF: 3 x 1.4" exit compression driver with 3.4" coil
- Dispersion 120°
- SPLmax 149 dB
- Weight 80 kg / 176 lb
Article number Z0751
Product description
The GSL12 is a line array module specifically designed for largescale sound reinforcement. Up to twenty-four GSL12 loudspeakers can be flown in vertical columns producing a 120° constant directivity dispersion pattern in the horizontal plane. The GSL8 houses two 14" neodymium forward facing LF drivers and two side firing 10" neodymium LF drivers. A coaxial mid-high section contains an MF horn with a 10" driver and three 1.4" exit, 3.4" voice coil HF compression drivers mounted to a dedicated wave shaping device. Splay angles between cabinets can range from 0° to 7° in 1° increments. The loudspeakers are driven actively by two channels of an appropriate d&b amplifier, one channel powering the 14” LF drivers, the second channel powers all other components, these are passively crossed-over. This component geometry allows for a smooth crossover design with well-defined overlaps between adjacent bands providing consistent, even and very accurate horizontal dispersion. Due to the arrangement of the front and side firing LF drivers, accurate directivity control is maintained from 45 Hz to above 18 kHz. The cabinets are constructed from marine plywood and have an impact and weather protected PCP (Polyurea Cabinet Protection) finish. The front and side panels incorporate rigid metal grills backed by an acoustically transparent and water repellent fabric. Each side panel incorporates a recessed handle, with additional handles are provided at the rear.
Amplifiers
The d&b D80 amplifier is required to drive the GSL12.
The 2-Way active GSL12 requires two channels of the D80.
Mobile
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
15.4 x 51.2 x 24.7"
176 lb
1 1 m, free field, SPL max peak, Broadband signal IEC 60268, one speaker driven
