Asymmetrical point source loudspeaker with a 315 mm LF driver, rotatable horn and passive or bi-amp operation
The bi-amped 3-way full range MC12-P is a compact 12", 690-Watt Point Source Asymmetrical Element that is ideally suited to a broad range of speech and music sound reinforcement applications in fixed installation, portable and touring audio systems. The MC12-P is designed to work in conjunction with Lake DSP and Lab Gruppen amplification, providing optimal FOH performance, as well as offering considerable flexibility to readily adapt to varying venue requirements.
Turbosound is recognised the world over for designing and building some of the most iconic loudspeakers and subwoofers. We take meticulous care and pride in maintaining that reputation by utilising only drivers designed specifically for each application – it’s what sets us apart from the competition. Featuring a 12" neodymium cone low frequency driver and one dual concentric MF/HF compression driver, the MC12-P delivers unparalleled clarity and intelligibility in a compact enclosure that belies its impressive performance. Due to its asymmetrical 40°-100° horizontal by 30° vertical dispersion pattern, the MC12-P provides exceptional coverage in wide rooms as a standalone system with or without subwoofers and in distributed fill applications.
An integral suspension points and accessories are engineered to meet BGV-C1 specifications is provided for suspending or ground stacking MC12-P elements. Designed for speed and simplicity of use, custom-engineered fly bar, yoke and swivel brackets are available as separate accessories. The Manchester MS121, MS215, MS218 subwoofers is specifically designed for use with MC12-P, providing additional low frequency extension and impact for more demanding sound reinforcement applications. Finished in ultra-hard-wearing black polyurea, the cabinet is constructed from 15 mm (5/8") birch plywood and includes a rugged powder coated perforated steel mesh grille backed with reticulated foam. The rear panel connector plate carries industry-standard twist-lock speaker connectors for input and link connections to additional enclosures.
With the ever-increasing complexity of modern-day line array systems. Seamless integration with the Lab Gruppen PLM+ is a pre-requisite for the Manchester series from Turbosound. Our engineers have prepared and meticulously designed a series of presets that will allow the user to achieve the maximum system performance and consistency possible. These can be found within the download section.
EASE GLL files are provided for EASE Focus 3 Acoustic Simulation Software, which is available for free download. This allows accurate calculation of both acoustic coverage and suspension pick point selection for tilting and aiming the array at the desired angle.
The loudspeaker shall be of the three-way bi-amp switchable passive type consisting of one 12" (315 mm) LF driver and one 1.4" (36 mm) exit MHF compression driver (MF: 4''/100 mm Voice Coil diameter, HF 2.5''/65 mm Voice Coil diameter). Performance specifications of a typical production unit shall meet or exceed the following: frequency response, measured with swept sine wave input, shall be flat within ±3 dB from 55 Hz to 20 kHz and within -10 dB from 39 Hz to 20 kHz. Nominal dispersion, at -6 dB points, shall average 40-100° H x 30° V. Nominal impedance shall be bi-amp mode: MHF: 12 Ohms, LF: 8 Ohms and passive mode 8 Ohms. Power handling shall be MHF: 190 Watts continuous, 690 Watts peak, LF: 500 Watts continuous, 2000 Watts peak. Sensitivity, measured on axis, mean averaged over the stated bandwidth, shall be MHF: 117.5 dB, 1 Watt @ 1 metre, LF: 101 dB, 1 Watt @ 1 metre. Maximum SPL of 140dB in Bi-Amp mode or 138 dB in passive mode (Average Peak level over overlap bandwidth. SPL level at 1 m under free field conditions, using pink noise with crest factor 4, with dedicated preset. Dimensions: 700 high x 358 wide x 460 mm deep (27.6 x 14 x 18.1"). Net weight: 28.5 kg (62.8 lbs). The loudspeaker system shall be the Turbosound MC12-P. No other loudspeaker shall be acceptable unless submitted data from an independent test laboratory verifies that the above combined performance/size specifications are equalled or exceeded.
