Turbosound MV212

Variable Curvature Line Array Element

<p>The MANCHESTER MV212 is a full-size dual 12-inch, three-way passive line array element engineered for sound reinforcement in touring and fixed-install applications. Designed in conjunction with Lake DSP and Lab Gruppen amplification, it provides the FOH performance and array flexibility required for medium-to-large venues.</p>

Transducers and Coverage

<p>Two 12-inch neodymium cone low-frequency drivers are paired with two dual-concentric MF/HF compression drivers, producing a 100-degree horizontal by 5-degree vertical nominal pattern at -6 dB. Variable inter-cabinet splay angles allow the array to be tuned to venue geometry.</p>

Specification Highlights

<ul><li>Configuration: 3-way passive line array element</li><li>Drivers: 2 x 12-inch neodymium LF, 2 x dual-concentric MF/HF</li><li>Power handling MHF: 380 W continuous / 1520 W peak</li><li>Power handling LF: 600 W continuous / 2400 W peak</li><li>Sensitivity: MHF 117.5 dB, LF 101 dB (1 W at 1 m)</li><li>Frequency response: 50 Hz to 20 kHz (plus or minus 3 dB)</li><li>Maximum SPL: 149 dB</li><li>Coverage: 100 degrees H x 5 degrees V</li></ul>

Designed For

<p>Touring sound providers, large houses of worship, concert halls, and corporate event production where flown line array coverage with consistent throw and pattern control is the brief.</p>

Key features:

• Full size, passive 3-way line array element for touring and installation applications

• Dual 12" low frequency transducers with lightweight neodymium motors

• 2 x 1.4" coaxial neodymium mid-high compression drivers

• Integral Dendritic Plane Wave Transformer (DPWT) waveguides for perfect line source coupling in the vertical plane

• 980 Watts continuous, 3,920 Watts peak power

• 100° horizontal x 0-5° variable vertical curvature

• 3 way bi-amplified operation

• Seamless integration with Lab Gruppen amplifiers and Lake DSP for a complete system solution

• Advanced linear phase FIR hybrid processing for exceptional sound quality

• 3-point suspension system with advanced ergonomic design for extremely rapid deployment and ease of use