Specifications
ACOUSTICAL1 | |
Operating Frequency Range2 | 65 Hz – 18 kHz |
Phase Response | 100 Hz – 18 kHz ±45° |
Maximum SPL3 | 138 dB |
Linear Peak SPL4 | 132 dB with 19 dB crest factor (M-noise), 128 dB (Pink noise), 130 dB (B-noise) |
COVERAGE | |
Horizontal Coverage | 100° |
Vertical Coverage | Varies, depending on array length and configuration |
TRANSDUCERS | |
Low Frequency | Two 6.5-inch long-excursion cone drivers; 4 Ω nominal impedance |
High Frequency | One 3-inch diaphragm compression driver coupled to a constant-directivity horn through a patented REM® manifold; 8 Ω nominal impedance |
AUDIO INPUT | |
Type | Differential, electronically balanced |
Maximum Common Mode Range | ±15 V DC, clamped to earth for voltage transient protection |
Connectors | XLR 3-pin female input with male loop output. Optional XLR 5-pin connector to accommodate both balanced audio and RMS signals. |
Input Impedance | 10 kΩ differential between pins 2 and 3 |
Wiring5 | Pin 1: Chassis/earth through 1 kΩ, 1000 pF, 15 V clamp network to provide virtual ground lift at audio frequencies Pin 2: Signal + Pin 3: Signal – Pin 4: RMS Pin 5: RMS Case: Earth ground and chassis |
Nominal Input Sensitivity | 0 dBV (1.0 V rms) continuous is typically the onset of limiting for noise and music |
Input Level | Audio source must be capable of producing of +20 dBV (10 V rms) into 600 Ω to produce the maximum peak SPL over the operating bandwidth of the loudspeaker. |
AMPLIFIER | |
Type | 3-channel, Class-D |
Total Output Power6 | 1950 W peak |
THD, IM, TIM | < 0.02% |
Cooling | Convection |
AC POWER | |
Connector | powerCON 20 input with loop output |
Automatic Voltage Selection | 90–265 V AC, 50–60 Hz |
Safety Rated Voltage Range | 100–240 V AC, 50–60 Hz |
Turn-on and Turn-off Points | 90 V AC turn-on, no turn-off; internal fuse-protection above 265 V AC |
CURRENT DRAW | |
Idle Current | 0.25 A rms (115 V AC); 0.25 A rms (230 V AC); 0.29 A rms (100 V AC) |
Maximum Long-Term Continuous Current (>10 sec) | 2.3 A rms (115 V AC); 1.16 A rms (230 V AC); 2.8 A rms (100 V AC) |
Burst Current (<1 sec)7 | 3.9 A rms (115 V AC), 1.7 A rms (230 V AC), 4.5 A rms (100 V AC) |
Maximum Instantaneous Peak Current | 8.8 A peak (115 V AC), 4.0 A peak (230 V AC), 9.2 A peak (100 V AC) |
Inrush Current | < 20.0 A peak |
RMS NETWORK (OPTIONAL) | |
Equipped with two-conductor twisted-pair network, reporting all operating parameters of amplifiers to system operator’s host computer. | |
PHYSICAL | |
Dimensions | W: 20.27 in (515 mm) x H: 8.38 in (213 mm) x D: 15.32 in (389 mm) |
Weight | 43 lb (19.5 kg) |
Enclosure | Premium multi-ply birch, slightly textured black finish |
Protective Grille | Powder-coated, hex-stamped steel with acoustical black mesh |
Rigging | End frames with captive GuideALinks secured with 0.25 in x 0.53 in quick release pins that allow 0° to 11° splay angles. M6 attachment points for optional MYA-MINA/LINA mounting yoke and MUB- MINA/LINA U-bracket |
Notes
Loudspeaker system predictions for coverage and SPL are available in Meyer Sound’s MAPP System Design Tool.
Recommended maximum operating frequency range. Response depends on loading conditions and room acoustics.
Maximum SPL is the peak measured in free-field at 4 m referred to 1 m using noise.
Linear Peak SPL is measured in free-field at 4 m referred to 1 m. Loudspeaker SPL compression measured with M-noise at the onset of limiting, 2-hour duration, and 50°C ambient temperature is <2 dB.
M-noise is a full bandwidth, (10Hz–22.5kHz) test signal developed by Meyer Sound to better measure the loudspeaker’s music performance. It has a constant instantaneous peak level in octave bands, a crest factor that increases with frequency, and a full bandwidth Peak to RMS ratio of 18 dB.
Pink noise is a full bandwidth test signal with Peak to RMS ratio of 12.5 dB.
B-noise is a Meyer Sound test signal used to ensure measurements reflect system behavior when reproducing the most common input spectrum, and to verify there is still headroom over pink noise.
Pins 4 and 5 (RMS) only included with XLR 5-pin connector that accommodates both balanced audio and RMS signals.
Peak power based on the maximum unclipped peak voltage the amplifier will produce into the nominal load impedance.
AC power cabling must be of sufficient gauge so that under burst current rms conditions, cable transmission losses do not cause the loudspeaker’s voltage to drop below the specified operating range.