MX12-amp
Initially designed for multi-purpose applications, the coaxial technology has demonstrated numerous advantages over classic two-way systems which typically suffer from interference around the crossover point, resulting in lobing, uneven frequency and power response.
By superimposing HF and LF acoustic centers, the coaxial design creates a virtual point source with significantly improved radiation characteristics. This is particularly valuable in distributed sound reinforcement applications where most listeners are located off the system axis. As the sound field of coaxial enclosures is stable over the entire frequency spectrum and in all directions, all listeners benefit from an even sonic performance within the enclosure beamwidth.
Coaxial Technology:
The particular benefits of coaxial technology are related to the radiation characteristics of a point source. The natural studio monitor sound quality and the typical of coaxial systems is adapted to proximity applications such as stage monitoring, front-fills, under-balcony fills and FOH live monitoring. All coaxial systems are available as plug-and-play solutions.
The MX12-amp Series deliver a complete sound reinforcement solution to fulfill the highest demands of audio professionals for both the fixed installation and rental production markets. The MX12-amp delivers ultimate sonic performance in a compact and multipurpose package. The MX12-amp built-in electronics package features a new lightweight, two channel class D audio power amplifier designed specifically for Self-Powered products.The amplifier module is a sophisticated switch mode power supply, class-D amplifier design capable of delivering more than 2 x 1’250W RMS into 2 ohms and adding only 3Kg to the weight of the cabinet
- Coaxial design
- Point source
- High efficiency
- Low distortion
- Self-Powered
ACOUSTICAL
Frequency response (1): 57Hz - 20'000Hz +/-3dB
Maximum peak SPL (2): 130dB
Coverage: H 60° x V 40°
TRANSDUCERS
Low frequency : 12 inch, long excursion, low distortion cone driver
High frequency: 2 inch pur titanium diaphragm compression driver, loaded with 60° x 40° horn
AMPLIFIERS
Output power (CH1) (5): 1'250W (EIAJ-1KHZ, 1%THD)
Output power (CH2) (5): 1'250W (EIAJ-1KHZ, 1%THD)
THD, DIM, SMPTE: <0,05%
AUDIO INPUT
Type: Differential balanced input circuit
Connectors: Female XLR; Male XLR loop
Nominal impedance: electronically balanced 10k Ohms
AC POWER
Connectors: PowerCON TRUE1
Input voltage (EU): 115V - 250V AC
MECHANICAL
Cabinet size (WxHxD): 574 x 430 x 370mm
Cabinet finish: Black textured
Protective grill: Removable hex. perforated steel grill
Weight: 22Kg
(1) Frequency response: +/- 3sd, measured at 3 meters, on axis, half-space conditions - MLSSA 1/3 octave
(2) Max peak SPL: Measured with music referred to 1 meter
(3) Crossover: Acoustical crossover frequency - at these frequency, transducers produce equal sound pressure level
(4) AES: Power handling is measured under AES standard conditions
(5) Power AMPS: Amplifier RMS output power per channel into 4 ohms, both channel driven
- Frequency response (1): 57Hz to 20'000Hz
- Maximum peak SPL (2): 130dB
- Type: Coaxial
- Low frequency driver: 12 inch ND, ferrofluid cooled, long excursion cone driver
- HF compression driver: 2 inch ND pur titanium diaphragm
- Dispersion: H 60° x V 40°
- Output power (CH1): 1'250W@4ohm (EIAJ-1KHZ, 1%THD)
- Output power (CH2): 1'250W@4ohm (EIAJ-1KHZ, 1%THD)
- THD, DIM, SMPTE: <0,05%
- Type: Differential balanced input circuit
- Connectors: Female XLR Left & Right
- Nominal impedance: electronically balanced 10k Ohms
- Connectors: PowerCON TRUE1
- Input voltage (EU): 115V - 250V AC
- Sampling rate: 96 Khz
- Basic delay: 0.76 ms
- Dynamic range: 115 dB
- Cabinet size (WxHxD): 480 x 430 x 370mm
- Cabinet finish: Black polyurethane coating
- Protective grill: Removable perforated steel, foam cover inside
- Weight: 21Kg
- MX12 U-Bracket
- SUB400-amp
(1) Frequency response: +/- 3dB, measured at 3 meters, on axis, half-space conditions - MLSSA 1/3 octave
(2) Max peak SPL: Measured with music referred to 1 meter
(3) Crossover: Acoustical crossover frequency - at these frequency, transducers produce equal sound pressure level
(4) AES: Power handling is measured under AES standard conditions
(5) Power AMPS: Amplifier RMS output power per channel into 2 ohms, both channel driven