L-ACOUSTICS X12
2 ways speaker, LF = HP 12", HF = 3". Ouverture H 90°, ouverture V 60°, 134db SPL, 8Ω
Full description
Specifications
- Description : Passive 2-way coaxial enclosure, controlled and amplified by LA4X / LA8
- Usable bandwidth (-10 dB) : 59 Hz - 20 kHz ([X12])
- Maximum SPL : 134 dB ([X12])
- Nominal directivity
- Vertical : 90°
- Horizontal : 60°
- Monitoring angle
- 35° without risers
- 55° with risers
- Transducers
- LF: 1 × 12" neodymium, bass-reflex, laminar vents
- HF: 1 × 3" neodymium compression driver, partial horn and curtains
- Nominal impedance : 8 Ω
- Connectors
- IN: SpeakON®
- LINK: SpeakON®
- Rigging and handling
- 2 × handles
- DIN580-compatible M8 threaded insert
- 4 × M10 threaded inserts
- 2 × 35 mm pole sockets
- Cabinet : First grade Baltic birch and beech plywood
- Finish :
- Dark Grey brown PANTONE 426C
- Pure white RAL 9010
- Custom RAL code on special order
- IP : IP43
In the L-Acoustics coaxial X series, the X12 is the multi- purpose passive enclosure. It operates from 59 Hz to 20 kHz.
The X12 features a 3’’ diaphragm compression driver coaxially- loaded by a 12’’ low frequency transducer in a bass-reflex enclosure with laminar vents. The internal passive crossover network uses custom filters.
The coaxial transducer arrangement and its ellipsoid acoustic design produces a 90° x 60° directivity pattern with a smooth tonal response free of secondary lobes over the entire frequency range. As a result, the X12 cabinet design makes it perfectly suited to all short throw sound reinforcement applications.
The X12 provides a stage monitoring angle setting of 35° with regard to vertical or 55° thanks to its built-in risers. With a cabinet combining the properties of birch and beech plywood, X12 low weight and elegance makes for an easy integration in any situation. Ergonomic handles for a solid grip and efficient handling. The X12 can be pole-mounted using the integrated socket or flown and tilted in various orientations using its rigging accessories.
The amplified controllers L-Drive parameters ensure the linearization and protection of the transducers
Technical Sheet :