Martin Audio - LE200
15" Passive Coaxial Differential Dispersion Stage Monitor
Martin Audio
Combining very high output capability with Martin Audio’s signature sonic performance and consistent coverage, the LE200 is the ultimate, everyday professional monitor. Its Coaxial Differential Dispersion drive unit comprises a powerful 15” (380mm)/3” (75mm) voice coil LF driver and a 1.4” (35mm) exit HF compression driver with a 3” (75mm) pure titanium diaphragm.
Description
Utilising Coaxial Differential Dispersion technology, the LE200’s horizontal coverage varies from 100° directly over the monitor, narrowing to 60° further back. This maintains the sound level and balance independent of distance from the monitor and produces a consistent near-rectangular coverage pla
Specifications
Technical Drawing
Product Specifications
| Name | Value |
|---|---|
| TYPE | Two-way, bi-amp/passive Coaxial Differential Dispersion |
| FREQUENCY RESPONSE (5) | 68Hz-18kHz ± 3dB, -10dB @ 50Hz |
| DRIVERS | LF: 15” (380mm)/3” (75mm) voice coil, long excursion, shared ferrite motor system with HF HF: 1.4” (32mm) exit/3” (75mm) voice coil, titanium dome compression driver |
| RATED POWER (2) | 400W AES, 1600W peak |
| SENSITIVITY (8) | LF: 100dB, HF: 103dB Passive: 100dB |
| MAXIMUM SPL (9) | 133dB peak |
| NOMINAL IMPEDANCE | LF/FR: 8Ω HF: 8Ω |
| DISPERSION (-6dB) | 100°-60° horizontal, 60° vertical |
| CROSSOVER | 1.2kHz active/passive (switchable) |
| ENCLOSURE | Birch/poplar ply |
| FINISH | Black textured paint |
| PROTECTIVE GRILLE | Black perforated steel with scrim cloth backing |
| BAFFLE ANGLE | 30˚ |
| CONNECTORS | 4 x NL4 type |
| PIN CONNECTIONS | LF/FR: 1+/- HF: 2+/- |
| FITTINGS | 2 x pocket handles Protective rubber feet on base and sides 4 x M8 inserts |
| DIMENSIONS | (W) 610mm x (H) 364mm x (D) 562mm (W) 24.0ins x (H) 14.3ins x (D) 22.1ins |
| DIMENSIONS INCL FEET | (W) 616mm x (H) 367mm x (D) 562mm (W) 24.2ins x (H) 14.4ins x (D) 22.1ins |
| WEIGHT | 26kg (57.3lbs) |
Projects Using This Product
See how this product has been implemented in real-world projects