Nexo STM-M2890

Nexo STM-M2890

Nexo STM-M2890

Nexo STM-M2890

Nexo STM, STM M28 90 Degree Omni Module

SKU: NEXO-STM-M2890
MSRP: $6,359.00

Overview

STM M28 OMNI-PURPOSE MODULE

Injection-moulded all-purpose loudspeaker cabinet which fulfils the role of downfill, providing 90°/120° of horizontal dispersion and 0° to 15° splaying angle between modules. Same width as M46, 2/3 height, the M28 can also be used independently from M46 or B112 to create compact line array systems.

M28 features innovative CompassRigTM and REDLockTM rigging, enabling any size of system to be flown safely by one person. Compass RigTM allows pre-setting of inter-cabinet angle values. REDLockTM handle locks front rigging points from rear of cabinet. All adjustments made from one position at rear of cluster.

KEY FEATURES

  • 2 x 8 inch LF Drivers
  • 2 x HF Compression Driver
  • 141dB peak SPL
  • Frequency response: 65Hz-19kHz
  • H234mm/W575mm/D653mm
  • 37Kg/82lb

SPECIFICATIONS

STM M28 with NXAMP 4x4  
   
Frequency Response [a] 65Hz – 19kHz ±3dB
Usable Range @-6dB [a] 60Hz – 20kHz
Sensitivity 1W @ 1m [b] 106dB SPL Nominal (120° horizontal coverage)
  107dB SPL Nominal (90° horizontal coverage)
Nominal Peak SPL @ 1m [b] 140dB Peak (120° horizontal coverage)
  141dB Peak (90° horizontal coverage)
Dispersion [c] Configurable 90°-120° Horizontal x 0-15° vertical
Crossover Frequency 900Hz (Active)
Nominal Impedance LF: 8 Ω (6 Ω min) - HF: 8 Ω (6 Ω min)
Amplified Controller NXAMP4x4 - 3xSTM M28 in parallel on 2
  NXAMP4x4 channels - 2x4000W/2Ω

FEATURES

Components : LF: 2 x 8" (20cm) high excursion 16 Ω
  Neodymium drivers
  HF: 2 x 2.5" voice coil, 1.4" throat Neodymium
Height x Width x Depth 234 x 575 x 653 mm – 9.2” x 22.6” x 25.7”
Weight : Net 37kg – 82lbs
Connectors 2 x NLT4-MDV Speakon 4 poles
Construction PU Composite Low Density – Polyurethane
  water based black coating
Fittings: Handles: 3 handles (2 sides and 1 rear)
  Front: Perforated Dark Grey Metal Grille
  Rigging: Integral 3 points flying system.
  Intercabinet angle adjustments from 0.2° to 15°
  in logarithmic steps.