Item # DNA-3K8 PRO
8 CHL AMP, 400 W/CHL (PRO SERIES - FRONT PANEL CONTROL)
Item # DNA-3K8 PRO
8 CHL AMP, 400 W/CHL (PRO SERIES - FRONT PANEL CONTROL)
- UM: EA
- Brand: DANLEY
Over-designed, high-capacity power supplies are included in the DNA 3K8 Pro amplifier which ensure that full power specification can be delivered into 2 ohms with all channels driven – all while remaining highly efficient.
Features:
- Eight channels of sonically pure Class D amplification
- Four analog inputs
- Unique, precise, 96kHz digital signal processing
- Over-designed switch mode power supply 85V to 240V Auto-sensing PSU
- 3,000 watts RMS total output
- Full front panel user interface
- Ethernet network for system operation and monitoring
- Analogue, AES3 and optional DanteTM digital network audio
- Powerful grouping & multi-layer EQ
- Manufactured in the UK
|
2 Ohms |
400W |
|
4 Ohms |
400W |
|
8 Ohms |
400W |
|
4 or 8 Ohms Bridged |
800W |
|
25V Line Operation |
355W |
|
70V Line Operation |
400W |
|
100V Line Operation |
400W |
|
Switch Mode Power Supply |
85V to 240V Auto-Sensing |
|
Mains Inrush Current (Max for <10MS) |
6A at 115V or 12A at 230V |
|
Connector Type |
l6-20 |
|
Physical Inputs to DSP Drive |
4x analog, 2x AES and 4x Dante inputs can be routed for four DSP drive modules. |
|
Drive Module Input Processing |
Input signal routing, delay, gain, HPF, Phase, Mute EQ: ex low shelf, 6x PEQ/band pass and FIR shelving filters |
|
Drive Module Output Processing |
Source, delay, gain, Phase, Mute, crossover filters, VX limiters EQ: low shelf, 8x PEQ/band pass and shelving filters |
|
Preset Management |
10 snapshots for device wide setup, 50 presets for loudspeaker settings. Presets can be recalled to sets of outputs or individual outputs as required. |
|
Overlays |
Twelve additional independent overlays of EQ, Delay and Gain Flexible grouping for effective control of many amplifier channels in large systems. |
|
Hardman Crossover Filters |
Better out of band rejection than Linkwitz-Riley |
|
LIR Crossover Filters. |
Unique Linear Phase alignments without the compromises of FIR filters. |
