Need help?Do you have a question about the dB Technologies VIO L212 and is the answer not in the manual?
Statement regarding compliance with FCC Class A digital device regulations.
Safety advice for installation, stability, and outdoor use.
Core instructions for safe operation, maintenance, and handling.
Specific warnings for open flames and tropical climates.
Introduction to the dBTechnologies VIO-L212, its development, and purpose.
Highlights the VIO-L212's capabilities, including acoustic performance, rigging, and amplification.
Details the acoustic components like woofers, mid-range, and compression drivers.
Describes the physical components and the 3-point fastening system for module connection.
Explains how to set angles for flown and stacked configurations using locking pins.
Overview of the 3200 W RMS DIGIPRO G4 amplifiers and power supply.
Details the DSP, FIR filtering, and signal processing controls.
Visual representation of the module's internal electronic architecture and signal flow.
Covers balanced audio XLR connections and the adjustable high-pass filter.
Details RDNet connections for network control and daisy-chaining.
Explains DSP presets, status LEDs, and control LEDs for module operation.
Identifies the USB port for firmware updates and the system test function.
Details powerCON TRUE1 connectors for input and daisy-chaining.
Indicates the location of network fuses for AMP1 and AMP2 sections.
Introduces Composer software for designing audio systems and checking mechanical safety.
Focuses on predicting line-array performance, configuration, and safety.
Provides configuration suggestions, DSP presets, and fly-bar angulation from LAS PREDICT.
Lists capabilities for remote control, parameter management, and preset recall.
Explains how DSP presets optimize line array acoustics based on context and modules.
Details the DRK-212 fly-bar for flown and stacked VIO-L212 configurations.
Lists mounting sockets for different models and available dolly types.
Guides on preparing fly-bars and line-array modules for installation.
Step-by-step instructions for assembling and wiring the line-array modules.
Advice on cable sizing, voltage drop, and power distribution for system stability.
Illustrates combining VIO-L212 with other VIO models for specific coverage needs.
Shows examples of stacking VIO-L212 on subwoofers or dollies.
Diagnosing and resolving issues like failure to turn on or produce sound.
Addressing unsatisfactory sound output by checking parameters and configurations.
Step-by-step guide for updating product firmware via USB.
Basic information about the line-array module type.
Details frequency response, SPL, and transducer types.
Covers amplification class, power output, and power supply.
Details processor specs, user interface controls, and status LEDs.
Lists connectivity options and compatible software for the unit.
Provides absorption data and mechanical details like material, dimensions, and weight.
General| Max SPL | 142 dB |
|---|---|
| Amplifier | Class D |
| Amp Technology | Digipro G4 |
| MF Amp Power | 800 W RMS |
| LF Amp Power | 1600 W RMS |
| Cooling | Convection |
| DSP | Yes |
| AD/DA Converter | 24 bit/96 kHz |
| Input Sensitivity | +4 dBu |
| Input Connectors | XLR |
| Output Connectors | XLR |
| HF Drivers | 2 x 1.4" neodymium compression driver |
| LF Drivers | 2 x 12" neodymium |
| Limiter | Peak, RMS, Thermal |
| Signal Input | 1 x XLR |
| Signal Output | 1 x XLR |
| Voltage Range | 100-240 V |
| Housing | Plywood |
| Width | 1100 mm |
| Coverage Angle | 10° V |
To Next Page