4 free-field rooms adjacent to a reverberation chamber designed according to DIN EN ISO 354
| Volume (m³) | Floor area (m²) | Surface area (m²) | perimeter (m) |
free-field room 1 | 9,42 | 3,45 | 27,54 | 26,04 |
free-field room 2 | 10,28 | 3,76 | 28,77 | 26,48 |
free-field room 3 | 9,87 | 3,63 | 28,22 | 26,3 |
free-field room 4 | 91,47 | 25,55 | 124,99 | 59,18 |
| Reverberation chamber | 150,6 | 26,54 | 174,37 | 71,29 |
Impressions from the lab
Measurement equipment
- Comprehensive collection of measurement microphones in various sizes, sensitivities, and directivity patterns
- Scanning laser vibrometer for detecting vibration shapes and natural modes
- Multiple sound intensity probes
- Wide range of accelerometers covering different measurement ranges, frequency ranges, and numbers of measurement axes
- Various force sensors
- Several mobile handheld analyzers for acoustics and vibration
- Mobile, scalable, modular measurement systems for electrical, acoustic, and vibration-related quantities
- Small modal exciters and voice-coil actuators
- Piezo actuators
- Kundt’s tube for transmission and absorption measurements according to ISO 10534-2
- Three free-field measurement rooms of different sizes
- Acoustic camera for locating sound sources and determining frequency spectra
- Wide variety of loudspeakers, individually or in combination, directional or for diffuse-field generation, with corresponding power amplifier systems
- A large reverberation chamber
- And much more.
