Soundbook MK2
Soundbook_MK2 is the second generation of Sinus’ universal measurement system for sound and vibration measurements as well as general engineering measurements. It is based on the innovative Apollo platform. The high-performance 24-bit ADCs and the advanced Apollo filter processor combine highest precision, a large number of channels and a high signal bandwidth in one device. Of course, the robust Panasonic Toughbook CF-19 serves as base equipment for the Soundbook_MK2 again.
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For more information on Soundbook MK2 or to request a quote, contact our team now:
Request a QuoteContact usThe universal multi-channel acoustic and vibration measuring system has the PTB type approval 21.21 / 13.05 and is therefore the only PC-based analyzer that can be verified.
Soundbook allows you to work virtually everywhere, at the office as well as on the go. Soundbook reliably withstands heat, cold, rain, dust, vibration and hard impacts. With a weight of 3 kilograms, a robust magnesium case, a rotatable, bright TFT display, low power consumption and various interfaces Soundbook combines the performance of a high-quality instrument with the capabilities of a PC. You may choose from variants with 2 / 4 or 8 measuring channels with LEMO7 or BNC input connectors to match you application requirements.
Soundbook is especially suited for:
- Occupational safety and environmental protection
- Engineering services
- Quality assurance
- Research and development
- Sound level measurements
- Frequency analysis
- Signal recording
- Human vibration measurements
- Pass-by noise measurements
- Building acoustics
- Machinery vibration measurements
- Modal analysis
- Order analysis
- Structural analysis
Integrated PC
Finish | IP54 magnesium case |
Processor | IntelTM Core i5 2.6GHz |
RAM | 4GB |
Display | Bright 10.4″ TFT 1024 x 768 with touchscreen, ambient light sensor (up to 500cd/m² transmissive and 6.500cd/m² reflective brightness, depending on light conditions) |
Storage medium | 500GB HD with heating / shock absorber or SSD |
Interface | 1x USB 2.0, 1x USB 3.0, LAN, WLAN, modem RJ-11, PC card Typ II, VGA, Bluetooth, SD card, Firewire, ExpressCard 34/54, SD/SDXC |
Operating system | Windows 7, multiple languages |
Specifications
Input channels 1-2/4/8 | |
Resolution | 24 bit |
Real-time bandwidth | DC … 40kHz @ 8 channels (80kHz optional) |
Dynamic range | 120dB |
Noise | < 1μV(A), < 2μV(Z) @ 0.1Hz … 40 kHz |
Sample rates | 200Hz to 204.8kHz |
Decimation | up to 200Hz sample rate, selectable per channel |
Anti-aliasing filter | yes |
Max. input voltage | ±10Vpeak @ head room of 1dB |
Gain | 0dB, 20dB |
Over-voltage detection | yes |
Phase shift | < 0.1° @ 20Hz … 20 kHz |
Offset correction | yes, automatically at internal calibration |
Imput coupling | DC, AC 0.15Hz, HP 1Hz, HP 10Hz, TP 2kHz |
Microphone voltage supply | ±14V, +20/63/200V switchable (for BNC versions on AUX) |
ICP supply | 2/4mA switchable |
Cable error detection | yes, for ICP sensors |
TEDS according to IEEE 1451.4 | yes |
AUX channels | |
Digital input | 2x TTL |
Digital output | 2x TTL |
Sensor supply | ±14V, +20/63/200V switchable |
Auxiliary channels 1-8 | |
Resolution | 24 bit |
Real-time bandwidth | DC … 200Hz @ 8 channels |
Input voltage | -25V … +25 V |
Output channels 1-2 | |
Resolution | 24 bit |
Bandwidth | DC … 20/40/80kHz |
Max. output voltage | ±3.16Vpeak |
Special channels | |
Trigger | 2x trigger / tacho, trigger level adjustable 0.1Hz … 6 MHz |
Synchronisation | Sample-accurate synchronisation with external clock (e.g. GPS 1Hz) |
Dimensions and weight | |
Dimensions | 280mm x 220mm x 65mm |
Weight | 3100g |
Battery | Lithium-ion battery, 4 h measurement capacity |
External power supply | 100 … 240VAC or 10 … 36VDC with adapters |
Environmental conditions | |
Protection class | IP54 / IP50 without with Lemo7 protecting caps |
Shock resistance | complies with MIL-STD 810F |
Humidity | 30% … 90% |
Temperature range | -10°C … +50°C |
Storage conditions | -20°C … +60°C, 95% humidity maximum |
EMC | |
Emissions | complies with EN50081-1 |
Immissions | complies with EN50082-1 |
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