CRY5810 SonoDAQ LT
SonoDAQ LT is a lightweight modular data acquisition mainframe within the SonoDAQ platform, designed for laboratory R&D, small-scale sound and vibration testing, electroacoustic verification, and routine multi-channel data acquisition tasks. Featuring a 6-slot modular architecture, a single unit supports up to 24 channels and can be flexibly configured with input, output, or other functional modules according to specific testing requirements.
For users who do not require large-scale distributed systems with thousands of channels, GPS/Wi-Fi connectivity, or edge AI capabilities, SonoDAQ LT offers a more streamlined system configuration. It retains key features such as 1000 V slot-to-slot isolation, modular expandability, and seamless integration with OpenTest software, enabling engineers to build stable and scalable sound and vibration testing platforms at a more cost-effective level. SonoDAQ LT also supports the openDAQ ecosystem for flexible device integration and control. With the available SDK, users can easily integrate SonoDAQ LT into existing software platforms, automated test systems, and custom applications.
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Product Highlights
Up to 24 Channels in a Single Chassis for Standard Multi-Channel Testing
The SonoDAQ LT single-chassis system supports up to 24 channels, making it well suited for R&D laboratories, component testing, acoustic material verification, structural vibration testing, and small-to-medium-scale electroacoustic test applications. Users can flexibly configure module combinations based on required channel count and signal types.
24 Channels
Regular multi-channel
6-Slot Modular Architecture for Flexible Configuration
SonoDAQ LT adopts the same 6-slot modular design as the SonoDAQ platform, allowing users to configure different input and output modules according to project requirements. This reduces the limitations of fixed-channel systems when signal types change.
6 Slots
odular Design
Expandable on Demand
1000 V Slot-to-Slot Isolation for Reduced Interference Risk
The system features 1000 V slot-to-slot isolation, helping reduce interference between different modules, test objects, and complex grounding environments. This improves the consistency and reliability of multi-channel test data.
1000 V Isolation
Reliable Data
Strong Anti-Interference Capability
Dual Ethernet Interfaces for Laboratory and Workstation Deployment
SonoDAQ LT is equipped with dual Ethernet interfaces, making it suitable for both fixed laboratory workstations and production-line testing environments. Engineers can connect to OpenTest over the network for device configuration, real-time monitoring, and data analysis.
Dual Ethernet Interfaces
Network Connectivity
Workstation Deployment
OpenTest Integration for Unified Acquisition, Analysis, and Reporting
Working together with OpenTest, SonoDAQ LT supports complete testing workflows including real-time waveform monitoring, FFT analysis, octave analysis, sweep testing, sound power measurement, sound level analysis, and sound quality evaluation. It also provides cross-platform compatibility and open interface capabilities, making test procedures easier to standardize.
OpenTest
Data Acquisition & Analysis
Automated Reporting
Technical Specifications
Main Features
- Up to 24 channels in a single chassis
- 6-slot modular configuration
- Dual Ethernet interfaces
- Ideal for laboratory and small-scale multi-channel test systems
Related Products
CRY5810 SonoDAQ LT
CRY5085 Analog Output Class D 10W - ADD
CRY5820 SonoDAQ Pro
OpenTest
Get in touch
If you are interested or have questions about our products, book a demo and we will be glad to show how it works, which solutions it can take part of and discuss how it might fit your needs and organization.
Optional Modules
Software
OpenTest Enterprise
- Unlimited Channels
- All Features Included
- Flexible Plug-in Expansion
Get in touch
If you are interested or have questions about our products, book a demo and we will be glad to show how it works, which solutions it can take part of and discuss how it might fit your needs and organization.
