SanDAS is an innovative cross-platform application designed to elevate data acquisition and management in the fields of civil and earthquake engineering. Built to streamline the entire data lifecycle, SanDAS ensures seamless integration with Sanlien’s range of vibrating sensor products, making instrument configuration, data collection, and analysis faster and more intuitive.
With a user-friendly interface, SanDAS supports both real-time and offline data operations, empowering engineers to gather precise seismic and structural health data with ease. The system integrates advanced algorithms tailored for civil engineering applications, enabling users to not only capture raw data but also generate insightful, actionable analysis critical for seismic monitoring and structural assessments.
SanDAS excels in supporting networking across Sanlien dataloggers, with capabilities for remote communication via TCP/IP, facilitating flexible and long-distance data access. It is compatible with both current and previous versions of Sanlien dataloggers, making it a versatile tool for diverse project needs. Additionally, the platform’s cross-compatibility with Windows, MAC and Linux ensures smooth collaboration among teams, regardless of their operating environment.
Whether for preliminary seismic analysis or long-term structural health monitoring, SanDAS is designed to optimize data-driven decision-making, providing engineers and researchers with the tools they need to enhance the resilience of infrastructure.
▪ Operating System :
Windows: Windows 10 or later
Mac: OS X El Capitan (10.11.6) or later
Linux: CentOS 8 or later
▪ CPU :
2.5 GHz or faster processor
(Quad-core or higher recommended)
▪ Memory :
Minimum of 8 GB RAM recommended
▪ Storage :
10 GB SSD recommended
Our product features an intuitive installation process designed for ease of use. Users receive a comprehensive zip file containing the software and all necessary dependencies. A unique license key is provided for quick activation. Additionally, a tutorial video guides users through each installation step, from extracting the zip file to running the software.
Explore our powerful monitoring screen tool, designed to provide a clear and organized real-time view of essential data. The main window serves as your centralized hub, featuring intuitive components and key functionalities that enhance your overall monitoring experience.
One of the standout features of our monitoring tool is its Instrument Configuration capability, providing users with exceptional control and flexibility. The intuitive interface simplifies the setup process, allowing for quick adjustments to sensitivity levels and data acquisition rates. Real-time adjustments ensure changes are instantly reflected in the monitoring data, enhancing decision-making.
To assist users, we offer a comprehensive YouTube tutorial that guides you through the configuration process, providing tips for optimizing settings. This resource makes the tool accessible for both beginners and experienced professionals.
Our monitoring tool offers powerful Real-Time Data Streaming with two modes to fit your needs:
▪ Display Mode provides an overview of multiple channels for quick assessments, making it easy to monitor trends and spot anomalies at a glance.
▪ Data Streaming Mode allows in-depth analysis of up to five channels, offering detailed insights for thorough evaluations and informed decision-making.
Additionally, SanDAS continuously monitors instrument status, ensuring optimal performance and alerting users to any changes. This combination of real-time streaming and instrument oversight ensures accuracy and reliability in all monitoring activities.
Provides an overview of the streaming status for all channels, capable of displaying up to 108 channel graphs simultaneously.
Displays full graphs for up to 5 channels at once. Users can adjust the vertical axis to auto-range and control the displayed data domain.
Provides an overview of the streaming status for all channels, capable of displaying up to 108 channel graphs simultaneously.
Displays full graphs for up to 5 channels at once. Users can adjust the vertical axis to auto-range and control the displayed data domain.
Our monitoring tool’s Event File Download feature allows users to efficiently save and manage critical event data. With a simple interface, users can quickly download event-specific files for analysis, reporting, or record-keeping, ensuring easy access to vital information when needed.
This feature enhances data accessibility, supports compliance, and simplifies troubleshooting by creating a comprehensive archive of event logs. It streamlines workflows and ensures critical data is preserved for future reference, improving overall monitoring practices and response times.
▪Browse: Change Local Storage Path
Allows users to specify and modify the local storage directory where all downloaded files will be saved.
▪Bin: List the Files Downloaded from the Bin Folder
Displays a comprehensive list of files that have been downloaded from the designated Bin folder.
▪Rec: List the Files Downloaded from the Rec Folder
Provides a detailed listing of files that have been downloaded from the Rec (Recording) folder.
▪Log: List the Files Downloaded from the Log Folder
Shows a list of files that have been downloaded from the Log folder, which contains logs of system activities and events.
▪Etc: List the Files Downloaded from the Etc Folder
Displays a compilation of files that have been downloaded from the Etc folder, which may contain additional configuration files, and miscellaneous data relevant to the monitoring tool.
Our monitoring tool features reliable Data Recording Capabilities, enabling both manual and automatic recording of data streams. This flexibility allows you to capture essential data on demand or through automated processes for continuous monitoring.
The tool supports well-known formats like CSV (Comma-Separated Values) and SAS (Statistical Analysis System), ensuring easy integration with other data analysis systems. CSV is ideal for simple outputs, while SAS caters to advanced statistical analysis needs.
To enhance user experience, customizable file management settings allow you to specify storage locations and recording intervals, ensuring efficient organization for seamless retrieval and analysis.
Our monitoring tool features Advanced Data Analysis, offering sophisticated algorithms tailored for civil engineering. This capability enables engineers and researchers to gain deeper insights, enhancing decision-making and project outcomes.
With a valid license key, users can access powerful tools designed for complex datasets, facilitating analyses such as structural integrity assessments and signal analysis techniques. These techniques include time-domain methods (baseline correction, damping, integration, vector sum, CAV, differential, etc.) and frequency-domain methods (bandpass filter, high-pass filter, FFT phase, power spectra, low-pass filter, FFT amplitude, etc.).
Additionally, our tool aligns with country-specific standards, including Germany’s DIN 4150-3, Japan’s JMA, Switzerland’s SN 640 312a, and seismic design guidelines in the United States (ASCE 41-17) and Mexico (MDOC 2015), etc. By integrating these features into your workflow, you can transform raw data into actionable insights, streamlining project execution.
This feature equips you with pioneering tools to tackle complex engineering challenges confidently, improving accuracy and reliability in your projects.
The Fast Fourier Transform (FFT) is an efficient algorithm for converting a signal from the time domain to the frequency domain, allowing rapid analysis of the frequency components within the signal. It is widely used in fields such as signal processing, image analysis, and scientific computation.
The Fast Fourier Transform (FFT) is an efficient algorithm for converting a signal from the time domain to the frequency domain, allowing rapid analysis of the frequency components within the signal. It is widely used in fields such as signal processing, image analysis, and scientific computation.
The Vibration Criteria (VC) Curve sets acceptable vibration limits at various frequencies to protect sensitive equipment in precision environments.
ISO 2631 sets guidelines for evaluating human exposure to whole-body vibration, helping to assess and limit health and comfort impacts in environments like vehicles and workplaces.
ISO 2631 sets guidelines for evaluating human exposure to whole-body vibration, helping to assess and limit health and comfort impacts in environments like vehicles and workplaces.
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