Universal Datalogger

The Universal Data Logger System is a highly adaptable platform designed to acquire, display, and log real-time data from multiple sensor types including temperature (RTDs, thermocouples), pressure, and flow sensors. Ideal for multidisciplinary labs, the system supports a wide range of input types and allows students and researchers to perform comprehensive measurements and data analysis across various energy, fluid, and thermal systems. Its modular design and LabVIEW-based GUI make it perfect for educational institutions and industrial training centers that require accurate, flexible, and scalable data acquisition systems.

Key Features

Multi-Sensor Compatibility
Supports RTDs (PT100/PT1000), K-type thermocouples, pressure transducers (4–20mA or 0–5V), and turbine or ultrasonic flow sensors.
Multi-Channel Input
The logger supports multiple input channels that can be individually configured for: Analog signals (e.g., voltage or current) Digital signals (e.g., switches, pulses)This multi-channel configuration allows for simultaneous data acquisition from various types of sensors. Users can monitor and log different physical parameters—temperature, pressure, flow, etc.—all at once, enhancing system versatility.
High Sampling Accuracy
Equipped with 16-bit/24-bit ADCs for high-resolution data capture.
Real-Time Monitoring
Instantaneous visualization of all sensor data through LabVIEW-based software.
Data Logging & Export
Logs data in CSV format for easy import into MATLAB, Excel, or analysis software.
Alarm & Threshold Settings
Programmable alerts for over/under-range values.
USB/RS485 Communication
For seamless interface with PCs or embedded controllers.
LabVIEW based GUI
A comprehensive LabVIEW graphical user interface (GUI) is provided: Designed for intuitive navigation and monitoring. Allows users to edit and customize the LabVIEW code, enabling tailored functionalities such as custom graphing, conditional logging, or real-time control. Supports integration into larger LabVIEW-based SCADA or automation systems. This gives users both plug-and-play usability and full flexibility for custom development.
Customized Specifications
Understanding that every application is unique, the system is offered with customizable specifications, such as: Number and type of sensor channels. Input signal range adjustments, Sampling rates, Housing/enclosure options (e.g., desktop, panel-mounted, rugged outdoor). Custom builds ensure that the solution is perfectly aligned with the user’s technical and operational requirements.

Learning Module

Data Acquisition and Real-Time Monitoring

Multi-sensor compatibility for temperature (RTDs, thermocouples), pressure, and flow sensors.
High-resolution data capture using 16-bit/24-bit ADCs.
Real-time monitoring and visualization of sensor data through the LabVIEW-based GUI.
Multi-channel data acquisition, with support for both analog and digital signals.

Data Logging, Analysis, and Customization

Log and export data in CSV format for use in MATLAB, Excel, or other analysis tools.
Set programmable alarms for over/under-range values to ensure data integrity.
Customize the LabVIEW interface for tailored functionalities such as custom graphing, real-time control, or conditional logging.
Seamlessly integrate into SCADA or automation systems for larger projects.

Practical Applications

Apply the system in thermal studies for solar thermal and refrigeration labs.
Use in electrolysis and fuel cell testbeds for temperature and pressure monitoring.
Implement for flow measurement in fluid dynamics and process engineering experiments.
Monitor hydrogen pipeline pressure and flow to ensure safety and efficiency.
Use for general-purpose lab data logging and control in various experimental setups.

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