High-density, rack-mounted acquisition with lab-grade accuracy for any SHM project. Simply put, the xCas is a centralized SHM solution based on a single hub that powers and clocks every channel, simplifying cabling while delivering ultra-low noise data, precise time synchronization, and effortless expansion.
xCAS® is Digitex Systems’ Central Data Acquisition System for Structural Health Monitoring (SHM). Firstly, we designed it around a powerful central unit (xRover) that digitizes, synchronizes, stores, and analyzes multi‑channel analog sensor data in real time.
Additionally, xCAS is ideal for proactive maintenance projects that require a centralized topology—labs, control rooms, and sites where cabling to a central point is practical.
Additionally, the centralized SHM solution is ideal for customers who want high channel density, unified timing, and simple, all‑in‑one operation.
Multi-channel Real-Time Data Acquisition with Central Recording and Processing
Combines high-channel, low-noise A/D conversion with integrated Voyager software for real-time operation.
Analog Accelerometer Units
High-precision accelerometers for vibration measurements in installations in SHM and earthquake engineering applications.
At the heart of xCAS is the xRover, a central data acquisition and digitizer unit. It provides high‑performance A/D conversion, precise GPS/DigiSync® timing, secure local storage (Ring Buffer + events), in addition to the integrated Voyager® software for configuration, visualization, triggering, reporting, and streaming.
This centralized SHM solution accepts a broad range of analog inputs—high-precision vibration measurement (accelerometers), velocity measurement (geophones), strain gauges/bridge sensors, voltage/current transducers, temperature (RTD), and weather stations. Moreover, these options make the xCas a versatile platform for modal, seismic, and long‑term structural monitoring.
xCAS is tailored according to the needs of each project. Channel counts, input ranges, and signal conditioning are configured to match the customer’s sensors and measurement goals.
Additionally, for operators who prefer a console‑like experience, xRover MAX integrates a 10” touchscreen that exposes the full Voyager UI directly on the device while still supporting remote access from a browser or client PC. Besides, the centralized SHM solution enables optional cloud connectivity for off‑site backup, fleet management, and live dashboards.
xCAS is suited for projects that benefit from a central measurement hub:
Scalable channel counts in addition to high‑performance 24‑/32‑bit A/D converters, anti‑aliasing filters, and per‑channel configuration.
Supports D‑Series analog accelerometers, including a wide range of analog sensors (±10V/±5V, 0‑10V/0‑5V, 4‑20mA/0‑20mA, full‑bridge/6‑wire strain, PT100/PT1000 RTD).
Real‑time configuration, particularly triggering (Leveling, STA/LTA, Above Max, Below Min, Relative, OMA‑assisted), storage, reporting (Time, FFT, PA, PV, PD, P‑P), and much more besides the data streaming.
GPS/DigiSync® provides sub‑millisecond alignment across all channels including external systems.
Local SSD Ring Buffer (user‑configurable duration), event files, and optional secure FTP/cloud backup.
Multi‑port Ethernet, Wi‑Fi, optional DigiMESH® and GSM/4G for the purpose of remote access; embedded SeedLink server for MiniSEED streaming.
Configurable relay outputs and notifications (SMS/email) mapped to triggers including pre‑/post‑event buffers, optional distributed relay panels.
Integrated 10” touchscreen with full Voyager UI for local control and visualization.
Industrial‑grade enclosure including wide temperature operation, OTA firmware updates, and secure web UI.
Besides accelerometers the centralized SHM solution supports displacement sensors, strain gauges, temperature sensors, pressure, wind, inclination, piezometers, and many more Structural Health Monitoring sensors.
Unlock the full potential of your Structural Health Monitoring with Digitex.
Digitex Systems
Provider of real-time structural health monitoring systems to assist engineers with non-destructive testing and early structural damage detection