SDT340
Advanced Ultrasound & Vibration Condition Monitoring Data Collector
Starting at:
$13,995
The SDT340 is a multi-functional data collector trusted by reliability teams worldwide for its accuracy, repeatability, and versatility. It combines ultrasonic trending, vibration analysis, and temperature/tachometer measurements to deliver a comprehensive view of asset health.
Ultrasound delivers quick wins by identifying failures early—before they become costly breakdowns. On day one, technicians can find and fix compressed air and gas leaks that waste tens of thousands of dollars in energy. From bearing failures to electrical faults, ultrasound reduces downtime, waste, and unplanned repairs—often paying for itself within months.
Ultrasound is incredibly versatile. Beyond bearing monitoring, you can use it to detect compressed air and gas leaks, inspect steam traps, identify electrical faults like arcing and tracking, and even verify valve operation. One device supports multiple condition monitoring tasks across your entire facility.
Not at all. Ultrasound is the easiest predictive maintenance technology to implement thanks to its simplicity and versatility. SDT’s solutions are intuitive, user-friendly, and require minimal training. With audible and visual feedback, built-in analysis tools, and free implementation training, your team can start locating leaks, detecting bearing issues, electrical issues, and more—right out of the box.
Why Organizations Trust the SDT340
Reliability teams trust the SDT340 because it delivers the quality condition monitoring data needed to stay ahead of failures. By combining ultrasound diagnostics with vibration, temperature, and tachometer data, it provides a comprehensive view of asset health. With early defect detection and powerful analytics, the SDT340 ensures maintenance interventions are timely and effective, keeping assets running reliably.
What sets the SDT340 Apart
Multi-Functionality
Capture airborne & contact ultrasound, vibration, temperature, and tach data to support analysis.
On-Screen Analysis
Visualize both time and spectral waveforms in real-time for quick diagnostics and better decisions.
Bluetooth Connectivity
Eliminate cable clutter near rotating assets to reduce risk and improve overall job site safety.
Longer Measurements
Record up to 10 minutes of continuous data—ideal for slow-speed bearing monitoring.
Navigational Images
Use visual references to easily locate and track inspection points along your monitoring route.
4 Condition indicators
RMS, Max RMS, Peak, and Crest Factor—essential KPIs automatically logged with every reading.
4 Condition indicators
RMS, Max RMS, Peak, and Crest Factor—essential KPIs automatically logged with every reading.
On-Screen Analysis
Visualize both time and spectral waveforms in real-time for quick diagnostics and better decisions.
Bluetooth Connectivity
Eliminate cable clutter near rotating assets to reduce risk and improve overall job site safety.
Longer Measurements
Record up to 10 minutes of continuous data—ideal for slow-speed bearing monitoring.
Navigational Images
Use visual references to easily locate and track inspection points along your monitoring route.
Multi-Functionality
Capture ultrasound, vibration, temperature, and tachometer data to support root cause analysis.
Asset Condition Monitoring Applications
Ultrasound condition monitoring provides reliability teams with the earliest possible warning signs of rotating asset degradation, allowing for the maximum amount of time to plan & perform maintenance interventions and order necessary spares.
A combination of airborne and contact ultrasound monitoring techniques help inspectors monitor bearings, motors, pumps, couplings, belt driven systems, fans, conveyors and more.
Recent changes to NFPA70B mandate the use of predictive maintenance inspection on all electrically charged systems. Ultrasound’s ability to detect a wide range of defects in their early stages is why it is outlined by the NFPA as an inspection technology.
Ultrasound excels at detecting medium & high-voltage electrical system defects like arcing, tracking, corona, and partial discharge. Improve electrical asset reliability and reduce safety hazards with ultrasound monitoring.
Air, gas, and vacuum leaks waste energy, strain equipment, and drive up costs. In noisy industrial environments, these leaks go unnoticed, reducing efficiency and reliability.
The SDT340 cuts through the noise, pinpointing leaks with precision. Locate, tag, and repair leaks to boost efficiency, sustainability, and system reliability. Stop wasting resources—detect and fix leaks before they drain your bottom line.
Over & under lubrication are the leading cause of bearing failure and up to 80% of premature bearing failures can be attributed to poor lubrication practices. Mitigate the guesswork, and ensure grease is only applied when needed.
The SDT340 lets you monitor bearing friction in real time, preventing damage and waste. Grease with precision, extend asset life, and keep your equipment running smoothly.
Smooth Workflow for Route-Based Inspection
The SDT340’s user-friendly features simplify and enhance ultrasound inspections. Bluetooth headphone connectivity allows for wireless listening, making it easier to detect anomalies without the hassle of cords. Route-based inspection ensures a structured workflow, guiding users through pre-planned inspection points for consistency and efficiency.
Managing assets and data is seamless with the SDT340’s intuitive interface. Streamlined asset organization helps keep track of inspection history, while navigational images provide visual guidance, ensuring users follow the correct inspection path with ease.
Precision Diagnostic Features
The SDT340 Ultrasound Data Collector is designed to streamline and enhance ultrasound inspections on production assets. With an extended acquisition time of up to 10 minutes, it captures complete rotations of even the slowest-moving equipment. Its high sampling rate—up to 256k samples per second—delivers exceptional data resolution, making it perfect for detailed diagnostics like lubrication assessment and cavitation detection.
UAS3
The Most Advanced Ultrasound Analysis Software Ever Written
The SDT340’s union with UAS3 was transformative for ultrasound condition monitoring, creating a seamless workflow that bridges the gap between data collection and analysis. The SDT340 captures high-resolution data with precision, which is transferrable to UAS3 for detailed analysis, trend tracking, and report generation. This full integration allows for access to critical information in the field and enables users to efficiently manage, assess, and act on asset performance in real-time. Together, the SDT340 and UAS3 provide a comprehensive, end-to-end solution for ultrasound condition monitoring.
