Rugged Data Acquisition Systems and Data Loggers For Testing In Harsh Environments

Our rugged data acquisition systems and rugged data loggers are built to work in very harsh environments. DAQ system can be distributed down to a single channel and placed close to the sensors. All DAQ systems offer IP67 degrees of protection and are thus waterproof, dustproof, shock resistant up to 100G, and can withstand a temperature range up to -40 °C to 85 °C.

But don't let the ultra ruggedness mislead you. Our rugged DAQ systems include cutting-edge signal conditioning which can perform a very precise and high-speed data acquisition.

Dewesoft warranty

We are also very confident in the quality of our data acquisition systems so we offer an industry-leading 7-year warranty. Our warranty covers that the instruments function as promised for a period of 7 years from the day of the delivery.

All types of analog input amplifiers are available and allow you to connect voltage sensors, current sensors, strain gages (quarter-bridge, half-bridge, full-bridge), load cells, IEPE accelerometers, and microphones, charge accelerometers, thermocouples, RTD's, LVDT's. Additional acquisition of digital I/Os, video, GPS, and IMU and automotive interfaces like CAN bus, FlexRay, XCP is possible with full synchronization to analog data.

Rugged Data Acquisition Systems and Rugged Data Loggers

All our rugged DAQ systems include our award-winning Dewesoft X3 data acquisition software. Our DAQ software works seamlessly with our rugged data acquisition systems and offers smart technologies that make using systems easier than riding a bike. Hardware autodetection, smart TEDS sensors support will make hardware and measurement setup a breeze. Dewesoft X software offers advanced data storing, data visualization, and data analysis features.

See the demonstration video that shows why Dewesoft data acquisition systems are so versatile and easy to use:


Learn more about data acquisition:

What is data acquisition - DAQ or DAS?
Dewesoft data acquisition technology explained
How to choose the right DAQ system for your measurement application
Data acquisition history - from strip chart recorder to modern digital DAQ system
What Is signal conditioning or signal conditioner?
What Is the ADC converter (analog-to-digital converter)?
Types of A/D converters
Electrical galvanic isolation of data acquisition systems
What is a sensor and what do they do?
What is a data logger?
What is the difference between a data logger and a DAQ system?
What is TEDS sensor technology IEEE 1451.4?
What is EtherCAT and how does it work?
What is CAN bus and how it compares to other vehicle data networks?

Learn more about signal measurement:

Temperature measurement using the thermocouple sensors
How to measure temperature with RTD sensors?
Voltage measurement in data acquisition applications
How to measure current using current sensors?
Measure shock and vibration using accelerometer sensors
Measure strain and pressure with strain gage sensors
Measure weight with load cell sensors
Measure RPM, angle, and speed using a digital, encoder, and counter sensors
Measuring position and displacement with LVDT sensors