KRYPTON®
Rugged EtherCAT Data Acquisition (DAQ) System
Dewesoft’s rugged DAQ recorders and loggers are designed and built to work in harsh environments. IP67 environmental protection means that they’re waterproof and dustproof. Single and multi-channel KRYPTON modules can be placed anywhere and daisy-chained by a single EtherCAT cable. They’re shock resistant up to 100 g and can work in a wide temperature range from -40 ° to 85 °C (-40 ° to 185 °F). SIRIUS waterproof models provide higher sample rates and dynamic range, IP67 protection, and -40 ° to 60 ° C (140 °F) operating temperature. We’ve combined high performance and real-world survivability with these instruments.
Browse products
Rugged EtherCAT Data Acquisition (DAQ) System
Small, Rugged, IP67 Datalogger and Processing Computer
Rugged Data Acquisition (DAQ) System with IP67 Protection
Rugged Data Processing Computer and Datalogger
Data logger and embedded data acquisition system
High-channel-count data acquisition (DAQ) system
Data Acquisition (DAQ) Systems With Real-Time EtherCAT Bus
EtherCAT Data Acquisition and Real-Time Control System
Low-Noise Triaxial MEMS Accelerometers and Inclinometers
Low-noise vibration data logger and IoT device
Industry-Leading Instrumentation Warranty
Factory and ISO 17025 Calibration
Data Acquisition Knowledge Base
Choosing the right data acquisition system can be a challenge. See our complete guide on choosing the right DAQ system for your measurement application.
Data Acquisition Knowledge Base
Dewesoft leads the DAQ market with its intuitive DewesoftX software and high-quality, versatile hardware tailored for diverse industries. Offering advanced technologies, seamless integration, and scalable solutions, Dewesoft meets projects of any size with reliability and precision. Exceptional customer support and ongoing innovation further establish Dewesoft as the trusted choice for data acquisition worldwide.
Data Acquisition Knowledge Base
Find out which are the most important Dewesoft DAQ technologies and learn more about their principle of operation and how they improve the DAQ process.
Data Acquisition Knowledge Base
DewesoftX is a powerful yet intuitive data acquisition software used across various industries and applications. Despite offering advanced features like real-time visualization, multi-sensor support, and robust analysis tools, it’s remarkably easy to learn. Its graphical interface, seamless hardware integration, and flexible screen design let users quickly set up, record, analyze, and export data with minimal training.
Application Notes
In an effort to demonstrate the full capabilities of our data acquisition systems, our engineers built a 'show car' equipped with advanced testing instrumentation. They selected a BMW 330e PHEV to showcase a variety of automotive testing solutions, including engine performance, noise, vibration, and harshness analysis, as well as ADAS functionality. The project involved complex installations and safety considerations, culminating in successful demonstrations at various events.
Data Acquisition Knowledge Base
Dewesoft has integrated Power over Ethernet (PoE) and Precision Time Protocol v2 (PTP v2) into its data acquisition (DAQ) systems to enhance flexibility, synchronization, and ease of use. PoE allows Dewesoft instruments to receive power and data over a single Ethernet cable, simplifying installation and deployment in remote locations. PTP v2 ensures precise time synchronization across networked measurement devices, which is critical for applications in industrial automation.
Data Acquisition Knowledge Base
The complete guide to data acquisition (DAQ). Learn how DAQ systems work and what are the basic elements of modern digital data acquisition systems.
Data Acquisition Knowledge Base
Learn why the usage of isolated amplifiers is highly recommended, in order to ensure reliable measurements, and protect your instrument from damage.
Data Acquisition Knowledge Base
Dewesoft products, software calculation or hardware DAQ, comply with international, national, and industry standards. Learn more about them in the article.