DAS220 Series Data Recorders
The DAS220 series is designed for process applications that involve measuring parameters like voltage, temperature (thermocouples and RTDs), current, resistance, frequency, and pulse. These data loggers feature 10 built-in universal analog input channels with screw input terminals to simplify wiring. The DAS220-BAT model includes a built-in battery providing up to 15 hours of autonomous operation, making it ideal for remote or field applications.
Measurement results can be easily viewed graphically and numerically on the 10-inch color touchscreen and stored in the 32 GB internal solid-state memory or transferred to an external USB memory stick. The icon-driven menus simplify navigation, making the recorder user-friendly. Additionally, free Windows PC software allows users to remotely control and configure the recorder, transfer logging results and configuration files, and view live data in graphical or numerical format on a PC.
DAS240 Series Multi-Channel Data Recorders
The DAS240 series is designed to measure and log multiple parameters commonly found in process applications, including voltage, temperature (thermocouple and RTD), current, resistance, frequency, and pulse. The DAS240 series offers 20 universal analog input channels, expandable to 200 channels for large-scale monitoring. The DAS240-BAT model features a built-in battery providing up to 15 hours of autonomous operation, making it ideal for remote and field applications.
With a 10-inch color touchscreen, users can easily view measurement results both graphically and numerically. Data can be saved to the 32 GB internal solid-state memory or transferred to an external USB memory stick. The intuitive icon-driven menus make it simple to navigate the interface. Additionally, the free Windows PC software enables remote control and configuration of the recorder, as well as real-time monitoring and data transfer to a connected PC.
DAS30 / DAS50 / DAS60 High-Speed Multi-Function Data Acquisition Recorders
The DAS30, DAS50, and DAS60 high-speed multi-function data acquisition recorders are designed for versatile, precise data acquisition across various measurement types. With configurable channels, high-speed sampling of 1 MSa/s, and a wide input range from ±5 mV to ±500 V, these recorders can capture voltage, temperature, current, and frequency data simultaneously. The devices are equipped with CAT III isolation and up to 64 GB of internal solid-state memory, making them suitable for a range of applications including maintenance, process monitoring, and electrical power analysis.
The DAS series features a large 10-inch touchscreen with unlimited data scrolling, zoom in/out, and drag-and-drop delta cursors for precise measurements. Whether you’re conducting R&D, field testing, or power analysis, the DAS series provides reliable, user-friendly data acquisition.
8460 High-Speed Data Acquisition System with Printer
The 8460 High-Speed Data Acquisition System offers a powerful, configurable platform for fast, accurate data acquisition, combining high-speed sampling, deep memory storage, and a built-in thermal printer for real-time data recording. Designed for a wide range of applications, it features up to a 1 microsecond sampling rate, supports up to 72 input channels, and comes with a variety of measurement board options. This makes it ideal for R&D labs, industrial monitoring, power analysis, and field testing.
DAS 1700 System
DAS1700 High-Speed Data Acquisition System
The DAS1700 is a versatile, high-speed data acquisition recorder designed to meet a wide variety of testing and measurement needs. Offering fast sampling rates, deep memory, and a user-friendly interface, it is ideal for industries such as automotive, aerospace, energy, and R&D labs. The DAS1700 features up to 1 MSa/s sampling rate on each channel and can be configured with up to 72 channels for capturing and analyzing complex signals in real-time.
DAS1800 Data Acquisition System
The DAS1800 and DAS1800-BAT are high-speed modular data acquisition recorders designed to meet diverse and demanding testing needs. These systems are ideal for applications where rapid signal changes and high accuracy measurements are required. With up to 80 analog inputs and a wide range of measurement options, they are suitable for various industries such as automotive, aerospace, electronics, energy, and research.