B&K Precision DAS 30/50/60 High-speed Multi-function Recorders

B&K Precision DAS 30/50/60 High-speed Multi-function Recorders are available with a large internal solid-state memory (up to 64GB) and 9.5 hours of battery life. The recorders feature versatile channel configurability, high-speed sampling (1MSa/s), and a wide input range (±5mv to ±500V). The units are available with 2, 4, or 6 universal analog channels. Using a common time base, each channel can record a different signal including voltage, temperature, current, or frequency. When combined with a CAT III isolation rating, the recorders can be used for small sensor signal logging and electrical power analysis applications. B&K Precision DAS 30/50/60 High-speed Multi-function Recorders applications include measuring signals ranging from small sensors to large electrical systems, maintenance and failure analysis, and power analysis of single and three-phase systems.

Features

  • Fast 1MSa/s sample rate (memory mode) and 100kHz bandwidth for capturing intermittent events
  • Accurately view and record signals from ±5mV to ±500 and 424VRMS
  • CAT III 600V rated isolated channels
  • 10" wide touchscreen TFT display
  • Capture mixed signals with one instrument, such as high voltage, current waveforms, temperature, and logic data
  • Up to 9.5 hours of battery life
  • 64GB (DAS60) and 32GB (DAS30/50) internal solid-state memory
  • 2, 4, or 6 analog input channels
  • 14-bit resolution
  • 16 logic input channels
  • Temperature measurements supporting thermocouples and Pt100/Pt1000 sensors (factory option on DAS30/50)
  • Wi-Fi® monitoring and control (standard USB Wi-Fi dongle required)
  • 2 USB host ports and one LAN interface
  • 110mm thermal printer (factory option)

Applications

  • Measure signals ranging from small sensors to large electrical systems
  • Maintenance and failure analysis
  • Power analysis of single and three-phase systems

Manuals

Top Panel

B&K Precision DAS 30/50/60 High-speed Multi-function Recorders

Videos

Gepubliceerd op: 2020-09-30 | Bijgewerkt op: 2022-03-11