DAS60 BK Precision Recorder

Features:

• Fast 1 MSa/s sample rate (memory mode) and 100 kHz bandwidth for capturing intermittent events
• Accurately view and record signals from ±5 mV to ±500 VDC and 424 VRMS
• CAT III 600 V rated isolated channels
• Wide 10-inch touchscreen TFT display
• Capture mixed signals with one instrument, such as high voltage/current waveforms, temperature and logic data
• Battery life up to 9.5 hours
• 14-bit resolution
• 16 logic input channels
• Temperature measurements supporting thermocouples and Pt100/Pt1000 sensors
• Frequency counter
• 2 USB host ports and one LAN interface
• Free software for control and analysis
• Virtual Networking Computing (VNC)
• 110 mm integrated thermal printer (optional)
• 64 GB and 32 GB built-in solid state memory

Accessories (included):

• AC mains adapter 100 / 240 V, rugged carrying case, CAT III banana test leads(2) + alligator clips(2), bare wire to banana adapters(2), 25 pin male connector(1) and backshell, soft wipe, stylus, screwdriver, roll of thermal printer paper (-P models),calibration certificate & test report.

Applications:

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

Specifications:

• Number of Channels - 6
• Maximum Input Voltage - ±500 VDC or 424 VRMS
• Maximum Offset - ± 5 ranges (up to ± 500 V)
• Accuracy - 0.1% of the full scale ±10 µV
• True RMS AC/DC Ranges - 200 mV to 424 V
• Response Time - 100 ms typical (40 ms to 50 Hz)
• Crest Factor - 2.2 and 600 V Max
• Input Impedance - (DC) > 25 MΩ for upper ranges < 1 V, 1 MΩ for upper ranges, 150 pF typical
• Channel Isolation - > 100 MΩ at 500 VDC

The DAS60 high speed multi-function recorder features versatile channel configurability, high speed sampling (1 MSa/s), a wide input range (±5 mv to ±500 V), large internal solid state memory (up to 64 GB), and 9.5 hours of battery life. Combined with the CAT III isolation rating, this instruments are well suited for applications ranging from small sensor signal logging to electrical power analysis.