BK Precision DAS60 Data Acquisition System
The BK Precision DAS60 is a versatile, high-performance data acquisition system designed for engineers and technicians who require precise, reliable measurements. With a fast 1 MSa/s sample rate (memory mode) and 100 kHz bandwidth, it captures intermittent events with exceptional accuracy. The DAS60 offers up to 6 universal analog channels with 14-bit resolution, 16 logic input channels, and support for thermocouples and RTDs, making it a comprehensive solution for mixed-signal testing.
Key Features & Highlights
- High-Speed Sampling: 1 MSa/s sample rate (memory mode) and 100 kHz bandwidth for capturing transient events.
- Versatile Inputs: 2, 4, or 6 universal analog channels with 14-bit resolution; 16 logic input channels; frequency counter.
- Wide Measurement Range: Measure from 5 mV to 500 VDC and 424 VRMS, with CAT III 600 V rated isolated channels for safety.
- Large Display: 10-inch touchscreen TFT display for easy viewing and operation.
- Long Battery Life: Up to 9.5 hours of battery operation for field use.
- Ample Storage: 64 GB built-in solid-state memory (DAS60) for extended data logging.
- Temperature Measurements: Supports thermocouples and Pt100/Pt1000 sensors.
- Connectivity: 2 USB host ports, 1 LAN interface, and VNC support for remote control and data analysis.
- Optional Printer: 110 mm integrated thermal printer (P models) for on-the-spot reporting.
- Complete Package: Includes CAT III sheathed banana cables, bare wire adapters, rugged carrying case, AC adapter, and more.
Applications
The DAS60 is ideal for a wide range of applications, including:
- Automotive testing (voltage, current, temperature)
- Power supply characterization
- Environmental monitoring
- Industrial process control
- Research and development laboratories
- Field service and maintenance
With its modular design and extensive I/O options, the BK Precision DAS60 provides the flexibility and performance needed for the most demanding data acquisition tasks.
Reviews
There are no reviews yet.