Modal Shop 485B39Fits in Your Pocket, Easy to Set Up
Condition and analyze two ICP® channels from a device that fits in your pocket. Also available in a kit with system controller and preinstalled time and frequency analysis software.
485B39 is designed to be used with any ICP/IEPE-powered:
- Accelerometers
- Microphones
- Impact Hammers
- Force Transducers
- Laser Tachometers
- and more!
Benefits:
- Makes high quality measurement more accessible
- Pocket-sized ICP to USB signal conditioning and analysis
- Analysis options from time domain to RMS to FFT and more
- No driver installation required
- Easily save and share data
|
485B39
|
 |
- ICP / IEPE conditioner, 4mA current per channel
- 24-bit ADC (16-bit selectable)
- ± 10 V pk voltage range nominal
- Analysis Frequency Range 0.7 Hz to 20.7 kHz (±5%)
- 2 BNC jack sensor input
- 280 mm integral USB connector cable terminating in Type A
Rental Includes:
Conformance Cert – Includes connectivity information
Manual – Includes connectivity information
|
|
K485B39 Dual Channel Analysis Kit
|
 |
- Avoid Installation of Software with all benefits of 485B39 above plus:
- System Controller (typical choices include iPad or Windows Laptop)
- Time and Frequency Analysis software installed
Rental Includes:
485B39 - Includes manual and conformance certification per above
System Controller - Includes connectivity information
Connectivity Accessories as Required - e.g., for iPad: MD821AM/A USB A to Lighting Adaptor
Installed Software – Includes SignalScope X, additional options may be available from list here.
|
Note: Other software options are available, including those listed below. See a detailed list of software and features available for various platforms here.
|
SignalScope Pro 3.0
|
 |
- Real-Time Data Acquisition
- Time and Frequency Domain
- Multiple block sizes, windowing options available
- Support for engineering units
- Export data to multiple file formats for use in other programs
- Calibration Supported
- Assign labels, units, and sensitivities to individual input and output channels
|
|