Mantracourt FSU-SSB provides high speed sampling of the load cell analogue output with a 4800 samples per second data stream via the plug and play USB 32bit interface, while FSU toolkit software supports data capture and analysis.
The FSU-SSB is a fast, compact, high precision strain bridge input module delivering high resolution readings over USB and communicated directly to a PC. It is aimed at dynamic
applications that require high speed measurement. It delivers high speed measurements of 4800 samples per second at 13 bits noise free resolution.
Simply by plugging the device into a PC, data can be measured from a sensor using the FSU-SSB for a wide range of high speed systems. This is achieved using the powerful Toolkit software, which has been developed in-house by our design engineers to provide optimised, fast viewing of data. It allows the viewing of input status and module information, simple switching between engineering units as well as two part calibration, high speed navigation and FFT frequency component analysis. Data can be exported to a CSV file.
This free-standing module is fitted with 9-way ‘D’ type socket for connection to the strain bridge or load cell while a micro USB socket allows connection to a PC and does not require external power. A DIN rail mounting option is also available.
See Documents for Product Sheet and specifications.
Models | 1 mV/V, 2mV/V, and 3 mV/V |
---|---|
Connection Type | USB |
Power Source | Draws power from the computer via USB connection |
Capacity (power) | Power up to twelve (12) loadcells at 300 ohm each |
Capacity (software) | Connect up to 8 devices to one computer buy an USB hub (monitor 8 scales on a PC, one at the time) |
Calibration | Stored directly on the LCIB |
Calibration Points | Store unlimited calibration points |
Sample Rate | 2000 samples per second max; adjustable to lower rates |
Resolution | 0.01% or better when used for static weighing applications |
Drivers | Windows 7 (32 bits) |
Please click on the following links to download or view additional information: