Q.raxx XE is an new addition to the Q.series product family - the ideal 19” rackmount EtherCAT DAQ solution for applications that require high channel density and custom sensor terminations. Q.brixx XE DAQ systems can consist of an integrated EtherCAT bus coupler for communication and 10 measurement modules capable of up to 100 kHz sampling per channel with short cycle times and low jitter for accurate synchronization
According 19 “-standard IEC
Electromagnetic Compatibility according to EN61000-4 and EN55011
Connectable to Controller Q.station
High density and flexibility with 13 modules in one system in any constellation
FoE (file access over EtherCAT, ETG.1000.5) and CoE (CAN over EtherCAT, ETG.50001.1)
Key Features
16 analog input channels for strain gauges: quarter-bridge configuration
High-accuracy digitization: 24-bit ADC, 10 kHz sample rate per channel
Selectable input ranges for optimal signal-to-noise ratio: 1 or 10 mV/V (±2000 µm/m or ±20000 µm/m with k=2)
Active lead wire resistance compensation: online compensation signal (OCS) for continuous compensation of lead wire resistance changes
Electromagnetic compatibility (EMC): according to IEC 61000-4 and EN 55011
Q.raxx XE is an new addition to the Q.series product family - the ideal 19” rackmount EtherCAT DAQ solution for applications that require high channel density and custom sensor terminations. Q.brixx XE DAQ systems can consist of an integrated EtherCAT bus coupler for communication and 10 measurement modules capable of up to 100 kHz sampling per channel with short cycle times and low jitter for accurate synchronization
- According 19 “-standard IEC
- Electromagnetic Compatibility according to EN61000-4 and EN55011
- Connectable to Controller Q.station
- High density and flexibility with 13 modules in one system in any constellation
- FoE (file access over EtherCAT, ETG.1000.5) and CoE (CAN over EtherCAT, ETG.50001.1)
Key Features
- 16 analog input channels for strain gauges: quarter-bridge configuration
- High-accuracy digitization: 24-bit ADC, 10 kHz sample rate per channel
- Selectable input ranges for optimal signal-to-noise ratio: 1 or 10 mV/V (±2000 µm/m or ±20000 µm/m with k=2)
- Active lead wire resistance compensation: online compensation signal (OCS) for continuous compensation of lead wire resistance changes
- Electromagnetic compatibility (EMC): according to IEC 61000-4 and EN 55011
