"); fputs($logfile,$read_file); fputs($logfile," "); fputs($logfile,$hit_time); fputs($logfile," "); fputs($logfile,$contact); fputs($logfile,"\n"); fflush($logfile); fclose($logfile); ?>
Standard RTU:

  • Safari Grade testing and environmental specifications

  • May be located as far as 500 meters from a SuperLogger

  • Standard power required: 10-30 VDC @ less than 10 Watts

  • 300 MHz i86 micro processor running HT-DOS provides ample application power yet little heat

  • ClockBoard Precision local clock - will run as a slave or as the local master

  • Right hand image shows the HPC/104 bus structure. It is as robust as they come (used in Air Force fighter aircraft and Army tanks). Shown are: CPU board, ClockBoard, General Purpose I/O board and the top board is our precision 14 channel A2D board.

  • 14 Analog-to-Digital inputs - 16 bit resolution (average of 8X oversample) - balanced inputs, plus and minus 10 Volts - input Z greater than 100k Ohms - 20 samples per second from each channel - fifteenth channel is the precision voltage reference - sixteenth channel is ground noise. Data from all 16 channels are packetized and sent to SuperLogger.

  • 8 FET switches -- each able to switch 1 Amp at 50 VDC, software controlled

  • 3 RS-232 ports - all the standard baud rates - used to control COTS devices - received data are concentrated, packetized and sent back to the SuperLogger.

  • Application software can be developed using our development system or we can develop it to your specifications.
Options:
  • Internet Connection Port and D-S-N Bridge Driver
  • GPS Receiver
  • 14 additional A2D inputs
  • 24 additional FET Switched outputs
  • 2 GByte Compact Flash for local storage
  • 4 additional RS-232 ports
  • Conversion to RS-422/485
  • Barometric Pressure
"; echo ""; echo "© 2001-2008 Hampton Technologies, Inc. Colorado, USA
"; while(!feof ($taginfo)) { $line = fgets($taginfo); echo $line; } fclose($taginfo); echo "
"; echo "Last modified: "; echo $today; echo "
"; ?>