Ball13.gif (1350 bytes)Specifications for the LC-2100 Leak Noise Correlator

lc2100inuse.jpg (61938 bytes)

Main Processor Unit

  • Input Mode: radio (cable if preferred).
  • Radio Frequency: UHF under radio approval.
  • Filter Range: High = 630, 1250, 2500, 5000Hz
    Low = none, 80, 180, 380, 800 Hz
  • Correlation Mode Polarity
  • Time Delay Range: 50, 100, 200, 400, 800, millisec.
  • Summations: Up to 99 times, with random stop.
  • Pipe Materials: Data for 10 kinds stored.
  • Pipe Diameters: 91 sizes.
  • Sound Variations: 91 in memory store, plus manual input.
  • Pipe Variations: Max. 6 materials and/or sizes per run.
  • Memory Function: 84 data.
  • Monitor Mode: Stereo headphones.
  • Printer Interface: RS-232C.
  • PC Interface: RS-232C.
  • White Noise Mode: Determines sound velocity in non-standard pipes.
  • Power: 6 "C" batteries (rechargeable or std dry cells), 20 hours life.
  • Size and Weight: 8.9 inches x 6.0 inches x 3.3 inches, 4.4 lb.

Red and Blue Pre-Amplifiers

  • Output Mode: Radio (cable if preferred)
  • Radio Frequency: UHF under radio approval.
  • Frequency Ranges 20-10,000 Hz
  • Sensitivity: Less than 100µV.
  • Radio Mode Output: FM 100 mV.
  • Cable Mode Output: Unbalanced 100 mV.
  • Input Level: Analog Meter.
  • Monitor Mode: Speaker or Headphones
  • Power; 6 "C" batteries (rechargeable or std. dry cells), 30 hours life.
  • Size and Weight: 7.9 inches x 4.2 inches x 3.1 inches, 3.3lb.

Printer

  • Printing Mode: Serial dot thermal printer.
  • Printing paper roll: Dia. 48mm roll, width 112mm.
  • Interface: 8 bit parallel or RS-232C.
  • Power: Rechargeable battery, 30 hard copy life.

Back to SubSurface Leak Detection

Go to HOME    Go to PRODUCTS    CONTACT US     View LINKS

Fill out an INFORMATION REQUEST     Go to FEEDBACK    Go to NEWS

Go to HOME    Go to PRODUCT
CONTACT US   View LINKS
Go to NEWS    Go to FEEDBACK
        Fill out an INFORMATION REQUEST

Send mail to markland@pipe-etc.com with questions or comments about this web site.
Last modified: July 19, 1999