PS-2100 Ultrasonic Leak Detector

Product Code:  99-0000-0032

Short Description

Ultrasonic Inspection System

Digital Dual Leak detector and Condition Monitor for external and internal leaks. Available output cable can download high to low frequency converted signal to vibration and spectrum analyzers. Capable of detecting air leaks, defective valves, bearings, steam traps and low frequency noises without having to switch expensive sensor modules.

The PS-2100 has multiple detection frequency bands for isolating different problems.

Valued one third of the cost of a 1/4” hole at 90 PSI leaking compressed air for 7000 hours.

ROI 301%.


Best for: Industrial HVAC-R, Institutional Maintenance, Compressed Air Leak Detection, Steam Trap Maintenance, Arcing & Corona, Low Speed Rolling Element Diagnostics, Bearing Diagnostics, Lubrication Condition or Diagnostics

The PS-2100 Ultrasonic leak detector kit includes:

  • Base Unit
  • 6" Touch Probe
  • 6" Wave Guide
  • Segmented Extension Touch Probe (Touch Probe-Sectional)
  • Noise Attenuating Headset (behind the head)
  • Large Carrying Case

Base Unit ultrasonic leak detector technical details:

  • Multi-patented Digital Ultrasonic Inspection System.
  • Contains integrated dual sensors for airborne leaks and structure borne sounds from internal leaks.
  • Dual displays. 20 element bar graph with peak-hold and separate Alphanumeric Digital display for instrument settings and output levels.
  • Independent sensitivity and volume controls allowing AudioZoom™. "On-the-fly" change of sensitivity.
  • User can toggle from Airborne to Structure Borne sensors in four button clicks without having to reset any previous selections.
  • Airborne input frequency range 36kHz to 42kHz audio output 0Hz to 4kHz, structure borne frequency range 16kHz to 24kHz, PbS:0 to 10kHz.
  • Capable of detecting a 5 psi leak out of a .005" (five thousands of an inch (5/1000)) hole, 30 to 40 feet away depending on background noise.
  • Capable of detecting any gas that generates ultrasonic sound during flow including vacuum leaks.