Bacharach Tru Pointe 2100 [0028-8013] Leak Detector Kit with SoundBlaster

Bacharach Tru Pointe 2100 [0028-8013] Leak Detector Kit  with SoundBlaster. The Bacharach Tru Pointe 2100 is an advanced electronic ultrasonic leak detector and condition monitor used by maintenance personnel for leak detection, preventative and predictive maintenance (PPM) and scheduled maintenance in a variety of industries. Using patented signal processing, the Tru Pointe 2100 is the most accurate and repeatable ultrasonic inspection instrument in its class.

The Bacharach Tru Pointe 2100 ultrasonic leak detector is extremely sensitive to the 'sound' of leaks and friction in commercial and industrial systems and provides the most precise readings available. The operating principle of the Tru Pointe 2100 is based on the detection and measurement of ultrasound and its conversion into audio for humans to hear using a technique called heterodyning.

The Bacharach Tru Pointe 2100 ultrasonic leak detector uses two software-controlled sensors for the detection of airborne leak sounds and for the detection and location of solid-borne sounds from leaks and bearing wear. For ease of use and interpretation, there are two digital LED displays - a 20-segment bargraph display with peak hold and an alphanumeric display for instrument settings and precision measurements.

The Bacharach Tru Pointe 2100 detects air and gas leaks in two frequency bands for isolating leaks; 26 to 34 kHz (low) and 34 to 42 kHz (high). Using the patented internal touch probe sensor, the instrument detects internal leaks in two ultrasonic bands; 16 to 24 kHz (low) and 34 to 42 kHz (high). Additionally it has the capability to function like a stethoscope, using an industry-exclusive acoustic band, 0 to 10 kHz.

The Bacharach Tru Pointe 2100 ultrasonic leak detector is also available as a kit with the SoundBlaster ultrasonic sound generator which artificially pressurizes rooms, tanks and other enclosures with sound that the Tru Pointe 1100 can detect thus helping to locate leaks.