The special sound funnel AU000030 or the so-called UltraCam of the UY000003 is the main distinguishing feature from the sound funnel AU000026 of the UY000002. In addition to a laser pointer and a camera, the UltraCam integrates a total of 30 MEMS microphones. The intensity distribution of the ultrasonic signal generated by the leak is recorded by these microphones, converted into a false colour display by the leak detector and visualized in the camera image on the touch colour display.

As an additional option for locating leaks, the device converts the inaudible ultrasonic signal into audible frequencies and transmits these to headphones.

For use in dark ambient conditions, 5 LEDs are installed in the acoustic funnel, which are controlled by an ambient light sensor.

With a weight of just 600g, the UY000003 is also one of the lightest acoustic cameras on the market.

• Visualization of the leakage point
• Faster leak detection than with conventional methods
• Precise localization of the leakage position via the display
• 30 digital MEMS microphones to visualize the leak location
• Ambient light sensor with 5 LEDs for inspection even in dark environments
• Leak detection even in noisy environments without interrupting production*
• Intuitive operation, no training required*
• Exact calculation of leakages (l/min or cfm) and costs per year*
• Long operating time up to 7 hours without recharging*

_{*also for UY000002}

Considerable amounts of energy are consumed when generating compressed air. If there is a leak in a compressed air network, this always means additional energy costs, as a compressor requires more power just to equalize the air pressure in the consumption network.

With leakage detectors, you can not only detect leaks in a targeted manner, but also document all relevant information, including the costs incurred by a leak, which ultimately lead to potential savings by eliminating it.

The table below impressively shows the additional costs that can be incurred per year for certain leakage sizes.

The potential savings in compressed air generation are manifold, with up to 42% attributable to the identification and elimination of leaks. Around 12% can be saved by designing the pneumatic system accordingly, including a multi-pressure pipe network. Heat recovery and the use of compressors with variable motor speed each account for 10% of savings. Finally, other measures account for 26%.   

OVERVIEW AND COMPARISON OF CASE SETS

With the robust and handy UYKS0001 hard cases for the UY000002 leak detector and UYKS0002 for the UY000003 leak detector, everything is safely stowed away and always ready to hand in one place. Inside the cases there are foam inlays for storing the devices and accessories. The contents of both cases are identical except for the two leak detectors. The UY000003 has an UltraCam with 30 digital MEMS microphones and an ambient light sensor with additional LEDs for inspection in dark environments. In contrast to the UY000002 the UY000003 can also visualize a leak (via the integrated colour display).

CASE SET CONTENTS: UYKS0001

• Leakage detector with touch color display and integrated laser distance measurement
  (including evaluation software)
• Acoustic funnel
• Leak tags (100 pieces)
• Directional tube with tip for pinpoint detection
• Soundproof headphones
• Plug-in power supply

CASE SET CONTENTS: UYKS0002

• Leakage detector with touch color display and integrated laser distance measurement
  (including evaluation software)
• UltraCam with 30 MEMS microphones (for visualizing the leakage)
• Ambient light sensor with 5 LEDs
• UltraCam acoustic funnel
• Leak tags (100 pieces)
• Directional tube with tip for pinpoint location
• Soundproof headphones
• Plug-in power supply