Ultrasonic NDT inspection device LD 510

Product information
The UltraCam Leak detector LD 510 uses 30 MEMS microphones to calculate and visualise the ultrasound image and converts inaudible ultrasound into audible signals. The device displays a visual marker over leaks in the live image even in noisy production environments. To determine leakage rate the user aims the laser directly at the leak; leak, laser and red circle must overlap in the image. Leakage rate is indicated in l/min or cfm and annual costs are calculated in EUR/year. Distance is measured automatically.

Advantages over classic leak detectors

• Visual representation of leaks in the live image, suitable for noisy industrial environments
• Direct leakage rate measurement (l/min or cfm) and precise cost calculation in EUR/year
• Automatic distance measurement for accurate rate calculation
• Auto level function adapts sensitivity to the environment and suppresses ambient noise
• Integrated camera for photographic documentation

LD 510 set consisting of

• LD 510 leak detector with acoustic trumpet, integrated camera and additional input for external sensors (0601 0106)
• 100 leak tags for on-site marking
• Integrated laser distance measurement module (0560 0106)
• Transport case (0554 0106)
• Noise‑reducing headset (0554 0104)
• Focus tube with removable tip (0530 0104)
• AC adapter (0554 0009)
• Spiral cable for ultrasonic sensor connection, extended length 2 m (020001402)
• Holster with shoulder strap for LD 500/510 (020001795)

Special features

• Measure leak size (l/min) and estimate potential savings (EUR/year)
• Detect very small leaks at long distances (sensitivity min: 0.1 l/min at 6 bar, 5 m)
• Photograph leaking parts and add maintenance notes for documentation
• Export leak data via USB to desktop software and generate ISO 50001 reports
• Up to 9 hours continuous operation with internal rechargeable Li‑Ion batteries

Typical applications

• Leak detection and localisation in compressed air systems with quantification of leakage
• Pressure drop measurement to verify system integrity and repair effectiveness
• Air flow loss calculation to estimate wasted compressed air volume and related energy costs

Technical specifications

• Operating frequency: 40 kHz ± 2 kHz
• Connections: 3.5 mm stereo jack for headset; power supply socket for external charger
• Laser: wavelength 630–660 nm; output power < 1 mW (laser class 2)
• Display: 3.5" touchscreen
• Interface: USB
• Data logger: 16 GB SD card (approx. 100 million values)
• Power supply: internal rechargeable Li‑Ion batteries, approx. 9 h continuous operation, charging time approx. 4 h
• Ambient temperature: -5 … +50 °C
• EMC: DIN EN 61326 compliant
• Auto level: automatic sensitivity adaptation to the environment to suppress ambient noise
• Sensitivity: min. 0.1 l/min at 6 bar, 5 m distance (approx. 1 EUR/year in compressed air costs)
• Weight (without headset): 540 g