Fluke ii905 | Long-Range Acoustic Leak Detection Industrial Imager

Large industrial facilities can require leak detection from greater distances or in locations where approaching the suspected source is difficult. The Fluke ii905 Acoustic Imager extends Fluke's industrial leak-detection platform with a 2 to 65 kHz frequency range and detection distance up to approximately 70 m.

SoundSight technology and a SoundMap overlay convert acoustic information into a visual indication of the leak location, helping technicians isolate compressed-air, gas, steam and vacuum losses even against industrial background noise. Compared with the ii500, the ii905 adds a higher-resolution 5 MP visual camera, 32 GB memory and Wi-Fi connectivity. LeakQ functionality supports leak assessment and documentation, allowing maintenance teams to prioritize repairs according to their operational impact.

Long-Range Acoustic Imager Selection Guide

Choose the ii905 over the ii500 when you need greater detection distance, wider frequency coverage, higher visual-camera resolution or Wi-Fi connectivity.

Market Relevance

The ii905 suits Pakistan's large manufacturing complexes, textile mills, cement plants, petrochemical facilities, and utilities where compressed-air and gas networks cover extensive areas. Kamadi Pakistan offers the Fluke ii905 for advanced leak detection and energy-loss reduction.

Key Features

• Acoustic detection up to approximately 70 m
  
• SoundMap visual leak location
  
• 5 MP visible-light camera
  
• Wi-Fi connectivity
  
• LeakQ assessment and reporting
  

Technical Specifications

• Model: Fluke ii905
  
• Frequency Range: 2–65 kHz
  
• Detection Range: Up to 70 m
  
• Field of View: 63° ±5°
  
• Visual Camera: 5.0 MP
  
• Memory: 32 GB
  
• Wi-Fi: Yes
  
• Battery Life: Approx. 6 hours
  

Applications

• Long-range compressed-air leak detection
  
• Industrial gas systems
  
• Steam leak surveys
  
• Vacuum-system troubleshooting
  
• Energy-efficiency audits
  

Professional Tip: After repairing a leak, rescan the same area under similar operating conditions to verify the repair and detect nearby leakage that may have been masked previously.