Fluke ii1030 Acoustic Imager
The Fluke ii1030 Acoustic Imager helps maintenance teams find compressed air, gas and vacuum leaks quickly and with less effort. Using SoundSight™ Acoustic Imaging Technology, it detects ultrasonic sound and shows the location of leaks on a live visual image. Its array of 202 digital MEMS microphones allows users to scan large areas and locate leaks from more than 100 metres away, depending on ambient conditions. This makes it easier to find faults in noisy industrial settings without having to inspect every connection at close range.
Finding a leak is only the first step, so the Fluke ii1030 Acoustic Imager also helps users decide which repairs to tackle first. LeakQ™ Mode estimates leak rate and associated energy costs, helping teams assess the impact of each fault and plan repairs. For manufacturing and quality checks, Beacon Mode works with the optional Fluke SB140 SoundBeacon™ to identify sealing defects and verify air tightness without physical contact. Users can also estimate the CO₂ emissions linked to identified compressed air leaks through the Fluke Online LeakQ™ Reporting Tool.
Designed for practical use in industrial environments, the Fluke ii1030 Acoustic Imager combines a 7-inch anti-glare touchscreen with a 13 MP visible-light camera and SoundMap™ acoustic overlay. Technicians can capture images and videos, add asset details and notes, and record the actions needed to address faults. Built-in reporting allows inspection reports to be generated directly on the instrument, helping teams turn their findings into repair tasks. With a rechargeable battery system, Wi-Fi and USB-C connections, it supports an efficient workflow from leak detection through to inspection records.
Key Benefits
- Find compressed air, gas and vacuum leaks faster by viewing ultrasonic sound overlaid on a visible image.
- Inspect large areas from a distance, with leak detection exceeding 100 metres under suitable ambient conditions.
- Locate leaks in noisy industrial environments without tracing every pipe or checking each connection individually.
- Use LeakQ™ Mode to estimate leak rates and energy costs, helping prioritise repairs with the greatest impact.
- Verify air tightness and identify sealing defects without contact using Beacon Mode and the optional Fluke SB140 SoundBeacon™.
- View leak locations clearly on the 7-inch anti-glare display, supported by a 13 MP camera and SoundMap™ overlay.
- Capture photos and videos to keep a visual record of faults during inspections.
- Add asset details, inspection status, corrective actions and notes to organise maintenance findings.
- Generate inspection reports directly on the device to support faster repair planning and follow-up work.
- Estimate CO₂ emissions associated with compressed air leaks using the Fluke Online LeakQ™ Reporting Tool.
Common Applications
Fluke ii1030 Acoustic Imager is suitable for a range of testing, maintenance and inspection tasks, including:
- Locating compressed air leaks in industrial systems.
- Detecting gas leaks in industrial equipment and connections.
- Finding vacuum leaks in process systems.
- Inspecting compressed air lines and connections across large industrial areas.
- Estimating leak rates and associated energy costs to prioritise maintenance work.
- Identifying sealing defects in manufacturing components and assemblies using Beacon Mode with the optional SB140 SoundBeacon™.
- Verifying air tightness during manufacturing and quality inspections.
- Recording asset condition, inspection findings and corrective actions.
- Generating inspection reports for maintenance and repair planning.
- Assessing the CO₂ impact of identified compressed air leaks through the Fluke Online LeakQ™ Reporting Tool.
Why Choose This Model?
The Fluke ii1030 Acoustic Imager offers a major step up from the ii500, with 202 microphones instead of 64, a detection range exceeding 100 metres instead of 70 metres, and LeakQ™ rate and cost estimates rather than a leak size scale alone. It also provides a 13 MP camera, 110 GB storage, multi-source acoustic imaging and on-device reporting, making it a practical choice for detailed industrial leak inspections.