Fluke II1030 Acoustic Imaging Camera, 202 Microphone Array, 13 MP camera

The Fluke ii1030 and ii1050 Acoustic Imagers help maintenance teams quickly locate compressed air leaks, vacuum leaks, gas leaks, partial discharge, mechanical faults, and air-tightness defects before they become costly failures. Using advanced acoustic imaging technology, these instruments convert ultrasonic sound into a visual image, allowing technicians to see problems from a safe distance, even in noisy industrial environments. With 202 digital MEMS microphones, SoundSight acoustic imaging technology, and intelligent analysis modes, the ii1030 and ii1050 help reduce inspection time, improve maintenance efficiency, and support safer, more reliable operations.

• Locate compressed air, gas, and vacuum leaks in minutes instead of hours.
• Reduce energy waste by quantifying leak severity and estimated cost impact.
• Verify air-tightness and sealing performance during manufacturing and maintenance activities.
• Inspect energized electrical equipment safely from distances up to 150 m (492 ft).
• Generate reports directly from the instrument to accelerate corrective action.

Find leaks, detect partial discharge and mechanical issues, and verify air tightness faster.

The Fluke ii1030 and ii1050 Acoustic Imagers help maintenance teams quickly locate compressed air leaks, vacuum leaks, gas leaks, partial discharge, mechanical faults, and air-tightness defects before they become costly failures. Using advanced acoustic imaging technology, these instruments convert ultrasonic sound into a visual image, allowing technicians to see problems from a safe distance, even in noisy industrial environments.

With 202 digital MEMS microphones, SoundSight™ acoustic imaging technology, and intelligent analysis modes, the ii1030 and ii1050 help reduce inspection time, improve maintenance efficiency, and support safer, more reliable operations.

Key features

1. SoundSight™ Acoustic Imaging Technology

See sound. SoundSight™ technology overlays ultrasonic sound sources directly onto a visible-light image, allowing technicians to pinpoint leak locations and electrical discharge activity in real time.

2. LeakQ™ Leak Quantification

Move beyond simply finding leaks. LeakQ™ Mode estimates leak rate and associated energy loss, helping maintenance teams prioritize repairs and document savings from compressed air leak programs. With the Fluke Online LeakQ™ Reporting Tool, teams can also estimate the CO2 emissions associated with identified compressed air leaks.

3. Beacon Mode

Streamline air-tightness inspections across wide areas or complex environments. Use Beacon Mode with the Fluke SB140 SoundBeacon™ ultrasonic transmitter to highlight acoustic hotspots and quickly guide users to sealing defects.

4. Large High-Resolution Display

A 7-inch anti-glare touchscreen, combined with a 13 MP visible-light camera and 3x digital zoom, provides clear visualization of problem areas. The sunlight-readable display reduces reflections in bright indoor and outdoor environments while preserving SoundMap™ overlay detail, helping users document findings and communicate issues more effectively.

Compressed air and gas leak detection

Compressed air leaks are among the most common sources of wasted energy in industrial facilities. Even small leaks can increase compressor runtime, reduce system efficiency, and drive up operating costs.

1. Find leaks faster

The array of 202 digital MEMS microphones captures ultrasonic leak signatures and converts them into a visual acoustic image. Technicians can quickly identify leak locations without physically accessing every component or applying leak-detection sprays.

2. Quantify energy losses

LeakQ™ Mode estimates leak flow and energy costs, enabling maintenance teams to prioritize repairs based on financial impact and demonstrate energy savings initiatives.

3. Inspect safely

Locate hazardous or difficult-to-access leaks from a safe distance, minimizing exposure to elevated equipment, confined spaces, or potentially dangerous process environments.

Applications

The ii1030 and ii1050 help maintenance teams rapidly scan production areas and identify leaks in:

• Compressed air systems
• Pneumatic equipment
• Vacuum systems
• Process gas systems
• Valves, fittings, regulators, and connections

Air-tightness testing and quality verification

Small leaks can compromise product quality, safety, and performance. The ii1030 and ii1050 provide a fast, non-contact method for verifying sealing integrity during manufacturing, testing, and maintenance activities. For enclosed products and assemblies, the optional Fluke SB140 SoundBeacon™ ultrasonic transmitter creates a controlled acoustic source that helps reveal sealing defects with Beacon Mode.

1. Detect small leaks with confidence

High acoustic sensitivity enables identification of leaks associated with low-pressure, low-density, or very small openings that may be difficult to detect using conventional methods.

2. Support quality and reliability programs

Verify product sealing performance during development, production, and final inspection to reduce warranty claims and improve product reliability.

3. Validate equipment integrity

Confirm the condition of pressure vessels, reactors, piping systems, and other critical assets before commissioning, startup, or return-to-service activities.

Applications

• Automotive components and assemblies
• Engines and fuel systems
• HVAC equipment
• Wind turbine components
• Pressure vessels
• Chemical processing equipment
• Piping systems and process equipment

Mechanical inspection (ii1050 only)

Mechanical faults can create high-frequency acoustic signatures before they become obvious through vibration, heat, or audible noise. MecQ™ Mode helps technicians identify early indicators of bearing defects, friction, and turbulence so maintenance teams can investigate developing issues sooner.

Applications

• Bearings and rotating equipment
• Motors, pumps, and fans
• Compressed-air-driven equipment
• Production machinery and mechanical systems

Partial discharge detection (ii1050 only)

Partial discharge is often one of the earliest indicators of insulation degradation in high-voltage equipment. Detecting discharge activity early can help prevent unplanned outages, equipment damage, and safety incidents.

Acoustic imaging technology allows technicians to scan energized equipment and immediately visualize discharge activity, reducing inspection time compared with traditional methods.

1. Intelligent discharge analysis

PDQ Mode™ uses advanced algorithms and machine-learning-assisted analysis to classify discharge activity and provide probability assessments, helping users focus on the most critical issues.

2. Real-time PRPD visualization

View PRPD patterns directly on the instrument to support more informed maintenance decisions and improve diagnostic confidence.

3. Inspect from a safe distance

With detection capability up to 150 m (492 ft)¹, technicians can evaluate energized assets while maintaining appropriate safety clearances.

4. Detect issues earlier

Operating across a 2–100 kHz frequency range, the ii1050 can identify early-stage insulation defects before they develop into failures, flashovers, or costly outages.

Applications

The ii1050 enables rapid inspection of:

• Switchgear
• Transformers
• Insulators
• Substations
• Power distribution equipment
• Overhead transmission and distribution lines
• Identify discharge sources quickly

Instrument overview

• 128 GB storage capacity
• 2 kHz to 100 kHz²
• Generate reports with one click on the device
• New patented 202 microphone array
• LED lighting
• The working distance is up to 150 m (492 ft)
• LeakQ™, PDQ Mode™, and MecQ™ functions quantify leaks and identify electrical and mechanical issues
• 7” LCD touch screen
• SoundMap™ image
• Workflow optimization through (QR code) asset tagging, PhotoNotes, Text notes and action prioritization.
• >3.5 hours of battery life per single battery (two batteries as standard)
• Wi-Fi
• 13 MP imaging
• IP54 dust and water resistance
• The tripod connection is equipped with a standard 1/4”-20 UNC threaded hole
• USB-C data transfer

¹ Depending on ambient conditions
² ii1050

Thermal imaging support

Add the Fluke TC03A iSee™ Thermal Camera Attachment to combine thermal, acoustic, and visible-light imaging in one inspection workflow. Thermal imaging can help verify acoustic findings, identify overheating components and electrical hotspots, and capture richer evidence in a single pass. The TC03A is offered as an optional accessory for both the ii1030 and ii1050.

Four simple steps to faster inspections

1. Scan
   Quickly survey large areas and identify abnormal sound sources that are outside the range of human hearing.
2. Capture
   Save acoustic images and add notes, tags, and annotations directly on the instrument to document findings.
3. Report
   Generate reports on the instrument and share inspection results with maintenance teams for rapid action.
4. Repair
   Schedule repairs during planned maintenance windows and verify corrective actions through follow-up inspections.

Specifications

Sensors

Built-in digital camera (visible light)

Display

Each Unit Includes

• 2 durable lithium-ion smart battery packs as standard
• Adjustable wrist and neck straps
• Yellow hard case
• USB-C cable
• 65W USB-C charger with connector suitable for use in specific country