FLIR Si2-Pro | Industrial Acoustic Imaging Camera
FLIR Si2-Pro | Industrial Acoustic Imaging Camera
FLIR Si2-Pro – Professional Industrial Acoustic Imaging Camera
The FLIR Si2-Pro is an advanced industrial acoustic imaging camera designed to help maintenance professionals rapidly locate compressed air and gas leaks, detect partial discharge in electrical systems, and identify mechanical faults before they develop into costly failures.
Built for demanding industrial environments, the Si2-Pro combines a high-performance acoustic microphone array with visual imaging and intelligent analytics, allowing operators to literally visualize the location of ultrasonic and acoustic signals generated by leaks, electrical faults, and mechanical anomalies.
For manufacturing facilities, utilities, data centers, energy operations, and industrial maintenance teams, the Si2-Pro provides a powerful tool for reducing energy losses, improving equipment reliability, and supporting predictive maintenance programs.
Key Features
- Professional acoustic imaging technology
- 124 MEMS microphones for advanced sound localization
- Compressed air leak detection
- Industrial gas leak detection
- Vacuum system leak detection
- Partial discharge detection for electrical inspection
- Mechanical fault and bearing condition detection
- Real-time acoustic visualization
- On-camera analysis and intelligent diagnostics
- Designed for predictive and preventive maintenance
- Suitable for large industrial environments
- 5-inch touchscreen display
- 1280 × 720 visual camera resolution
- Acoustic frequency range up to 130 kHz
- Digital zoom
- Wi-Fi and Bluetooth connectivity
- Rugged IP54-rated construction
- Designed for professional industrial field use
Compressed Air & Gas Leak Detection
Compressed air leaks can create significant and often invisible energy losses inside industrial facilities.
The FLIR Si2-Pro allows maintenance teams to scan equipment and infrastructure from a distance and visually identify acoustic signatures associated with leaks.
Typical applications include:
- Compressed air systems
- Industrial gas systems
- Vacuum systems
- Pneumatic equipment
- Valves and fittings
- Pipes and distribution networks
- Manufacturing equipment
By locating leaks earlier, companies can prioritize repairs and potentially reduce unnecessary energy consumption.
Electrical Partial Discharge Detection
The Si2-Pro can also support inspection of electrical equipment by detecting acoustic signatures associated with partial discharge phenomena.
Potential applications include inspection of:
- Switchgear
- Transformers
- Electrical cabinets
- Substations
- High-voltage equipment
- Power distribution infrastructure
Early identification of abnormal electrical activity can support preventive maintenance and help teams investigate equipment before more serious failures occur.
Mechanical Fault Detection
The Si2-Pro extends acoustic inspection into mechanical condition monitoring.
Maintenance professionals can use acoustic information to investigate potential anomalies associated with components such as:
- Bearings
- Motors
- Pumps
- Compressors
- Rotating machinery
- Industrial production equipment
This makes the Si2-Pro particularly valuable as part of a broader predictive maintenance and condition-monitoring strategy.
Designed for Industrial Applications
The FLIR Si2-Pro is suitable for professional use across industries including:
Manufacturing • Automotive • Utilities • Power Generation • Data Centers • Oil & Gas • Chemical Processing • Food & Beverage • HVAC • Industrial Maintenance • Energy Infrastructure
Reduce Downtime & Improve Maintenance Efficiency
Traditional industrial inspection can require technicians to manually inspect large numbers of components individually.
Acoustic imaging enables maintenance teams to survey larger areas and quickly identify locations requiring closer investigation.
For facilities operating expensive machinery or energy-intensive compressed-air systems, earlier fault detection can contribute to:
- Reduced unplanned downtime
- Lower energy losses
- Improved maintenance planning
- Faster inspections
- Better equipment reliability
- More efficient allocation of maintenance resources
Important Performance Notice
Detection distance and performance depend on factors including the type and intensity of the acoustic source, background noise, environmental conditions, equipment configuration, operating conditions, and inspection methodology.
Detection of an acoustic anomaly should be considered part of a professional inspection process and does not by itself guarantee the presence, severity, or exact cause of a particular equipment fault.