FLIR Si2-Pro Industrial Acoustic Imaging Camera
The FLIR Si2-Pro is an industrial acoustic
imaging camera designed to detect, locate, and analyze
various issues in industrial equipment. This device is suitable
for inspection, condition monitoring, and predictive maintenance
needs.
With 124 low-noise MEMS microphones and an
acoustic bandwidth of 2 kHz to 130 kHz,
the FLIR Si2-Pro can visualize sound sources in real-time
to help technicians find leaks and mechanical faults.
Compressed Air & Gas Leak Detection
The FLIR Si2-Pro can detect compressed air and various types
of gas leaks. The system can perform detection from a distance of
0.3 meters up to 200 meters, depending on
the application and environmental conditions.
Partial Discharge Detection
This camera can help detect and evaluate
partial discharge in electrical equipment.
AI-based analysis helps provide severity assessments and
recommended actions.
Mechanical Fault Detection
The FLIR Si2-Pro is also designed to help locate mechanical
issues, including indications of bearing damage. Early detection
can help maintenance teams reduce the risk of downtime and
equipment failure.
AI-Based Analysis
Automatic AI-Based Severity Assessment
The system helps evaluate the severity of issues and
provides actionable recommendations directly through the camera.
Applications
- Compressed air leak detection
- Gas leak detection
- Partial discharge detection
- Electrical inspection
- Bearing inspection
- Mechanical fault detection
- Predictive maintenance
- Industrial condition monitoring
FLIR Si2-Pro Technical Specifications
Below are the main technical specifications of the FLIR Si2-Pro for
industrial acoustic inspection needs.
|
Acoustic Measurement
|
| Number of Microphones |
124 Low-Noise MEMS Microphones |
| Acoustic Bandwidth |
2 kHz – 130 kHz |
| Detection Distance |
0.3 m – 200 m |
| Leak Rate |
0.0032 l/min @ 2.5 m
0.0044 l/min @ 6 m
|
| Field of View |
75° diagonal |
|
Imaging
|
| Video Image Resolution |
1280 × 720 |
| Camera Frame Rate |
60 fps |
| Acoustic Image Frame Rate |
30 fps |
| Screen Frame Rate |
70 fps |
| Digital Zoom |
8× |
|
Analysis
|
| Severity Assessment |
Automatic AI-Based Severity Assessment
|
| Gas Detection |
Compressed air, ammonia, argon, CO₂,
helium, hydrogen, methane, natural gas,
nitrogen, and other gases with adequate
pressure
|
|
Display
|
| Display Size |
5 inch |
| Display Resolution |
1280 × 720 |
| Touchscreen |
Resistive Touchscreen |
|
Power
|
| Battery |
Li-Ion Rechargeable Battery Pack RRC 2054
|
| Battery Voltage |
14.4 V DC |
| Battery Capacity |
3.45 Ah / 49.68 Wh |
|
Environmental
|
| Operating Temperature |
-10°C to 50°C |
| Storage Temperature |
-20°C to 70°C |
| Humidity |
0–90% Recommended |
| Protection Rating |
IP54 |
FLIR Si2-Pro Advantages
1. Detection Up to 200 Meters
The detection capability of up to 200 meters allows
inspections to be carried out from a safer distance and helps
technicians examine hard-to-reach areas.
2. 124 MEMS Microphones
A total of 124 low-noise MEMS microphones help accurately capture
sound sources and display acoustic images in real-time.
3. Wide Acoustic Bandwidth
The frequency range of 2 kHz to 130 kHz
supports various inspection needs, ranging from leaks to partial
discharge and mechanical fault detection.
4. AI-Based Severity Assessment
The AI-based analysis system automatically provides severity
assessments to help technicians prioritize maintenance.
5. Leak Detection & Quantification
The FLIR Si2-Pro helps locate compressed air and gas leaks and
provides leak rate information to support energy evaluation and
management.
6. Predictive Maintenance
The ability to detect indications of mechanical faults and bearing
problems helps maintenance teams take action early before more
extensive damage occurs.
7. Suitable for Various Industries
- Manufacturing
- Power Generation
- Oil & Gas
- Petrochemical
- HVAC & Utilities
- Industrial Maintenance
- Electrical Maintenance
The FLIR Si2-Pro is an acoustic imaging
solution designed to support industrial inspection, condition
monitoring, and predictive maintenance.
