FLIR Si2-Pro Industrial Acoustic Imaging Camera for partial discharge detection/pressurized leak detection/mechanical fault detection, 2 to 130 kHz, 1280 × 720

Model: Si2-Pro | Order No: T912340 | UPC: 845188030179

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FLIR Si2-Pro Industrial Acoustic Imaging Camera for partial discharge detection/pressurized leak detection/mechanical fault detection, 2 to 130 kHz, 1280 × 720-

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FLIR Si2-Pro Industrial Acoustic Imaging Camera for partial discharge detection/pressurized leak detection/mechanical fault detection, 2 to 130 kHz, 1280 × 720

Model: Si2-Pro | Order No: T912340 | UPC: 845188030179

Be the first to review this product

Ideal for partial discharge detection, pressurized leak detection, and mechanical fault detection, this industrial acoustic imaging camera detects mechanical faults for early identification of bearing problems. In addition, this camera quantifies the leak rate and cost of industrial gas and compressed air leaks.

Your Price	$33250.00 CAD
Availability	2 to 3 Weeks
Quantity

Recommended Accessories

FLIR T912306 Battery for the Si2 series

T912306

FLIR Si2-Pro Offers

Work with on-camera and in-software severity assessment and type classification of partial discharge (PD) issues with this acoustic imaging camera. In addition, this camera features automatic frequency tuning, 8x zoom, 12 MP, GPS data integration, an IP54 rating, and a QR code reader.

Features

Mechanical fault detection for early identification of bearing problems, preventing costly downtime
Quantify leak rate and cost of industrial gas and compressed air leaks, to prioritize repair and calculate savings
On-camera and in-software severity assessment and type classification of partial discharge (PD) issues
Automatic frequency tuning, 8x zoom, 12 MP digital camera, GPS data integration, IP54 rating, and a QR code reader
Fleet management functionality for efficient tool usage and maintenance across large-scale operations
Detect, locate, classify and assess partial discharge faults, compressed air and gas, and identify bearing issues efficiently
Intuitive, light weight, one handed operation requiring minimal training
On-device partial discharge type and severity analysis with recommended actions
On camera measurement and cost analysis for compressed air and common industrial gases including ammonia, hydrogen, CO₂, methane, helium and argon
Bearing assessment
Provides a greater return on investment for ultrasound inspection because the ease of use does not require experienced, trained technicians to get meaningful results
Market demand to expand inspections beyond finding compressed air leaks and high voltage, overhead component partial discharge
MECH mode camera operation allows quick detection and measurement of bearing and other mechanical issues that can lead to costly production disruption or safety hazards (three metrics provided for mechanical fault measurement)
Industrial gas quantification provides leak detection, leak rate and cost quantification for compressed air, methane, natural gas, ammonia, hydrogen, helium, and argon to find and prioritize repairs, and maximize return on investment
Lights can make a big difference: This camera features dual LED lamps to illuminate nearby dark areas

On-camera PD severity assessment speeds up decisions

PD severity assessment and PD indentification can be viewed both on-camera and in-software
Severity assessment allows the user to see the importance of a PD issue without weeks of specialized training and months of experience

Applications

Ideal for routine inspections and preventative maintenance in various industrial settings
Ensures adherence to safety standards by identifying potential hazards in bearings and gas systems
Aids in managing and reducing operational costs through early leak detection and analysis
Mechanical fault mode to detect faulty bearings to help plan repairs and avoid downtime
Power utilities
Manufacturing
Mining
Aerospace
Oil and gas
Facility maintenance
Research and development
Reliability consultants
Specialty service providers: Compressed air, refrigeration

FLIR Si2-Pro Specifications

Detection Threshold	20 kHz: -7 dB SPL 35 kHz: 4 dB SPL 50 kHz: 10 dB SPL 80 kHz: 36 dB SPL 100 kHz: 51 dB SPL
Bandwidth	2 to 130 kHz
Directional Resolution	From 1° up to 0.125°
Operating Distance	From 1' (0.3 m) up to 656' (200 m)
Severity Assessment	Automatic AI-based severity assessment including recommended actions onboard camera
Leak Localization and Detection	Automatic leak recognition including estimated leak size and annual cost
Leak Rate Detection Threshold	0.0032 l/min from 2.5 m, 0.0044 l/min from 6 m
Supported Gases	Compressed air, hydrogen, CO₂, methane, natural gas, helium, argon, ammonia
Other Acoustic Analysis Modes	Mechanical fault detection
Digital Camera	12 MP color
Camera Field of View	75° diagonal
Video Frame Rate	Camera: 60 fps Acoustic image: 30 fps Screen: 70 fps
Zoom	8x digital zoom
Video Image Resolution	1280 × 720
Display	Size: 5" (127 mm), 1280 x 720 Resistive touch screen, TFT LCD, MIPI DSI
Integrated Flashlight	LEDs, three modes off, normal and bright
Analysis and Reporting	Online: FLIR Acoustic Camera Viewer (cloud service) Offline: FLIR Thermal Studio (desktop software)
Communication and Data Storage	Data transfer: Wi-Fi 2.4 and 5 GHz IEEE 802.11.b/g/n/ac wireless LAN USB memory stick Camera software update: Automatic Over The Air (OTA) wireless update or via USB connection Still image format: .nlz and .jpg Video recording and format: Up to 5 minutes (.nlz format) Storage, internal: 128 GB (SD card) Storage, external: USB 8 GB, Cloud storage capacity is unlimited Image annotations: GPS, image tags and comments connection
Power Supply	Camera power input: Nominal input voltage: 12 V DC Maximum input: 17 V DC, 3.3 A (limited) Battery: Li-Ion rechargeable battery pack (RRC 2054): 14.4 V DC, 3.45 Ah, 49.68 Wh Usage: Up to 2.5 hours (depends on ambient conditions and usage, needs to be retested and confirmed with final product) Charge time: Approximately 2 hours Maximum output: 16.8 V DC, 5 A Battery charger: Input: 19 to 26 V DC, 2.8 A Maximum output: 17.4 V DC, 4.8 A
Environmental Data	Operating temperature range: 14 to 122°F (-10 to 50°C) Storage temperature range: -4 to 122°F (-20 to 50°C) maximum 4 to 77°F (-20 to 25°C) recommended (determined by the battery) Relative humidity: 0 to 90% recommended EMC: CFR47 FCC part 15 subpart B Radio: CFR47 FCC part 15 subpart C/E, ETSI EN 301 489-1/-17/-19, ETSI EN 300 328, ETSI EN 301 893 Protection class: IP54 Safety: IEC 62368-1
Dimensions	Camera: 11 x 7 x 6" (288 x 182 x 159 mm) Battery: 3.3 x 3.03" (85 x 77 mm), RRC2504 Packaging: 19.3 × 14.4 × 7.5" (490 x 365 x 190 mm)
Weight	Camera: 2.64 lbs (1.2 kg) Battery: 0.55 lbs (0.25 kg) Camera + battery: 3.2 lbs (1.45 kg) Packaging: 13 lbs (6 kg)

Click here for complete specifications on the FLIR Si2-Pro

What's included with the FLIR Si2-Pro

Industrial Acoustic Imaging Camera
Neck Strap
USB Memory Stick
Hard Carrying Case
2 x Batteries
Battery Charger
4 x Power Cables
License Card: FLIR Si-series Plugin for FLIR Thermal Studio, Perpetual License
Printed Documentation
Two to 10-Year Warranty

datasheet for the FLIR Si2-Pro Industrial Acoustic Imaging Camera for partial discharge detection/pressurized leak detection/mechanical fault detection, 2 to 130 kHz, 1280 × 720

Click on a category to view a selection of compatible accessories with the FLIR Si2-Pro Industrial Acoustic Imaging Camera for partial discharge detection/pressurized leak detection/mechanical fault detection, 2 to 130 kHz, 1280 × 720.

Batteries

FLIR T912306 Battery for the Si2 series T912306

Compatible with the Si2 series acoustic imagers, this battery provides 2 hours of operation time.

Ask a question about FLIR Si2-Pro Industrial Acoustic Imaging Camera for partial discharge detection/pressurized leak detection/mechanical fault detection, 2 to 130 kHz, 1280 × 720

Customer Reviews for the FLIR Si2-Pro

Description ➕➖

FLIR Si2-Pro Offers

Features

Mechanical fault detection for early identification of bearing problems, preventing costly downtime
Quantify leak rate and cost of industrial gas and compressed air leaks, to prioritize repair and calculate savings
On-camera and in-software severity assessment and type classification of partial discharge (PD) issues
Automatic frequency tuning, 8x zoom, 12 MP digital camera, GPS data integration, IP54 rating, and a QR code reader
Fleet management functionality for efficient tool usage and maintenance across large-scale operations
Detect, locate, classify and assess partial discharge faults, compressed air and gas, and identify bearing issues efficiently
Intuitive, light weight, one handed operation requiring minimal training
On-device partial discharge type and severity analysis with recommended actions
On camera measurement and cost analysis for compressed air and common industrial gases including ammonia, hydrogen, CO₂, methane, helium and argon
Bearing assessment
Provides a greater return on investment for ultrasound inspection because the ease of use does not require experienced, trained technicians to get meaningful results
Market demand to expand inspections beyond finding compressed air leaks and high voltage, overhead component partial discharge
MECH mode camera operation allows quick detection and measurement of bearing and other mechanical issues that can lead to costly production disruption or safety hazards (three metrics provided for mechanical fault measurement)
Industrial gas quantification provides leak detection, leak rate and cost quantification for compressed air, methane, natural gas, ammonia, hydrogen, helium, and argon to find and prioritize repairs, and maximize return on investment
Lights can make a big difference: This camera features dual LED lamps to illuminate nearby dark areas

On-camera PD severity assessment speeds up decisions

PD severity assessment and PD indentification can be viewed both on-camera and in-software
Severity assessment allows the user to see the importance of a PD issue without weeks of specialized training and months of experience

Applications

Ideal for routine inspections and preventative maintenance in various industrial settings
Ensures adherence to safety standards by identifying potential hazards in bearings and gas systems
Aids in managing and reducing operational costs through early leak detection and analysis
Mechanical fault mode to detect faulty bearings to help plan repairs and avoid downtime
Power utilities
Manufacturing
Mining
Aerospace
Oil and gas
Facility maintenance
Research and development
Reliability consultants
Specialty service providers: Compressed air, refrigeration

Specifications ➕➖

FLIR Si2-Pro Specifications

Detection Threshold	20 kHz: -7 dB SPL 35 kHz: 4 dB SPL 50 kHz: 10 dB SPL 80 kHz: 36 dB SPL 100 kHz: 51 dB SPL
Bandwidth	2 to 130 kHz
Directional Resolution	From 1° up to 0.125°
Operating Distance	From 1' (0.3 m) up to 656' (200 m)
Severity Assessment	Automatic AI-based severity assessment including recommended actions onboard camera
Leak Localization and Detection	Automatic leak recognition including estimated leak size and annual cost
Leak Rate Detection Threshold	0.0032 l/min from 2.5 m, 0.0044 l/min from 6 m
Supported Gases	Compressed air, hydrogen, CO₂, methane, natural gas, helium, argon, ammonia
Other Acoustic Analysis Modes	Mechanical fault detection
Digital Camera	12 MP color
Camera Field of View	75° diagonal
Video Frame Rate	Camera: 60 fps Acoustic image: 30 fps Screen: 70 fps
Zoom	8x digital zoom
Video Image Resolution	1280 × 720
Display	Size: 5" (127 mm), 1280 x 720 Resistive touch screen, TFT LCD, MIPI DSI
Integrated Flashlight	LEDs, three modes off, normal and bright
Analysis and Reporting	Online: FLIR Acoustic Camera Viewer (cloud service) Offline: FLIR Thermal Studio (desktop software)
Communication and Data Storage	Data transfer: Wi-Fi 2.4 and 5 GHz IEEE 802.11.b/g/n/ac wireless LAN USB memory stick Camera software update: Automatic Over The Air (OTA) wireless update or via USB connection Still image format: .nlz and .jpg Video recording and format: Up to 5 minutes (.nlz format) Storage, internal: 128 GB (SD card) Storage, external: USB 8 GB, Cloud storage capacity is unlimited Image annotations: GPS, image tags and comments connection
Power Supply	Camera power input: Nominal input voltage: 12 V DC Maximum input: 17 V DC, 3.3 A (limited) Battery: Li-Ion rechargeable battery pack (RRC 2054): 14.4 V DC, 3.45 Ah, 49.68 Wh Usage: Up to 2.5 hours (depends on ambient conditions and usage, needs to be retested and confirmed with final product) Charge time: Approximately 2 hours Maximum output: 16.8 V DC, 5 A Battery charger: Input: 19 to 26 V DC, 2.8 A Maximum output: 17.4 V DC, 4.8 A
Environmental Data	Operating temperature range: 14 to 122°F (-10 to 50°C) Storage temperature range: -4 to 122°F (-20 to 50°C) maximum 4 to 77°F (-20 to 25°C) recommended (determined by the battery) Relative humidity: 0 to 90% recommended EMC: CFR47 FCC part 15 subpart B Radio: CFR47 FCC part 15 subpart C/E, ETSI EN 301 489-1/-17/-19, ETSI EN 300 328, ETSI EN 301 893 Protection class: IP54 Safety: IEC 62368-1
Dimensions	Camera: 11 x 7 x 6" (288 x 182 x 159 mm) Battery: 3.3 x 3.03" (85 x 77 mm), RRC2504 Packaging: 19.3 × 14.4 × 7.5" (490 x 365 x 190 mm)
Weight	Camera: 2.64 lbs (1.2 kg) Battery: 0.55 lbs (0.25 kg) Camera + battery: 3.2 lbs (1.45 kg) Packaging: 13 lbs (6 kg)