On this page you will find a summary of FOTRIC acoustic cameras currently available, to help you choose the model best suited to your operational needs.
| Image |
Description |
From
(VAT excluded) |
 |
FOTRIC TD2e Kit is an acoustic imaging camera with 64 MEMS digital microphones, designed for rapid and precise localization of compressed air and gas leaks, mechanical anomalies, and electrical discharges. With a wide frequency range (2–100 kHz), it detects both audible and ultrasonic signals, displaying the sound source as a heatmap superimposed on the real image. Advanced beamforming and adaptive noise reduction algorithms ensure reliable detection even in noisy industrial environments. The 13 MP digital camera, compact 3.5" Gorilla Glass touchscreen, and removable battery make it ideal for inspections and predictive maintenance.
- Microphones: 64 MEMS digital array
- Frequency range: 2–100 kHz
- 13 MP industrial digital camera, field of view 66° × 52°
- 3.5” IPS touchscreen display with Gorilla Glass
- Imaging modes: single-source, multi-source, holographic
- Sound pressure level measurement (dB)
- ≥ 4 hours runtime, field-replaceable battery
- SD card storage up to 1 TB
- IP54 protection, 770 g weight
- Comprehensive analysis & reporting via AnalyzIR software
|
€ 849 |
 |
FOTRIC H4Mini, H4, H6, H6+ & H7 are professional acoustic imaging cameras designed for leak evaluation, partial discharge diagnostics, and advanced predictive maintenance in industrial applications. Both models feature rugged design and cutting-edge signal processing to deliver extremely high sensitivity, ensuring the detection of minimal acoustic sources in complex environments. The robust 5" Gorilla Anti-Explosion touchscreen LCD offers secure and easy operation, while Acoustic Focus Mode enhances selectivity and diagnostic accuracy.
- H4Mini: 112 MEMS digital microphones
- H4: 112 MEMS digital microphones
- H6: 162 MEMS digital microphones
- H6+: 234 MEMS digital microphones
- H7: 345 MEMS digital microphones
- Field of view: 66° × 52°
- Sampling rate: 200 kHz | Refresh rate: 25 Hz
- Working distance: 0.3–300 m
- Frequency range: 2–100 kHz
- Detection modes: LQ (leak level), PD (partial discharge)
- Imaging modes: single, multi-source, holographic
- On-device analysis and reporting, AnalyzIR software support
- Display: 5", 1280×720 px, Gorilla Anti-Explosion touchscreen
- Hot-swappable SD card (up to 1 TB)
- Field-replaceable battery, ≥ 4 h operation
- IP54 rating, 1.3 kg (with battery)
|
Price on request |
 |
FOTRIC H6Flex is a flexible industrial acoustic camera with a modular 162 MEMS digital microphone array, designed for rapid and precise detection of compressed air, gas leaks, mechanical anomalies, and partial discharges—even in hard-to-reach spaces. The swiveling 180° microphone module allows for ergonomic inspection and access in narrow areas. The wide frequency range (2–100 kHz) enables detection of both audible and ultrasonic signals, visualized as acoustic heatmaps on real images. Integrated beamforming, adaptive noise reduction, and leak/discharge analysis with automatic diagnostics and energy cost estimation.
- 162 MEMS digital microphones, 180° modular rotating array
- Frequency range: 2–100 kHz
- 13 MP industrial digital camera, field of view 66° × 52°
- 5" IPS touchscreen (1280×720 px) with Gorilla Glass
- Single-source, multi-source, and holographic imaging modes
- Sound pressure level measurement, max spot tracking
- ≥ 4 h operation, removable batteries (2 included)
- On-device analysis and reporting with AnalyzIR software
- Hot-swappable SD card up to 1 TB, WiFi, Bluetooth, USB-C, HDMI, FTP
- IP54 protection, 1.3 kg
|
Price on request |
FOTRIC acoustic cameras are advanced instruments that enable the visualization and location of sound sources invisible to the naked eye through acoustic imaging. They are primarily used for detecting compressed air, gas, and vacuum leaks, and for diagnosing partial discharges in industrial environments. These technologies allow for quick, safe, and precise inspections, helping to prevent costly energy inefficiencies and potential equipment failures. Data acquisition and analysis occur both in real-time on the device and through dedicated software, offering a complete solution for predictive maintenance and safety management.
Leave a Comment