P-MiX Series AcouTherm Camera

Key Features

Irresolution: 384*288, 640*480
Focusmode: Auto-Focus
Resolution: 384×288, 640×480

Model P5MiX - 384*288 P7MiX - 640*480

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P-MiX Series AcouTherm Camera

The FOTRIC P-MiX AcouTherm Camera is a fusion of a professional thermal camera and an advanced acoustic camera, providing precise temperature measurement, high-definition imaging and evaluation of leaks and partial discharges in one device. With top-notch hardware components sourced from global leaders, the P-MiX ensures unparalleled accuracy, efficiency and reliability for industrial inspections and predictive maintenance.

MiX mode introduces a novel diagnostic approach: the 5-inch screen displays real-time thermal and acoustic images simultaneously, so the thermal distribution and acoustic patterns of the device under test can be analysed together from multiple perspectives. The rotatable infrared lens barrel and acoustic microphone array let you reach tight corners and awkward angles safely.

Key Features

Three adjustable modes: IR, AC (acoustic) and MiX
IR resolution up to 640 × 480, thermal sensitivity <30 mK
Up to 162 MEMS digital microphones; 66° × 52° acoustic FOV; 2–100 kHz; 0.3–100 m working distance
Detects partial discharge, gas / compressed-air leaks, noise and vibration
TurboFocus® system: thermal-contrast, laser-assisted, continuous and touch AF, plus manual
AI-based MagicThermal® auto-recognition and contour mark-up; T-DEF®, T-TWB® and IREdge®
Single-view 46° / 25° / 12° / 7° and dual-view 25°&12° / 25°&7° lenses
AI-powered NaviPdM® inspection assistant and AnalyzIR® reporting software
5-inch 1280 × 720 IPS touchscreen with Gorilla anti-explosion glass; hot-swappable SD up to 1 TB

Models

Model	IR Resolution	Thermal Sensitivity (NETD)	IFOV (25° lens)	Microphones	Acoustic FOV	Temperature Range	Accuracy
P5MiX	384 × 288	<40 mK @30 ℃	1.14 mrad	140 MEMS	66° × 52°	-20 ~ 650 ℃ (extendable to 1550 ℃)	±2 ℃ or ±2 %
P7MiX	640 × 480	<30 mK @30 ℃	0.68 mrad	162 MEMS	66° × 52°	-20 ~ 650 ℃ (extendable to 2000 ℃)	±1 ℃ or ±1 % (0–100 ℃)