HIKMICRO Mini3R High-Definition Acoustic-Integration Thermal Module
Dual-Spectrum Diagnostic Power: Combine Infrared and Acoustic Imaging.
The HIKMICRO Mini3R is a professional-grade, high-definition thermal imaging module designed to seamlessly complement HIKMICRO’s acoustic imaging systems. Engineered for comprehensive electrical inspections, utility substations, and mechanical predictive maintenance, the Mini3R integrates directly via USB-C to offer engineers a unified, dual-function solution. By matching ultrasonic sound location with high-accuracy thermography, it allows you to pinpoint partial discharge or structural pressure leaks while simultaneously identifying critical thermal hot spots.
Key Features:
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Designed for Acoustic Integration: Features an innovative adjustable insertion direction and a rotatable lens chassis. This mechanical flexibility allows it to lock directly onto acoustic imaging equipment to monitor sound signatures and thermal profiles over a single consolidated interface.
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HD 384× 288 Radiometric Resolution: Packed with 110,592 native infrared pixels paired with an ultra-sensitive detector core. Capture crisp, full-screen thermal data to identify minor temperature anomalies on high-voltage components from safe distances.
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Heavy Industrial 650°C (1202°F) Thermal Ceiling: Built for demanding utility and factory environments, accurately tracking object temperatures from -20°C all the way up to 650°C.
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Adjustable Manual Focus Ring: Move past focus-free limitations. The precision manual focus lens allows sharp focal clarity on objects from 30 cm (0.98 ft) out to infinity, making it equally adept at tight breaker panels or distant overhead transformers.
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Upgraded IP54 Industrial Robustness: Unlike baseline phone modules, the Mini3R features an enhanced IP54 dust and splash protection chassis alongside a 1-meter drop-test certification to endure rugged outdoor site conditions.
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Advanced Onboard Analytics: Seamlessly connects via USB-C to display full-screen temperature tracking, automatically charting high-temperature spikes, cold zones, and user-defined center spots.