Dual-Light Industrial Thermal Inspection Camera

MOEORW-W400handheld infrared thermal imager is a dual-light integrated temperature measurement device combining infrared thermal imaging and visible light acquisition modules. It adopts uncooled vanadium oxide infrared focal plane detector and high-resolution visible light sensor to realize real-time full-scene temperature monitoring and precise target temperature reading. Supported by dual-light fusion, picture-in-picture and multi pseudo-color rendering technologies, the equipment optimizes the recognition efficiency of subtle temperature anomalies.

Designed with ergonomic handheld structure, the unit carries built-in SD card local storage, Class 2 laser locator, LED auxiliary fill light, Wi-Fi, hotspot and Bluetooth audio receiving modules. It reaches IP54 protection grade and 2-meter free fall resistance, and can stably operate under complex temperature and humidity conditions. It is applicable to industrial maintenance, building detection, fire rescue and scientific research.

This product is only sold and serviced in Chinese Mainland, with regional limited after-sales support. The built-in Class 2 laser beam shall not directly irradiate human eyes or skin to prevent permanent tissue injury. All operations must follow local electrical safety regulations.

Hardware & Structural Design
1.Separate infrared and visible light optical paths, equipped with manual focusing wheel to adjust image clarity; reserved tripod mounting port for fixed monitoring deployment.
2.Dual operation solution: physical navigation button group + capacitive touch screen, supporting rapid parameter adjustment during field inspection.
3.Detachable lithium battery design with dual charging modes: independent charging dock for fast battery charging, TYPE-C/USB wired charging for emergency power supply on site.
4.Dedicated laser trigger key for momentary laser output; shortcut key to control LED fill light switch. Independent calibration shutter key for real-time thermal image correction without disassembly.
 

Core Performance Advantages
1.384×288 high-definition infrared detector with ultra-low temperature noise, capable of capturing tiny temperature differences in complex industrial environments.
2.Max 8× digital zoom without hardware lens replacement, supporting local amplification to observe tiny abnormal temperature areas.
3.Multi-form temperature measurement logic: point, line, rectangular box measurement rules can be configured simultaneously, with independent temperature threshold alarm function.
4.One-click switch of four display modes, adjustable fusion transparency and picture-in-picture scale to align spatial coordinates of thermal and visible images.
5.Dual temperature highlighting algorithms: Focus Highlight and Temperature Highlight, with customizable high/low/interval threshold to mark abnormal temperature zones with distinct color overlay.
 

Practical Application Value
1.64G built-in storage supports instant snapshot and long-time video recording; media files can be exported via wired interface for post-inspection report compilation.
2.Multi wireless linkage: Wi-Fi screen casting for real-time remote viewing, hotspot for mobile terminal preview, Bluetooth for wireless headset voice annotation playback.
3.Comprehensive system parameter customization: screen brightness, auto power-off timer, temperature unit, emissivity display, status bar hiding/showing, factory reset function.
4.Industrial-grade environmental adaptability: IP54 protection and 2m anti-drop design reduce equipment damage frequency in harsh workshop and construction sites.
5.Long-term storage maintenance specification: the device needs 3-hour continuous power-on test every half a year to maintain stable performance during long-term storage.

1.Power Industry: Overheating risk detection of transformers, distribution cabinets, cable joints, circuit breakers and high-voltage transmission lines.
2.Machinery & Metallurgy: Temperature monitoring of motor bearings, hydraulic pipelines, furnace bodies and rolling equipment to predict mechanical wear and overheating failure.
3.Construction Engineering: Thermal bridge inspection, roof water leakage positioning, buried heating pipeline hidden danger detection, building energy efficiency evaluation.
4.Fire Emergency Rescue: Smoke penetration target identification to locate trapped personnel and high-temperature fire sources under low visibility.
5.Scientific Research Labs: Constant temperature equipment calibration, material thermal conductivity testing, micro temperature difference experiment recording.
6.Pipeline Inspection: Thermal leakage detection of heating pipelines, chemical fluid delivery pipelines and underground buried pipelines.

1.Lens Maintenance: Avoid direct contact with lens surface by hand; wipe dust and oil stains with special optical lens cloth. Do not expose the lens to strong light such as sunlight for a long time to prevent detector burnout.
2.Battery Storage: Remove the battery if the equipment will not be used for more than one month; store the battery in a cool dry place away from open fire and direct sunlight.
3.Periodic Inspection: For long-term stored equipment, perform 3-hour power-on operation every 6 months to activate electronic components and avoid storage failure.
4.Post-operation Cleaning: Wipe the casing with dry soft cloth after daily use; do not rinse the equipment directly with water even though it meets IP54 standard.
5.Calibration Maintenance: Press the shutter calibration key before formal detection every day to eliminate image drift caused by ambient temperature change.