High-Definition Precision Thermal Detector

MOEORW-W640 high-resolution handheld infrared thermal imager adopts 640×512 high-definition uncooled vanadium oxide infrared detector, equipped with dual-light synchronous imaging system and advanced multi-level image enhancement algorithm. This industrial-grade temperature measurement device realizes ultra-fine temperature difference capture, supporting dual-light fusion, picture-in-picture display, multi-mode pseudo-color rendering and full-range temperature measurement functions.

The equipment adopts ergonomic reinforced handheld shell, meeting IP54 dustproof and waterproof grade and 2-meter anti-drop mechanical standard. It carries large-capacity local storage, Class 2 laser indicator, high-brightness LED fill light, dual-band Wi-Fi and Bluetooth audio transmission modules. It is oriented to high-precision industrial detection, precision mechanical maintenance, high-standard building energy-saving inspection and professional fire rescue scenarios. The product sales and after-sales service are limited to Chinese Mainland area; laser beam shall not directly irradiate human eyes and skin to avoid irreversible damage.

Hardware & Structural Design
1.640×512 high-resolution infrared optical path with 12mm fixed focal length lens, manual precise focusing wheel to adjust imaging clarity; standard tripod mounting port for long-term fixed monitoring deployment.
2.Dual control scheme of physical navigation key group and high-definition capacitive touch screen, supporting one-key shortcut switching for core functions to improve field inspection efficiency.
3.Quick-release detachable lithium battery with long endurance; dual charging modes: independent charging dock for fast battery charging, TYPE-C wired high-speed charging for on-site emergency power supply.
4.Dedicated laser trigger key for instantaneous laser positioning; shortcut navigation key to control high-brightness LED fill light switch; independent shutter calibration key for real-time thermal image drift correction.
 

Core Performance Advantages
1.Ultra-high definition 640×512 infrared detector with NETD less than 40mk, capable of capturing micro temperature difference signals in high-precision industrial detection scenarios.
2.Max 16-level digital zoom without hardware lens replacement, supporting ultra-local amplification to observe tiny abnormal temperature points.
3.Full-format temperature measurement logic: point, line, rectangular box, circular area measurement can be activated simultaneously, with multi-group temperature threshold independent visual alarm function.
4.Four mainstream display modes with adjustable fusion transparency and picture-in-picture scaling, optimizing dual-light spatial registration effect for precision identification.
5.Three sets of temperature highlighting algorithms: Focus Highlight, Temperature Highlight, Interval Highlight, with customizable threshold to mark abnormal temperature zones with multi-color overlay.
 

Practical Application Value
1.128G large-capacity built-in storage supports high-definition snapshot and long-time continuous video recording; media files can be exported via TYPE-C high-speed cable for post-inspection professional report production.
2.Dual-band Wi-Fi wireless linkage: stable remote screen casting, mobile hotspot for portable device real-time preview, Bluetooth audio module supporting wireless headset voice annotation playback.
3.Comprehensive system parameter customization items: screen brightness, auto power-off timing, temperature unit switching, emissivity display hiding/showing, factory data reset recovery function.
4.Reinforced industrial shell with IP54 protection and 2m anti-drop design, adapting to long-time use in high-dust, high-humidity workshop and construction environments.
5.Standard long-term storage maintenance specification: power on continuously for 3 hours every half a year to activate internal electronic components and avoid storage failure.

1.High-precision Power Detection: Micro overheating fault inspection of high-voltage switchgear, transformer windings, cable joints and power distribution terminal equipment.
2.Precision Mechanical & Metallurgical Maintenance: High-sensitivity temperature monitoring of precision bearing parts, high-temperature furnace bodies, hydraulic precision pipelines and rolling mill equipment.
3.High-standard Building Energy Efficiency Inspection: Fine thermal bridge positioning, concealed pipeline leakage detection, building enclosure heat loss quantitative assessment, roof hidden water hazard search.
4.Professional Fire Emergency Rescue: High-precision smoke penetration imaging to rapidly lock trapped personnel and hidden high-temperature fire sources under dense smoke low visibility environment.
5.Advanced Scientific Research Labs: Precision constant temperature equipment calibration, material micro thermal conductivity testing, micro temperature difference long-term experimental recording.
6.Industrial Pipeline Precision Inspection: Thermal leakage quantitative detection of high-temperature heating pipelines, chemical corrosive fluid transmission pipelines and underground buried industrial pipelines.

1.Charging Failure Troubleshooting: Check battery lock fastening state, verify adapter complies with SELV safety standard, inspect cable connection tightness and interface cover sealing state.
2.Blurry Image Troubleshooting: Confirm lens protective cover is removed, clean lens surface dust and oil stains, adjust focusing wheel to optimal focal length, execute shutter calibration operation.
3.Wireless Signal Loss Troubleshooting: Reactivate Wi-Fi module in system settings, disconnect peripheral Bluetooth interference devices, reboot equipment and re-enable hotspot function.
4.Media Capture Invalid Troubleshooting: Check SD card residual storage capacity, format storage card via system menu, follow standard trigger key operation rules for snapshot and recording.
5.Laser Function Failure Troubleshooting: Confirm holding laser trigger key continuously, charge battery to eliminate low-power protection, avoid long-time continuous laser output to prevent power exhaustion.
6.Temperature Measurement Deviation Troubleshooting: Modify emissivity according to material reference table, execute shutter self-calibration to eliminate ambient temperature interference, reset temperature measurement threshold parameters.