Product Overview
This MOEORW-WAE40 industrial radiometric portable thermal imaging device is developed for professional field inspectors, equipped with high-resolution infrared sensor modules to deliver ultra-precise temperature difference detection. Adopting an ergonomic handheld body matched with a large touch display and customized embedded operating system, it simplifies the full inspection workflow.
Integrated with laser rangefinder, multi-mode focusing, digital zoom, multi-channel wireless communication and on-board report generation functions, the unit supports local offline storage, real-time thermal video recording and complete post-capture data editing. A full set of standard delivery accessories is included, with interchangeable optical lenses available as optional add-ons to cover microelectronics, power, high-temperature industry, storage tank monitoring and other scenarios. All hardware designs comply with international regulations on RF emission of portable equipment, lithium battery safety and waste electronic devices, supported by complete safety operation specifications for on-site work.
Core Technical Specifications
Thermal imager technical data
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Category |
Parameters |
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Display Module |
5-inch capacitive OLED touch screen |
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Local Storage |
Standard 64GB SD card factory-fitted; compatible with SD/SDHC/SDXC, expandable up to 2TB, hot-swap supported |
|
Focus System |
Manual optical focus ring, one-touch auto-focus, continuous smart focus, laser-assisted focus mode |
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Optical Components |
Standard infrared lens included; optional wide-angle, telephoto, medium telephoto, macro and ultra-macro interchangeable lenses |
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Laser Auxiliary Unit |
Built-in laser rangefinder; direct viewing of laser beam is strictly prohibited |
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Power Supply System |
2 detachable lithium batteries; matching charging dock & dual Type-C charging cablesBattery charging temperature: 0°C~45°CBattery discharge operating temperature: -20°C~50°C |
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External Interfaces |
Top SIM card slot (partial models), SD card slot, Type-C dual-purpose charging & data portBottom 1/4"-20-UNC universal tripod mounting interface |
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Maximum Operating Temperature |
Continuous working ambient temperature shall not exceed 55°C |
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Wireless Communication |
Wi-Fi, Bluetooth, GPS positioning, cellular network (partial models), wireless screen casting, FTP transmission, cloud platform data synchronization |
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Capture Functions |
Static thermal image capture, continuous radiometric video recording, timed auto shooting |
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Data Export Format |
Radiometric infrared/visible light JPG files, editable PDF inspection reports generated on device |
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Physical Control Keys |
Power key, independent auto-focus key, photo/video trigger key, 4-way navigation keys, back key, customizable shortcut key, OK confirmation key |
Main Functional Features
Hardware & Structural Design
1.Integrated front optical assembly integrating infrared lens, visible light camera, LED fill light and laser rangefinder; rotatable focus ring for precise optical fine-tuning.
2.Dual spare battery configuration with independent charging dock, supporting simultaneous power supply for the main unit and spare batteries via dedicated Type-C cables.
3.Dual operation logic combining touch screen and physical navigation keys; customizable shortcut key enables one-click activation of high-frequency tools including voice recognition and laser ranging.
4.Built-in multi-band wireless communication hardware to realize remote device control, offline data exchange and cloud file upload.
Imaging & Temperature Measurement Performance
1.High-sensitivity infrared sensor captures tiny temperature variations; self-developed image fusion algorithm improves thermal image details and contrast.
2.Multi-stage digital electronic zoom with real-time magnification display; image panning available when previewing zoomed pictures in gallery.
3.Adjustable temperature span, switchable multi-color palettes and manual image calibration to eliminate imaging measurement deviation.
4.Complete temperature analysis toolset: spot, line, rectangle, circle and polygon temperature markers, isotherm overlay and over-temperature alarm for visual analysis of temperature data.
5.Customizable global environmental compensation parameters: emissivity, ambient temperature, target distance, atmospheric transmittance and reflected surface temperature to fully improve measurement accuracy.
Practical On-site Application Value
1.Three independent focusing modes (manual, auto, continuous smart focus) to maintain stable and clear images during long-term continuous inspection.
2.Automatic file naming based on timestamp; all measured environmental metadata embedded in image files for full traceability of inspection records.
3.Built-in on-device image editing toolkit supporting batch file sorting, renaming and mass deletion; one-click PDF report generation without external computers.
4.Diversified data export channels: offline SD card export, Type-C wired transmission, LAN remote client access, mobile APP wireless connection, FTP and cloud platform synchronization for cross-device secondary analysis.
5.Pre-configured inspection workflow templates and intelligent diagnosis mode to standardize repetitive routine industrial inspection operations.
Standard Accessory List
Standard Accessories
Thermal imager main unit, standard infrared lens, 2 lithium batteries, charging dock, power adapter, Type-C charging cable, Bluetooth headset, 64GB SD card, lens hood, quick operation guide, data download card, calibration certificate, product certificate, wrist strap, safety protective case, lens cap
Optional Accessories
Extra spare lithium batteries, wide-angle lens, telephoto lens, medium telephoto lens, macro lens, ultra-macro lens, dedicated lens storage bag
Application Fields
1.Power System Inspection: Thermal fault diagnosis for transformers, transmission lines, distribution cabinets and electrical terminals
2.Industrial Storage Tank Inspection: Liquid level identification via thermal temperature difference distribution
3.Electronic R&D Testing: Micro thermal imaging of circuit boards with ultra-macro lens to test chip heat dissipation performance
4.High-temperature Industrial Equipment Monitoring: Defect detection of refractory lining on rotary kilns and high-temperature furnaces
FAQ
Q1: What are the standard charging specifications for the device?
A: The battery needs 4 full hours of charging before initial use. Three charging modes are available: direct charging via original adapter, low-power charging via computer USB port, and separate battery charging via charging dock. Steady green light indicates full charge; slow blue flashing on charging dock means charging in progress. Charging outside 0°C–45°C will damage battery cells.
Q2: How to solve blurry thermal imaging?
A: 1. Rotate manual focus ring to fine-tune optical focal length;
2. Press independent auto-focus key for one-click focusing;
3. Enable laser-assisted continuous smart focus in function settings;
4. Wipe infrared lens with professional lens cloth if stained.
Q3: The device fails to save captured images, what are the possible causes?
A: 1. SD card loose or damaged; power off the device and reinsert the original 64GB SD card, avoid hot plugging during data writing; 2. SD card storage full, delete redundant files or format the card; 3. Incorrect storage path parameters, restore default storage settings in system menu.
Q4: Is direct viewing of built-in laser rangefinder beam allowed during operation?
A: Strictly prohibited. Direct laser exposure causes eye strain and irreversible visual damage. Only activate ranging when aiming at measured objects, and cover the laser window when idle.
Q5: Can the lens face direct sunlight or high-power laser equipment?
A: Forbidden. Direct exposure to strong sunlight or high-energy lasers will permanently damage the infrared detector and greatly reduce long-term temperature measurement accuracy, even with lens cap installed. The maximum continuous operating ambient temperature of the device is 55°C.
Q6: How to transmit thermal data to a computer for in-depth analysis?
A: Two wired transmission methods: take out SD card and read via card reader; connect device to computer with Type-C cable. Two wireless transmission methods: connect PC and thermal imager to the same LAN for remote client access; upload all files to cloud platform/FTP server for downloading on other terminals.
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