| Detector | 640×512, pixel pitch 17µm, spectral range 7 - 14 µm |
| NETD | <0.04 °C@+30 °C |
| Lens | Standard: 25°×20° Optional: Long EFL 15°×12°, Wide FOV 45°×36° |
| Frame Rate | 50 Hz |
| Focus | Manual/auto |
| Zoom | 1~16× digital continuous zoom |
| IR Image | Full-color IR Imaging |
| Visible Image | Full-color Visible Imaging |
| Image Fusion | Double band Fusion Mode（DB-Fusion TM）: Stack the IR image with detailed visible image info so that IR radiation distribution and visible outline info are displayed at the same time |
| Picture in Picture | A movable and size-alterable IR image on top of visible image |
| Storage (Playback) | View thumbnail/full picture on device; Edit measurement/color palette/imaging mode on device |
| Screen | 5”LCD touch screen with 1024×600 resolution |
| Objective | OLED HD display, 1024 × 600 |
| Image Adjustment | • Auto: continuous, based on histogram • Manual: continuous, based on linear, adjustable electrical level/temperature width/max/min |
| Color Template | 10 types + 1 customizable |
| Detection Range | • -20 ~ +150°C • 100 ~ +650°C |
| Accuracy | • ± 1° C or ± 1 % ( 40 ~100°C ) • ± 2 °C or ± 2 %（Entire Range） |
| Temperature Analysis | • 10 points Analysis • 10+10 area(10 rectangle, 10 circle) analysis, including min/max/average • Linear Analysis • Isothermal Analysis • Temperature Difference Analysis • Auto max/min temperature detection: auto min/max temp label on full screen/area/line |
| Detection Preset | None, center, max point, min point |
| Temperature Alarm | Coloration Alarm（Isotherm）: higher or lower than designated temperature level, or in between designated levels Measurement Alarm: Audio/visual alarm (higher or lower than designated temperature level) |
| Measurement Correction | Emissivity（0.01 to 1.0，or chosen from the material emissivity list）, reflective temperature, relative humidity, atmosphere temperature, object distance, external IR window compensation |
| Storage Media | Removable TF card 32G, class 10 or higher recommended |
| Image Format | Standard JPEG, including digital image and full radiation detection data |
| Image Storage Mode | Storage both IR and visible image in the same JPEG file |
| Image Comment | • Audio: 60 second, stored with images • Text: Chosen among the preset templates |
| Radiation IR Video (with RAW data) | Real-time radiation video record, into TF card |
| Non-radiation IR Video | H.264，into TF card |
| Visible Video Record | H.264，into TF card |
| Radiation IR Stream | Real-time transmission through WiFi |
| Non-radiation IR Stream | H.264 transmission through WiFi |
| Visible Stream | H.264 transmission through WiFi |
| Timed Photo | 3 sec~24hr |
| Visible Lens | FOV matches the IR lens |
| Supplement Light | Built-in LED |
| Laser Indicator | 2nd level, 1mW/635nm red |
| Port Type | USB、WiFi、HDMI |
| USB | USB2.0, transmit to PC |
| Wi-Fi | Equipped |
| HDMI | Equipped |
| Battery | Chargeble lithium battery |
| Continuous Working Time | Capable of continuous working >3hr under 25℃ normal use conditio |
| Recharge Device | Independent charger |
| External Power Source | AC Adaptor（90-260VAC input 50/60Hz）or 12V vehicle power source |
| Power Management | Auto shut-down/sleep, can be set in between “never”, “5 mins”, “10 mins”, “30mins” |
| Working Temperature | -15℃～+50℃ |
| Storage Temperature | -40°C~+70°C |
| Packaging | IP54 |
| Shock Test | 300m/s2 shock, pulse duration 11ms, half-sine wave Δv 2.1m/s, 3 shocks along each of X, Y, Z direction, while the device is not powered |
| Vibration Test | Sine wave 10Hz~55Hz~10Hz, amplitude 0.15mm, sweep time 10min, 2 sweep cycles, with the Z axis as the experiment direction, while the device is not powered |
| Weight | < 1.7 kg（Battery included） |
| Size | 180 mm × 143 mm × 150 mm （Standard lens included） |
| Tripod | UNC ¼"-20 |
Smart meters: These meters measure and monitor energy consumption in real time, providing valuable data on electricity, gas and water usage. With accurate measurements, areas with high energy consumption can be identified and effective energy-saving measures implemented Energy Monitoring software: This software allows you to analyze the data collected from smart meters and provides detailed insights into energy usage patterns. It enables you to track energy consumption trends, identify inefficient operations and develop strategies for improvement Power quality monitoring: Continuous monitoring of power quality ensures stable and reliable power supply. It detects anomalies such as voltage surges, harmonics, and power factor problems, helping to prevent equipment damage, downtime, and inefficiencies Environmental monitoring and reporting: The system includes environmental sensors that measure parameters such as temperature, humidity, and air quality Automation and control systems: These systems streamline industrial operations by automating processes and optimizing energy consumption Energy saving measures: An energy management system can help you identify areas where you can save energy and suggest effective measures
