ANENG 2 In 1 HD Infrared Thermal Imager Digital Multimeter(AR01)

Infrared resolution: 32x32

1. 10~1.00 adjustable. Frame rate: 7 frames/second. Field of view: FOV 33° (H) x 33° (V). Focusing mode: auto focus. Temperature measurement area: 3 (high temperature, real-time temperature, low temperature). Imaging mode: infrared light + visible light. Color palette: black and white, iron red, heat, rainbow. Image format: bmp. Screenshot saving and reading: supported. Focus distance (MIN):
2. 25m. Effective temperature measurement distance: 2m. Temperature measurement range: -20-550℃. High and low temperature values: automatic capture measurement. Temperature measurement point: center point. USB communication interface: Typе-C. Firmware upgrade: support. Charging: USB interface 5V. Charging time: about 3 hours, battery life 6 hours. DC voltage (V): 0V-1000.0V. DC voltage (mV): 0mV-250.00mV. AC voltage (V): 0V-750.0V. AC voltage (mV): 0mV-250.0mV. DC current (A): 0A-10.000A. DC current (mA): 0mA-250.00mA. AC current (A): 0A-10.000A. AC current (μA/mA): 0mA-250.00mA. Resistance: 0Ω-250.0ΜΩ. Capacitance: 0nF-99.99mF. Hz: 0Hz-99.99kHz. Language options: Simplified Chinese/English. Count: 25,000 words. Display:
3. 4-inch TFT high-definition display. Display resolution: 320x240. Infrared thermal imaging, supports adjustable fusion of infrared light and natural light. 25,000 counts, one-button intelligent switching between thermal imaging or multimeter mode. The thermal imager can detect the surface temperature of an object, with high-definition screen display, high and low temperature anomalies can be seen on one screen, hot spots are easier to find and the image is clearer. Four image color bands and rich color plate functions help users choose the appropriate color plate according to different test scenes. They can be adjusted to four colors: black and white, iron red, heat, and rainbow. The image is clearer, the target temperature value is automatically captured, and the center point, high temperature point, and low temperature point of the display effect in multiple scenes are accurately measured. Equipped with