ET14S Thermal Multimeter

Features:

ISR240x240 Thermal Camera

Upgraded imaging pixels of 240x240 and 25hz image capture frequency, providing clearer and more detailed thermal images. With optional macro lens.

High-precision Multimeter

9999 counts True RMS multimeter, AC DC current and voltage measurement, also includes functions such as resistance, capacitance, diode, buzzer and duty cycle test.

PC Software Analysis

allows for the transfer and analysis of thermal images and multimeter voltage measurement results charts under USB Mode

Detachable Lithium Battery

Up to 8 hours of continuous use. The universal 18650 battery design allows for easy replacement,  eliminating concerns about battery aging.

Widely Applications

for Home appliance overhaul, circuit board inspection, power supply and electronic equipment maintenance. It's an ideal choice for electronics and maintenance technicians

Compact and Portable

with a 2.8-inch large screen and innovative stand design, this device offers convenience and versatility for all your viewing needs.

Specifications:

Thermal imaging parameters

Image capture frequency: 25Hz

Thermal imaging pixels: ISR 240x240

Field of View : 50.0°(H) × 50°(V) /72.1°(D)

Emissivity: 0.1 – 0.99 adjustable,(0.95 by default)

Temperature range: -20℃ ~ +550℃

Gain mode: Auto Gain

Color palette: Iron Red, Rainbow, Fusion, White Heat, Red Heat

Accuracy: ±2℃or±2%

Measurement resolution: 0.1℃/0.1℉

Photos Taking and viewing: support

Macro Lens: Optional, no need to install, move the macro lens left and right during use.

Macro lens working distance: about 2.5cm, (please use normal thermal imaging when the distance exceeds this, otherwise the image will become blurred)

Multimeter parameters

Display word count: 9999 counts, Updates 3/sec

DC maximum input voltage: 1000V

AC maximum input voltage: 750V

Maximum current measurement: 10A

The maximum resistance: 99.99MΩ

The maximum capacitance: 99.99mF

Duty cycle test range: 0.1%  ~ 99.9%

Diode test range: 0V  ~ 3V

Continuity test: 999.99Ω