MLX90640 32x24 Infrared Thermal Imager Handheld Thermograph Camera Infrared Temperature Sensor Temperature Measurement

• weight: 485 g

Features:

- With the housing, you can use it directly, the sensors resolution is 24*32 dot matrix.

- Built-in rechargeable lithium battery, mciro USB interface, interface voltage does not exceed 5V.

- The response frequency is 8Hz, the target temperature measurement ranges is -40~+300℃, and the use environment is 0~50℃.

- The emissivity can be adjusted from 0.01 to 1.00 range.

- Sensors probe field angle, default 35 degrees*55 degrees MLX90640ESF-BAB probe.

- 2.4 inch LCD screen resolution is 320*240, the screen shows the highest temperature, the lowest temperature, the center point temperature, displays each coordinate point.

- The measurement accuracy is ±2℃.

- With a screenshot function, you can stop the picture for analysis.

- With the screen color corresponding to the temperature adjustment function, you can set the temperature to display different colors.

- With USB data transmission interface, can upgrade the system later, free to update the internal system, the default system version 1.0.

- Can be applied to human body temperature detection, printed circuit board component heating temperature detection, floor heating temperature detection, automotive parts temperature detection, electrical switch temperature detection, air conditioning and microwave oven detection, etc.

Specifications:

Material: ABS

Color: black

Display: 2.4 inch color display, 320*240

Resolution: 32*24

FOV/Shortest focal length: 55°*35°

Temperature ranges: -40℃~300℃

Measurement accuracy: ±2℃

Imaging frequency: 8Hz

Emissivity: 0.01~1.00 adjustable

Focus mode: fixed

Power supply: 1 * lithium battery, 1000mAh (included)

Working temperature: 0℃~50℃

Storage temperature: -40℃~70℃

Humidity: <90% RH

Item size: 79 * 50 * 32mm / 3.1 * 2.0 * 1.3in

Item weight: 66g / 2.3ounce

Package size: 150 * 100 * 35mm / 5.9 * 3.9 * 1.4in

Package weight: 89g / 3.1ounce

Package Included:

1 x Thermal Imager