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THERMAL HAT

SKU:U062

Description

THERMAL HAT is an M5StickC-compatible human infrared thermal imaging. Built-in MLX90640 thermopile sensor that measures the surface temperature of an object and generates a thermal image through a temperature gradient formed by the surface temperature. Resolution is 32 x 24)

MLX90640 Infrared (IR) sensor arrays offer high resolution and the ability to work reliably in harsh environments. Compared to expensive high-end thermal imaging cameras, Hat-Thermal is a cost-effective alternative. Relatively general Micro-bolometer, the advantage of this sensor is that it does not require frequent re-calibration, thus ensuring continuity of detection and reducing system maintenance costs. The field of view provides a wide-angle version (110 ° × 75 °).

Product Features

  • I2C address:0x33. (GPIO 0/26)
  • Current Consumption: 23mA
  • Field of View: 110°x75°
  • Measurement Range: -40°C ~ 300°C
  • Resolution: ±1.5°C
  • Refresh Rate: 0.5Hz-64Hz
  • Operating temperature: -40°C ~ 85°C

Include

  • 1x THERMAL CAMERA HAT

Applications

  • High precision non-contact temperature measurements
  • Intrusion / Movement detection
  • Visual IR thermometers

Specification

Resources Parameter
Communication protocol I2C:0x33
Net weight 8g
Gross weight 13g
Product Size 25*24*14m
Product Size 136*92*14mm

EasyLoader

download EasyLoader

What is EasyLoader?
1.EasyLoader is a simple and fast program burner. Every product page in EasyLoader provides a product-related case program. It can be burned to the master through simple steps, and a series of function verification can be performed.
  1. After downloading the software, double-click to run the application, connect the M5 device to the computer through the data cable, select the port parameters, click "Burn" to start burning. (For M5StickC burning, please Set the baud rate to 750000 or 115200)

Pin Map

M5StickC GPIO0 GPIO26 5V GND
HAT THERMAL SDA SCL 5V GND

Schematic

Example

Arduino

Click here to download Arduino code

UIFlow

How to use Hat thermal and related API instructions in the UIFlow1.0

UIFlow