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Arduino Thermal Camera

Die 10 besten Produkte von Dezember 2025
Letzte Aktualisierung: 9. Dezember 2025
Dealikee
Dealikee
Dealikee kompatibel mit Raspberry Pi Kamera Nachtsicht Infrarot Kameramodul 5MP OV5647 Webcam Einstellbare Kamera Video 1080p mit 2 Infrarot-IR-LED-Licht-HD-Webcam für Raspberry pi 3 B+/3B/2B/4B.
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81

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AUF AMAZON ANSEHEN
Amazon.de
#6

  • Ganztägiges Bild: Die eingebaute IR-Cut-Kamera schaltet automatisch zwischen Tag- und Nachtmodus um, um ein besseres und klareres Bild zu erhalten. Dadurch kann ein Farbstich des Bildes vermieden werden, was für Anfänger einfacher zu verwenden ist. Einstellbar ist für den Fokus.
  • Weit verbreitet: Unterstützt den Anschluss von Infrarot-LED und/oder Aufhellblitz-LED. Diese Kamera-Nachtsichtkamera unterstützt auch Raspberry Pi 4 3B/3B+/RPi 2B B+.
  • 5 Megapixel: Dieses Kameramodul verwendet die dedizierte CSI-Schnittstelle über den CSI-Bus, eine Verbindung mit höherer Bandbreite, die 5 Megapixel-Daten von der Kamera zurück zum Prozessor überträgt.
  • 1080P HD-Webcam: Die IR-Videokamera unterstützt statische Bilder mit 2592 x 1944 Pixel und unterstützt 1080 P @ 30 FPS, 720 P @ 60 FPS und unterstützt Octoprint 640 x 480 P 60/90-Videoaufzeichnung mit 5 MP Ov5647 1080P-Webcam-Sensor.
  • Attention: Normal problems: 1.The computer doesn't recognize the camera; The LED lights doesn't work (including one on and one off); The camera doesn't work after a period of use. Solution: Tighten the bolts of the LED and camera, then restart it. 2.The LED lights always turn on no matter if the camera is turned on or not. Solution: Connect the power supply to GPIO, then the LED light will be on only when the camera is turned on.
  • 16,99 € AUF AMAZON
Waveshare
Waveshare
Waveshare Long-Wave IR Thermal Imaging Camera Module, 80 × 62 Pixels IR Array, Motion Detection, SPI and I2C Interfaces Communication, Suitable for Raspberry Pi and Other Development Boards, 44° FOV
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74

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AUF AMAZON ANSEHEN
Amazon.de
#8

  • Hybrid Technology for Clear Thermal Imaging: The thermal imaging module combines advanced microbolometer and thermopile hybrid technology, featuring an 80 (H) × 62 (V) pixel array, delivering high-quality thermal imaging with precise temperature readings and clear visual output.
  • Shutterless Design for Continuous Operation: Thanks to its shutterless design, this device supports continuous operation, offering uninterrupted thermal imaging and video streaming, enhancing reliability and ensuring continuous thermal data capture.
  • Precise Calibration for Accurate Readings: Each pixel of the thermal imaging system is calibrated before shipment to ensure consistency and accuracy in temperature measurements, guaranteeing reliable and uniform readings across the entire image.
  • High Sensitivity and Fast Refresh Rate: With a Noise Equivalent Temperature Difference (NETD) of 150mK RMS at a 1Hz refresh rate, the system provides highly sensitive thermal data with minimal noise and outputs thermal imaging video streams at up to 25 FPS.
  • Flexible Lens Options and Comprehensive Support: The thermal module offers lens options with 44° and 90° fields of view (FOV), and includes comprehensive online resources like Python demos for Raspberry Pi, aiding easy integration and development.
  • 95,99 € AUF AMAZON
Waveshare
Waveshare
Waveshare Long-Wave IR Thermal Imaging Camera Module, 80 × 62 Pixels IR Array, Motion Detection, SPI and I2C Interfaces Communication, Suitable for Raspberry Pi and Other Development Boards, 90° FOV
star

68

GUTE QUALITÄT

AUF AMAZON ANSEHEN
Amazon.de
#10

  • Hybrid Technology for Clear Thermal Imaging: The thermal imaging module combines advanced microbolometer and thermopile hybrid technology, featuring an 80 (H) × 62 (V) pixel array, delivering high-quality thermal imaging with precise temperature readings and clear visual output.
  • Shutterless Design for Continuous Operation: Thanks to its shutterless design, this device supports continuous operation, offering uninterrupted thermal imaging and video streaming, enhancing reliability and ensuring continuous thermal data capture.
  • Precise Calibration for Accurate Readings: Each pixel of the thermal imaging system is calibrated before shipment to ensure consistency and accuracy in temperature measurements, guaranteeing reliable and uniform readings across the entire image.
  • High Sensitivity and Fast Refresh Rate: With a Noise Equivalent Temperature Difference (NETD) of 150mK RMS at a 1Hz refresh rate, the system provides highly sensitive thermal data with minimal noise and outputs thermal imaging video streams at up to 25 FPS.
  • Flexible Lens Options and Comprehensive Support: The thermal module offers lens options with 44° and 90° fields of view (FOV), and includes comprehensive online resources like Python demos for Raspberry Pi, aiding easy integration and development.
  • 95,99 € AUF AMAZON