Samsung Hanwha TNM-3620TDY QVGA/2MP Bi-Spectral Thermal Radiometric IP Security Camera

Samsung Hanwha TNM-3620TDY QVGA/2MP Bi-Spectral Thermal Radiometric IP Security Camera

Key Features:

• FDA 510K registered medical device
• QVGA (320 x 240) radiometric thermal camera & 2MP visible camera
• Estimated Body Temperature Mode / Radiometric Thermal Camera Mode
• Built-in 4.7mm (thermal) & 4mm (visible) fixed fixed lenses
• 30fps@all resolutions(H.265, H.264, MJPEG)
• H.265, H.264, MJPEG triple codec support
• WiseStream II support
• Temperature Detection Range: Estimated body temperature mode : 30~45°C (86°F~113°F)
• Temperature Detection Range: Normal mode: -20°~+130°C (-4°F~+266°F)
• Intelligent Analytics (Radiometric Mode Only) : Directional detection, Motion detection, Enter/Exit, Tampering, Virtual line, Audio detection, Temperature detection
• Intelligent Analytics (EBT mode) : Temperature detection, Blackbody error
• 2-way bi-directional audio & Alarm I/O support
• SD / SDHC / SDXC memory slot (Maximum 256GB)
• Operating temperature:
  • EBT mode: +10°C~+35°C (+50°F~+95°F) / Less than 95% RH
  • Normal mode: -10°C~+55°C (+14°F~+131°F) / Less than 95% RH
• PoE+, 12V DC

Bi-spectrum: QVGA thermal & 2MP visible sensor

TNM-3620TDY provides ‘Visible Image’ and ‘Thermal Image’ simultaneously, allowing users to effectively monitor the objects in an intuitive interface.

Users can choose from the Estimated Body Temperature (EBT) mode and the Normal Radiometric mode for the thermal image.

[EBT mode]
- Detect range: 30~45°C (86~113°F)

- Accuracy: ±0.5°C (±0.3°C w/ blackbody)

* Blackbody sold separately

* To ensure accuracy, following the FDA Guidelines is strongly recommended.

* Make sure to have a medical thermometer prepared for the body temperature check of a person suspected of having a fever.

[Normal Radiometric mode]
- Detect range: -20~130°C (-4~266°F)

- Accuracy: ±5°C (≤100˚C), ±20% (>100˚C)

AI face detection for higher accuracy

TNM-3620TDY utilizes AI to detect the face, and displays the highest temperature from the detected face area. Users can also customize the detection area within the detected face area for the higher accuracy.