NovaStar, Facial Terminal, Infrared Thermometry System, Face Recognition, Temperature Measurement (New)

Description

  1. Overview
    1. Facial terminal manual
    2. Infrared temperature measurement and optional mask recognition
    3. Suitable for thousands of people's office areas, hotels, access gates, office buildings, schools, shopping malls, shops, communities, public services and management projects that require face access control
  2. Product Features
    1. Dynamic dual-camera anti-counterfeiting, completely solve the deception of various photos on various carriers
    2. Dual infrared and rgb fill light at night; infrared temperature measurement, optional mask recognition
    3. Support external access control card reader, id card reader
    4. Support rs-485 serial port, wiegand 26/34 output interface, support relay, door switch, door magnetic output content
    5. Support 29,000 people to store historical records locally
    6. Support public network and local area network deployment
    7. Support http interface connection
    8. Support screen display content configuration
    9. Support identification distance configuration
    10. Identification height 1.2-2.2 m, identification distance 30-50 cm (temperature test distance)
    11. Recognition technology: near-infrared live detection, embedded visible light face recognition, adapt to most indoor and outdoor environments, can quickly recognize on the move
    12. 5 °c accurate temperature detection: 2-3 seconds per person-time temperature detection accuracy; status display: name broadcast display, custom information broadcast display
  3. Basic Parameters
    1. Wifi: 2.4 g 802.11 b/g/n; bluetooth 4.0; 4g lte: full netcom (optional: customer purchase required)
  4. Temperature Measurement Module
    1. Operating temperature: -20 to +85 °c
    2. Storage temperature: -40 to +85 °c
    3. Power consumption: ≤ 0.3 w
    4. Pixel: 32x32 real-time temperature output
    5. Measurement accuracy: ± 0.5 °c
    6. Measuring distance: 0.3-1 m (suggest 0.5 m)