Thermal Imaging Camera User Manual V2.
Contents 1 Overview ............................................................................................. 1 2 Features .............................................................................................. 2 3 3.1 3.2 3.3 Specification ....................................................................................... 3 Dual Spectrum Thermal imaging camera .............................................. 3 B03 Blackbody .................................................................
1 Overview TMT30BB Thermal imaging camera is a non-contact solution to detect human body temperature, which can be simple, safe and accurate to screening the high temperature people to prevent the fever people pass. TMT30BB thermal imaging camera doesn’t need any software configuration, just assemble it and power on after one minute, then the camera can start measuring the human body temperature.
2 Features ⚫ The thermal imaging camera can automatic measure the human body without any configuration, it is no matter with or without facemask. ⚫ The people just walk through without stop, the system will detect the body temperature. ⚫ With a blackbody to automatic calibrate the thermal imaging camera, fully compliant with FDA requirement. ⚫ The temperature accuracy <+/-0.3°C. ⚫ Ethernet and HDMI port based with SDK; the customers could develop own software platform.
3 Specification 3.1 Dual Spectrum Thermal imaging camera The specification is shown below, Parameter Resolution 160x120 Spectrum 8~14um FPS 25Hz NETD Thermal imaging FOV camera Measuring range Accuracy Visible camera Specification 80mK@25°C (77°F) H84°, V64° 10°C~50°C (50°F ~ 122°F) 0.3°C (5.4°F) Measure distance 3 meters Measure the Automatic face temperature measurement temperature based on face recognition Resolution 1080P FOV H120 FPS 25Hz illumination 0.5 Lux @ (F1.
Parameter Temperature unit Specification Celsius, Fahrenheit Ethernet (RJ45) HDMI RS485 Alarm Interface Working temperature Storage temperature USB +10°C ~ +50°C （50°F ~122°F） -40°C~+85°C (-40°F ~ 185°F) Degree of protection IP54 Size 129mm x 73mm x 61mm (L x W x H) Weight 460g Mounted 1 / 4 "tripod mounting hole AI Face recognition Temperature Automatic face recognition temperature Measurement measurement Alarm Sound alarm of camera, computer or TV Automatic photograph when alarm or
The specification is shown below, Parameter Specification Measuring range +5°C～50°C （41°F ~122°F） Surface Size Diameter 25 mm Emissivity 0.95 ± 0.02 Accuracy 0.1°C (0.18°F) Stability < ±0.1°C (±0.18°F) DC 5V (propose 5V 2A adaptor, at lease 5V 1A adaptor) Working temperature Temperature 0°C～50°C （32°F ~122°F） Humidity ≤90%RH Equipment Size 53 x 50 x 57mm Weight 150g Power consumption Average 2.5W 3.
No. Interface 1 1080P visible camera 2 thermal imaging camera 3 Green LED No. Interface 1 DC 12V 2 Ethernet 3 HDMI 4 USB 2.
6 Alarm out 7 Line in Control 8 button 9 Power LED 4 to connect external sound and light alarm equipment (cannot provide power supply) No available now For visible light camera configuration (default is enough for most scenarios) LED on: camera power is normal LED off: camera power is abnormal Software The interface is shown below, we propose the visible mode to see the face, ⚫ Visible mode ⚫ Fusion mode 7
The software functions are shown below, Functions Description visible mode Video mode fusion mode automatic snap face image when temperature higher than threshold, and display the value of the temperature. Image manual save image automatic record video when temperature higher than threshold Video manual record video Set alarm threshold value Camera sound alarm Alarm Computer sound alarm SDK Ethernet based SDK for secondary development of customers 5 No.
No. 3 Type B03 blackbody power Mechanical part 5 Software 6 TMT30BB tripod 7 HDMI TV or display 9 Adaptor with USB port Qty. Remark 1 cable 4 5.1 Specification To hold the TMT30BB and B03 blackbody 1 1 1.
6 Caution ⚫ The environment has a great influence on the temperature measurement accuracy of infrared thermal imaging. Although there is blackbody correction, there is a great change of environment, which will also affect the blackbody. Therefore, try to choose a stable room temperature environment. Do not deploy the thermal imaging camera and blackbody near the air conditioner, fan and, heating equipment, etc.
