32x32 Output heat image with pixels Teraranger thermal sensor
Jepico Co., Ltd.
About This Product
“TeraRanger Evo Thermal” is a compact thermal sensor using infrared thermopile arrays. There are two types of lineups, "EVO Thermal 90" and "Evo Thermal 33", with different viewing angles and detection temperature range. It can be used not only for detection of body temperature, but also for smart building and thermoelectric sources.
“TeraRanger Evo Thermal” is a compact thermal sensor using infrared thermopile arrays.
* Infrared thermopil is an electronic component that converts thermal energy into electric energy. Outputs a voltage proportional to the temperature gradient, not absolute temperature.
■ Characteristics
・ Output heat image with 32x32 pixels
・ Select from FOV 90 ° or 33 °.
・ Compact and lightweight (7g ~)
・ UART, USB compatible
・ Low power consumption
・ Collection of data in consideration of privacy
・ Functions even in solar light, dark place, and failure
・ Free graphical user interface can be downloaded from a PC.
・ Accuracy of high reliability (variations under ± 0.3 ° C at 33 ° C. Ideal for body temperature detection)
■ Examples of use
・ Detection of body temperature
Example) Give the occupation rate of specific areas.
・ Tracking of thermoelines
Example) Detects the invasion of a suspicious person and turns the camera.
・ Adapting writing (smart building)
Example) At the same time as entering the room, turn on the room.
・ Surveillance of thermoplows
Example) Detects the heat of industrial waste and prevents fire before.
・ Temperature monitoring of machinery and production process
Example) The monitoring of heat fluctuations prevents fireproofing and insulation from breaking down, adjusting the speed of the machine and sending alerts to the operator.
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Product
32x32 Output heat image with pixels Teraranger thermal sensor
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Handling Company
Jepico Co., Ltd.
2 Models of 32x32 Output heat image with pixels Teraranger thermal sensor
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Compliance | Detection temperature range | Distance to detection of the human body | Fov | Interface | Netd (at 1Hz, 25 ℃) | Operation peripheral temperature | Pixel number | Power-supply voltage | Supply current (normal to maximum) | Temperature compensation | Temperature precision | Update rate | connector | principle | reliability | size | weight |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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Evo Thermal 90 |
Available upon quote | Rohs, CE | -20 ℃ ~ 670 ℃ | ~ 5m | 90 ° x 90 ° |
USB 2.0 micro-b UART, + 3.3V Level, 460800, 8, N, 1 |
330mk (0.33 ℃) | -10 ℃ ~ 65 ℃ | 32 x 32 pixels 1024 pixels | 5V DC ± 5 % | 45ma ~ 75ma | Automatic |
± 2 ° C (when the object is 100 ° C or less) 2 % (when the object is 100 ° C or higher) |
7Hz |
Single 9 Pin HIROSE DF13 (UART BACKBOARD) Micro USB (USBBackboard) |
Infrared thermopile arrays sensor | ± 2 ℃ | Approximately 29x29x13mm | 7g + 3G (body + backboard) |
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Evo Thermal 33 |
Available upon quote | Rohs, CE | 30 ℃ ~ 45 ℃ | ~ 5m | 33 ° x 33 ° |
USB 2.0 micro-b UART, + 3.3V Level, 460800, 8, N, 1 |
254mk (0.25 ℃) | 15 ℃ ~ 30 ℃ | 32 x 32 pixels 1024 pixels | 5V DC ± 5 % | 45ma ~ 75ma | Automatic | ± 0.5 ℃ | 7Hz |
Single 9 Pin HIROSE DF13 (UART BACKBOARD) Micro USB (USBBackboard) |
Infrared thermopile arrays sensor | <± 0.3 ℃ | Approximately 29x29x22mm | 9g + 3G (body + backboard) |
Click on the part number for more information about each product
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About Company Handling This Product
- Japan
- Since 1972
- 77 employees