Posted in | 2D & 3D Profile Measurement Sensors

TeraRanger Thermal 33° and 90°- Compact Thermal Camera - Evaluation Kit

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The TeraRanger Evo Thermal from Terabee delivers a 32x32 pixel resolution to track temperature differences and hot spots in an environment. The unit is designed on Terabee’s modular Evo sensor series and comprises two lightweight Thermal sensor modules:

TeraRanger Evo Thermal 90: Users can acquire wide 90º Field-of-View for larger area coverage
TeraRanger Evo Thermal 33: Users can acquire longer range and a more comprehensive thermal image with a 33º Field of View

The modular two-part design of Evo sensors allows rapid testing and prototyping with a range of interfaces including UART, USB, and I²C. Users just need to clip-on their desired interface backboard to any Evo sensor. No extra calibration is needed as the sensors stream factory calibrated temperature values in decikelvin.

Key Product Features

Compact and lightweight design – From 7 to 12 g
Gains from a 90º and 33º Field of View for temperature tracking
Kit includes 2 IR Thermal sensors
Significant value for money –13% from RRP can be saved
USB/I²C (interchangeable, clip-on) interfaces
Works in a wide range of conditions – Sunlight, poor visibility or darkness
Non-intrusive data collection that preserves privacy
Free GUI downloads for rapid tests on a PC

Thermal Sensor Potential Applications

Adaptive Lighting
Building efficiency optimization
Heat movement monitoring
Machine and process temperature monitoring
Responsive display advertising

What Is in the Box?

Sensor Modules

Evo Thermal 33 – 32×32 pixel infrared thermal camera with a 33° FoV
Evo Thermal 90 – 32×32 pixel infrared thermal camera with a 90° FoV

Interfaces and Cables

USB 2.0 Micro cable (50 cm)
USB interface board
I²C cable (22 cm)
I²C interface board

Plug and Play Compatibility

The Evo sensor can be connected to a PC to carry out rapid tests using the USB backboard within a short span of time. A graphical user interface is also provided for testing and demonstration requirements or configuring certain standard sensor parameters.

For example, users can fix custom temperature parameters for tracking temperature differences in the camera’s pixel field. When the thresholds are broken, an alarm is triggered to inform the user about an increase or decrease of temperature.