https://wbgt.ca 2025-08-18 daily 1.0 https://wbgt.ca/assets/images/image03.jpg https://wbgt.ca/assets/images/gallery01/3ba66b21.jpg Untitled https://wbgt.ca/assets/images/gallery01/660e3563.jpg Untitled https://wbgt.ca/assets/images/gallery01/2e1a17f3.jpg Untitled https://wbgt.ca/assets/images/gallery02/660bb2ce.jpg This image showcases the interior of the WBGT environmental monitoring station with the linear actuator in its fully retracted position. Mounted centrally, the actuator operates the protective housing for the HT30 WBGT Heat Stress Meter, which measures We https://wbgt.ca/assets/images/gallery02/00c95acb.jpg In this operational state, the linear actuator is fully extended, deploying the **HT30 WBGT Heat Stress Meter** into the outdoor environment for accurate readings. The control cabinet below is open, revealing the interconnected system of sensors, control https://wbgt.ca/assets/images/gallery02/bce86ab7.jpg Control Cabinet Electronics Inside the weather-sealed control cabinet, the main system electronics are securely mounted to a perforated backboard. Visible components include: **Arduino UNO R4 WiFi** responsible for motor control, rain sensor input, and ti https://wbgt.ca/assets/images/gallery02/5b90e46e.jpg This view highlights the communication and interface hardware at the base of the control cabinet: **4G Wireless Modem** provides remote connectivity for real-time WBGT data uploads and remote system monitoring. **USB to Serial Converter** enables communi https://wbgt.ca/assets/images/image05.jpg https://wbgt.ca/assets/images/image01.jpg https://wbgt.ca/assets/images/image04.jpg https://wbgt.ca/assets/images/image02.jpg