RuuviTag Pro IP68 Temperature and Movement Sensor Tag

Industrial Wireless Temperature and Movement Sensor

RuuviTag Pro is an environmental sensor that fits perfectly with demanding industrial and serious home uses. You can read live measurements and history data directly on your smartphone using Ruuvi’s mobile app for Android and iOS, or pair it with your Bluetooth capable Victron GX device such as the Cerbo GX to monitor and even control relays (Bluetooth USB adapter recommended and requires Venus OS v2.80).

(* Movement is not currently supported by Victron GX Devices)

Wet-Certified

RuuviTag Pro tolerates wet and rough conditions. The IP68 (2-in-1) version offers full protection against water with its fully sealed enclosure. It has been laboratory tested to work in water depth of up to 50 meters for 24 hours.

Medical Grade Temperature Accuracy

RuuviTag Pro has an extremely accurate temperature sensor on board. The sensor is designed to meet ASTM E1112 and ISO 80601 requirements for electronic patient thermometers. Measurement resolution is  0,01 °C, while absolute accuracy is astounding at ±0,1 °C across the temperature range of –20 to +50 °C, with no calibration. The sensor units are 100% tested on a production setup that is NIST traceable and verified with equipment that is calibrated to ISO/IEC 17025 accredited standards.

Professional Mounting

RuuviTag Pro has two strong mounting ears that allow reliable installation methods to be used. Wooden ceilings, gyprock walls, concrete foundations, you name it. Attach and measure professionally wherever you need to.

From -40 to +85 °C

RuuviTag Pro’s casing and electronics are designed to operate without interruption in a wide range of temperatures. Maintenance is minimal because the included Ruuvi CR2477T wide temperature battery lasts up to 2 years.

Ruuvi and Victron GX Device

Picture showing the sensor, and the reported data on Touch Display:

Here is how the data looks on the VRM Portal:

Controlling a relay on temperature

The relays on the GX device can now be controlled by temperature.
For example to switch a fan or heating pad. Here are two screenshots showing the configuration:

In the above example, the second relay will switch when the temperature in the engine bay rises above 45 degrees, starting the fan and it will switch the fan off once the temperature drops below 40 degrees C.