Bluetooth Temperature and Humidity Data Logger for Wood Floors of Sports Halls

Wood floors are an indispensable part for a multi-functional sports hall. They are designed with the dedicated materials and structures to effectively absorb shock and impact force exerted by athletes during intense competitions, and thereby reduce the risk of injury. However, the wood floors require strict environmental control. Improper temperature and humidity cause structural damage. For example, excessive humidity causes the floors to absorb moisture and expand, bulging, bulking up, and even being squeezed to the edges. To effectively get the temperature and humidity data around the floors, Freshliance recommends our BlueTag TH100 Bluetooth temperature and humidity data logger.

Designed with 31.8mm*31.8mm*10.5mm, BlueTag TH100 is a compact Bluetooth temperature and humidity data logger perfectly for the limited space under the floors. To monitor data, maintenance staff can pair the device with a smart phone via Bluetooth and configure it with the mobile APP Tkeeper. If needed, multiple devices can be configured in batch and placed at different sites under the floors.

The Bluetooth temperature data sensor records data at a high accuracy of ±0.5℃ over the full range of -30℃~+70℃ and ±3.0%RH (25℃, 0%~90%RH). With Bluetooth communication, maintenance staff can remotely get data from the loggers, without removing the floors. The data read will also be automatically sent to Freshliance Cloud and shared with other persons in charge.

The APP supports powerful data graphing and processing and enables maintenance staff to consolidate data from multiple devices onto a single chart for comparison.

Additionally, the battery is replaceable and one battery can work for up to one year, eliminating the damages to the floors caused by frequent removal and installation due to battery replacement.

BlueTag TH100 Bluetooth temperature and humidity data recorder helps maintenance staff to timely get environmental conditions and take immediate measures to avoid the persistent fluctuations that may significantly shorten service life of the floors and increase maintenance costs.