Vaccine data loggers from Withnell Sensors

Vaccine temperature monitoring is an essential process required to ensure product safety and efficacy and is achieved through implementing vaccine data loggers in your fridges and storage areas.

Withnell Sensors’ SenseAnywhere vaccine data loggers make the ideal vaccine temperature monitoring system. The data loggers with extended PRT's make a great solution for vaccines that require storage at really low levels due to the expansive temperature range of -200 to +200°C covering the most requirements of vaccines. Monitoring most standard vaccines can be achieved through the internal sensors of the standard model data loggers- with a temperature range covering -40°C to +70°C. The temperature data loggers also meet the most stringent class of the EU regulation for data loggers EN12830:2018 accuracy class 0.2. They can be calibrated to assure secure and reliable monitoring of the temperature-sensitive vaccines. Furthermore, the use of both the AiroSensor logger and external Pt100 probe allows you to generate records of both the ambient temperatures as well as the (ultra-low) temperatures of the vaccines themselves, enabling you to calculate how long the vaccine container will stay inside the required limits in its current state.

However, the real value this vaccine temperature monitoring system brings is due to seamless roaming with the mobile AccessPoints. The AccessPoints can be deployed at factory warehouses, distribution centres and inside transportation vehicles, which allows 24/7 real-time monitoring of temperatures of the dosage containers. Providing monitoring throughout the complete vaccine production and distribution cycle. The vaccine data logger automatically transmits its data to the Cloud whenever it is in range of the network, without any need for human intervention. An internal memory ensures that there is a robust data profile even when cloud access cannot be achieved. Data can be accessed 24/7 from any connected smart device and SMS alarms will be delivered the moment customisable temperature limits are reached.