ELA Blue Puck T-Probe Bluetooth Temperature Sensor

Bluetooth Low Energy Temperature Sensor

Refrigerated Transport Temperature Monitoring

Equipped with Bluetooth Low Energy technology, the ELA Blue Puck T-PROBE temperature sensor is waterproof and robust. This sensor has an external probe that can work in harsh industrial settings and is completely self-sufficient. It can also solve the problem of tracking pharmaceutical products through the cold chain. This temperature recorder offers an extra-wide measuring range from -80°C to +200°C and perfectly meets the standards for transporting and storing temperature-sensitive goods.

Remote Temperature Monitoring

Bluetooth wireless temperature sensors can monitor and secure the transportation of temperature-sensitive items. Transporters must equip themselves with a temperature control system to improve the traceability of the cold chain and ensure compliance with current standards.

*Please note The ELA Blue Puck T-Probe is Manufactured and Calibrated In France

Bluetooth Temperature Sensor -80°C to +200°C | Blue PUCK T-PROBE

FAQ Frequently Asked Questions about Blue Puck T-Probe Calibration?

▼How to calibrate an industrial temperature sensor?

An industrial Bluetooth temperature sensor can be calibrated by a metrology laboratory or by the sensor manufacturer in the ELA factory. This procedure uses measurement standards accredited by a certification body such as COFRAC. The data transmitted by the sensor to be controlled will be compared to those provided by the reference standard maintained under the same temperature conditions. If there is a difference in the data between the sensor and the standard, the sensor must be calibrated. During the calibration, several measuring points can be analysed if a sensor is used at different temperatures.

◄How often should an industrial temperature sensor be calibrated?

Depending on the accuracy requirements and the nature of the goods stored and/or transported, the user must ensure that his temperature sensors are correctly calibrated. The user determines the frequency of calibration. However, referring to the sensor manufacturers for their recommendations is good practice. It is generally recommended to calibrate the sensors every 2 years or annually, depending on their use.

◄COFRAC accredited or COFRAC certified calibration?

A metrology laboratory certified ISO 17025 by COFRAC will perform the accredited calibration. The control can be single or multi-point, and the values of the temperature points can be defined at the order. At the end of the procedure, a report will be provided for each sensor. This report also called “calibration certificate” has an international validity. The COFRAC calibration can be performed in the factory according to the EN13486 standard and using COFRAC accredited measurement standards. This calibration mode can also be single or multi-point. Unlike the COFRAC accredited calibration, a single report will be provided for the entire batch of sensors.

◄What is the international validity of the COFRAC calibration certificate?

When the calibration is COFRAC accredited, a calibration certificate is issued for each sensor by the ISO 17025 certified laboratory that performed the verification. Leading certification bodies such as COFRAC in France, DAKKS in Germany, and A2LA in the USA have joined forces to form an international organization called ILAC (International Laboratory Accreditation Cooperation) to promote international trade. This organisation is at the origin of an international agreement on the mutual recognition of the ISO/IEC 17025 standard, the MRA (Mutual Recognition Arrangement). The ILAC MRA, therefore, gives international validity to calibration certificates performed and issued by an ISO 17025 accredited metrology laboratory.