The Radio function allows real time visualization and/or recording of data. DATA SHEET NanoVACQ Temperature FullRadio is a data logger with one to three sensors; some models are watertight under pressure up to 30 bar. Its ruggedness allows temperature measurement in harsh industrial environments. There are many models available, answering most industrial needs. The models vary by the number and type of probes, temperature operating range, and battery capacity. (*) The specified uncertainties correspond to two standard deviations. The uncertainties are calculated taking into account the various significant error sources, including the calibration probes, the equipment, the environmental conditions, the influence of the logger, repeatability, etc... Each logger can be calibrated and adjusted at the temperature points corresponding to the user’s needs. TMI-Orion NanoVACQ Temperature Radio

technical specifications Model (*) Probes to be chosen depending on the application. (**) The non-watertlght models must not be Immersed or used In an autoclave. (1) The Teflon®PFA flexible probes of the Td models are watertight. Do not immerse Into oil or ethanol. This would damage the probes and make TMI-Orion NanoVACQ Temperatu

(*) A preliminary test Is recommended to validate the hertztan transmission In the user’s application. Start set up: immediate or delayed, Memory set up: stop at maximum capacity/loop writing, Real time or after the fact radio data transmission, Time stamped measurement data, Battery level alert with Qlever software. Examples of NanoVACQ Temperature Radio models NanoVACQ 1Tdi Radio with connector Fischer Connectors® and connectable Teflon® PFA probe TMI-Orion NanoVACQ Temperature Radio

radio-frequency communication • 2.4 GHz ISM band (frequency range 2.405 GHz to 2.475 GHz) / Can be used without license / Universal band for industrial, scientific and medical devices with low radio transmission power / Maximum radiated power +5 dBm (3,2 mW). • Radio transmission range depends on the environment. The NanoVACQ Temperature FullRadio is powered by a battery pack; its autonomy depends on the environment and the operational conditions of the application (extreme temperatures, radio range, electromagnetic disturbances, data acquisition and transmission rate). NanoVACQ Temperature Radio...