NanoVACQ Pressure and Temperature FullRadio
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Data sheet TMI-Orion NanoVACQ Pressure and Temperature FullRadio Real time wireless simutaneous measurement of pressure and temperature. NanoVACQ Pressure and Temperature FullRadio is a data logger equipped with 1 pressure sensor and up to 2 temperature sensors on the same logger, answering the needs of many industrial processes. The NanoVACQ Pressure and Temperature FullRadio models are described below and can vary by probe shape and length. NanoVACQ Pressure and Temperature FullRadio is equipped with a 2.4 GHz radio transceiver as the unique communication interface. In addition to its data logger functionalities, it is designed for remote set up and radio data transmission, in real time or after the process, through a TMI-Orion radio transceiver connected to a PC. The PC is equipped with Qlever platform for logger setup and process data collection, management and display. Metrology Pressure operating range From 30 mbar to 5 bar, 15 bar or 30 bar from -55°C to 140°C Possibility of higher pressure Temperature operating Batteries range From -55°C to +85°C Pressure calibration uncertainty* • Temperature calibration uncertainty* Temperature 0.008°C Pressure 0.8 mbar (5 bar) 2.6 mbar (15 bar) • Temperature ± 0.1°C from -55°C to +140°C (± 0.05°C upon request) • • ± 10 mbar from 0°C to 140°C and from 30 mbar to 5 bar ± 12 mbar from 0°C to 140°C and from 30 mbar to 15 bar Unspecified from -30°C to 0°C Not functional from -55°C to -30°C *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… TMI-Orion NanoVACQ Pressure and Temperature FullRadio Each logger can be calibrated and adjusted at the temperature points

Memory set up: stop at maximum capacity or loop writing Radio transceiver set up: transmission duration and rate (1 per hour to 1 per second) Real time or after the fact radio data transmission Time stamped measurement data Start set up: immediate or delayed Battery level alert with Qlever software Radio set up, start and reading of data 2.4 GHz bidirectional radio communication Technical specifications Model NanoVACQ PT-Tc Fullradio Internal Number of External external temperature Pressure probe type temperature probe type probe* channels Water tightness NanoVACQ PT-Td Fullradio...

Technical specifications Material Logger body: 316L Stainless steel With Radio HE battery pack With 014ZFL battery pack With Wide HE battery pack With Cold HE battery pack Dimensions of the logger body Temperature sensor Memory capacity 48 000 acquisitions divided by number of measurement channels Memory capacity with BigMemory 294 500 acquisitions divided by number of measurement channels Acquisition rate Program duration Programmable: days, hours, minutes Programmable start: by date, hour, minute or on temperature threshold User replaceable battery pack 2.4 GHz bidirectional 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). TMI-Orion 2.4 GHz bidirectional radio protocol, based on IEEE 802.15.4 standard / 14 RF channels for the user / Able to manage several pieces of equipment connected in star configuration in the same space. Radio transmission range depends on the environment. Autonomy The NanoVACQ Pressure and Temperature FullRadio is powered by a...