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Fitted with a 0.01% temperature compensated piezo-resistive cell, the miniTIDE will record high accuracy pressure data for a period of one month at a 10-minute sampling interval, using a single alkaline C cell. It is available with a choice of pressure ranges, and with either 500m acetal or 6000m titanium housings.
The miniTIDE is fitted with a novel temperature compensated piezo-resistive
pressure transducer that offers levels of performance previously only available
from costly resonant quartz transducers.
The miniTIDE features a selection of pre-programmed sampling patterns,
allowing the device to monitor (and average) pressure readings for a number of
seconds at regular time intervals, e.g. 40 seconds sampling every 10 minutes.
Alternatively, the instrument may be set to output data at a fixed sample rate of 1
or 2 Hz, for continuous monitoring applications.
The instrument will operate autonomously, with setup and data extraction
performed by direct communications with PC before and after deployment. It
also operates in real time, with a choice of communication protocols fitted as
standard and selected by pin choice on the output connector:
The miniTIDE is fitted with a solid state non-volatile Flash memory, capable of
storing over 30 million lines of data.
System is supplied with DataLog Express Windows based PC software, for
instrument setup, data extraction and display. DataLog Express is license
free.
Designed for long or short-term deployments in offshore environments, or locations where a traditional shore-based tide gauge is impractical, the MIDAS WLR can be moored in line or to the seabed.
The miniIPS is a precision underwater pressure sensor; 0.01% accuracy, a titanium housing and a choice of pressure ranges make it a cost-effective solution for offshore engineers, vehicle pilots and other operators who require highly accurate depth information in real-time.