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Aquaread Depth Sensor (Aquaprobe / Aquasonde)

Aquaread’s Depth sensor can be found on all almost of the Aquaprobes and Aquasondes (except the AP-700, AP-800 and Aquaprobe AP-2000). The sensor can be found in a few different locations depending on the probe, all of which are inside the probes body.

Depth is measured in meters and is calculated using a pressure measurement from a sensor located in the probe, which is then compensated using barometric pressure recorded from either an Aquameter, Blackbox or vented cable depending on the set up.

Key Features

Our depth sensors found on many of our probes, below are some examples.

To see all of the probes house the depth sensor please visit the Products section.

AP-5000

AP-5000

Advanced portable multi-parameter Aquaprobe.

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AP-7000

AP-7000

Long-term deployment multi-parameter Aquaprobe.

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Aquasonde-5000

Aquasonde-5000

The Aquasonde-5000 has 4 spare ports. They can house any combination of ISE and Optical sensors.

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Depth sensor uses

There are multiple reasons why depth measurement is important in water monitoring. You may wish to test a body of water at a particular depth or you may need to perform a profiling study, testing multiple parameters at various water depths. The built-in depth sensor enables you to do this.

Another use of the probe’s depth sensor is for monitoring water level changes during a fixed deployment. Once the probe is fixed in position, if the sensor is zeroed (setting the current measured pressure to 0) using an Aquameter, the sensor will then detect small changes in the water level as both positive and negative values. This means you can collect accurate water level data alongside the standard water quality parameters such as pH and conductivity.

Measuring depth using an Aquasonde

As the Aquasonde is designed to be submerged under water it cannot obtain a reading for barometric changes unless it is used in conjunction with a vented cable. The use of the vented cable means that the baro data is not required for compensation. The vent itself allows air pressure changes to directly affect the sensor, automatically compensating it.