The AP-2000 is the smaller of our advanced portable multiparameter water monitoring probes. It comes with a range of standard sensors included, it also offers some customisation options that allow you to add even more sensors to the probe. All of our?probes are constructed from tough marine grade aluminium that has been hard anodised, making it suitable for use in both?fresh and?salt waters.
The AP-2000 Gallery
Standard parameters on the AP-2000
- Optical DO
- Specific EC
- Absolute EC
The AP-2000 features 2 Auxiliary sockets to allow you to add further sensors to the probe.
The probe?can be used with a variety of cable lengths via the AquaConn Connectors. Cables available in 3, 10, 20 and 30m lengths as standard.
There are 3 simple choices to make to customise the probe.
The probe comes with 1 Ion Selective Electrode (ISE) socket and 1 optical electrode socket, plus an?option to add a depth sensor!
Probes are supplied with blanking plugs in the ISE and optical?electrode ports as standard. Simply unscrew these to add your extra electrodes.
- Do you want to measure Depth?
- Which of the 5 ISE sensors do you require
- Which of the 8 optical sensors do you require
Using the AP-2000-D as a water level logger
The AP-2000-D features a depth sensor. This sensor is capable of measurement accuracy of 0.5%FS.
This is very comparable to a dedicated water level logger such as the LeveLine-ECO: 0.2%FS, and the LeveLine (titanium): 0.1%FS.
The depth is zeroed automatically whilst the conductivity is reading zero. As soon as the conductivity registers over 0 the probe depth begins to be calculated.
Once the probe is lowered to the desired depth it must be secured, then using the GPS Aquameter the depth can be zeroed once again.
Now the AP-2000-D will detect small changes in the water level and display them as a positive or negative change.
AP-2000 Mechanical Specification
Some of the AP-2000’s features
Advanced Optical DO sensor
The optical sensor works on the principle of Dynamic Luminescence Quenching. A gas-permeable material known as a luminophore is excited with short bursts of blue light, which causes molecules in the luminophore to emit red photons.
By measuring the delay of the returned red photons with respect to the blue excitation, the level of dissolved oxygen present can be determined.
The optical method has various advantages over the historical galvanic method for measuring dissolved oxygen.
The most important being that as no oxygen is consumed across a membrane, the sensor does not require a flow of liquid passing over it to achieve a stable reading. Other advantages include in frequent calibrations (every 3-6 months), and replaceable caps that last over 2 years.
All Aquaprobes feature the new AquaConn fully metal connectors. The AP-2000 features the all-metal AquaConn connectors.
These high specification connectors feature large metallic key for a rigid fit, recessed pins for extra protection during pairing, guide markers on each part of the connector to allow you to instantly push the pair together in the correct alignment.