29 January 2012
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Sample Live Tide Data

The graph below is an example of data from one of our client stations in the North East of Ireland- This is LIVE data.  On this example the graph shows 3 days of data at a time and you can page back through the last 30 days of data using the << < > >> buttons under the graph.


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Sample Data From a Small River

In the graph below we show LIVE data from a client station that is located in a small river/stream near Navan town, Ireland. This stream is what we describe as spatty and very responsive to rainfall.  The graph shows the last 60 days of data.


Upgrading Existing systems

IDS data acquisition systems are very versatile and it is not difficult to interface one of our loggers  with almost any existing water level sensor. We have interfaced with various sensor types including pressure tranducers and bubblers from manufacturers including Druck, OTT Hydrometry, Valeport and others. If you are interested in a cost-effective upgrade to your existing water level or tide station please contact us.

Data Sheets

Please select from the Data Sheets below.

IDS WaterLevel and Tides System
IDS DataLink Overview

To download user manuals and other information please log-on to the site and go to the download sections on our Support pages.

IDS Water Level Gauges

The IDS Water Level Station and the IDS Smart Tide Gauge are complete turnkey systems that can be configured for fixed installation for long term deployment and is also available as a Portable Gauge is for short-term deployment.

Our gauges include a reliable, low maintenance pressure transducer (manufactured for IDS by Tyco Environmental) for measuring gauge or absolute pressure.  The Data acquisition and telemetry component is the  IDS Data POD and the while the system can be configured to run for up to one year on a single battery charge, there is an option for  solar charging where sampling frequency and telemetry is more intense. IDS is also happy to supply rugged gauge boards with any of our systems.   

The Tide Gauge also incorporates an integrated barometric pressure sensor (by Honeywell) and optional integrated GPS for accurte time stamping. 

One of the the functions that make IDS gauges smart is adaptive sampling where systems can be configured to automatically change sampling and reporting behaviour based on local conditions (e.g. increase reporting during a flood) and also the integrated alarm system.

Our gauges are available for different water level ranges  with standard ranges incl 2.5m, 5, 10, 20,75 and 100m with others available on request. The accuracy is 0.1% of full scale (0.05% of FS as option) and the IDS solution has very good long term stability (0.2% per year).  

A key advantage of this sensor over alternatives is that we use a 12.5mm ceramic sensor head which is bigger than most alternatives and means that  the IDS solution is much less suspectable to fouling than other systems and require less maintenance. It is available in an aecetal enclosure and does not corrode.

The IDS Portable Water Level Gauge is technically similar to the fixed station except instead of the IDS permanent mounting it is supplied with a small transducer frame that is usually temporariy secured on or near the river or seabed.

Sample Data from a large Lake

The graph below is an example of data from one of our client stations on a large lake (Lough Ree) the River Shannon System - This is LIVE data where readings are taken every 15 minutes but only updated on the web every 4 hours (i.e. running in ultra-low power mode).  On this example graph you are shown the last 20 days of data. You can page back through the last 120 days of data using the buttons under the graph or can specify specific dates to view. If you select less than 3 days of data additional detail is shown. To view Data from this station in table format please click here


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Intelligent Data Delivery using IDS DataLink

Like most IDS systems data is transmitted from an IDS Tide Gauge or Water Level station in real-time and can be visible on the web or on your mobile phone within seconds of being collected.  Data is delivered in a manner that is not only timely and accurate but is displayed so that it is easily understood and absorbed.
With advanced features such as adaptive sampling and adaptive telemetry an IDS systems can do much more than the routine display of data and a station owner can configure their system so that not only will it change its sampling behaviour in response to user-specified conditions being met but it can also change its telemetry behaviour. For example in an area prone to flooding, it is easy to configure an IDS system so that it  as the water level rises close to flood levels, it will automatically change its operation so that it samples and transmits data more frequently. If necessary it can be configured so that it will also transmit alerts to multiple users by email and/or SMS.

IDS Floodwatch

IDS Floodwatch is a complete system using realtime data and forecasts (when available) to help predict flood events and monitor them as they develop and recede.

IDS Floodwatch includes a sophisticated  alert system that maximises the time available for those who need to prepare for a flood event.  Click here to read more

Adding Value ....

There are two key ways that you can add significant  value to your IDS water level or IDS Tide Gauge.

With little or no additional cost it is possible to integrate other instruments to collect other data such as weather or water quality giving you a greater return on the investment already made.

It possible to add significant value using the IDS DataLink system to derive new data in real-time. Derived data are new parameters that are not measured directly but caluculated based on the data coming in.   For example if your water level station is at a weir or located on a river with an established rating curve the DataLink system can be configured to use the depth values to calculate total flow for the channel in real-time and will deliver this to the web interface just as if it is another measured parameter.  Apart from river flow, this derived data can be used to calulate such parameters as sediment loading, reservoir capacity, various statistical data and much more.

For applications where deriving new data parameters is more complex or if a user has a model running that will deliver predictions then the IDS DataLink system can integrate these into the data display with the real-time data.

This image above shows an example where the predicted and measured water level data are overlaid on one display.

Address: IDS Monitoring, Unit3, Killaloe Industrial Estate, Killaloe, Co Clare, Ireland, Telephone : +353 61375180, email : enquiries@idsmonitoring.com

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