Water Quality Monitoring and Testing Using an Environmental Logger

0

Courtesy of CAS DATALOGGERS

Intelligent dataTaker System from CAS DataLoggers

Water disruptions typically occur after a large amount of water has rapidly collected in a catchment area. As a result this water is subject to continual monitoring and testing for a variety of chemical and biological agents as well as clarity, rate of movement, and water levels for environmental management. Turbidity, conductivity, temperature, pH, level and flow sensors are all commonly utilized for data logging, but this data retrieval process must also be simple and easily accessible to minimize staff training times and to prevent schedule delays.CAS DataLoggersrecently helped a customer with this application to find the most cost-effective automated solution and connect to all the different sensor types.

 

After talking with a CAS DataLoggers Applications Specialist, the customer installed a dataTaker DT82E Intelligent Environmental Data Logger in a waterproof enclosure adjacent to the dam’s retention area.Designed with environmental applications in mind, the dataTaker was then connected to a wide variety of turbidity, conductivity, temperature, pH, level and flow sensors and began taking readings. The low-power DT82E recorded and stored all these water quality parameters which were then web interfaced allowing users to configure, access and view measurements as mimics or in a list using a web browser. Throughout, thedataTaker’s rugged construction protected it from rough handling and even accidents.

The stand alone data logger featured USB memory stick support, 18 bit resolution, extensive communications capabilities and a built-in display listing current readings. The logger’s FTP capability remotely sent the data to the dam’s office via the internet or mobile phone network without the customer needing to purchase any polling or specific host software.Additionally, the data logger stored up to 10 million data points in its user-defined memory so that the dataTaker could log as much or as little as required while allowing independent control of schedule size and mode. Users could also overwrite or stop logging once the allocated memory was full, and choose to archive data on alarm event or copy to USB memory.

In future, the customer planned to use the datalogger to log other environmental and weather parameters using their combined SDI-12 weather transmitter, including wind speed, wind direction, humidity, air temperature, solar radiation, and rainfall.With support for SDI-12 sensor networks, TCP, and 12V regulated output to power sensors, the DT82E arrived ready to be rolled out into all of these environmental projects.

CAS DataLoggers is a major distributor of environmental data loggers, data acquisition equipment and paperless recorders, selling directly to end users and working through a network of distributors and resellers throughout the United States, Canada, Central and South America. Their experienced team of Applications Specialists provides assistance in selecting the ideal product for the application, recommends suitable sensors and transducers, and provides technical support. Other available value-added services include on-site installation, custom wiring and packaging, and expert engineering and design.

For more information on our dataTaker DT82E Intelligent Environmental Data Logger, other dataTaker automated solutions measuring almost any signal, or to find the ideal solution for your application-specific needs, contact a CAS Data Logger Applications Specialist at (800) 956-4437 or visit the website at www.DataLoggerInc.com.


                Contact Information:
                CAS DataLoggers, Inc.
                12628 Chillicothe Road
                Chesterland, Ohio 44026
                (440) 729-2570
                (800) 956-4437
                sales@dataloggerinc.com

                www.dataloggerinc.com

 

Customer comments

No comments were found for Water Quality Monitoring and Testing Using an Environmental Logger . Be the first to comment!