Live Webinar: HL7 – A NEW Smart Platform for Better Data

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Live Webinar Thursday, October 26, 2017 11:00 am Eastern Time / 17:00 pm Berlin Time

The HYDROLAB HL7 multiparameter sonde offers a versatile, durable and practical solution to the day to day needs of monitoring programs for both simple and complex deployments. With a large sensor suite, it is able to thrive in demanding environmental conditions for long term continuous and profile monitoring.  It helps our customers to correctly log data autonomously and easily integrate into real time telemetry systems.

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HYDROLAB Operating Software

  • Simple and intuitive guided software
  • This powerful software tool helps to make better decisions, minimize errors, and increases efficiency in the lab and on the deployment site.

Webinar Agenda:

  • Improve efficiency with streamlined setup & calibrations: Log files, data collection and guided calibrations
  • Traceable data you can trust: Calibration logs, leveraging metadata for data quality, and HYDROLAB HL7 Operating Software
  • Experiences from the field: Long-term field deployments and extreme depth profilingFind out more during our live webinar. Includes LIVE Q&A SESSION

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OTT Hydromet sensors for measuring water level in creeks and bayous, played a critical role during Hurricane Harvey.

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Hurricane Harvey, and the subsequent flooding, was an unprecedented and devastating event in eastern Texas. Harvey produced an average of 33.7 inches of rainfall over the 1,777 square miles of Harris County over a 4 day period which equates to 1 trillion gallons of water and is also 68% of the yearly annual rainfall. Of the 22 watersheds across Harris County, 13 established new record water levels during Harvey surpassing previous records by Tropical Storm Allison (2001), Tropical Claudette (1979) and the @016 Tax Day flooding. The Harris County Flood Control District was first established in 1937 following two major floods within six years and started installing their Flood Warning System in 1982 and was at the epicenter of the flooding associated with Hurricane Harvey.  Since 2010, the District has partnered with OTT Hydromet to expand their real time network, and install various sensors which measure water level responses in creeks and bayous. Water level measurements provide critical information needed by first responders and the National Weather Service when making decisions on issuing targeted flood warnings and properly messaging needed actions. Continue reading

Hydromet Launches new HYDROLAB HL7 Water Quality Sonde

OTT Hydromet introduces the HYDROLAB HL7 multiparameter sonde for continuous monitoring of 9 key water quality parameters in open natural waters. This new multi-parameter probe maximizes deployment life, minimizes maintenance and provides traceable data you can trust.

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The HYDROLAB HL7 includes intuitive software for unmatched usability, exceptional power performance and proven sensor options, all delivering high data quality and reliability.

Learn More about the new Hydrolab HL7 Sonde – click here
Continue reading

Multiparameter Water Quality Instrument Selection Guide

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HYDROLAB®, Sea-Bird and OTT offer a variety of multiparameter water quality instrumentation and nutrient sensors for long-term applications. Sea-Bird Scientific water quality multiparameter sondes are developed to provide accurate data in environments with salt water and biologically rich environments.Developed for longterm deployments. Learn more about our water quality instruments and which one works best for you.

What you will learn in the guide:

  • Water quality instruments available from OTT, HYDROLAB®, and Sea-Bird
  • Best application fit by technology
  • Available parameters
  • Use models
  • Monitoring examples

Click to get your Multiparameter Water Quality Instrument Selection Guide

 

What does the RoHS certification mean for OTT products?

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The EU Directive 2011/65 / EU is intended to limit the use of hazardous substances in electrical and electronic equipment. Since 22 July 2017 the RoHS regulation is applicable to monitoring and control instruments, including OTT devices and sensors. From this point onwards, we must have a RoHS certification for all devices and sensors. As of 22 July, RoHS is also a compulsory part of the CE declaration.

Without CE and RoHS, corresponding products may no longer be sold in the EU (and countries that are adapting to the EU-Directive). An exception is spare parts and parts, which are used for repair.

As a manufacturer of environmental measurement technology, we have always been committed to producing and marketing environmentally friendly products.

In order to implement the RoHS measures in our company, we have created a coordination center that has examined and, if necessary, changed all of the 30,000 articles and products.

What is RoHS?
RoHS means “Restriction of Certain Hazardous Substances” in the “Hazardous Substances Directive” in electrical and electronic equipment. This restriction is anchored in EU Directive 2011/65 / EU. If a product is RoHS-certified, this confirms that the proportion of hazardous, or difficult to dispose substances is limited to the maximum allowed. Continue reading

Watch the On-Demand Webinar Now! Hydromet Clound Introduction

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Hydromet Cloud is an evolved yet simple Secure Web-Based Data Hosting Solution capable of retrieving data from remote field stations and delivering information to you anywhere in world. See how quick and easy it is to use the Hydromet Cloud App for Hydromet Cloud. View custom plots, stations and alarms right on your phone anywhere!! View Video. Find out more during this on-demand webinar.

QUALITY ASSURANCE AND QUALITY CONTROL TECHNICAL NOTE

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Download the Quality Assurance and Quality Control Technical Note Now!

The primary activities taken to assure and control data quality are aptly called quality assurance and quality control. Determining the “true value” of a water quality measurement is an important fundamental of any QA/QC program. To determine the true value, many professionals apply a second means of measuring the parameter of interest, such as another instrument that is kept serviced and calibrated just for quality control purposes or a grab sample that is evaluated using a trusted laboratory technique. Instruments such as HYDROLAB‘s produce high quality data for many applications and by leveraging the HYDROLAB Operating System you can maximize uptime with streamlined calibration tasks

Good QA/QC programs require robust calibration procedures that ultimately provide valuable information about, and confidence in, the instrument’s performance. The QA/QC Tech note highlights key information made available during a HYDROLAB multi-parameter water quality sonde calibration.

Read the complete QA/QC Tech Note

Location, Location, Location: Choosing the Right Telemetry Method for Your Remote Water Monitoring Applications

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Because of the remote locations and naturally harsh environments of many water resources, monitoring and communicating the resulting data is not always simple or straightforward. Telemetry is an automated process for performing measurements and collecting data back to receiving equipment for analysis. Remote or inaccessible locations require the use of different radio communication technologies integrated into the telemetry system to transmit the information. Therefore, a remote telemetry system is a necessary tool for many water resource monitoring professionals.

Download our whitepaper and get an in depth look at using the most effective and efficient telemetry method to monitor and transmit water resource data based on the location of the application.

Webinar | Learn How to Access Remote Data with Hydromet Cloud – Web & App solution at a glance!

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Hydromet Cloud is an evolved yet simple Secure Web-Based Data Hosting Solution – capable of retrieving data from remote field stations and delivering information to you anywhere in world. Find out more during our live webinar!

Webinar-date: 3 May 2017, 2:00 pm

Register now – click here

Agenda:

  • Access to current and historical measurement data
  • Time series – Create charts and tables
  • Export of time series data
  • Design your own dashboard to view current data
  • Automatic alarms based on limits and rate of change
  • Data corrections
  • Mobile app to display current measurement data and alarms

Sutron SatLink3 XMTR, a new HDR (1200 BPS) Transmitter for METEOSAT

OTT Hydromet is pleased to announce EUMETSAT – SL3-XMTR-NETDLHRDCP and SRDCP certification for the Sutron SatLink3 XMTR. METEOSAT high data rates of 1200 bps, as well as 100 bps, can now be used with the SatLink3 XMTR transmitter paired with the OTT netDL IP logger or the Wi-Fi enabled SatLink3 multi-communication logging transmitter.

Pairing the Sutron SatLink3 (SL3) XMTR Transmitter with an OTT netDL 500 / 1000 enables transmission of the OTT netDL datalogger buffer to METEOSAT. Different operating modes are available ranging from logger control of transmitter setup to scheduling the logger to send a buffer to the transmitter using RS-232. The transmitter automatically selects the proper RF output power based on antenna selection made by the user. The SL3 XMTR Transmitter supports the METEOSAT 100 and 1200 bps format and formats of other Environmental Satellites orbiting the globe,including GOES.

The SatLink3 multi-communication logging transmitter provides a cost-effective way to measure, log, calculate and transmit data from remote locations around the world. SL3 has built-in support for nearly all meteorological satellites including GOES, METEOSAT, INSAT and MTSAT for operation anywhere. Most often the SL3 is connected to sensors and transmits data on a user-set schedule, the Satlink3 has options for redundant and two-way communication using cellular and Iridium communications. Satlink3 builds upon Sutron’s 35 years’ experience providing reliable satellite communications.