The water supply of the city of Vienna stems from high-source water pipelines of the Lower Austrian-Styrian Alps. Here, snow depth measurements play a major role. In the following, we explain, why this is so relevant and how it is monitored… Continue reading
98th AMS Annual Meeting
7–11 January 2018
Austin Convention Center | 500 East Cesar Chavez | Austin, TX
Please make sure to stop by Booth 607 at the Austin Convention Center between January 7-11, to discuss the latest in environmental monitoring techniques at the 98th Annual American Meteorological Society meeting.
An eventful year is coming to an end. We hope you will have peaceful holidays and some time to relax.
Looking forward to an interesting year 2018 with lots of news and information from the OTT Hydromet Group.
Best wishes for the Holiday Season and a Good start in the New Year 2018!
Your OTT Hydromet Team
All new OTT sensors provide a bus-capable interface, either SDI-12 or the RS 485 based OTT SDI . The special Master Modul of the OTT netDL enables the connection of several sensors to every bus (SDI-12 or OTT SDI). Connect for example an OTT Pluvio² and a Lufft WS510 sensor to one OTT netDL and you get a compact, efficient weather station. Just talk to your personal contact at OTT Hydromet to learn more.
The following Tech-Tipp shows exactly how you connect several SDI-12 sensors to an OTT netDL step by step.
Learn all you need to know about the new Lufft WS100 precipitation sensor in webinar on November 29, 2017. You are invited to our webinar about the Lufft WS100 radar precipitation sensor. Here you will learn everything important about the measurement technology, installation, calibration, fields of application, product benefits as well as its differentiation from other technologies.
The Lufft WS100 is a maintenance-free radar precipitation sensor for meteorological monitoring. The only one of its kind – it recognizes the type and amount of precipitation from the first drop, and is preferred for remote locations.
The WS100 helps to make important operational decisions within a few seconds. Due to the modern radar technology, the sensor detects precipitation from the first drop. It measures not only the quantity, but also the type of precipitation. The sensor also detects the drop size and divides it into one of the eleven different rainfall classes.
ABSOLUTELY MAINTENANCE-FREE OPERATION
Maintenance-free operation through ingenious technology without any moving parts. This distinguishes the sensor significantly from other methods for measuring precipitation such as the tipping bucket, the weighing principle or the optical method.
WHEN EVERY SECOND COUNTS
The WS100, with unprecedented speed, precisely measures precipitation from the first drop. It measures the precipitation intensity up to 200 mm per hour and detects drops with a size of up to 5.0 mm.
DIFFERENTIATES THE TYPE OF PRECIPITATION
Using a 24-GHz Doppler radar, it measures the speed of all forms of condensed water that can be observed on the Earth’s surface or in the atmosphere. These include rain, freezing rain, hail, snow and sleet.
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.
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.
- 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
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
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.
The HYDROLAB HL7 includes intuitive software for unmatched usability, exceptional power performance and proven sensor options, all delivering high data quality and reliability.
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
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