Hortus - HMS-Hydro Series - Hydrometric Stations Brochure

Hortus srlHMS-TDRHMS-WEBHMS-METEOHMS-GEOUnmanned hydrological stationgathered high-quality real-time dataHMS-HYDROWSN CAMPBELL WSN XBOW WSN E-SENZADatalogger compatibilityCampbell ScientificCampbell Scientific / DataTakerCampbell Scientific / DataTakerPower supply internal internal / external internal / externalAnalogic outputs ? ? -Radio frequency 868 MHz (Europe) 868 MHz / 2.4 GHz 2.4 GHzGateway proprietary on SDI-12TinyOS (open source) ASCII on RS-232ASCII on RS-232/EthernetModBus on EthernetOverwiewData AcquisitionSystemAccessoriesSensorsWSnData acquisition system for hydrological measurement, able to use different measure technologies: • radar (contactless)• float/counterweight for still wells• pressure transducer (submersible)• be coupled to existing mechanical hydrometrographsHMS-HYDROmini are low-cost solutions, designed for seasonal monitoring.HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO HMS-HYDRO series• Stainless steel IP66 enclosure, with welded stainless steel brackets for mounting to pole• Data acquisition system based on Campbell Scientific CR1000 with enhanced software programming and automatic GPRS transfer of data• SIERRA Wireless Xtend modem GSM/EDGE with GSM antenna• 60W photovoltaic power supply kit with stainless steel brackets for mounting to pole and 40Ah GEL battery• Multiplexer + 24Vdc voltage regulator + CV120 relay module, to manage sensor supply hydrological and meteorological sensors• WSN system (spatially distributed autonomous sensors)+A wireless sensor network (WSN) consists of spatially distributed autonomous sensors to monitor environmental parameters, and to cooperatively pass their data through the network to a gateway node. The WSN is built of nodes, and each node is connected to one (or sometimes several) sensors. Each sensor network node has typically several parts: a radio transceiver with an internal antenna or connection to an external antenna, a microcontroller, an electronic circuit for interfacing with the sensors and an energy source, usually a battery or an embedded form of energy harvesting. WirelessSensorNetworkThe constant monitoring of the levels of rivers, lakes and irrigation channels, allowing you to better manage the world’s most precious resource: water.HMS-HYDRO systems enable always to know, in real time, the evolution of hydrological phenomena, even under flood event or in situations of water crisis.The ability to use different types of sensors makes HMS-HYDRO extremely versatile, and also integrable with existing monitoring systems.Some sensors supported by HMS-HYDRO can be managed in a WSN system. Hydrological sensorsSeveral types of hydrological and meteorological sensors are compatible with HMS-HYDRO system.A lot of accessories are available to customize your HMS-HYDRO system.• Enclosure: a large selection for all installation requirements.• Supply: to ensure correct “energy charge” to the system.• Stainless steel supports: reliability and durability guaranteed for all types of installation.• Electrical components: to drive better all the sensors and optimize energy consumption.• Installation and maintenance: specialized assistance from Assembly to Z.Accessories for HMS-HYDRO series Stainless steel supportsA wide variety of stainless steel supports is available, designed and engineered for each type of installation, also in harsh environment.The topology of the WSNs can vary from a simple star network to an advanced multi-hop wireless mesh network. In HMS-HYDRO series it’s possible to configure 3 types of WSN system, made by different producers; each has its specific potentials, to be considered on an individual basis.Datalogger CR1000METEoRoLoGICAL • Temperature and humidity probe• Rain gauge• Snow depth and SWE system• TDR and water content probe• Barometer• Anemometer• RadiometerTypical hydrological unmanned HMS-HYDRO systemDatalogger CR800(*) using different reset and clock signal to realize parallel acquisition sessions.HMS-HYDRO data acquisition system based on different data-logger:• Campbell Scientific CR-series• Datataker DT-8x seriesIs convenient to use multiplexer to increase the number of sensors connected to a data-logger by signal cables, and there are several possible configurations to maximize the type and the number of sensors connected to a single data-logger. Each type of data-logger can support different multiplexer (see table below).CR1000 CR800 CR200XSE / DIFF inputs 16/8 (±5V) 6/3 (±5V) 5/- (0-2.5V)Digital I/O ports 8 4 2Digital pulse counters2 2 1Analogic outputs3 2 2RS-232 ports 6 4 1Multiplexers 4* (AM 16/32 B) 2* (AM 16/32 B) -WSN supported -Datalogger CR200XHyDRoLoGICAL - WATER LEvEL• Radar (contactless)• Float/counterweight for still wells• Pressure transducer (submersible)• Be coupled to existing mechanical hydrometrographsHyDRoLoGICAL - DISCHARGE MEASuREMENT• Radar (contactless) HyDRoLoGICAL - WATER quALITy• Turbidity probeThanks to its experience in monitoring networks integration, since 2003 Hortus srl has designed, implemented, installed and maintained its own automatic environmental data acquisition systems (HMS-Series), based on Campbell Scientific data-logger, building the best technical solution for the customer’s needs.Being aware of the importance of having available data in real time, particularly during environmental crisis, like floods or landslides reactivation, our systems are equipped with redundant transmission system (standard IP using GPRS,WI-FI and Ethernet network, radio UHF, satellite connection).For data management, Hortus has designed a web platform that allows access, display and analysis of data from active monitoring systems. Hortus srl has more than twenty-year experience in the production of customized software for data acquisition and management collected by monitoring networks. The project of the first multi-protocol data acquisition installed in 1987 following landslide event of Val Pola, Valtellina, Italy. Since 1999 Hortus has dealt with the design, implementation and management of the web platform www.laghi.net, which is a recognized reference for the hydrological monitoring of the Italy’s northern region lakes.Environmental monitoring systemHortus srlvia Caboto 8/b 20025 Legnano (MI) - ItalyTel +39 0331 93.60.00 - Fax +39 0331 93.60.80e-Mail sales@hortus.it - www.hortus.it