D-330_concube-V3_600px

con::cube V3

con::cube - a compact, versatile terminal for data acquisition and station control. Newest processor technology and very flexible options for interfacing to SCADA or any central database systems makes the con::cube in combination with moni::tool a powerful terminal for compact station control.
con::cube terminal for water quality measurement stations
 
  • s::can high-end IoT (Internet of Things) terminal based on an industrial PC, IP65
  • wide screen color graphical display (9”) and touch screen
  • highly intuitive use, informative visualization & easy operation: time series, optical spectra and all events in clear text
  • sensor and station management of up to 64 parameters: automatic cleaning, data logging, sample & calibration incl. history and multipoint calibration, sensor function check, user management, easy data transfer via USB-stick
  • low power operation with less than 3 watt (@ 15 min. measuring interval): wide range AC and DC variants available
  • IoT (Internet of Things) and M2M (Machine to Machine) connectivity: 1 Gb/s Ethernet, 300 Mb/s Wi-Fi 802.11a/b/g/n and optional worldwide HSPA+ 3G interface, remote control (http), data transfer into cloud via FTP, SSH and TML
  • process interface to SCADA via: Modbus RTU/TCP, SDI-12, Profibus DP, analog 0/4-20mA and relay outputs (state)
  • integration of third party sensors via: analog 0/4-20 mA and digital (solid state) inputs, Modbus RTU/TCP
  • easily extendable: 8 slots to customize I/Os, moni::tool software pre-installed, additional software features like online data validation and event detection optional

 

box_monitool

moni::tool

moni::tool is a revolutionary new platform for the management of an almost unlimited number of stations, online probes, analyzers and parameters. Intuitive operation - on site or remote - and reams of valuable features make moni::tool essential for state of the art sensor and station management.

Click to try moni::tool!

 

Visit moni-tool.at for more information!

s::can sensors monitor Ganges river quality during world’s largest religious gathering
s::can sensors monitor Ganges river quality during world’s largest religious gathering

s::can’s stations monitor the quality of the water in the Ganges river in India. This results in a better understanding of the contamination of the river by local industry and protects the read more

United Dairymen of Arizona reduce product loss in their processing facility
United Dairymen of Arizona reduce product loss in their processing facility

s::can’s spectro::lyser monitors the COD in the waste water stream of UDA’s dairy process plant in Tempe, Arizona. This results in lower product loss and decreased wastewater charge by the read more

Early warning system monitors Bratislava’s water supply
Early warning system monitors Bratislava’s water supply

s::can’s event detection system monitors the groundwater quality of 176 raw water sources 24 hours a day.

read more
County of Santa Cruz effectively controls H2S in its wastewater treatment plant
County of Santa Cruz effectively controls H2S in its wastewater treatment plant

s::can’s spectro::lyser monitors and controls the dosing of chemicals to reduce Hydrogen sulfide (H2S), improving the efficiency of the dosing, diminishing the odor problem, protecting the read more

Optimization of different biofilm reactors for wastewater treatment in warm climates
Optimization of different biofilm reactors for wastewater treatment in warm climates

 A s::can system at a wastewater treatment plant in El Gouna, Egypt is used to enable modeling and dynamic simulation of different biological processes. With the help of the results, read more

The city of Tarragona upgraded to a smart drinking water network
The city of Tarragona upgraded to a smart drinking water network

s::can technology is used to monitor drinking water in real-time in the distribution network of Tarragona, Spain. Stations monitor up to 9 parameters (UV254, turbidity, color, TOC, DOC, free Cl, read more

Nitrate: Columbus, Ohio prevents public health concern with the use of online instrumentation
Nitrate: Columbus, Ohio prevents public health concern with the use of online instrumentation

 s::can’s spectro::lyser monitors raw surface water quality for the City of Columbus, Ohio. This allows the Utility to be proactive regarding water quality issues.

read more
First Nation communities in Canada remotely monitor the quality of their drinking water
First Nation communities in Canada remotely monitor the quality of their drinking water

s::can’s event detection system remotely monitor the drinking water quality of sixty small water systems in the First Nation communities of Alberta, Canada.

read more
City of Zurich monitors the quality of its drinking water with s::can
City of Zurich monitors the quality of its drinking water with s::can

s::can’s event detection system monitors the drinking water quality in Zurich’s piping system with the revolutionary i::scan

read more
River Monitoring goes Big Data – DaaS Approach for Real Time Monitoring of Ganges
River Monitoring goes Big Data – DaaS Approach for Real Time Monitoring of Ganges

36 s::can stations monitor the water quality of the Ganges River in India and continuously send real time water quality data to the Central Pollution Control Board (CPCB) in New Delhi, the local read more

Monitoring one of the most polluted rivers in the world
Monitoring one of the most polluted rivers in the world

The Atoyac River in Mexico is one of the most polluted rivers in the world. It is so contaminated, mainly by industrial polluters, that the river is in a constantly toxic situation. Therefore, it read more

box_valitool

vali::tool

vali::tool automatically detects, marks and (optionally) corrects untrustworthy data, it detects outliers, noise and checks for discontinuous data. It ensures only high quality data are fed into the event detection module. It also provides the user with indications on sensor maintenance requirements, as well as automatic detection of malfunctions.
 
  • Provides self-adaptive, self-controlled data validation in real time
  • Ensures both sensitive and reliable alarm limits respectively setpoints for process control
  • Analyzes noise, outliers and other combinations in real time to reliably detect any malfunction at an early stage
  • Considers user interventions in real-time
  • Application-specific training period considers normal fluctuations of individual water matrix and typical process dynamics
  • Helps to dramatically reduce false alarm rates
  • Configurable auto-correction of data based on threshold, outlier and noise analysis

Visit moni-tool.at for more information!

box_anatool

ana::tool

ana::tool identifies unknown and unusual conditions and enables operators to react in a timely manner to faults in the monitored system, determines normality of this data and triggers an alarm when a significant deviation from the norm is detected.

 

  • Best available Event Detection System
  • Affordable for everyone
  • Simple, easy to use and automatic
  • Unmatched event detection tools based on proven algorithms for real-time event detection that use data streams from all connected probes separately and in combination
  • ana::tool is optimized for use of multi-dimensional spectral data, but will also work with single or multiple one-dimensional inputs
  • Applies a variety of algorithms during real-time analysis of data and automatically weights the results as appropriate. So far the only one commercial software package that was tested and found suitable by US-EPA water security division
  • Trains itself on any type of data streams coming in, and will learn automatically which data are useful for event detection, and which ones not
  • Configurable auto-correction of data based on threshold, outlier and noise analysis

Visit moni-tool.at for more information!

conlyte_D320

con::lyte

The terminal con::lyte displays the readings of all s::can probes & sensors connected on site via backlight LCD. Seven push buttons are available to ensure operation and changing of settings via software, which is optimised in respect of user-friendly operation and operational safety.
 

  • s::can low-cost terminal designed for control applications
  • power efficient LCD display and ergonomic user interface
  • sensor and station management of up to 2 (eco) or 6 (pro) parameters
  • control of automatic cleaning, data logging, sample & calibration, sensor function check and easy data transfer via USB-stick
  • process interface to SCADA or con::cube via Modbus RTU, Profibus DP, analog 4-20 mA and relay outputs (state/PWM/Pulse)
  • integration of third-party sensors via analog 0/4-20 mA input and digital (solid state/count) inputs
  • outstanding control features: easy threshold and alarm limits with hysteresis, 3 optional PID or 2-point controllers
  • certifications: CE, UL, CSA and RCM
No image set

Io::Tool

Intuitive web interface for data visualization and configuration of the spectro::lyser V3.

Iotool tablet V3 values 500

  • View all your data at a glance on your mobile device
  • Io::Tool visualizes measurement data, time series, fingerprints and status information
  • Configure your spectro::lyser, install new parameters, and perform calibrations

Try Io::Tool online!

 

 

No image set

visu::tool

visu::tool is a fast and easy-to-use data visualization software for PCs and notebooks. In 3 simple steps you can visualize huge amounts of data from con::cube or con::lyte into single or multiple graphs. The visu::tool "lyte" version is available for free download. The advanced visu::tool "pro” version includes a vast amount of additional useful offline features such as data aggregation, fingerprint plots, parameter correlation and is now available for sale.

visu::tool

  • Read s::can files (.log, .par, .csv, .xlsx and .fp files)
  • Graphical user interface for parameter selection
  • Plot selected parameter or fingerprint data coming from your s::can probe
  • Save data as Excel
  • Create customized reports (sensor health report, drift detection, event detection) 
B-33-012_connect_V3_600

con::nect V3

Power supply for the spectro::lyser V3. Connect to the spectro::lyser via Bluetooth or WLAN and use the user-friendly webinterface Io::Tool for probe configuration and data visualization.
 
  • s::can connection device for one spectrometer V3 probe and one cleaning device
  • expand con::cube/con::lyte sensors networks (longer distances and higher number of sensors)
  • operation of one s::can spectrometer V3 probe
  • RJ45 connector for wired network access

 

connect_B-23

con::nect

For operating the spectro::lyser™, an commercial computer/notebook can be used. In this case the interface box con::nect connects the probe to the computer/notebook, to the supply of compressed air and to the power supply. This way, your computer/notebook is transformed into a terminal for the spectro::lyser™.
 

  • s::can power supply including interface functionality 
  • operation of one s::can spectrometer probe and s::can sensor / ISE probe
  • USB interface to PC/notebook
  • RS485 interface to SCADA (modbusRTU integrated, profibusDP optional)
  • essential for cable lengths over 37.5m (repeater functionality)
  • control of cleaning valve
  • power supply 12 VDC and 230 VAC or 24 VDC

Register for the s::can newsletter to receive the latest product and industry updates!