Monitoring Stations
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Monitoring Stations Drinking Water PAA FTSS Turbidity Color pH ORP EC Temperature O2 O3 H2S AOC Fingerprints Contaminant Alarm

Online Monitoring Stations Choose your Parameters The s::can stations designed for Online monitoring of drinking water are available in different versions: From standard turbidity and color measurements to monitoring a complex set of parameters with advanced event detection. Choose the station and parameter combination that fits best your needs! Pre-assembled The modular monitoring stations combine s::can instruments to a compact and versatile system. For every station the required components - s::can terminal, flow cells, mounting fittings and pipework - are factory assembled on a compact...

The modular micro::station combines s::can instruments into a compact and versatile system. It presents a complete solution, as the user only has to connect water supply and -discharge (“plug & measure”) in order to receive a previously unheard variety of immediately available information and parameters at no extra cost. con::cube terminal with moni::tool software for data acquisition, data display and station control The s::can micro::station is designed for Online monitoring of water quality parameters in clean media, such as drinking water. 2 Spectrometer probe All s::can spectrometer...

Material: PP Weight of the station (fully equipped): 20 kg (+/- 1 kg) 2 9 Flow restrictor unit For automatic flow restriction and backflow prevention in by-pass 3 10 Physical probes Up to four s::can physical probes can be installed in one flow cell Possible parameters: Conductivity, FCl/TCL, ClO2, H2O2, PAA, pH, PSU, Redox and Temperature 10 11 Physical probe or ISE probe Place for oxi::lyser, soli::lyser or s::can ISE probe (e.g. ammo::lyser) Possible parameters: F-, K+, NH4-N, NO3-N, O2, pH and Temperature 12 Flow cell for physical probes Combined flow cell for up to four s::can physical...

nano::station The fully modular nano::station combines s::can instruments to a super-compact and versatile system. It presents a complete solution, as the user only has to connect water supply and discharge (“plug & measure”) in order to receive at no extra cost a previously unheard variety of immediately available information and parameters. 1 Terminal With con::cube or con::lyte terminal. con::cube is equipped with moni::tool software for data acquisition, data display and station control The s::can nano::station offers a monitoring solution for many different applications: From very cost...

Material: PE Weight of the station (fully equipped): 11 kg (+/- 1 kg) 6 Physical probes Up to three s::can physical probes can be installed additionally to the i::scan in one flow cell (e.g. condu::lyser, pH::lyser or chlori::lyser) Possible parameters: Conductivity, FCl, TCL, ClO2, H2O2, PAA, pH, Redox and Temperature 7 Flow detector (optional) 8 Inlet strainer The inlet strainer ascertains that no coarse material enters the nano::station. With screw cap for sieve removal/ cleaning 9 Pressure sensor (optional) Mounting position for pressure transmitter 10 Flow cell for i::scan and physical...

micro::station Parameter Overview The micro::station is available in two versions for non-chlorinated systems and three versions for chlorinating / chloraminating systems. Spectrometer Probe NTU/FTU Color UV254 TOC DOC NO3 NO2 Temperature Physical Probe pH Conductivity Free or Total Chlorine ClO2 H2O2 PAA Event Detection Online Validation Online Alarm micro-s Classical intake protection, event detection, and general drinking water monitoring in non-chlorinated systems Parameters: NTU/FTU, NO3, TOC, DOC, Color, UV254, pH, EC, Temp. & Alarms Terminal: con::cube (optional: modem, digital I/Os...

Advanced intake protection and event detection in non-chlorinated systems Complete drinking water monitoring in chlorinating systems Parameters: NTU/FTU, NO3, TOC, DOC, Color, UV254, NH4, pH, Temp. & Alarms Parameters: NTU/FTU, NO3, TOC, DOC, Color, UV254, pH, EC, FCl, TCl, ClO2, H2O2, PAA, Temp. & Alarms Terminal: con::cube (optional: modem, digital I/Os and analog I/Os) Terminal: con::cube (optional: modem, digital I/Os and analog I/Os) Software: moni::tool (8 parameters) and event detection software (vali::tool & ana::tool) Software: moni::tool (24 parameters) and event detection...

Advanced drinking water monitoring in chloraminating systems Complete drinking water monitoring in chloraminating systems Parameters: NTU/FTU, NO3, NO2, TOC, DOC, UV254, pH, EC, FCl, TCl, ClO2, H2O2, PAA, Temp. & Alarms Parameters: NTU/FTU, NO3, NO2, TOC, DOC, UV254, NH4, pH, EC, FCl, TCl, ClO2, H2O2, PAA, Temp. & Alarms Terminal: con::cube (optional: modem, digital I/Os and analog I/Os) Terminal: con::cube (optional: modem, digital I/Os and analog I/Os) Software: moni::tool (24 parameters) and event detection software (vali::tool & ana::tool) Software: moni::tool (24 parameters) and event...

nano::station Parameter Overview The nano::station is available in three versions. For disinfection monitoring, intake protection and for general drinking water monitoring. i::scan NTU/FTU Color UV254 TOC DOC Temperature Physical Probe pH or Redox sno-1 & sno-3 Drinking water monitoring for disinfection with 1 or 3 parameters Conductivity Free or Total Chlorine ClO2 H2O2 PAA PID -Control (optional) Event Detection Online Validation Online Alarm Parameters: sno-1 (choose 1 parameter) sno-3 (choose 3 parameters): pH, Redox, EC, TCL, FCL, ClO2, H2O2 & PAA Terminal: con::lyte_eco or con::lyte...

Classical intake protection and drinking water protection with i::scan Advanced general drinking water monitoring including organics Parameters: ino-2: NTU/FTU, Color ino-3: NTU/FTU, Color, UV254 Terminal: con::lyte_pro1 (optional output modules: analog 0/4-20 mA, Modbus or Profibus) Included Components: Panel, 1 flow cell, autobrush, strainer, tubes and fittings Parameters: nano-3 (choose 3 parameters) nano-4 (choose 4 parameters): FTU/NTU, Color, UV254, Transmission, EC, pH, Redox, TCL, FCL, ClO2, H2O2 & PAA Terminal: con::lyte_pro1 (optional output modules: analog 0/4-20 mA, Modbus or...