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S::CAN Messtechnik Austria

S::CAN

Established in the year 1999, s::can GmbH Austria, is the world technology leader for submersible online UV Vis spectrometer probes and provides monitoring systems and software for drinking-, environmental-, waste-, and industrial water applications. Their range offers a complete set of accurate, reliable, low-maintenance and inexpensive measuring instruments for comprehensive

spectro::lyser V3

Measuring principle: UV-Vis spectrometry over the total range (190-720 nm) Multiparameter probe with adjustable open path length Ideal for surface ...

Pipe::scan

Measuring principle: UV-Vis spectrometry over the total range (190-720 nm) Multiparameter probe with adjustable open path length Ideal for surface ...

i::scan

New light emitting technology No consumables, no moving parts Special, non-fouling optical window material Low power consumption (less than 1 ...

con::cube V3

Latest generation of s::can terminal high-performance, power efficient industrial PC based on Intel Atom technology and 4 GB onboard memory ...

pH::lyser

Measuring principle: unique, non-porous/non-leaking combined reference electrode for technically unrivalled and consistent pH performance Multiparameter sensor ...

Carbo::lyser V3

Measuring principle: UV-Vis spectrometry over the total range (190-720 nm) Multiparameter probe with adjustable open path length Ideal for surface ...

Chlori::lyser

Measuring principle: amperometric (membrane covered) Ideal for drinking water Long term stable and lowest maintenance in operation Replacement of membrane ...

Ammo::lyser

Measuring principle: ISE (ion selective electrodes) Without potassium compensation Multiparameter probe Long term stable, factory precalibrated Automatic cleaning

Redo::lyser

Latest generation of s::can terminal high-performance, power efficient industrial PC based on Intel Atom technology and 4 GB onboard memory ...

Condu::lyser

Measuring principle condu::lyser: 4-electrode, direct-contact measurement Multiparameter sensor ideal for surface water, ground water and drinking water, also waste water

Oxi::lyser

Measuring principle: optical / fluorescence Multiparameter sensor Ideal for surface water, ground water, drinking water and waste water oxi::lyser™ II ...

spectro::lyser titanium pro

spectro::lyser™ titanium pro monitors depending on the application an individual selection of: TSS, turbidity, NO3-N, COD, BOD, TOC, DOC, UV254, NO2-N, color, O3, HS-, BTX, AOC, fingerprints...

uv::lyser V3

The uv::lyser monitors turbidity or TSS and up to 4 freely chosen wavelengts between 190 and 720 nm. Furthermore, depending on the application...

soli::lyser

The soli::lyser is an optical probe that measures concentrations of suspended solids directly in the water. It integrates the temperature measurement for online correction

fluor::lyser

The fluor::lyser is an ion-selective measuring device designed for the continuous monitoring of the concentration of fluor (F) dissolved in water.

nitro::lyser V3

Applications range from (ultra) pure water in the μg/l range up to industrial waste water in the g/l range. The nitrate concentration displayed...

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...

Description
Features
Specification
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condu::lyser

Description

condu::lyser is a probe that measures conductivity and temperature directly in the water. The condu::lyser does not require a minimum flow to produce accurate readings and uses the temperature to correct the conductivity measurement online. The 4-electrode measurement of the electrical conductivity produces results that are practically independent of possible fouling. The condu::lyser uses no replaceable parts or consumables. Therefore, when operated properly there will be no costs for spare parts at all.

Features

Measuring principle condu::lyser: 4-electrode, direct-contact measurement

Multiparameter sensor ideal for surface water, ground water and drinking water, also waste water

Long term stable and maintenance free in operation

Factory precalibrated

Mounting and measurement directly in the media (InSitu) or in a flow cell

Operation via s::can terminals & s::can software

plug connection or fixed cable

Specification

measuring principle	4-electrode, direct-contact
resolution	1 µS/cm
accuracy (standard solution)	1% of reading
Automatic compensation instrument	temperature
integrated temperature sensor	-20 ... 130 °C
integration via	con::cube , con::lyte , con::nect
power supply	7 ... 30 VDC
power consumption (typical)	0.06 W
power consumption (max.)	0.15 W
interface to s::can terminals	sys plug (IP67) , RS485
cable length	7.5 m fixed cable (-075) plug connection (-000)
housing material	Stainless steel 1.4435 FDA-approved PEEK

measuring principle	UV-Vis spectrometry 190 - 750 nm
measuring principle detail	xenon flash lamp, pixel array detector
measurement interval	10 sec (configurable, depending on application)
automatic compensation instrument	real dual beam measurement for compensation and detailed diagnostics
precalibrated ex-works all parameters accuracy standard solution (>1 mg/l)	NO3 -N: +/- 2% +1/OPL[mg/l]* COD-KHP: +/-2% +10/OPL[mg/l]* (* OPL … optical pathlength in mm)
access to raw signals	access to spectral information
reference standard	distilled water
onboard memory	8GB
integrated temperature sensor	0 ... 45 °C
resolution temperature sensor	0.1 °C
power supply	10 ... 18 VDC
power consumption (typical)	3 W
power consumption (max.)	20W
interface to s::can terminals	M12 RSTS 8Y (IP67), RS485, Ethernet
cable length	1 m fixed cable (-010) 7.5 m fixed cable (-075) 15 m fixed cable (-150)
housing material	stainless steel 1.4404

integration of	1 x s::can spectrometer probe 4 x s::can sensors or ISE probes
display	color-display 9" TFT
function indicator	4 x LED
operation via	integrated touch-screen (optional) Ethernet - Browser or VNC WIFI - Browser or VNC USB (keyboard, mouse) 3G modem (optional)
operating system	Linux
main memory	2 GB RAM
onboard memory	16 GB
interface to s::can spectrometric probes	M12 RSTS 8Y (IP67), RS485, Ethernet
interface to s::can sensors	4 x sys plug, RS485
interface to third party sensors	Modbus RTU/TCP, analog inputs
network connection	802.11n a/b/g WIFI 300Mb/s Ethernet LAN 1 Gb/s worldwide 3G HSPA+
interface to SCADA	Modbus RTU/TCP, Profibus DP (optional) SDI-12 (optional) analog outputs

measuring principle	fluorescence
resolution	0.01 mg/l O
accuracy (standard solution)	O2: +/- 0.02 mg/l or +/- 1 %* (*whichever is greater
response time (T90)	60 ... 0 sec.
reference standard	saturated sodium sulfite solution
integrated temperature sensor	0 ... 50 °C
resolution temperature sensor	0.2 °C
integration via	con::cube con::lyte con::nect
power supply	6 ... 16 VDC
power consumption (max.)	0.32 W
interface to s::can terminals	sys plug (IP67), RS485
cable length	10 m
housing material	CPVC, stainless steel, epoxy

measuring principle	amperometric
measuring principle details	potentiostatic 3-electrode system
resolution	E-520-1 and E-525-1: 0.001 mg/l E-520-2 and E-525-2: 0.01 mg/l)
automatic compensation instrument	temperature
automatic compensation cross sensitivities	pH
response time (T90)	2 min
integration via	con::cube con::lyte con::nect
power supply	9 ... 30 VDC
power consumption (typical)	0.5 W
power consumption (max.)	0.6 W

measuring principle	ISE
measuring principle details	NH4-N: ionophore membrane K: ionophore membrane pH: non-porous reference electrode NO3-N: ionophore membrane
resolution	NH4-N, K, NO3-N, Cl, F: 0.01 at 0.02 ...19.99 mg/l 0.1 at 20.0 ... 99.9 mg/l 1 at 100 ... 1000 mg/l T: 0.1 °C
accuracy (standard solution)	NH4-N: +/-3% or +/-0.1mg/l(whichever is greater)
automatic compensation cross sensitivities	E-532-pro-xxx: temp, K E-532-pro-pH-xxx: temp, pH, K E-532-pro-NO3-N-xxx: temp, K
precalibrated ex-works	all parameters
response time (T90)	60 ... 0 sec
integration via	con::cube con::lyte con::nect
power supply	10 ... 30 VDC
power consumption (typical)	0.72 W
interface to s::can terminals	sys plug (IP67), RS485

measuring principle detail	combined, non-porous reference electrode
resolution	1 mV
accuracy (standard solution)	+/- 10 mV
response time (T90)	30 ... 0 sec
integrated temperature sensor	0 ... 90 °C
integration via	con::cube , con::lyte , con::nect
power supply	9 … 18 VDC
power consumption (typical)	0.8 W
power consumption (max.)	1W
interface to s::can terminals	sys plug (IP67) , RS485
cable length	7.5 m fixed cable (-075) plug connection (-000)
housing material	Stainless steel 1.4435 FDA-approved PEEK

measuring principle	spectrometry
resolution	COD: 0.035 mg/l color: 0.07 Hazen UV254: 0.105 Abs/m
accuracy (standard solution)	COD: 5 mg /l or +/- 2.5 %* color: 7 Hazen or +/- 2.5 %* UV254: 1 Abs/m or +/- 2.5 %* (*whichever is greater)
automatic compensation cross sensitivities	E-532-pro-xxx: temp, K E-532-pro-pH-xxx: temp, pH, K E-532-pro-NO3-N-xxx: temp, K
precalibrated ex-works	all parameters
reference standard	distilled water
onboard memory	512 MB
integrated temperature sensor	20 ... 70 °C
resolution temperature sensor	0.06 °C
power supply	10 ... 18 VDC
power consumption (typical)	20 mA @ 12V
power consumption (max.)	200 mA @ 12V

measuring principle	potentiometric
measuring principle details	combined, non-porous reference electrode
resolution	0.01 pH
accuracy (standard solution)	0.1 pH
automatic compensation cross sensitivities	temperature
response time (T90)	30 ... 0 sec.
integrated temperature sensor	0 ... 90 °C
power supply	9 ... 18 VDC
power consumption (typical)	0.8 W
power consumption (max.)	1W

measuring principle	optical
measuring principle detail	infrared (880nm)
measuring range application	0.25 … 30 g/l TSS/MLSS (E-505-1-075) 0 ... 1500 mg/l TSS (E-505-2-075)
resolution	10 mg/l between 1000 and 9999 mg/l 100 mg/l above 10 g/l 1 mg/l below 1000mg/l
repeatability	± 1 %
automatic compensation instrument	temperature
response time	60 ... 0 sec
power supply	6 ... 16 VDC
power consumption (max.)	0.32 W

measuring principle	ISE
measuring principle detail	F: ionophore membrane reference electrode
measuring range application	0.05 ... 1000 mg/l
automatic compensation instrument	temperature
potential interfering ions	OH- (at >pH8) Al3+ Ca2+ Fe3+ Si4+
precalibrated ex-works	all parameters
integration via	con::cube con::lyte con::nect
power supply	10 ... 30 VDC
power consumption (typical)	0.72 W

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spectro::lyser V3

Pipe::scan

i::scan

con::cube V3

pH::lyser

Carbo::lyser V3

Chlori::lyser

Ammo::lyser

Redo::lyser

Condu::lyser

Oxi::lyser

spectro::lyser titanium pro

uv::lyser V3

soli::lyser

fluor::lyser

nitro::lyser V3

con::lyte

condu::lyser

Description

Features

Specification

spectro::lyser V3

Description

Features

Specification

Pipe::scan

Description

Features

Specification

Redo::lyser

Description

Features

Specification

Con::cube V3

Description

Features

Specification

Oxi::lyser

Description

Features

Specification

Chlori::lyser

Description

Features

Specification

Ammo::lyser

Description

Features

Specification

i::scan

Description

Features

Specification

pH::lyser

Description

Features

Specification

Carbo::lyser V3

Description

Features

Specification

spectro::lyser titanium pro

Description

Features

Specification

uv::lyser V3

Description

Features

Specification

soli::lyser

Description

Features

Specification

fluor::lyser

Description

Features

Specification

nitro::lyser V3

Description