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Related Manuals for Badger Meter s::can i::scan Y01 Series
Summary of Contents for Badger Meter s::can i::scan Y01 Series
- Page 1 Manual i::scan December 2022 Release S-297-M...
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Page 3: Table Of Contents
Copyright © s::can GmbH i::scan, 12-2022 Release Table of Contents General Safety Guidelines Declaration of Conformity Special Hazard Warning Technical Description Intended Use Functional Principle Product Storage and Transport Scope of Delivery Product Updates, Other Installation Environment Mounting 4.2.1 Mounting with Probe Carrier for submersed Installation (F-110-ISCAN / F-120-ISCAN / F-130-ISCAN) 4.2.2 Monting of Railing Bracket / Fixing Adapter (F-15) - Page 4 i::scan, 12-2022 Release Copyright © s::can GmbH Calibration Types of Calibration Performing a Calibration 6.2.1 Calibration using con::lyte 6.2.2 Calibration using moni::tool Data Management Data Storage Data Transfer Data Visualisation Function Check Check of System / Monitoring Station Check of Readings Check of Probe / Sensor Integrity (Function Check) 8.3.1 Performing a Function Check using con::lyte...
- Page 5 Copyright © s::can GmbH i::scan, 12-2022 Release Accessories 11.1 Installation 11.1.1 Connection Cable 11.1.2 Extension Cable 11.1.3 Probe Mounting 11.1.4 Railing Bracket / Fixing Adapter 11.1.5 Flow Cell Setup Clean Water 11.1.6 Flow Cell Setup Clean Water autobrush 11.1.7 Multi Flow Cell Setup Clean Water 11.1.8 Multi Flow Cell Setup Clean Water autobrush 11.1.9...
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Page 6: General
i::scan, 12-2022 Release Copyright © s::can GmbH General This manual contains, firstly, general information (chapter 1) and safety guidelines (chapter 2). The next chapter (chapter 3) provides a technical description of the s::can product itself as well as information regarding transport and storage of the product. In further chapters the installation (chapter 4) and the initial startup (chapter 5) are explained. -
Page 7: Safety Guidelines
Copyright © s::can GmbH i::scan, 12-2022 Release Safety Guidelines Installation, electrical connection, initial startup, operation and maintenance of any s::can pro- duct as well as complete s::can measuring systems must only be performed by qualified per- sonnel. This qualified personnel has to be trained and authorised by the plant operator or by s::can for these activities. The qualified personnel must have read and understood this manual and have to follow the instructions contained in this manual. For proper initial startup of complete s::can measuring systems, the manuals for the controller and software used for operation (e.g. -
Page 8: Technical Description
i::scan, 12-2022 Release Copyright © s::can GmbH Technical Description Intended Use All i::scan probes are compact multi-wavelegth probes, designed for continuous online measurement of absorpti- on spectra (UV, UV-Vis, NIR and derived parameters) with high quality. The i::scan can be operated either directly submersed in liquid media (in-situ) or in by-pass via flow cell setup. Furthermore small samples of the medium can be measured with help of the multifunctional slide. -
Page 9: Product
Copyright © s::can GmbH i::scan, 12-2022 Release Product The i::scan probes are available with two different optical path length (OPL) depending on the application. i::scan for measurement of rather clean water (i.e. lower concentration range) with 35 mm OPL and i::scan for measure- ment of waste water (i.e. higher concentration range) with 5 mm OPL. Furthermore the i::scan can be equipped either with a plug connector (Yxx-x-x-000) for installation in flow cell or with a fixed cable 7.5 m (Yxx-x-x-075) or 15 m (Yxx-x-x-150) for submersed installation. - Page 10 i::scan, 12-2022 Release Copyright © s::can GmbH The device is typified by a type label, as shown below, that contains the following information: ■ Manufacturer‘s name and country of origin ■ Several certification marks ■ Device name ■ QR code to s::can Support ■ Part number (Type) ■ Bar code ■ Device serial number (S/N) ■ Information on power supply ■...
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Page 11: Storage And Transport
Copyright © s::can GmbH i::scan, 12-2022 Release Dimensions of i::scan with 35 mm OPL Dimensions of i::scan with 5 mm OPL Storage and Transport The limiting values for device storage and transport, which are described in the section technical specifications, have to be observed at all times. The device shall not be exposed to strong impacts, mechanical loads or vibra- tions. -
Page 12: Scope Of Delivery
i::scan, 12-2022 Release Copyright © s::can GmbH Scope of Delivery Immediately upon receipt, please check the re- ceived consignment for completeness on the basis of the delivery note and check for any pos- sible damage incurred during shipping. Please inform the delivering dispatcher and s::can immediately in case of any damages in transit. -
Page 13: Installation
Copyright © s::can GmbH i::scan, 12-2022 Release Installation Environment The correct installation of measuring instruments is an important prerequisite for satisfactory operation. Therefore the following checklist for the installation can be used to ensure that all sources for potential operational problems can be ruled out to the greatest possible extent during the installation, allowing the monitoring system to operate properly. -
Page 14: Mounting With Probe Carrier For Submersed Installation (F-110-Iscan / F-120-Iscan / F-130-Iscan)
i::scan, 12-2022 Release Copyright © s::can GmbH ■ The probe cable has to be protected appropriately against cuts or damage induced by foreign objects in the water. ■ In case of shallow water and / or low flow velocities the compressed-air cleaning system may swirl up se- diments surrounding the measuring site (e.g. at the sewerage bottom). As a result the state of the measu- ring medium will not be representative of the normal water quality directly after cleaning. -
Page 15: Monting Of Railing Bracket / Fixing Adapter (F-15)
Copyright © s::can GmbH i::scan, 12-2022 Release 4.2.2 Monting of Railing Bracket / Fixing Adapter (F-15) This section explains the mounting of the railing bracket (fixing adapter) with the extension pipe on the railing in case of a submersed installation. The following parts are included in the delivery of the railing bracket F-15: Fixing adapter for railing Fixing adapter for extension pipe of sensor carrier Fixing clamp for railing (2 inch) -
Page 16: Mounting In Flow Cell For Clean Water (F-46-Iscan Or F-46-Four-Iscan)
i::scan, 12-2022 Release Copyright © s::can GmbH 4.2.3 Mounting in Flow Cell for Clean Water (F-46-ISCAN or F-46-FOUR-ISCAN) This section explains how the i::scan can be installed in the flow cell for clean water. There are two types of flow cells available, a single sensor flow cell (F-46-ISCAN) and a flow cell for an i::scan and up to three additional s::can sensors (F-46-FOUR- ISCAN). Both types of flow cells can be equipped with an autob- rush optionally for automatic cleaning of the i::scan with 35 mm OPL (see section 4.2.4). The flow cell itself [1] can be mounted directly on a so- lid and flat surface (wall, mounting panel, etc.) with the two fixing holders [2]. The position of the flow cell is secured by the mounting bracket [3] (see figure on the right). -
Page 17: Mounting Of Autobrush In Flow Cell For Clean Water (F-446-Iscan Or F-46-Four-Iscan)
Copyright © s::can GmbH i::scan, 12-2022 Release 4.2.4 Mounting of autobrush in Flow Cell for Clean Water (F-446-ISCAN or F-46-FOUR-ISCAN) This section explains how the autobrush for the i::scan with 35 mm OPL can be installed in the flow cell for clean water. There are two types of flow cells available, a single sensor flow cell (F-446-ISCAN) and a flow cell for an i::scan and up to three additional s::can sensors (F-46-FOUR-ISCAN). The installation of the autobrush using the flow cell for clean water is performed by the following steps (see figure on the right also): ■ Unscrew the union nut [1] for fastening of the brush unit [2] and lift it out of the flow cell careful- ly. -
Page 18: Mounting In Flow Cell For Waste Water (F-48-Iscan)
i::scan, 12-2022 Release Copyright © s::can GmbH 4.2.5 Mounting in Flow Cell for Waste Water (F-48-ISCAN) The installation of an i::scan using the flow cell setup for waste wa- ter (part-no. F-48-ISCAN) is performed by the following steps (see figure on the right also): ■ Pull out the U-shaped metal bracket [1] from the flow cell. A flat screw driver can be used to do this, if needed. ■ If an i::scan with 5 mm OPL is used, install the small spacer [2] on the bottom of the flow cell. -
Page 19: Connection Of Compressed Air Cleaning
Copyright © s::can GmbH i::scan, 12-2022 Release The correct configuration of the automatic cleaning is an important prerequisite for satisfactory operation. There- fore the following checklist can be used to ensure that all sources for potential cleaning problems can be ruled out to the greatest possible extent, allowing the monitoring system to operate properly. ■... - Page 20 i::scan, 12-2022 Release Copyright © s::can GmbH The connection of the compressed air hose to the cleaning valve depends on the used type of the valve (B-44 or B-44-2). ■ Cleaning valve B-44 A compressed air hose (to be provided by customer, ID 8 to 9 mm, UV- / ozone resistant) must be used to con- nect the adapter fitting of the pressure connection set to the output side of the cleaning valve (marked with A).
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Page 21: Mounting Of Ruck::sack (F-146-Rs-Iscan)
Copyright © s::can GmbH i::scan, 12-2022 Release 4.3.2 Mounting of ruck::sack (F-146-RS-ISCAN) All needed tools for moun- ting of the ruck::sack are included in the scope of delivery (see figure on the right). Before mounting the ruck::sack ensure that cleaning nozzles for compressed air cleaning are removed from the optical measuring sec- tion (see figure on the right). -
Page 22: Initial Startup
i::scan, 12-2022 Release Copyright © s::can GmbH Initial Startup Once the mounting and installation of the i::scan have been completed and checked (see chapter 4) the initial startup of the s::can monitoring system will require the following actions, in the order presented below: ■... -
Page 23: Probe Initialisation
Copyright © s::can GmbH i::scan, 12-2022 Release Probe Initialisation To enable the operator terminal to operate several probes / sensors simultaneously, it is necessary to assign each probe / sensor its own address. This is done automatically during probe initialization. The connected measuring device is first recognized by the operator terminal via the preset address. If this address is already in use, the ope- rator terminal assigns a new, still free, address for the measuring device and stores this address on the measuring device. -
Page 24: Probe Initialisation Using Moni::tool
i::scan, 12-2022 Release Copyright © s::can GmbH 5.3.2 Probe Initialisation using moni::tool Click the Service tab on the moni::tool screen. Login as Administrator with Password admin1 or your individual user- name. Click on an empty sensor icon (Add new Sensor) to initiate the initialisation process. - Page 25 Copyright © s::can GmbH i::scan, 12-2022 Release During installation the type of the used Turbidity measurement can be selected (Turb ISO or Turb EPA). The selection is confirmed with Ok. moni::tool will install the sensor and switch to the Service display. The new sensor is displayed in the system overview.
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Page 26: Probe Parameterisation
i::scan, 12-2022 Release Copyright © s::can GmbH Probe Parameterisation The number, type and measuring range of the parameters measured by the i::scan are defined by the probe type and cannot be extended or changed. In the following sections all available parameters and the possible measu- ring ranges for the applications clean water (see section 5.4.1), surface water (see section 5.4.2), waste water effluent (see section 5.4.3) and waste water influent (see section 5.4.4) are shown. -
Page 27: Parameter And Measuring Ranges In Waste Water Effluent (Y08-X-E To Y12-X-E)
Copyright © s::can GmbH i::scan, 12-2022 Release 5.4.3 Parameter and Measuring Ranges in Waste Water Effluent (Y08-x-E to Y12-x-E) The table below provides an overview of the available parameters and their measuring range for the i::scan with 5 mm OPL for the application waste water treatment plant effluent. Parameter Unit Measuring range Y08-E Y09-E Y10-E Y11-E Y12-E [mg/l] 0.008 - 500 COLORapp [Hazen] 0 - 3500... -
Page 28: Probe Parameterisation Using Con::lyte
i::scan, 12-2022 Release Copyright © s::can GmbH 5.4.5 Probe Parameterisation using con::lyte After successful probe initialisation (see section 5.3.1) the needed measuring parameters of the i::scan have to be added to the parameter display. This is performed by the following steps: ■... -
Page 29: Probe Parameterisation Using Moni::tool
Copyright © s::can GmbH i::scan, 12-2022 Release 5.4.6 Probe Parameterisation using moni::tool After successful probe initialisation (see section 5.3.2) all parameters available on the probe will be installed and displayed on the Values screen of moni::tool. If not all new parameters are displayed, please check the maximum number of parameters of your monit::tool li- cense. If you want to configure the measuring parame- ters individually, this can be done using the menu item... -
Page 30: Calibration
i::scan, 12-2022 Release Copyright © s::can GmbH Calibration At each measurement the i::scan detects the absorbance at different wavelengths caused by the measured me- dium. This information is used to calculate different parameters (e.g. TOC, COD) based on the global calibration the i::scan is equipped with. Global calibrations are standard spectral algorithms available for specific conditions of typical applications (e.g. municipal waste water, river water, drinking water) in such a way, that the i::scan can be used immediately after delivery. With a local calibration the respective parameters can be adapted to the actual concentrations of the local water matrix, if necessary. -
Page 31: Types Of Calibration
Copyright © s::can GmbH i::scan, 12-2022 Release Types of Calibration Depending on the type of the used controller for operation different types of calibration can be performed. Offset Linear Multi Number of samples 1 sample 2 samples 3 or more samples Modified coefficients offset offset and slope offset and slope con::lyte possible possible not possible con::cube / moni::tool possible possible possible using samples stored on con::cube Performing a Calibration 6.2.1 Calibration using con::lyte... -
Page 32: Calibration Using Moni::tool
i::scan, 12-2022 Release Copyright © s::can GmbH ■ Displays the measured value of the sensor like on the parameter screen (i.e. using the Value current calibration). ■ Within this line the correct value for the measured Sample 1 (laboratory result) has to be en- Lab 1 tered. - Page 33 Copyright © s::can GmbH i::scan, 12-2022 Release This button displays the actual used calibration (Global, Offset, Linear or Multi). Push this but- ton to select the type of calibration you want to perform. The current readings of the parameter will be displayed numerically and graphically.
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Page 34: Data Management
i::scan, 12-2022 Release Copyright © s::can GmbH Data Management Data Storage The following information is stored directly on the sensor: ■ Global calibration for all installed parameters ■ Actual used local calibration for each parameter ■ Readings of sample measurements for each parameter ■... -
Page 35: Function Check
Copyright © s::can GmbH i::scan, 12-2022 Release Function Check A function check might be required for one of the following reasons: ■ Initial startup ■ Routine function check ■ Suspicion of monitoring system malfunction ■ Modification of monitoring system (e.g. integration of additional sensor or device) ■ Change of measuring location Depending on the application (water composition), the probes and sensors connected and the environmental con- ditions a regular function check (weekly to monthly) is recommended. -
Page 36: Check Of Readings
i::scan, 12-2022 Release Copyright © s::can GmbH Check of Readings Check Reason Remark ■ Current readings: ■ No communication to sensor ■ Use arrow buttons Completely displayed. / scroll bar to scroll ■ Parameter error No NaN and no dashes through all displayed ■... -
Page 37: Check Of Probe / Sensor Integrity (Function Check)
Copyright © s::can GmbH i::scan, 12-2022 Release Check of Probe / Sensor Integrity (Function Check) During the software supported function check of the i::scan the operating software of con::cube or con::lyte will guide the user through all necessary steps, where the following is checked: ■... - Page 38 i::scan, 12-2022 Release Copyright © s::can GmbH The flow chart below gives an overview of the procedure of the function check, which can be divided into several steps. Depending on the results of the test measurements that have to be performed in distilled water, these steps will be executed or not. Check readings Sensor integrity ok Not ok Check installation for: - any damage - any clogging Check water supply:...
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Page 39: Performing A Function Check Using Con::lyte
Copyright © s::can GmbH i::scan, 12-2022 Release 8.3.1 Performing a Function Check using con::lyte When using the con::lyte for operation, the result of the function check will be displayed as follow. The quality number defines the next step necessary (see section 8.3). Q > 0 Q = 0 Q < 0 Suspect of strong (Q=2) The probe is fully ope- A new reference mea-... -
Page 40: Performing A Function Check Using Moni::tool
i::scan, 12-2022 Release Copyright © s::can GmbH 8.3.2 Performing a Function Check using moni::tool When using the con::cube for operation, the result of the function check will be displayed as follow. The quality number defines the next step necessary (see section 8.3). ■ Q > 0: ■ Suspect of strong (Q=2) or small (Q=1) window fouling. -
Page 41: Maintenance
Copyright © s::can GmbH i::scan, 12-2022 Release Maintenance Cleaning During routine operation the cleaning of the i::scan, i.e. the optical measuring windows of the instrument, is per- formed automatically (see section 4.3). To clean the probe manually the following is recommended: Before demounting the probe be sure that automatic cleaning is deactivated via operating software (e.g. -
Page 42: Reference Measurement
i::scan, 12-2022 Release Copyright © s::can GmbH Reference Measurement All i::scan will be delivered with a high quality reference measurement and therefore can be used at once. The reference measurement serves to define the zero point of all wavelengths that are measured by the i::scan. A new reference measurement shall only be performed due to result of a performed function check (see section 8.3) or if recommended from your s::can sales partner. -
Page 43: Troubleshooting
Copyright © s::can GmbH i::scan, 12-2022 Release Troubleshooting 10.1 Typical Error Pattern Error Reason Removal ■ Turbidity = 0.008 ■ Reading is below the lower ■ Check if reading is fixed for longer time detection limit but still higher ■ Perform function check than - 0.5 FTU / NTU ■... -
Page 44: Error Messages And Status Messages
i::scan, 12-2022 Release Copyright © s::can GmbH 10.2 Error Messages and Status Messages During execution of a measurement the monitoring system (system status), the measuring device itself (device status) and the result (parameter status) will be checked for possible errors and for plausibility. In case of an error (status bit will be set from 0 to 1) a user message will be displayed to the operator. -
Page 45: System Status
Copyright © s::can GmbH i::scan, 12-2022 Release Timestamp Station 1 ammo::lyser ammo::lyser ammo::lyser ammo::lyser NH4-N - Status NH4-N - Status Measurement interval Status Measured value [ppm] [NH4-N - Measured value] Clean value [ppm] [NH4-N - Clean value] 31.05.2019 12:32 Ok 0x0000 4.25 Ok 0x0000.0000.0000.0000 3.33... -
Page 46: Parameter Status
i::scan, 12-2022 Release Copyright © s::can GmbH Sensor Status Display con::lyte Message moni::tool Reason Removal Error 0xSSSS (D-31x / D-320) 0x0002 - b1 ES101 / 0002 SENSOR MISUSE Operation outside Take the sensor MISUSE the specification out of the medium Medium tempera- (e.g. -
Page 47: Status Messages Vali::tool
Copyright © s::can GmbH i::scan, 12-2022 Release Parameter Status Display con::lyte Message moni::tool Reason Removal Error 0xPPPP (D-31x / D-320) 0x0020 - b5 EP 100 / 0020 Parameter not Parameter not Activate parameter ready activated on the or wait until sensor sensor or sensor is fully operational. -
Page 48: Device Settings
i::scan, 12-2022 Release Copyright © s::can GmbH 10.3 Device Settings In case detailed sensor information or configuration settings have to be checked, the following sections will exp- lain how to find these information when operating the sensor with a s::can operator terminal. 10.3.1 Check of Device Settings using con::lyte Select the entry Manage sensors... in the main menu of the status screen. Select the name i::scan/0/1 in the list of installed sensors, in which the second number (1) indicates the address assigned to the sensor. After confirming the entry Configure... -
Page 49: Check Of Device Settings Using Moni::tool
Copyright © s::can GmbH i::scan, 12-2022 Release 10.3.2 Check of Device Settings using moni::tool For checking the sensor settings click on the i::scan icon within the system overview of the Service tab and select Sensor Settings. Depending on the Service Level (figure below is Service Level Advanced) some or all of the following information will be displayed: ■... -
Page 50: Accessories
i::scan, 12-2022 Release Copyright © s::can GmbH Accessories 11.1 Installation 11.1.1 Connection Cable For operation of i::scan with plug a connection cable is necessary. This is included in the standard order. Name Specification Remark Part-no. C-1-010-SENSOR Cable lenght Assembling ex works Dimensions plug 20 mm outer diameter... -
Page 51: Probe Mounting
Copyright © s::can GmbH i::scan, 12-2022 Release 11.1.3 Probe Mounting For proper horizontal, vertical or inclined submersed installation of the i::scan probe three seperate probe carriers are available. This part can be extended by a pipe (to be provided by the customer) if necessary. For length > 1 m stainless steel pipes or plastic pipes with higher wall thickness are recommended. -
Page 52: Railing Bracket / Fixing Adapter
i::scan, 12-2022 Release Copyright © s::can GmbH 11.1.4 Railing Bracket / Fixing Adapter For proper and easy mounting of installation pipes onto the railing a seperate fixing adapter carries is available. Name Specification Remark Part-no. F-15 Material Stainless steel Dimensions 158 / 267 / 73 mm W / H / D 6.22 / 10.51 / 2.87 inch Weight approx. -
Page 53: Flow Cell Setup Clean Water Autobrush
Copyright © s::can GmbH i::scan, 12-2022 Release 11.1.6 Flow Cell Setup Clean Water autobrush For measurement of sample stream outside the medium with a spectrometer probe in such applications, where fouling of the measuring windows may occur and au- tomatic cleaning with compressed air is not sufficient or not applicable, a separate flow-through installation with an automatic brush is available. -
Page 54: Multi Flow Cell Setup Clean Water
i::scan, 12-2022 Release Copyright © s::can GmbH 11.1.7 Multi Flow Cell Setup Clean Water For measurement of sample stream outside the medium with an i::scan and up to 3 additional s::can sensors a separate flow-through installation is available. Name Specification Remark Part-no. F-46-FOUR-ISCAN for 5 or 35 mm OPL Material POM-C black flow cell... -
Page 55: Multi Flow Cell Setup Clean Water Autobrush
Copyright © s::can GmbH i::scan, 12-2022 Release 11.1.8 Multi Flow Cell Setup Clean Water autobrush For measurement of sample stream outside the medium with an i::scan with 35 mm OPL and up to 3 additional s::can sensors in such applications, where fouling of the measuring windows may occur, a separate flow-through installation with an automa- tic brush is available. -
Page 56: Flow Cell Setup Waste Water
i::scan, 12-2022 Release Copyright © s::can GmbH 11.1.9 Flow Cell Setup Waste Water For measurement of waste water sample stream outside the medium with an i::scan a separate flow-through installation is available. Name Specification Remark Part-no. F-48-ISCAN suitable for all OPL Material Dimensions 90 / 177 mm H / D 3.54 / 6.97 inch Weight... -
Page 57: Autobrush
Copyright © s::can GmbH i::scan, 12-2022 Release 11.2.2 autobrush For automatic cleaning of the i::scan with 35 mm OPL a rotating brush unit is availa- ble. This auto::brush will be mounted into the matching flow cell. Name Specification Remark Part-no. F-446-M-ISCAN-DW stainless steel version F-446-M-ISCAN-TI titanium version F-446-M-ISCAN-PS pipe::scan Power supply 10.5 to 14.5 VDC Power consumption 1.2 W (typ.) -
Page 58: Ruck::sack
i::scan, 12-2022 Release Copyright © s::can GmbH 11.2.3 ruck::sack For automatic cleaning of the i::scan installed submersed with brushes a cleaning device is available. This ruck::sack will be mounted on the probe housing. Regarding mounting please refer to section 4.3.2. Name Specification Remark... -
Page 59: Maintenance
Copyright © s::can GmbH i::scan, 12-2022 Release 11.3 Maintenance 11.3.1 Cleaning Brush For easy and proper manual cleaning of the measuring windows of the i::scan a spe- cific brush is available. This is especially suited for mechanical removal of persistent window fouling. Name Specification Remark Part-no. B-60-2 for OPL 5 and 35 mm Dimensions 200 mm length... -
Page 60: Technical Specifications
i::scan, 12-2022 Release Copyright © s::can GmbH Technical Specifications Name Specification Remark Part-no. Y01-x-x-xxx to Y06-x-x-xxx i::scan with 35 mm OPL Y08-x-x-xxx to Y12-x-x-xxx i::scan with 5 mm OPL see section 3.3 for further details Measuring parameter depending on type see section 5.4 Measuring principle multi-wavelegth spectrometry with automatic compensation of lamp... - Page 61 Copyright © s::can GmbH i::scan, 12-2022 Release Name Specification Remark Sensor cable length 1.0 m connection cable -000, to be ordered seperately 7.5 m fixed cable -075 15.0 m fixed cable -150 Sensor cable specification PUR (polyurethane jacket), 22 min. bending radius 5 cm, no buck- AWG, 6.3 mm (outside diameter), ling allowed at probe connection -30 to 80 °C (-22 to 176 °F) Sensor cable assignment...
- Page 62 i::scan, 12-2022 Release Copyright © s::can GmbH 62 / 64 www.s-can.at...
- Page 64 s::can GmbH Brigittagasse 22-24, 1200 Vienna, Austria Tel.: +43 (0) 1 219 73 93 - 0 Fax: +43 (0) 1 219 73 93 - 12 office@s-can.at www.s-can.at...
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