Table of Contents
Advertisement
Quick Links
Advertisement
Table of Contents
Summary of Contents for s::can pipe::scan V1.0
- Page 1 Manual pipe::scan V1.0 June 2019 Release S-37-M...
-
Page 3: Table Of Contents
Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 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 Requirements for Installation... - Page 4 V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH Accessories Installation 9.1.1 Power Supply Cord 9.1.2 Autobrush 9.1.3 Tool Set Spare Parts 9.2.1 Connection Cable 9.2.2 Inlet Strainer 9.2.3 Pressure Sensor 9.2.4 Nano Pump 9.2.5 Deaerator 9.2.6 Insertion Nozzle 9.2.7...
-
Page 5: General
In spite of careful elaboration this manual may contain errors or incompletion. s::can does not assume liability for errors or loss of data due to such faults in the manual. The original manual is published in English and German by s::can. This original manual serves as the reference in case discrepancies occur in versions of the manual after translation into third languages. -
Page 6: Safety Guidelines
This s::can product has been developed, tested and manufactured for electromagnetic compatibility (EMC) and according to applicable European standards, as defined in the declaration of conformity. CE-marks are applied on the device. The declaration of conformity related to this marking can be requested from s::can or your local s::can sales partner or can be downloaded from the s::can Customer Portal. -
Page 7: Technical Description
Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 Release Technical Description Intended Use The pipe::scan is designed for installation of one i::scan and up to three s::can sensors directly on a pressurized water pipe to measure the water quality in-situ. The water flow is directly from the pipe through the pipe::scan base unit and back into the pipe. In all types of applications, the respective acceptable limits, which are provided in the technical specifications in the respective s::can manuals, have to be observed. All applications falling outside of these limits, and which are not authorised by s::can Messtechnik GmbH in written form, do not fall under the manufacturer’s liability. - Page 8 V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH The device is typified by a type label, as shown on the right, that contains the following information: Manufacturer’s name and country of origin Several certification marks Device name Device serial number (S/N) Acceptable pressure range Environment rating (IP) Acceptable temperature range Part number (Type) QR code to s::can Support...
- Page 9 Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 Release Dimensions of pipe::scan in mm and [inch] www.s-can.at 9 / 27...
-
Page 10: Storage And Transport
Immediately upon receipt, please check the received consignment for completeness on the basis of the delivery note and check for any possible damage incurred during shipping. Please inform the delivering dispatcher and s::can immediately in case of any damages in transit. -
Page 11: Installation
Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 Release Installation Environment The correct installation of measuring instruments is an important prerequisite for satisfactory operation. Therefore the following checklist for the installation shall 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 12: Mounting Of Base Unit
V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH Mounting of Base Unit The base unit has to be placed onto the adapter and fixed by the three M8 nuts with washers (supplied in a separate bag included in delivery). Use the torque wrench to fasten the base unit (tightening torque = 18 Nm). The pipe::scan can be rotated by 360° to ensure a suitable orientation for handling. Adjust the position as needed, before tightening the nuts. -
Page 13: Mounting Of I::scan And Autobrush
Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 Release Mounting of i::scan and autobrush Insert the i::scan into the appropriate slot, which is located next to the insertion nozzle of the base unit and ensure that the small holes in the i::scan housing are located exactly above the small notch of the base unit (see yellow marking on the pictures). - Page 14 V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH Ensure that all other free openings of the base unit are covered with plugs and secured by metal brackets before putting the pipe::scan into operation. To demount the sensor, use a flat screw driver to remove the metal bracket first and pull the sensor out. Specific note for installation of pH::lyser: If the sensor is not flat with the base unit after installation and therefore fixing with the metal bracket is not possible, the inner o-ring has to be removed. To that the electrode has to be removed from the sensor, to remove the o-ring (see figure on the right). This...
-
Page 15: Initial Startup
Establish power supply to the con::cube and wait until moni::tool software has started up. Configure the pipe::scan monitoring station (see section 5.8 and con::cube manual). Connection of all Sensors to the Cable Hub The cable hub is equipped with four connection cables for the s::can sensors with sys-plugs and one orange cable with a specific plug for the pressure sensor. Connect the orange cable to the pressure sensor, which is located in the middle of the other sensors first. Then connect the other plugs to the sensors installed in the pipe::scan. The sensor cable, which is approx. -
Page 16: Connection Of Cable Hub To Con::cube
V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH Connection of Cable Hub to con::cube The connection cable of the cable hub has to be wired into the terminal compartment of the con::cube according to the figure on the right and the table below. In addition to the eight used wires of the connection cable, two short wires (red and black) are included in delivery which are needed for bypassing terminals as explained below. -
Page 17: Remove Shut Off Plate
Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 Release Remove Shut off Plate Pull out the shut off plate from the pipe saddle. Mount the cover cap with the washer and screws and fix both screws with wrench size 17 (max. 40 Nm) according to the pictures below. Put Insertion Nozzle into Operation Push the operation nozzle down into operation position and fix it by turning 45° (bajonet lock). Check Water Discharge Carefully open the sample valve and check if water is coming out. Keep it open for a few seconds to ensure no air bubbles are trapped inside the pipe::scan. -
Page 18: Configuration Of Pump
V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH Enter the Sensor name (e.g. Pressure Sensor) and push the button Save. Configure the mA output of the pressure sensor as displayed in the figure on the right and push the button Save. Unit: Resolution: Upper limit: Lower limit: Mode: 4...20mA Error Mode: Limit 5.8.3... -
Page 19: Functional Check
Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 Release Functional Check A functional check might be required for one of the following reasons: Initial startup Routine functional check Suspicion of monitoring system malfunction Modification of monitoring system (e.g. integration of additional sensor or device) Change of measuring location The functional check of the pipe::scan includes the following steps: Check of water flow (see section 5.7) -
Page 20: Maintenance
V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH Maintenance Before performing any maintenance activity, the following steps have to be performed in the order presented below: Unlock the insertion nozzle by turning the bajonet lock 45°. Keep hand on the insertion nozzle because the pressure in the pipe might push up the rod. Pull the rod of the insertion nozzle out by hand, if pipe pressure is too low. -
Page 21: Troubleshooting
Return Consignment (RMA) Return consignments of the s::can monitoring system, or parts of the system, shall be done in a packaging that protects the device (original packaging or protective covering if possible). Before returning a consignment, you have to contact your s::can sales partner or s::can customer support (support@s-can.at). -
Page 22: Accessories
V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH Accessories Installation 9.1.1 Power Supply Cord For connection of the con::cube to power supply a power supply cable is available. Name Specification Remark Part-no. C-31-EU or C-31-US Cable length Weight approx. 300 g... -
Page 23: Spare Parts
Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 Release Spare Parts 9.2.1 Connection Cable If needed, the connection cable used between cable hub and con::cube is available as spare part. Name Specification Remark Part-no. C-410-PS-CABLE Cable length 10 m Interface connection... -
Page 24: Insertion Nozzle
V1.0, 06-2019 Release Copyright © s::can Messtechnik GmbH 9.2.6 Insertion Nozzle If needed, the rectable insertion nozzle installed in the pipe::scan is available as spare part. Name Specification Remark Part-no. F-450-PS-NOZZLE Material stainless steel 1.4404, EPDM Dimensions approx. 420 mm total length... -
Page 25: Technical Specifications
Copyright © s::can Messtechnik GmbH pipe::scan V1.0, 06-2019 Release Technical Specifications Name Specification Remark Part-no. F-450-PS-BASE Dimensions 220 / 450 / 340 mm W / H / D 8.66 / 17.7 / 13.39 inch Required space 250 / 750 / 350 mm... - Page 27 scan Messtechnik 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...