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Summary of Contents for Evoqua Rivo DEPOLOX-R
- Page 1 Rivo™ Series Flow Cell Modules ® ® DEPOLOX -R, DEPOLOX Pool-R, Varia Sens™-R Instruction Manual · Issue 01-0624 · EN...
- Page 2 Evoqua assumes no respon- sibility for the completeness of this information. Users are responsible for making sure that the product is suitable for specific applications. Evoqua assumes no liability for specific or indirect damage or consequential damage arising from the sale, resale or misuse of its products.
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Page 3: Table Of Contents
Extensions and modifications......14 6.2.3 Varia Sens™-R (Mod. D10) ......32 Electrical power..........14 Configuration options ........33 IT security............14 Safety instructions for specific operating phases............15 2.10 Warranty conditions ........16 2.11 Liability for defects .........16 Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... - Page 4 - DEPOLOX®-R only ........62 7.9.3 Filling with electrode cleaning sand 11.6 Cleaning or replacing the fine filter....63 - DEPOLOX®-R and 11.7 Cleaning the flow rate monitor and DEPOLOX® Pool-R only........50 check valve ............ 64 W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
- Page 5 Spare parts, accessories, retrofit kits ..77 13.1 Maintenance part set and wear parts.....78 13.2 Sensors ............81 13.3 Membrane sensors ........84 13.4 Multi-Sensor ...........86 13.5 Optional accessories........86 13.6 Flow-through Adapters - Erweiterungen ..86 Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 6: General Notes
• The owner/operator is responsible for ensuring com- pliance with the relevant accident prevention regula- tions, other statutory provisions and the accepted rules of safety engineering. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 7: Information In The Instruction Manual
The German-language version is the original version. All sensor are referred to as the sensor. other language versions are translations of the original Details of the actual equipment may differ from those version. shown in the illustrations. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 8: Digital Instruction Manual
You can download the digital version of the instruction The type plate is affixed to the device. The type plate iden- manual from the official website of Evoqua Water Technol- tifies the specific device. Please use or state this informa- ogies GmbH. -
Page 9: Warnings And Safety Instructions
Failure to comply leads to fatal or serious injury. Failure to comply may lead to serious material damage and impair functionality. WARNING Possible danger Failure to comply may lead to fatal or serious injury and to significant material damage. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 10: Notes And Information
The following representations are used in these operating instructions: Instructions for action 1 Carry out action 2 Consequence of action 3 Further consequence of action => result/goal of the action List • List/list item • List/list sub-item W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 11: Safety
The device operates with liquids. For this rea- in the contract and under the installation, operating, son, DIN EN IEC 62368/60950 must be and environmental conditions specified in this instruc- observed when connecting the devices. tion manual. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 12: Improper Use
The Rivo™ System must not be operated with flam- owner/operator of the installation bears sole responsi- mable liquids. bility for consequences of any use that does not con- form with the installation’s intended use. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 13: General Safety Instructions
Modifications to the device other than those described in this instruction manual are not permissible. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 14: Personnel Qualification
The operating company must train all persons handling device that affect safety. the system, device, components, substances etc. and inform them of possible hazards. It is the responsibility of the operating company to monitor personnel qualification. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 15 When assessing spe- cialist training, a period of several years’ employment in the respective field may also be taken into consideration. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 16: Spare Parts/Components
The electronic module may only be put into operation when the housing is closed, and must be connected to protective earth. Power cables must be connected in accordance with the wiring diagram. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 17: Safety Instructions For Specific Operating Phases
Inform the responsible per- using high-pressure steam! son/authority immediately of any detected changes (including any changes in the operating perfor- mance)! Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 18: Warranty Conditions
Only approved calibration chemicals may be used • The device must not be exposed to frost or explosive environments. • The prescribed maintenance work must be carried • Use of original spare parts W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 19: Delivery, Transport And Storage
If necessary, contact your regional or local authorities for non-pressurised version details of collection points and options for separating and collecting waste. W3T566013 Varia Sens™-R, pressurised version W3T173182 Mounting accessories W3T566486 Instruction manual, English Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 20: Required Components
(gold version) W3T172052 Conductivity sensor W2T840142 Fluoride sensor W3T570399 Membrane sensor FC2 M12 (free chlorine) W3T570400 Membrane sensor CD10.1 (chlorine dioxide) W3T570451 Membrane sensor OZ10.1 (ozone) W3T570398 Membrane sensor TC3 M12 (total chlorine) W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 21: Optional Accessories
• Do not expose the device to shocks, moisture, rain, frost, heat or direct sunlight. • Observe the specified temperatures for transport and storage (see Technical Data). Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 22: Storage
• Observe the specified temperatures for storage (see Technical Data). • Regularly check the general condition of the device and the packaging. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 23: Technische Daten
Differential pressure (inlet/outlet) min. 0.25 bar (min. 3.63 psi) Back-pressure Non-pressurised version: free drain Pressurised version: max. 1.5 bar When using membrane sensors: max. 0.5 bar (7.25 PSI). No pressure impulses or vibrations. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... - Page 24 252 x 375 x 155 mm (9.92 x 14.76 x 6.1“) Weight Approx. 2.5 kg Working temperature 0 ... +50° C (32 ... 122 °F) Transport and storage -10 ... +50 °C (14 ... 122 °F), without electrolyte temperature W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
- Page 25 Technische Daten Rivo™ Series Flow Cell Module ® The HOCl curve describes the influence of the pH value on the DEPOLOX Abb. 2 HOCI curve Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
- Page 26 252 x 375 x 155 mm (9.92 x 14.76 x 6.1“) Weight Approx. 2.5 kg Working temperature 0 ...+50 °C (32 ... 122 °F) Transport and storage temperature -20 … +70 °C (-4 … 158 °F) W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
- Page 27 252 x 375 x 155 mm (9.92 x 14.76 x 6.1“) Weight Approx. 2.5 kg Working temperature 0 ... +50° C (32 ... 122 °F) Transport and storage temperature -20 … +70 °C (-4 … 158 °F) Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 28: Design
Filter unit (with an optional fine filter) Holding bracket for cup or bag 10 Multi-Sensor 11 Holding bracket for sensor 12 Sensors ® Fig. 1 DEPOLOX -R Flow Cell Module (Mod. D10) W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 29 Filter unit (with an optional fine filter) Cell body Holding bracket for cup or bag Plastic housing Multi-Sensor Flow control valve 10 Holding bracket for sensor Drain/sampling opening 11 Sensors Sample water inlet with shut-off ball valve Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
- Page 30 Holding bracket for sensor Holding bracket for cup or bag NOTICE Two holding brackets are installed in the housing cover. These are inserted on the side at the back of the main housing. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
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Page 31: Description, Function And Configuration Options
The multi-sensor monitors the correct flow following the float principle with reed switch and records the tempera- ture with a Pt1000 sensor. Large-area sample water earthing is via the stainless steel housing of the multi-sensor. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... - Page 32 The electrode cleaning sand must be of the flow control valve (for calibration) or to drain the cell refilled and replaced repeatedly and prevents the natural body for servicing purposes. contamination of the electrode surfaces. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
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Page 33: Depolox® Pool-R (Mod. D10)
(for calibration) or to drain the cell The flow control valve ensures a sample water flow that is body for servicing purposes. not dependent on the operating pressure. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 34: Varia Sens™-R (Mod. D10)
The multi-sensor monitors the correct flow following the float principle with reed switch and records the tempera- ture with a Pt1000 sensor. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 35: Configuration Options
Redox Sensor - Platinum version or gold version Conductivity Sensor 60 mS oder 600 µS Fluoride Sensor Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... - Page 36 To do this, the standard festes Durchfluss-Modul beträgt der maximal zulässige cell body cover must be replaced with the optional cell Betriebsdruck 0,5 bar (7,25 PSI)! Keine Druckstöße oder body cover W3T417351. Schwingungen. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
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Page 37: Installation
The device operates with liquids. For this rea- son, DIN EN IEC 62368/60950 must be The assembly accessories included in the scope of observed when connecting the devices. delivery must be used for installation. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 38: Requirements With Regard To The Environment And Installation Location
• Do not install the device outdoors. • Do not expose the device to strong vibration or impact, magnetic fields or electromagnetic radiation. • Provide sufficient aeration and ventilation. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 39: Installation Location For Drinking Water, Industrial Water And Waste Water
Note that longer soak time prevents chlorine addition con- trol based purely on excess chlorine. Instead, combined flow and excess chlorine dependent control must be used. This also applies to the use of chlorine, chlorine dioxide and ozone as disinfectant. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 40: Installation The Device
30 m must be used. Required material and tools: • top-hat rail (optional) • screws and dowels (assembly accessories) • drill • screwdriver W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 41: Installation With Top-Hat Rail
2 Hook the electronics module and the flow cell module onto the tallow-drop screws. 3 Fasten the electronics module and the flow cell module to the solid wall at the bottom by the brackets using dowels and screws. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 42: Assembly Drawings
Installation Rivo™ Series Flow Cell Module Assembly drawings ( Montageschiene / mounting rail ) BZ-1588_003 13,5 13,5 46,5 175,5 31,5 28,5 min. 90 Img. 5 Flow Cell Module and Electronics Module W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 43 Installation Rivo™ Series Flow Cell Module BZ-1588_003 Img. 6 Flow Cell Module and Electronics Module Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 44: Removing And Fitting The Housing Cover
• Position the housing cover at the bottom and carefully press it upward until the housing cover engages on the unlocking buttons. Img. 7 View of top of housing cover Unlocking buttons W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 45: Installing A Fine Filter (Optional)
O-ring (3) is fitted correctly. Installation position flush as far as the stop. 4 Fit the complete filter unit (1). Observe the correct installation position (top/bottom). 5 Tighten the knurled nuts (2) again. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 46: Installing The Optional Strainer (Optional)
The location of the sample water inlet must be 3 Connect sample water inlet (3). selected in such a way that a representative water sample and a continuous bubble-free sample water flow are guaranteed. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 47 0.25 bar (3.63 psi). If the pressure is lower, an optional booster pump must be used. admission pressure exceeds 3.0 bar (43.51 psi), an optional pressure reducing valve must be used. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 48: Sample Water Inlet And Outlet With Rigid Pipework
Section, flow cell module, pressurized version 1 Sample water inlet with ball valve 2 Drainage/sample extraction (drain at the drain screw) 3 Sample water outlet with ball valve (only on pressur- ized version) W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 49: Sample Water Inlet And Outlet With Hose Connection
2 Unscrew the cap (5) by turning it to the left as far as (1). the marker (see Abb. 14). Take care not to disconnect • Push the locking ring (2) on until the union nut (3) the signal cable! engages with the connecting threads. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... - Page 50 7 Screw the knurled nut (1) back onto the complete electrode mount (2) by hand. Fig. 15 Section, installation position of felt ring Knurled nut Complete electrode mount Cell body Felt ring Marker Fig. 13 Section, cell body W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
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Page 51: Remove And Replace Transport Plug
Carefully unscrew and remove the knurled nut and tight. screw it on again hand-tight. Non-pressurized version Fig. 16 Section, cell body cover Transport plug (yellow) Stopper (with white venting rod) Knurled nut 3-electrode measuring cell Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 52: Filling With Electrode Cleaning Sand - Depolox®-R And Depolox® Pool-R Only
2 Remove the long transport plug (1) from the 3-elec- trode measuring cell (4) and replace it with the short stopper (3) provided. 3 Carefully screw the knurled nut (2) on again hand- tight. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 53: Depolox®-R (Mod. D10)
5 Insert or screw the plug or sensor back into the cell body cover. 6 Re-open the ball valve on the sample water inlet. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 54: Installing And Connecting Sensors
Flow distributor cap • Remove the plug from the location hole on the cell body cover. Pressurized version: • Unscrew the protection plug from the location hole on the cell body cover. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 55 Before use, the fluoride sensor must be placed in a 100 mg/l fluoride solution at pH 7 (e.g. calibra- tion solution) for approximately 24 hours. 3 Connect the sensors to the electronics module. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
- Page 56 Conductivity sensor (60 mS or 600 µS) Membrane sensor FC2 (free chlorine) Membrane sensor TC3 (total chlorine) 10 pH sensor Membrane sensor CD10.1 (chlorine dioxide) 11 LED glow stick (optional) Membrane sensor OZ10.1 (Ozone) W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
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Page 57: Start-Up
Fill with electrode cleaning sand QJ. checking the installation and performing a final Prepare the sensors. inspection. Install sensors in the flow module. • Supply voltage must match the data on the type plate. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 58: Restarting
Board expansion board and Ethernet interface. Check whether sample water monitoring is active. Check whether circulation output or flow rate monitoring are installed. Put the electronics module into operation. See installation instructions for electronics module. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 59: Faults And Remedies
Problems at sample water inlet or Pressure in sample water inlet or outlet Check pressure in sample water inlet. outlet. too high. Flow not correct. Not enough sample water. Check water inlet or outlet. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... - Page 60 Signal cables swapped over or not con- Connect signal cables with the correct nected correctly. nected correctly. color coding. ® DEPOLOX -R only. Sensor does not react. Sensor possibly not installed correctly. Check sensor installation. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
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Page 61: Shut-Down
5 Remove the housing cover of the flow cell module. ® 6 Flush out the electrode cleaning sand (DEPOLOX ® and DEPOLOX Pool-R only). 7 Dismantle and drain the filter unit and the check valve housing. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 62: Maintenance
Chapter Maintenance parts kits and wear parts. Monthly maintenance • Check sensors, clean and calibrate if necessary. • Check fine filter, clean if necessary. Quarterly maintenance • Replace electrolyte of the membrane sensors. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 63: Checking For Leaks
After adding fresh electrode cleaning sand or replacing it, the electrode current may increase slightly for approxi- mately two to three hours. Calibration must therefore be carried out after approx. 3 hours (see operating instruc- tions for electronic module). Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 64: Checking Fill Level And Topping Up Electrolyte Solution - Depolox®-R Only
Checking the diaphragms - DEPOLOX -R only they need to be replaced. Diaphragms are included in the maintenance parts kit. Fig. 20 Section, 3-electrode measuring cell with elec- trolyte storage tank Diaphragms W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 65: Cleaning Or Replacing The Fine Filter
9 Rinse the fine filter with water, replace if necessary. Fig. 21 Section, filter unit 10 Push the fine filter into the filter unit. Ensure that the O-ring is fitted correctly. Entire filter unit Knurled nuts O-ring Fine filter Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 66: Cleaning The Flow Rate Monitor And Check Valve
Fig. 23 Cross-section of the check valve housing Check valve housing (overall view) Flow ball Ball seat Glass ball W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 67 7 Remove the entire filter unit. To do this, loosen both knurled nuts and remove the filter unit toward the front. 8 Carefully pull the complete check valve housing down and out. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
- Page 68 Unisilikon grease pro- vided. 14 Check that the check valve housing is correctly posi- tioned by the guide lugs on the housing. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
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Page 69: Servicing The Depolox®-R
See operating instructions for the sensors. • With the pressurized version, the back pressure in the cell body must always be released via the drain/ sample extraction before removing the cell body cover. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... - Page 70 (e.g. tweezers). 19 Press new diaphragms into the electrolyte storage tank. To do this, lightly moisten the O-rings. 20 Fit electrolyte storage tank into the electrode mount again. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
- Page 71 WRK Working electrode Red dot Red cable => The cell body fills with sample water again. Reference elec- White 31 Reconnect the power supply. trode (center) cable 32 Run calibration. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 72: Servicing The Depolox Pool-R
Possible consequence: Injury or material damage. • With the pressurized version, the back pressure in the cell body must always be released via the drain/ sample extraction before removing the cell body cover. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 73 If necessary, repeat the chlorine calibra- cleaning sand. tion after 24 hours. An initial rotating air bubble at the bottom of the cell body does not affect the measurement. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 74: Servicing The Varia Sens™-R
The frequency of cleaning depends on the degree of con- See separate chapter on replacing and cleaning the fine tamination of the sample water. filter, flow rate monitor and check valve. As a rule, calibration should be performed every four weeks. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 75: Cleaning The Chlorine Sensor
To remove limescale deposits on the glass membrane and the diaphragm, the pH sensor is dipped in hydro- chloric acid (up to 10 %). Here, too, it is essential to rinse the sensor with water or distilled water. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 76: Cleaning The Conductivity Sensor
Contaminant Cleaning agent room temperature Water-soluble Distilled water As required substances Greases and oil Warm water and As required household deter- gent Lime and Hydrochloric acid As required hydroxide 0.1 n deposits W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 77: Cleaning
Never use corrosive cleaning agents (e.g. isopropyl alcohol, spirit, scouring agents)! Clean housing, seals and cables with a moist cloth, if necessary with the addition of a commercially available neutral cleaning agent, and then dry them. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 78: Dismantling And Disposal
7 Pull off the multi-sensor. For details of disposal, see installation instructions for electronics module. 8 Fit the housing cover of the flow cell module again. 9 Store and dispose of the flow module properly and recycle raw materials. W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... -
Page 79: Spare Parts, Accessories, Retrofit Kits
Possible consequence: fatal or serious injury and signi- ficant material damage. • For reasons of safety, only use original spare parts, accessories andretrofit kits. If required, please con- tact our customer service or visit our e-commerce store. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... -
Page 80: Maintenance Part Set And Wear Parts
Electrode cleaning sand (grain size “QK“) W3T158743 W3T158743 KCl electrolyte set W3T165565 W3T165565 Measuring cup (5 pieces) W3T158600 W3T158600 Stopper W3T159961 W3T163746 Fine filter (for membrane sensor) W3T166194 W3T166194 Connector cable combination W3T160702 W3T160702 W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 81 Additionally for the non-pressurised version: fine filter with O-ring Electrode cleaning sand (grain size “Q“) W3T171317 W3T171317 Measuring cup (5 pieces) W3T158600 W3T158600 Fine filter (for membrane sensor) W3T166194 W3T166194 Connector cable combination W3T160702 W3T160702 Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
- Page 82 Special grease UNISILKON, diverse O-rings, ball seat (complete), flat gasket EPDM, measuring cup, fine filter with O-Ring, adhesive label Measuring cup (5 pieces) W3T158600 W3T158600 Fine filter (for membrane sensor) W3T166194 W3T166194 W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
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Page 83: Sensors
W3T172356 Sensor cable W3T271602 Conductivity sensor Measuring module, SiDiSens W3T183616 Conductivity Seal set, pressurised W3T166180 Electrode cleaning sand W3T158743 ® DEPOLOX -R: grain size “QK“ W3T171317 ® DEPOLOX Pool-R: grain size “Q“ Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624... - Page 84 W3T160410 W3T160410 W3T160410 KCl, bottle 250 ml ® KCl electrolyte set, only for DEPOLOX KCl electrolyte set, consists of: W3T165565 KCl gel electrolyte, 3 mol/l KCl (bottle 100 ml), syringe and PVC hose W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
- Page 85 600 µS/cm - bottle 100 ml W3T161187 Calibration solution fluoride 0,2 mg/l - bttle 500 ml W3T161789 2 mg/l - bottle 500 ml W3T161845 100 mg/l - bottle 500 ml W3T161884 Measuring beaker (5 pieces) W3T158600 Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 86: Membrane Sensors
Optional: Please use at increased salt concentration!* Elektrolyt Electrolyte E-FC, 100 ml bottle W3T168101 Electrolyte E-CD7/W, 100 ml bottle W3T168102 Electrolyte E-OZ7/W, 100 ml bottle W3T168105 Electrolyte E-TC, 100 ml bottle W3T171793 W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 87 O ring 20 x 1,5 mm (silicone), electrolyte NOTICE *We recommend using a membrane cap made of plastic (W3T391564) for brine-/salt water up to 4% NaCl within a con- ductivity range of 2.5 to 60 mS/cm. Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
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Page 88: Multi-Sensor
• Strainer and set of fittings for strainer W3T170361 Flow-through Adapter (Mod. D13) • PVC hose or PE hose and accessories Flow Mem-R • Booster pump non-pressurised version • Pressure reducing valves W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH... - Page 89 Rivo™ Series Flow Cell Module NOTES Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
- Page 90 Rivo™ Series Flow Cell Module NOTES W3T566486 Issue 01-0624 | Evoqua Water Technologies GmbH...
- Page 91 Rivo™ Series Flow Cell Module NOTES Evoqua Water Technologies GmbH | W3T566486 Issue 01-0624...
- Page 92 Auf der Weide 10, 89312 Günzburg, Germany +49 (0) 8221 9040 evoqua.com © 2024 Evoqua Water Technologies GmbH Subject to modifications W3T566486 Issue 01-0624...
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