Page 1 Assembly and operating instructions Multi-channel measuring and control system DULCOMARIN 3, single and multi-pool system A2600 Target group: a minimum of trained users, unless otherwise required. Please carefully read these operating instructions before use. · Do not discard. The operator shall be liable for any damage caused by installation or operating errors.
Page 2 Supplemental directives General non-discriminatory approach In order to make it easier to read, this document uses the male form in grammatical structures but with an implied neutral sense. The document is always aimed equally at women, men and gender-neutral persons. We kindly ask readers for their under‐ standing in this simplification of the text.
Page 3: Table Of Contents
Table of contents Table of contents Functional description............7 1.1 Function................ 7 1.2 Overview of the functions..........7 1.3 Open-source software licences........8 Safety and responsibility............9 2.1 Introduction..............9 2.2 Labelling of Warning Information........9 2.3 General safety information.......... 10 2.4 Intended use...............
Page 4 11.2 Global Unit with Local Unit functionality in the plant room................98 DULCOMARIN 3 web server..........99 12.1 Security measure to prevent brute force attacks..99 12.2 Settings on the DULCOMARIN 3......100 12.3 Browser behaviour..........105 12.4 Further information: network technology....105 Component installation............. 108 Integration of the I-module (DXMaI)........
Page 5 Table of contents Interfaces................118 16.1 SD card..............118 16.2 USB port..............119 16.3 Wi-Fi interface (optional)......... 119 Data logger............... 121 Eco!Mode, Normal mode and Superchlorination....122 Operating the device............125 19.1 Home..............125 19.2 System settings............125 19.2.1 Login/logout............125 19.2.2 Setting the language..........
Page 6 Table of contents Calibrating the actuators........... 144 22.1 Calibrating the servomotor of the chlorine gas con‐ trol................144 Flocculant treatment............145 Factory settings of device..........146 24.1 Factory settings for free chlorine measured vari‐ able................. 146 24.2 Factory settings for combined chlorine measured variable..............
Page 7: Functional Description
Functional description Functional description 1.1 Function The measuring and control system DULCOMARIN ® 3 controls the entire range of swimming pools – from private pools to public adventure pools. The measuring and control system DULCOMARIN 3 is used to ® treat swimming pool water.
Page 8: Open-Source Software Licences
Functional description 1.3 Open-source software licences The DULCOMARIN 3 controller may contain firmware with open- ® source software packages. You will find a list in table format of the possible software packages, the licensing conditions for these packages and the source code on the data carrier provided with the controller and on the product and download page for the DUL‐...
Page 9: Safety And Responsibility
The printed version of the assembly and operating instructions is naturally not updated. We would therefore ask you to regularly visit the manufacturer’s homepage www.prominent.com to find out about the new electronic versions of the assembly and operating instructions. These versions may contain, among other things, information about new fault remedies or spare parts.
Page 10: General Safety Information
Safety and responsibility CAUTION! Nature and source of the danger Possible consequence: Slight or minor injuries. Material damage. Measure to be taken to avoid this danger. – Denotes a possibly hazardous situation. If the situation is disregarded, it could result in slight or minor injuries.
Page 11 Safety and responsibility WARNING! Danger from hazardous substances! Possible consequence: Fatal or very serious inju‐ ries. Please ensure when handling hazardous sub‐ stances that you have read the latest safety data sheets provided by the manufacture of the haz‐ ardous substance. The actions required are described in the safety data sheet.
Page 12: Intended Use
Safety and responsibility The limit values of the control need to be permanently activated with swimming pool controllers. 2.4 Intended use The unit is designed to measure and regulate water treatment in a swimming pool with one or more pools. The unit’s range of application extends to industry and residential.
Page 13: User Qualification
Safety and responsibility 2.5 User qualification WARNING! Danger of injury with inadequately qualified per‐ sonnel The operator of the system / equipment is respon‐ sible for ensuring that the qualifications are ful‐ filled. If inadequately qualified personnel work on the unit or loiter in the hazard zone of the unit, this could result in dangers that could cause serious injuries and material damage.
Page 14: Network Security
Responsibility for network security lies with the operator of the system. ProMinent GmbH in particular is not liable for any consequences resulting from inadequate security measures and the potential misuse of the user’s identification features.
Page 15: Operating Concept
Operating concept Operating concept 3.1 Video tutorials in the video library Home display > Hamburger menu > System settings > Video library. System settings 2022-06-22 14:21:28 START Login Not assigned Language Video library Tutorials Display, colour scheme, screen lock, Display maintenance interval, date, time Unit settings, Software update, System...
Page 16: Operating Elements
Operating concept 3.2 Operating elements Operating elements The device is operated by a touchscreen as a combined input and output interface between man and machine (HMI). The capacitative touchscreen display provides an overview of all functions. It reacts like a smartphone. System overview System designation 2018-06-22...
Page 17 Operating concept Help topics Pool name 2018-11-06 14:21:28 STOP STOP Operating elements System 1... 3 System information Pool name 1 06/11/2017 14:21:28 Menu Page index active pool Start/Stop START active pool Pool Home back Start screen Alarms Settings Errors & warnings Calibrate Recorder Pool measured value...
Page 18: Pictograms Used As Operating Elements
Operating concept 3.2.1 Pictograms used as operating elements Tab. 2: Pictograms used as operating elements. Picto. Name Meaning and function Active pictograms are highlighted, while inactive pictograms remain dimmed. Only the active pictograms can be actuated. System alarms This key immediately opens the global list with all system alarms. Calibration This key immediately opens the calibration menu.
Page 19: Navigation Levels
Operating concept 3.3 Navigation levels Login Login System designation 2018-06-22 14:21:28 Select user A2532 Fig. 4: Login interface Selecting the user Login System designation 2018-06-22 14:21:28 alias User1 Service Name User2 User Select user A2533 Fig. 5: User selection interface...
Page 20: Entering A Pin/Puk
Operating concept 3.3.1 Entering a PIN/PUK Entering a PIN/PUK Entering a PIN Login System designation 2018-06-22 14:21:28 alias User1 Service A2534 Fig. 6: PIN entry interface You can enter the PIN you have assigned here. Entering a PUK If you cannot remember your PIN, you can enter the PUK. The PUK is supplied with the device and can be found in a sealed envelope.
Page 21: Interactions
Operating concept User settings 2021-06-22 cNet 14:21:28 START User accounts ChangeUser Supervisor Please change default user! PIN: 1234 Service + New us e r acc oun t A3392 Fig. 8: You will be asked for your PUK in this menu. You can only use the PUK in this menu when the PIN is requested.
Page 22: Navigation Levels
Operating concept 3.3.3 Navigation levels Help topics System designation 2018-06-22 14:21:28 STOP STOP Navigation levels (principle) System 1... 3 System level Pool level System overview Detail level A2517 Fig. 10: Navigation levels (principle) Swipe between the pages of a level e.g. 1.1-1.3. Tapping on a level takes you one level lower in the menu if this is possible.
Page 23 Operating concept System measured values System measured values System designation 2018-06-22 14:21:28 STOP Temp Free chlorine System 1... 3 30.8 0.96 0.0 % 1.0 % 1.0 % 8.0 % 0.00 0.0 % 0.0 % 0.0 % 0.0 % 0.00 0.0 % 0.0 % 0.0 % 0.0 %...
Page 24 Operating concept 3.3.3.2.2 Measured values of pools, details Measured values pool System 1 2018-06-22 14:21:28 Setpoint Dosing START 9.00 6.00 0.00 Setpoint Dosing °C °C Temperature Setpoint System overview A2507 Fig. 14: Detailed pool display interface. This display is more detailed as the set limit values are also dis‐ played here.
Page 25 Operating concept 3.3.3.2.3 Screen recorder Recorder System 1 2018-06-22 14:21:28 START Temperature Free chlorine Value Value Value Value System overview A2508 Fig. 15: Screen recorder mode interface. This is the screen recorder : tapping on it takes you to the next page of the display.
Page 26 Operating concept 3.3.3.2.5 Pool settings Pool settings System 1 2022-06-22 14:21:28 STOP Settings Eco!Mode Settings Superchlorination Settings Timer details operating mode Background image, select pool geometry, Settings pool name E-mail E-mail alarms, settings Circulation control Circulation timer, Circulation capacity parameters via mA module DXMaIO System overview A2514...
Page 27: Access To The Setting Menus
Access to the setting menus Access to the setting menus You can use various means of access to access the controller’s setting menus: Hamburger menu with access to the system. Hamburger menu with access to the selected pool. Cog wheel icon Swiping and tapping on the display.
Page 28: Pool
Access to the setting menus 4.2 Hamburger menu with access to the selected pool You can make all the adjustments that affect a certain pool in the hamburger menu with access to the selected pool. The pool in question is selected by tapping on the required pool before acti‐ vating the hamburger menu Menu item Destination of the menu item...
Page 29: Cog Wheel Icon
Access to the setting menus 4.3 Cog wheel icon ‘System settings’ The cog wheel icon takes you to the Ä Chapter 19.2 ‘System settings’ on page 125 menu item. The ‘System settings’ menu item contains the following sub-menus: Menu item Sub-menu item for which Destination of the menu item parameters are to be set...
Page 30: Swiping And Tapping On The Display
Access to the setting menus Menu item Sub-menu item for which Destination of the menu item parameters are to be set Functional test Log books, network configura‐ Ä Chapter 19.2.13 ‘Functional test’ on page 130 tion Default settings Complete system Ä...
Page 31: Storage And Transport
Storage and transport Storage and transport User qualifications, storage and transport: trained personnel Ä Chapter 2.5 ‘User qualification’ on page 13 CAUTION! Danger of material damage The device can be damaged by incorrect or improper storage or transportation! – The unit should only be stored or transported in a well packaged state - preferably in its original packaging.
Page 32: Assembly And Installation
Assembly and installation Assembly and installation 6.1 Installation site and ambient conditions User qualification, mechanical installation: trained and qualified Ä Chapter 2.5 ‘User qualification’ on page 13 personnel User qualification, electrical installation: Electrical technician Ä Chapter 2.5 ‘User qualification’ on page 13 Installation site and ambient conditions: The controller meets the requirements for degree of protection IP 67 (housing, closed) or IP 20 (housing, open) and for leak-...
Page 33: Installation, Mechanical
Assembly and installation 6.3 Installation, mechanical User qualification, mechanical installation: trained and qualified Ä Chapter 2.5 ‘User qualification’ on page 13 personnel 40317570 A2566 Fig. 19: Dimensional drawing, all dimensions in millimetres. Install the device so that it is at eye level and is easily accessible to operating personnel.
Page 34 Assembly and installation Wall mounting Take the wall bracket out of the housing A0490 Fig. 20: Removing the wall bracket Pull the two snap hooks (1) outwards ð The wall brackets snaps slightly downwards. Push the wall bracket downwards (2) from the housing and fold (3) it out Use the wall bracket as a drilling template to mark the posi‐...
Page 35 Assembly and installation A0491 Fig. 21: Fitting the wall bracket Screw the wall bracket into position using the washers, see Fig. 21 A0492 Fig. 22: Fitting the wall bracket Hook the bottom of the housing (1) into the wall bracket Lightly press the housing at the top (2) against the wall bracket Then check that the housing is hooked in at the top and...
Page 36: Electrical Installation
Assembly and installation 6.4 Electrical installation User qualification, electrical installation: electrical technician Ä Chapter 2.5 ‘User qualification’ on page 13 WARNING! Mains connection via a mains plug is not permis‐ sible. Do not connect the device to the mains power supply using a mains plug.
Page 37: Dimensioning/ Arrangement Of Threaded Connectors
Assembly and installation 6.4.1 Dimensioning/ arrangement of threaded connectors (4x33=)132 (4x33=)132 A2580 Fig. 23: Dimensioning/ arrangement of threaded connectors Bleeding (must not be removed or sealed) II. Blanking plug Remove the blind plugs on the device and insert the appro‐ priate threaded cable connectors.
Page 38: Connection Labels, Base Module
Assembly and installation 6.4.2 Connection labels, base module Tab. 5: DULCOMARIN ® 3, connection labels, 100 ... 230 V AC Description Terminal iden‐ Terminals Pin Signal Function tifier [Power IN] Power supply 12 (L) Phase AC voltage supply to 100 ... 230 V AC unit 8 (N) Neutral conductor...
Page 39 Assembly and installation Description Terminal iden‐ Terminals Pin Signal Function tifier 7 (N) Neutral conductor 4 (PE) Protective earth conductor 3 (PE) Protective earth conductor Output relay 4 10 (L*) Phase switched feeding NC switched 9 (L*) Phase switched switched 6 (N) Neutral conductor 5 (N)
Page 40 Assembly and installation Description Terminal iden‐ Terminals Pin Signal Function tifier 2 (B) Contact output B [Digital inputs] XK8 Digital input 8 1 (-) Reference potential Digital control input, depending on the con‐ 2 (+) Contact input figuration: sample water alarm or pause 3 (+V) +15 V/10 mA control.
Page 41 Assembly and installation Description Terminal iden‐ Terminals Pin Signal Function tifier [CAN] CAN bus 1 1 (CAN‐ CAN shield with CAN 1 local CAN- SCHIRM) connection to PE BUS with external power supply 20 V / 2 (CANV+) CAN supply 0.4 A (power- voltage +20 V/400 restricted) with CAN...
Page 42 Assembly and installation Tab. 6: DULCOMARIN 3, connector labels, 24 V DC ® Description Terminal Terminals Signal Function identifier 24 VDC supply [Power IN] 12 (+) Phase DC supply to unit 24 VDC, - 15% ... 8 (-) Neutral conductor +20 % 4 (PE) Protective earth...
Page 43 Assembly and installation Description Terminal Terminals Signal Function identifier 4 (PE) Protective earth conductor 3 (PE) Protective earth conductor Output relay 4 10 (+) Phase switched feeding NC switched 9 (+) switched Phase switched 6 (-) Neutral conductor 5 (-) Neutral conductor 2 (PE) Protective earth...
Page 44 Assembly and installation Description Terminal Terminals Signal Function identifier [Digital Digital input 8 1 (-) Reference potential External contact inputs] input with 15 V/10 2 (+) Contact input mA power supply 3 (+V) +15 V/10 mA power supply Digital input 7 1 (-) Reference potential Digital control input, depending...
Page 45 Assembly and installation Description Terminal Terminals Signal Function identifier [CAN] CAN bus 1 1 (CAN‐ CAN shield with CAN 1 local CAN- SCHIRM) connection to PE BUS with external power supply 20 2 (CANV+) CAN supply voltage V / 0.4 A (power- +20 V/400 mA restricted) with CAN shield to PE...
Page 46 2 (B) Cable B 3 (GND) RS485 reference potential 4 (shield) RS485 shield Customer LAN interface cNet Internal ProMi‐ nent system interface for dis‐ tributed system USB interface for customer’s USB stick SD card ProMinent internal SD card reader...
Page 47 Outlet 100 …240 V AC, L, N, PE, max.10 A for feed Rel1, Rel2, Rel3 Tab. 9: Connection label on the upper part of the housing Connection label Function USB interface for customer’s USB stick. cNet Internal ProMinent system interface for distributed systems. Customer LAN interface. Modbus (RS485) interface, input. Modbus (RS485) interface, output.
Page 48: Terminal Layout
Assembly and installation 6.4.3 Terminal layout A2567 Fig. 24: Terminal layout Base module Internal connection to the HMI Module plug-in contacts Fan connector Position of fuses under the cover...
Page 49: Terminal Diagram
Assembly and installation 6.4.4 Terminal diagram To preserve the contacts of the relay, we recommend using a pro‐ tective RC circuit (e.g. part number 710802). This should be con‐ nected in parallel to the load, see also Ä Chapter 6.4.6 ‘Switching of inductive loads’...
Page 50 Assembly and installation 6.4.4.2 Interfaces in the lower part of the housing - 2 A2592 Fig. 26: Interfaces in the lower part of the housing - 2...
Page 51 Assembly and installation 6.4.4.3 Interfaces in the top part of the housing A2594 Fig. 27: Interfaces in the top part of the housing...
Page 52 Assembly and installation 6.4.4.4 Module interfaces 6.4.4.4.1 Module: 2x mV inputs/temperature input. Part number 734131 Belegungsvarianten mV-Eingang Drahtbrücke Optional: SN6-Anschlussbuchse 40215017 A2413 Fig. 28: Module: 2x mV inputs/temperature input. Part number 734131 Connectible conductor: XE3, XE4, XE7, XE8: see terminal type 4 XE2, XE6: see terminal type 5a XE1, XE5: see terminal type 5b A module for the direct measurement of two pH values or two...
Page 53: Cable Cross-Sections And Cable End Sleeves
Assembly and installation 6.4.4.4.2 Module: 2x mA outputs. Part number 734143 Assignment options 2x mA outputs A2414 Fig. 29: Module: 2x mA outputs. Part number 734143 A module for recording measured values, for example via a meas‐ ured value recorder, control of actuators, such as a motorised ball valve.
Page 54 Assembly and installation The RC member protective circuit is a simple, but nevertheless very effective, circuit. This circuit is also referred to as a snubber or Boucherot member. It is primarily used to protect switching con‐ tacts. When switching off, the connection in series of a resistor and capacitor means that the current can be dissipated in a damped oscillation.
Page 55: Connect The Sensors Electrically To The Controller
Assembly and installation Typical AC current application with an inductive load: 1) Load (e.g. alpha motor-driven pump) 2) RC-protective circuit – Typical RC protective circuit at 230 V AC: [0.22µF/X2] – Capacitor [100 Ohm / 1 W] (metal oxide (pulse resistant)) –...
Page 56 Assembly and installation A0947 Fig. 33: Coaxial cable construction The pH or ORP sensors are connected using a coaxial cable directly via the controller’s electrical terminal. This relates to the pH/ORP via mV con‐ nection type. There are two connection types: There is a connection type without potential equalisation (unsym‐...
Page 57 Assembly and installation Please note the following differences: The controller is factory-preset for measurements without potential equalisation (unsymmetrical measurement). For a measurement with potential equalisation (symmetrical measurement), the setting in the [Measurement] menu must be changed accord‐ ingly. With a symmetrical connection, the wire jumper needs to be removed and the cable for the poten‐...
Page 58 Assembly and installation 6.4.7.2 Connection of amperometric sensors Connect the sensor, as described in the sensor operating instruc‐ tions, to the corresponding terminals of the controller, see Ä Chapter 6.4.4 ‘Terminal diagram’ on page 49 6.4.7.3 Connecting the conductive conductivity sensor NOTICE! The sensor must be dry Do not allow the conductivity sensor to come into...
Page 59: Procedure With Dxm Housing (Small)
Assembly and installation Sensor Connector Cell constant T-correction Max. temp. Measuring Measuring element range κ min range κ max Cell constant (°C) (1/cm) (Unit) (Unit) LFTK1FE3m Fixed cable 1.00 Pt1000 0.01 mS/cm 20 mS/cm 0.25 mm m, shielded LFTK1FE5m Fixed cable 1.00 Pt1000 0.01 mS/cm...
Page 60 Assembly and installation 1 x sealing cap 1 x safety screw (PT) A0273 Remove the wall/pipe bracket from the DXM Pull the two snap hooks outwards and push them upwards Fold the wall/pipe bracket away and pull it out (2) in a down‐ wards direction Mark two drill holes diagonal to each other by using the wall/ pipe bracket as a drilling template...
Page 61: Installation (Electrical)
Assembly and installation 6.5.2 Installation (electrical) For wall mounting Undo the four housing screws. NOTICE! The hinge between the front and rear part of the housing cannot absorb high levels of mechanical loading. When working on the front part of the housing you must support it. Raise the front part slightly forwards and then fold out to the left.
Page 62 Assembly and installation Insert the reducing inserts (2) into the threaded connectors depending on the cable cross-section used. Guide the cables into the threaded connectors. Connect the cables, as shown on the wiring diagram for the respective device (e.g. an actuator) and the module. Tighten the union nuts (3) of the threaded connectors until they are properly sealed.
Page 63: Assignment Of Metering Pumps Using The Control Options
Assignment of metering pumps using the control options Assignment of metering pumps using the control options 7.1 Function You wish to decrease the pH value, the control direction is “Decrease” and acid is metered. You wish to increase the pH value, the control direction is “Increase”...
Page 64 Assignment of metering pumps using the control options Measured values pool System 1 START Temperature Target 30.0 Target Target 750 °C Dosing Dosing Dosing Free chlorine Target 1.15 Total chlorine Combined chlorine Target 1.20 Target 0.05 System overview Dosing Dosing Dosing A2505 Fig.
Page 65 Assignment of metering pumps using the control options DXMaIO detail level 2021-06-22 cNet 14:21:28 START Information Node ID Serial number 3260646641 Send e-mail enquiry Software version 01.00.01.00 Identity code Reset error Digital inputs 1 - 8 Digital outputs 1 - 4 Relays 1 - 6 System overview Module 1...
Page 66: Metering Pumps With Pulse Control, Chlorine
Assignment of metering pumps using the control options 7.3 Metering pumps with pulse control, chlorine Application: Setting up metering pumps with pulse control to decrease chlorine metering, e.g. a Beta4b pump. You would like to use XA2 to control the metering pump for Ä...
Page 67: Metering Pump Control By Output Relay, Ph Value
Assignment of metering pumps using the control options 7.4 Metering pump control by output relay, pH value Application: Control of the metering pumps by an output relay to decrease the pH value, e.g. pump DF2a Measured values pool System 1 START Temperature Target 30.0...
Page 68: Metering Pump Control By Output Relay, Chlorine
Assignment of metering pumps using the control options DXMaIO detail level 2021-06-22 cNet 14:21:28 START Information Node ID Serial number 3260646641 Send e-mail enquiry Software version 01.00.01.00 Identity code Reset error Digital inputs 1 - 8 Digital outputs 1 - 4 Relays 1 - 6 System overview Module 1...
Page 69 Assignment of metering pumps using the control options The selection is as follows under ‘Relay settings’ : Relay function: pulse length. [Increase agent] to meter chlorine. Control direction: Status: active closed. Measured value assignment: free chlorine. Cycle time: 180 seconds. Minimum switching-on time: 30 seconds.
Page 70: Metering Pump Control By Can Bus, Ph Value Or Chlorine
Assignment of metering pumps using the control options The switching times of a relay depend on the control variable and ‘Minimum switching-on time’ , that is the shortest permitted switching-on time of the connected device. The control variable determines the — switching-on time to cycle time ratio, — thus ‘Minimum switching-on time’...
Page 71 Assignment of metering pumps using the control options Measured values pool System 1 START Temperature Target 30.0 Target Target 750 °C Dosing Dosing Dosing Free chlorine Target 1.15 Total chlorine Combined chlorine Target 1.20 Target 0.05 System overview Dosing Dosing Dosing A2505 Fig.
Page 72 Assignment of metering pumps using the control options BUS details – pool Change A3191 Fig. 46: Overview of the modules already available in the selected pool. ‘Change’ Tap on free free free Select the possible modules for the selected pool. Select the required serial free...
Page 73: Configuring Analogue Outputs
Assignment of metering pumps using the control options 7.7 Configuring analogue outputs Measured values pool System 1 START Temperature Target 750 Target 30.0 Target °C Dosing Dosing Dosing Free chlorine Target 1.15 Total chlorine Target 1.20 Combined chlorine Target 0.05 System overview Dosing Dosing...
Page 74 Assignment of metering pumps using the control options DXMaIO detail level START Serial number 41459565265 Software version 01.02.02.00 Module 2 Channel 1 Product type unknown Serial number Software version 00.00. F2.A3 Channel 2 Product type mA output module Serial number 41459565265 Software version 01.02.02.00...
Page 75 Assignment of metering pumps using the control options Measured values pool System 1 START Temperature Target 30.0 Target Target 750 °C Dosing Dosing Dosing Free chlorine Target 1.15 Total chlorine Combined chlorine Target 1.20 Target 0.05 System overview Dosing Dosing Dosing A2505 Fig.
Page 76: Control Of Circulating Pumps
INFORMATION: With the "Control of multi-stage circulating pumps" and "Output of the circulation capacity" functions, the DULCOMARIN 3 requires an external pause signal to stop the metering pumps if there is no circulation in Normal mode or Eco! Mode and no feed chemical may be metered for this purpose.
Page 77: Output Of The Circulation Capacity
Control of circulating pumps Digital outputs Name Pool 1 Circulation control: On/Off Active closed Circulation control: Normal mode Active closed Circulation control: Eco!Mode active Active closed System overview A3517 Fig. 54: Configuring digital outputs 1 - 4 The pump has a 5-wire cable for external control. This cable has open ends.
Page 78 Control of circulating pumps Connectivity Assignment of modules BUS details Node-ID Send e-mail enquiry Serial number 20002475121 Software version 3009 Node-ID Send e-mail enquiry Serial number 3017 Software version System overview A3193 Fig. 56: ‘Connectivity’ menu; overview of all connected CAN mod‐ ules You can define 2 lines for circulating pumps.
Page 79: Settings For Timer And Circulation
Control of circulating pumps 8.3.1 Settings for timer and circulation Pool settings System 1 2022-06-22 14:21:28 STOP Circulation timer Timer settings (function, time of day, start time, end time) Timer settings (function, time of day, start time, Filter backflushing timer end time) Parametrise circulation 1 Parameter settings...
Page 80 Control of circulating pumps 8.3.1.1.1 Circulation On/Off, voltage 230 V With this setting, the circulating pump should only be operated in the ON or OFF statuses. Continuously variable control using e.g. a frequency converter, as is needed for purposeful operation in ECO! mode, is not possible.
Page 81 Control of circulating pumps 8.3.1.1.2 Setting: circulation 0/4 ... 20 mA The specific setting parameters for your system depend on the cir‐ cumstances of your plant installation. Here we give general guide‐ lines. The setting parameters for your specific system may differ from these.
Page 82 Control of circulating pumps Gradual reduction/increase in circula‐ tion capacity or depending on two The ECO!Mode energy-saving mode for controlling ORP values. the circulating pump can only be controlled via the mA output. If Eco!Mode is activated and the circulating pump is in normal mode, to save energy you can achieve [Minimum circulation capacity in ECO!Mode] by: gradually reducing/increasing circulation capacity...
Page 83 Control of circulating pumps Reduction II. Increase If you have switched [Circulation is controlled depending on the ORP value] to inactive, what is known as step reduction is active. For step reduction, you will need to enter 2 values: the circulation capacity is reduced as a %, e.g. 5 % start time in seconds to reduce circulation capacity, e.g.
Page 84 Control of circulating pumps ð The jump takes place when the [Measured value lies outside the DIN range, circulation is increased to 100 %] menu item is activated, a reduction has already taken place and the measured values are outside the valid standard measurement range, then there is an immediate increase to normal circulation capacity mode.
Page 85 Control of circulating pumps 8.3.1.2 Backflushing with 5-way rod valve WARNING! Possible consequence: fatal or very serious inju‐ ries. Cause: when the controller is supplied with a 230 V power supply, 230 V is applied to terminals [P2] ... [P5] once the relay has switched. Measure: disconnect the system from the power supply before carrying out any work.
Page 86 Control of circulating pumps Automatic backflushing with timer You need to define a time for the backflushing. To do this, you [Hydraulic details] menu below the process need to call up the [Filter backflushing timer] menu. If a flowchart, where you will find a timer for backflushing has not yet been defined, then a new one [+new backflushing timer] .
Page 87: Information On Fieldbus Products
Information on fieldbus products Information on fieldbus products You will find further information on our fieldbus products, including GSD files, operating instructions etc. at: www.prominent.com/fieldbus...
Page 88: Can Bus
CAN bus CAN bus User qualification, mechanical installation: trained and qualified Ä Chapter 2.5 ‘User qualification’ on page 13 personnel User qualification, electrical installation: Electrical technician Ä Chapter 2.5 ‘User qualification’ on page 13 10.1 CAN components 10.1.1 T-connectors Do not connect T-connectors directly T-connectors must not be connected directly with an end device.
Page 89: Can Construction
CAN bus If routing bus cables along with live cables, note the rules relating to the accumulation of cables (DIN VDE 0298 Part 4). If routing bus cables along with live cables, rolled goods (Li02YSCY) should be used. 10.2 CAN construction User qualification, electrical installation: Electrical technician Ä...
Page 90 CAN bus A2584 Fig. 62: Measuring and control system for a filter circuit Multi-channel measuring and control system pH sensor 10. ORP sensor DULCOMARIN ® 11. Coaxial cable Bypass fitting DGMa 12. Control cable Chlorine sensor CLE 13. Metering pump 1 (e.g. Beta) Chlorine sensor CTE 14.
Page 91: Determine The Requirement For Cables And Accessories
CAN bus 10.2.2 Determine the requirement for cables and accessories A2583 Fig. 63: Central unit connected to CAN bus Tab. 12: Accessories, supplied Pos. Quantity Name Order no. Connecting cable, CAN, M12, 5-pin, 0.5 m 1022137 T-coupler, M12, 5-pin. CAN 1022155 Terminal resistor, M12 coupling 1022154...
Page 92 CAN bus Tab. 13: Accessories, supplied Pos. Quantity Name Order no. T-coupling, M12, 5-pin, CAN 1022155 Connecting cable, CAN, M12, 5-pin, 1 m 1022139 A2714 Fig. 65: R module with external actuator. Tab. 14: Accessories, supplied Pos. Quantity Name Order no. T-coupling, M12, 5-pin, CAN 1022155 Connecting cable, CAN, M12, 5-pin, 1 m...
Page 93: Routing The Can Bus Backbone
CAN bus Tab. 15: Accessories, supplied Pos. Quantity Name Order no. T-coupling, M12, 5-pin, CAN 1022155 Connecting cable, CAN, M12, 5-pin, 0.5 m 1022137 Determine the requirement for connection cables between the external modules. Determine the requirement for holding clamps for the con‐ nection cables (ASV pipe clamp, 16 mm, order no.
Page 94: Can Connectivity
CAN bus Name Order no. Connecting cable - CAN, M12, 5-pin, 50 m 1055589 Connecting cable - CAN, sold by the metre 1022160 Connection kit for connecting cables - CAN, sold by the metre 1026589 10.3 CAN connectivity 10.3.1 Principles The CAN bus is an industrial fieldbus designed for stringent safety requirements.
Page 95: Local Unit/Compact System, Arrangement Of Components, Can Connectivity
CAN bus 10.3.2 Local Unit/compact system, arrangement of components, CAN connectivity General knowledge of CANbus (Controller Area Network) is required in order to understand the document. Furthermore, the planning and use of measuring and control technology and the CANbus (Controller Area Network) requires technical specialist knowledge, which is not communicated in this document.
Page 96: Local Unit/Compact System With R Module, Arrangement Of Components, Can Connectivity
CAN bus 10.3.3 Local Unit/compact system with R module, arrangement of components, CAN connectivity General knowledge of CANbus (Controller Area Network) is required in order to understand the document. Furthermore, the planning and use of measuring and control technology and the CANbus (Controller Area Network) requires technical specialist knowledge, which is not communicated in this document.
Page 97: Cnet Configuration For Up To 16 Pools, By Way Of Example
cNet configuration for up to 16 pools, by way of example cNet configuration for up to 16 pools, by way of example User qualification, mechanical installation: trained and qualified Ä Chapter 2.5 ‘User qualification’ on page 13 personnel User qualification, electrical installation: Electrical technician Ä...
Page 98: Global Unit With Local Unit Functionality In The Plant Room
cNet configuration for up to 16 pools, by way of example The following is important when combining the components: LAN connector: for connecting to customer’s PCs and network components. cNet connector: for connection of Dulcomarin 3 components ® – A separate network is needed for a DULCOMARIN ®...
Page 99: Dulcomarin 3 Web Server
If the connection is made via LAN, then you need to connect the [LAN] cable supplied to the connector labelled LAN on the under‐ side of the DULCOMARIN 3 and then connect to a PC or network. The web address of the DULCOMARIN 3 is dependent on the net‐...
Page 100: Settings On The Dulcomarin 3
DULCOMARIN 3 web server 12.2 Settings on the DULCOMARIN 3 What settings are needed on the DULCOMARIN 3 to establish a connection via Wi-Fi or LAN to a tablet, smartphone or PC etc.? System settings 2022-06-22 14:21:28 START Login Not assigned...
Page 101 DULCOMARIN 3 web server Complete the fields Create user Select user rights enter the PIN. Accept with User last name User first name <OK>. User alias User web interface password User rights Set up user PIN Activate PIN **** display...
Page 102 To do so, activate the INFORMATION: If the DULCOMARIN 3 is to be connected to a server, then the DULCOMARIN 3 can either be set up as a DHCP client. In this case, the DULCOMARIN 3 receives the IP address from the server. Or you can have a permanent IP address set up, which is issued by the network administrator.
Page 103 Wi-Fi overview of your end device when you connect your end device to the DULCOMARIN 3. Enter a Wi-Fi password and note it down. The Wi-Fi password needs to be at least 10 characters long to be secure.
Page 104 IP address of the router to the internet e.g.: 192.168.0.1 ProMinent Direct Service Start ProMinent Direct Service Only activate this if you have already arranged an appointment with ProMinent Service. A3399 Fig. 80: Quick access: Remove storage media There is also a quick access that you can pull down in the centre like a blind using the small triangle (Fig.
Page 105: Browser Behaviour
® appear in the browser indicating that the connection is not private. This is due to the lack of a certificate in the DULCOMARIN 3. You know that you are locally connected to your DULCOMARIN 3 and that this should not present any security problems.
Page 106 DNS name, e.g. “myDM3.local”, to work in a closed network. Only *.local can be used as the suffix as a top-level domain. Set up an appropriate DNS name in the DULCOMARIN 3: e.g. myDM3. Note the following if using Windows 10: the following entry needs to be present in the registry –...
Page 107 The input of a variable URL address is possible with the DULCOMARIN 3, which enables it also to be used in third-party domain networks. Here is an example to illustrate this point: Pool-Beispiel-Bau...
Page 108: Component Installation
A3141 Fig. 83: Switch connection to the Dulcomarin 3 Connect the cable from the Dulcomarin 3 to the switch. Do not use an additional router to connect the network camera to the cNet. The DHCP function (automatic address issue) can be enabled in a router.
Page 109: Integration Of The I-Module (Dxmai)
Integration of the I-module (DXMaI) Integration of the I-module (DXMaI) The following combinations with other modules can arise when using an I-module (DXMaI): I-module (DXMaI) with module board (DXMaIO) I-module (DXMaI) with M-module (DXMaM) I-module (DXMaI) with chlorine sensors (DXUa) free free free...
Page 110: I-Module, Overview
Integration of the I-module (DXMaI) 14.1 I-module, overview The I-module has the following input variables: 2x digital inputs 3x measurement inputs 0/4 ... 20 mA I-module (DXMaI) 2022-06-22 14:21:28 STOP Information Node ID Serial number 2009085603 Send an e-mail request? Software version 3016 Identity code...
Page 111: Ma Inputs
However, you can also define the 3 measured variables for the mA inputs totally freely. The names and units of the measured varia‐ bles then appear in the display of the DULCOMARIN 3 and in the display of the I-module.
Page 112: Diagnostics
Integration of the I-module (DXMaI) You can output the measured variable and also the control varia‐ bles of the three mA inputs of the I-module via the mA output module on the module board. ‘DXMaIO detail level’ The output channels can be selected in the settings of the mA output module.
Page 113: Modbus Rtu
Integration of the I-module (DXMaI) 14.4 Modbus RTU The measured values, control variables, setpoints and errors of the I-module can also be read out via the Modbus RTU and the set‐ points can be set. The register sets already introduced are used for this.
Page 114 Integration of the I-module (DXMaI) Fig. 90: Wiring diagram Assignment options ProMinent transducer/sensor PLC PLC Programmable logic controller Tab. 17: The following functionalities are available in the software for the measured variables, which are input through terminal "I in 2": Regulate ✱...
Page 115: Lan Construction
The device’s LAN interface is used to connect to a customer net‐ work for the purposes of control and data exchange. An IP67 sealed M12 plug connection with D coding is used for the connec‐ tion. ProMinent ® connecting cables of various lengths can be used to connect to RJ45 network sockets in the building.
Page 116 LAN construction Global Unit (GA) LAN (customer) 5-port LAN switch 5-port LAN switch cNet, max. length 100 m Installation only in areas not exposed to corrosion LAN coupling, IP 68 cNet, max. length 100 m cNet, max. length 100 m cNet, max.
Page 117: Digital Certificate
LAN construction 15.1 Digital certificate When using a digital certificate, should an error message appear in your browser, acknowledge the message so that you can continue working.
Page 118: Interfaces
Interfaces Interfaces 16.1 SD card A2593 Fig. 93: SD card slot in the top part of the housing SD card (industrial version) Wi-Fi USB stick (optional) Data backup / limited service life There is a possibility of loss of data with all types of data storage.
Page 119: Usb Port
Interfaces 16.2 USB port Ensure IP66/IP67 degree of protection When you don't need the USB port, seal it with the screw cap. IP66/IP67 degree of protection is only ensured when the screw cap is screwed on. Functionality: Importing firmware updates Loading log book data (tabulator with separate CVS format) Loading recorder book data (tabulator with separate CVS format)
Page 120 Interfaces Range in buildings of up to 35 m with an unobstructed line of sight (IEEE 802.11g). WPA2 encryption. Client mode for connecting with a router (home network). Access point mode for connecting with smart devices (tablet, smartphone etc. ), not at the same time as client mode. DHCP client and server functionality for the automatic configu‐...
Page 121: Data Logger
Data logger Data logger The device has the function of a data logger. The data logger func‐ tion brings together all data from the screen recorder and the var‐ ious log books, such as error log book, user input log book, calibra‐ tion log book etc.
Page 122: Eco!Mode, Normal Mode And Superchlorination
Eco!Mode, Normal mode and Superchlorination Eco!Mode, Normal mode and Superchlorination The possibilities offered by Eco!Mode, Normal mode and Super‐ chlorination are described in this chapter using the example of Eco! Mode. Eco!Mode saves chemicals, and also saves energy by reducing the capacity of the circulating pump.
Page 123 Eco!Mode, Normal mode and Superchlorination Details of measured variables Details of measured variables System designation 2018-06-22 14:21:28 START Screen recorder of the last 2 hours 14.00 7.10 7.00 6.00 14.00 Alarms 0.00 max. Setpoints and control parameters System overview Setpoint, Eco!Mode Setpoint, normal mode Superchlorination A2506...
Page 124 Eco!Mode, Normal mode and Superchlorination Eco!Mode parameters System 1 2022-06-22 14:21:28 STOP Eco!Mode active Dependency on activation contact inactive Dependency on time inactive via BUS inactive Dependency on DIN standard value active Dependency on the DIN standard value pH active System overview pH upper limit 7.40 pH...
Page 125: Operating The Device
Operating the device Operating the device 19.1 Home Jump back to the screen defined as “Home”. 19.2 System settings You can adjust the following sub-items in this menu item: 19.2.1 Login/logout ‘login’ or ‘log out’ as a user. Your system adminis‐ Here you can trator will provide the access data you need for this.
Page 126: System > System Settings
Operating the device 19.2.3.2 Setting units Here you can set which units are to be used. The following units are available: Temperature in °C or °F ppm or mg/l 19.2.3.3 Reduce brightness after: Here you can set how long after a period without user intervention the display brightness is reduced.
Page 127: Network
Operating the device 19.2.4.1 Unit settings Selected number of pools You can set the number of pools which your device is to control here. Up to 16 pools are possible. 19.2.4.2 System names ‘such as’ "Swim‐ Here you can enter the names of your system, ming pool in hotel"...
Page 128: Web Services > Network Settings
Operating the device 19.2.5.3 Wi-Fi [OK] to confirm or You can enter the Wi-Fi parameters here. Use [Cancel] to abort. Ä Chapter 16.3 ‘Wi-Fi interface (optional)’ on page 119 19.2.6 Web services > NETWORK settings You can adjust or run the following sub-items in this menu item: 19.2.6.1 Web server settings Web server: Here you can set whether you want to permit access...
Page 129: Screen Recorder
Operating the device Authorisation level/ Authorisation Recommended user role qualification User Read in all areas. Instructed person. Calibrate the measured variables. Installation As user, but also: Trained, qualified per‐ sonnel. Log modules on/off. Electrical technician. Change control parameters. Carry out software updates Service (manufac‐...
Page 130: Bar Graphs
You can configure, add or remove the cNet components here, if there are any. The device has help texts to assist you. 19.2.13 Functional test This function is only available to the ProMinent Service. 19.2.14 Default settings Here you can reset various settings / values to the factory settings:...
Page 131: Information
Operating the device 19.4 Information Here you can display various information about your device, such as software version, date, system information, identity code, serial number etc. 19.5 Calibrating Ä Chapter 21 ‘Cali‐ For explanations of calibration procedures, see brating the measured variables’ on page 135 19.6 Screen recorder Here you can display the screen recorder of the pool you have...
Page 132: Timer Details Operating Mode
Operating the device Ä Chapter 18 ‘Eco!Mode, To discover how to set Eco!Mode, go to Normal mode and Superchlorination’ on page 122 19.11.2 Timer details operating mode ‘timer’ parameters for your ‘Eco!Mode’ and Here you can set the ‘superchlorination’ operating modes. In this respect, note the applicable national regulations, laws and standards.
Page 133: Application-Specific Settings
Application-specific settings Application-specific settings Ä Chapter 2.5 ‘User qualifica‐ User qualification: trained user, tion’ on page 13 Application-specific settings include Configuring pools Setting the measured variables Setting the control Set the pumps Setting the relays, digital inputs and digital outputs Setting Eco!Mode and superchlorination You can access the application-specific settings via the [Measured value pool] menu, Fig.
Page 134 Application-specific settings Details of measured variables System designation 2018-06-22 14:21:28 START Screen recorder of the last 2 hours 14.00 7.00 6.00 14.00 0.00 Alarms max. Setpoints and control parameters System overview Setpoint, normal mode Setpoint, Eco!Mode Superchlorination A2506 Fig. 100: [Details of measured variables] interface. 1.
Page 135: Calibrating The Measured Variables
Calibrating the measured variables Calibrating the measured variables 21.1 General information on calibration Ä Chapter 2.5 ‘User qualifica‐ User qualification: trained user, tion’ on page 13 Every measured variable, active in a control circuit, can and must be calibrated. Every calibration process is logged by the device. You are guided by the device, context-sensitively through the menu, to calibrate the respective measured variable.
Page 136: Calibrate: Measured Variable, Ph
Never pour the buffer back into the storage bottle, but dispose of it. Tab. 19: The following calibration buffers can be used, for example: Manufacturer pH value ProMinent ® ® DIN 19266 DIN 19267 Merck+Riedel ®...
Page 137 Calibrating the measured variables Calibration Pool 1 2018-06-22 14:21:28 START Calibrate the measured value Temperature Free chlorine Total chlorine System overview Temperature of Cl sensor A2521 Fig. 101: Calibration interface. Select the measured variable to be calibrated by tapping and scrolling on the display.
Page 138: Calibrate: Measured Variable, Orp
Calibrating the measured variables 21.3 Calibrate: measured variable, ORP Once the packaging has been opened, the ORP buffers often veer towards higher mV values due to the addition of oxygen. Therefore use as small a vessel as possible and use up the ORP buffer quickly.
Page 139: Calibrate: Measured Variable, Free Chlorine
Calibrating the measured variables 21.4 Calibrate: measured variable, free chlorine Measured variable Sensor DPD tablet Free chlorine CLE 3-CAN-P DPD 1 CLE 3.1-CAN-P DPD 1 CBR 1-CAN-P DPD 1 CLO 1-CAN-P DPD 1 [CAL] Tap on Calibration Pool 1 2018-06-22 14:21:28 START Calibrate the measured value...
Page 140: Calibrate: Measured Variable, Total Available Chlorine
Calibrating the measured variables 21.5 Calibrate: measured variable, total available chlorine Measured variable Sensor DPD tablet Total available chlorine CGE 3-CAN-P DPD 1 [CAL] Tap on Calibration Pool 1 2018-06-22 14:21:28 START Calibrate the measured value Temperature Free chlorine Total chlorine System overview Temperature of Cl sensor A2521...
Page 141: Calibrate: Measured Variable, Total Available Bromine
Calibrating the measured variables 21.7 Calibrate: measured variable, total available bromine Measured variable Sensor DPD tablet Total available bromine BRE 3-CAN-P For DBDMH, free bromine: DPD1. For BCDMH: one DPD 4 tablet or one DPD 1 tablet + one DPD 3 tablet [CAL] Tap on Calibration...
Page 142: Calibrate: Measured Variable, Chlorine Dioxide
Calibrating the measured variables 21.9 Calibrate: measured variable, chlorine dioxide Measured variable Sensor DPD tablet Chlorine dioxide CDR 1-CAN DPD 1 [CAL] Tap on Calibration Pool 1 2018-06-22 14:21:28 START Calibrate the measured value Temperature Free chlorine Total chlorine System overview Temperature of Cl sensor A2521 Fig.
Page 143: Calibrate: Temperature Measured Variable
Calibrating the measured variables 21.11 Calibrate: Temperature measured variable [CAL] Tap on Calibration Pool 1 2018-06-22 14:21:28 START Calibrate the measured value Temperature Free chlorine Total chlorine System overview Temperature of Cl sensor A2521 Fig. 110: Calibration interface. Select the measured variable to be calibrated by tapping and scrolling on the display.
Page 144: Calibrating The Actuators
Calibrating the actuators Calibrating the actuators Ä Chapter 2.5 ‘User qualifica‐ User qualification: trained user, tion’ on page 13 22.1 Calibrating the servomotor of the chlorine gas control Prerequisite: The servomotor of the chlorine gas control is con‐ nected to the R module. The R module is assigned to the respec‐ [Connectivity] menu item tive system, e.g.
Page 145: Flocculant Treatment
Flocculant treatment Flocculant treatment A flocculant (ml/h) is metered into the volumetric flow circulated /h) upstream of the filter. The quantity to be added is noted on the flocculant packaging, e.g. 0.5 ... 1.5 ml per m /h circulation capacity. Assumption: If the circulation capacity of pool X is 100 m /h and the amount of flocculant to be added is 1.0 ml per m...
Page 146: Factory Settings Of Device
Factory settings of device Factory settings of device 24.1 Factory settings for free chlorine measured variable Measured variable: Free chlorine Name Normal mode Superchlorination Eco!Mode ® Controller Control param‐ active inactive inactive settings eter Control type Control direction Increase value, Increase value, mon‐...
Page 147: Factory Settings For Combined Chlorine Measured Variable
Factory settings of device 24.2 Factory settings for combined chlorine measured variable Measured variable: Combined chlorine Name Normal mode Eco!Mode ® Controller Control parameter inactive inactive settings Control type 2-point 2-point Control direction Lower value, monodirec‐ Lower value, monodirec‐ tional tional Setpoint 0.15...
Page 148: Factory Settings For Ph Measured Variable
Factory settings of device 24.3 Factory settings for pH measured variable Measured variable: pH Name Normal mode Superchlorina‐ Eco!Mode ® tion Controller set‐ Control param‐ active active active tings eter Control type Control direc‐ monodirec‐ monodirec‐ monodirec‐ tion tional; lower tional;...
Page 149: Factory Settings For Orp Measured Variable
Factory settings of device 24.4 Factory settings for ORP measured variable ORP measured variable Name Normal mode Superchlori‐ Eco!Mode ® nation prohibited! Controller set‐ Control param‐ inactive inactive tings eter Control type Control direc‐ monodirectional; monodirectional; tion increase value increase value Setpoint 0 s (P) 3000 s (PI/PID) 0 s (P) 3000 s (PI/PID) 0 s (P/PI/PID)
Page 150: Factory Settings For Temperature Measured Variable
Factory settings of device 24.5 Factory settings for temperature measured variable Measured variable: Temperature Name Normal mode Superchlorina‐ Eco!Mode ® tion Controller set‐ Control parameter inactive inactive inactive tings Control type 2 points 2 points 2 points Control direction Raise Raise Raise Setpoint...
Page 151: Configuring The Local Unit And Global Unit
Configuring the Local Unit and Global Unit Configuring the Local Unit and Global Unit Ä Chapter 2.5 ‘User qualification’ User qualification: trained user on page 13 25.1 Local Unit/compact system The entire system does not need to be cabled for configuration. You can start up and configure each individual pool separately pro‐...
Page 152: Global Unit
Configuring the Local Unit and Global Unit 25.2 Global Unit LAN (customer) Global Unit (GA) Installation only in areas not exposed to corrosion 5-port LAN switch 5-port LAN switch cNet, max. length 100 m LAN coupling, IP 68 cNet, max. length 100 m cNet, max.
Page 153 Configuring the Local Unit and Global Unit You can then configure the Global Unit following successful config‐ uration of the Local Units. The Global Unit can also be operated as a Local Unit in addition to its role as a Global Unit, but always needs to be assigned to pool 1.
Page 154 Configuring the Local Unit and Global Unit Enter the pool name of the respective pool here. Note that the Global Unit used as a Local Unit is always pool 1. cNet: assigning Local Units to the Global Unit via cNet Master system settings 2019-06-24 17:21:28...
Page 155 Configuring the Local Unit and Global Unit If necessary, print off this page and manually write down the serial numbers of the Local Units and the names of the associated pools. This will make it easier for you to assign the Local Units to the Global Unit.
Page 156: Commissioning
Factor in the run-in periods of the sensors during commissioning. The run-in period can take up to 24 hours and the DULCOMARIN 3 is only really ready for use once the sensors have fully run in. The operator of the system is responsible for ensuring that everyone appointed to operate and maintain the device etc.
Page 157: Initial Commissioning Procedure
Commissioning 26.1 Initial commissioning procedure Description of procedure for starting The following requirements must be met: up a swimming pool for the first time mechanical assembly carried out, (single pool) hydraulic installation carried out, circulating pump running, electrical installation carried out, CAN connectivity carried out, communication interfaces configured.
Page 158: Commissioning
Commissioning 26.2 Commissioning Sensor run-in periods Ä Chapter 2.5 ‘User qualifica‐ User qualification: trained user tion’ on page 13 This can result in hazardous incorrect metering. Consider the run- in period of the sensor when commissioning: There must be sufficient feed chemical in the sample water for your application (e.g.
Page 159: Configuring The Controller For The Process
Commissioning 26.2.1 Configuring the controller for the process Commissioning Requirement: The controller is fully assembled and installed. All external components are connected to the controller and operating properly. The process to be measured and controlled is stable and fed with sufficient feed chemical. Start the controller.
Page 160: Setting The Measured Variables
Commissioning Parameter Chapter Ä Chapter 26.2.4 ‘Setting the pumps’ on page 164 Now set the pumps for the measured varia‐ bles. Now set up the relays, digital inputs and dig‐ Ä Chapter 26.2.5 ‘Setting the relays, digital inputs and dig‐ ital outputs.
Page 161 Commissioning Home Login Language settings Safely remove the storage medium Metering System settings Help topics Info other menu items after pool selection Metering Login A2515 Fig. 121: Scroll down the hamburger menu to [Connectivity] [Connectivity] First set up the menu item DXMaIO 01 in the menu item.
Page 162 Commissioning Example of a basic setting for the DXMaIO 01 menu item Parameter Variable Value Digital input 1 Sample water fault Active open (NC) Delay time depending on the application. Digital input 2 Pause (pause control) Active open (NC) Delay time depending on the application.
Page 163: Setting The Measured Variables Control
Commissioning Parameter Variable Value Module 4, channel 1 Module 4, channel 2 26.2.3 Setting the measured variables control Ä Chapter 2.5 ‘User qualifica‐ User qualification: trained user tion’ on page 13 When adjusting the control of the measured variables, make sure that the necessary normative minimum requirements are met and/or exceeded.
Page 164: Setting The Pumps
Commissioning Tap on the display on the measured value for which you wish to set up the control, in this example on pH. Details of measured variables System designation 2018-06-22 14:21:28 START Screen recorder of the last 2 hours 14.00 7.10 7.00 6.00...
Page 165: Setting The Relays, Digital Inputs And Digital Outputs
Commissioning Tap on the display on the measured value for which you wish [actuator] , in this example on pH. to set up the Details of measured variables System designation 2018-06-22 14:21:28 START Screen recorder of the last 2 hours 14.00 7.10 7.00...
Page 166 Commissioning Home Login Language settings Safely remove the storage medium Metering System settings Help topics Info other menu items after pool selection Metering Login A2515 Fig. 126: Scroll down the hamburger menu to [Connectivity] [Connectivity] First set up the menu item DXMaIO in the menu item.
Page 167: Setting Eco!Mode And Superchlorination
Commissioning Digital outputs 22/06/2018 13:39:51 START Frequency Status active open Frequency active open Status Status active open A2596 Fig. 129: Digital outputs Adjust the parameters needed for your process. Relay 22/06/2018 13:40:27 START Level of storage tank 4 active open Assignment active open Assignment...
Page 168 Commissioning WARNING! Necessary setting parameters Possible consequence: fatal or very serious inju‐ ries. Remedy: Note the standards and regulations required for your process when setting the param‐ eters. Set up your process based on these regula‐ tions so that it cannot be endangered by the pool water.
Page 169 Commissioning Text_Titel-body 2018-06-22 14:21:28 Function Start Mon - Sun : 00 : 00 Eco!Mode Sat - Sun Cancel Info: Timer Clear A2601 Fig. 132: [Timer] [Timer] , [Details] , and Now enter the other values under [Operating mode] . You can now set up Eco!Mode and [Function] .
Page 170: Diagnostics, Error And Warning Messages
Diagnostics, error and warning messages Diagnostics, error and warning messages Ä Chapter 2.5 ‘User qualifica‐ User qualification: trained user, tion’ on page 13 The unit guides you and notifies you with complete help, warning and error texts that appear on the display when required. These texts enable a trained user to deal with the error etc.
Page 171: Software Update
Only the latest software is installed, all the application settings are retained. Download the latest software version from the manufacturer’s homepage www.prominent.com. Copy this software onto a commercially available USB storage device. Unscrew the protective cap from the USB port on the bottom right of the upper part of the housing and insert the USB storage device into the USB port.
Page 172: Maintenance
Maintenance Maintenance Ä Chapter 2.5 ‘User qualifi‐ User qualification: instructed user, cation’ on page 13 The device requires no maintenance. Use a soft cloth and commercially available window cleaner to clean the surfaces. Regularly check the device for damage, e.g. each time the device is used.
Page 173: Technical Data
Technical data Technical data 30.1 General information Parameter Value Ambient temperature: -5 ... 50 °C (for use indoors or with a protective enclosure). Requires a low voltage cable with a temperature resistance of ≧ 70 °C. Storage temperature: -20 ... 70 °C Electrical connection: 90 ...
Page 174 Technical data Output relay, feeding Relay Function Protective circuit Switching power Load type XR4 relay 4 Output relay 100 ... Varistor on NO and Max. 1100 VA (≤ Ohmic and induc‐ 230 VAC, feeding NC terminal and tive on NO terminal additionally RC cir‐...
Page 175 Technical data Digital input with power supply (XK1 ..., XK8) Tab. 23: Static/dynamic signal (frequency ≤ 10 kHz) Insulation voltage 500 V pp max. Output voltage of digital input: max. 18 V (electrical strength of the switch) Short circuit current, digital input (also capacitive max.
Page 176: Spare Parts And Accessories
Spare parts and accessories Spare parts and accessories Ordering address for spare parts and accessories: The current address for ordering spare parts and accessories can be found on the manufacturer’s homepage ProMinent GmbH. 31.1 Spare parts Fuses Component Part number [H] = high switching capacity.
Page 177: Additional Measuring Modules
Spare parts and accessories 31.2.1 Additional measuring modules The measuring modules available as accessories can be fitted to Ä Chapter 6.4.3 ‘Terminal the base modules shown in chapter layout’ on page 48 . For terminal diagrams see Ä Chapter 6.4.4 ‘Terminal diagram’...
Page 178: Formal Information And Standards
Refer to the Material Safety Data Sheet for your feed chemical. A current Declaration of Decontamination is available to download on the ProMinent website. Sign indicating EU collection system In accordance with the European Directive 2012/19/EU on waste electrical and electronic equipment, this device features the symbol showing a waste bin with a line through it.
Page 179 Formal information and standards CAN/CSA C22.2 No. 61010-1-12/AMD 1:2018...
Page 180: Index
Index Index 1, 2, 3 ... Error message, digital certificate ... . 117 Error messages ......170 5-way valve .
Page 181 Index Network camera ......108 Selection of the connected sensor ... 58 NO = Active closed .
Page 184 ProMinent GmbH Im Schuhmachergewann 5 - 11 69123 Heidelberg, Germany Telephone: +49 6221 842-0 Fax: +49 6221 842-419 Email: info@prominent.com Internet: www.prominent.com 982801, 6, en_GB © 2022...

ProMinent DULCOMARIN 3 Assembly And Operating Instructions Manual

Quick Links

Need help?

Questions and answers

Related Manuals for ProMinent DULCOMARIN 3

Summary of Contents for ProMinent DULCOMARIN 3

Table of Contents