ProMinent Splash Control 2 Assembly And Operating Instructions Manual
  1. Manuals
  2. Brands
  3. ProMinent Manuals
  4. Controller
  5. Splash Control 2
  6. Assembly and operating instructions manual

ProMinent Splash Control 2 Assembly And Operating Instructions Manual

Swimming pool controller
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
Assembly and operating instructions
Swimming pool controller
Splash Control 2
EN
A2780
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.
The latest version of the operating instructions are available on our homepage.
981790
Original operating instructions (2006/42/EC)
Vers.: BA DM 236 01/20 EN

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Splash Control 2 and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for ProMinent Splash Control 2

Summary of Contents for ProMinent Splash Control 2

  • Page 1 Assembly and operating instructions Swimming pool controller Splash Control 2 A2780 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. The latest version of the operating instructions are available on our homepage.
  • Page 2 Supplemental directives General non-discriminatory approach In order to make it easier to read, this docu‐ ment uses the male form in grammatical struc‐ tures 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 understanding in this sim‐...
  • Page 3 Supplemental directives Symbol Description ‘Display/GUI’ Screen elements (e.g. buttons, assignment of function keys). Presentation of software elements and/or texts. CODE...

  • Page 4: Table Of Contents

    Table of contents Table of contents Function..........................6 Scope of delivery......................8 Versions......................... 9 Nameplate........................10 Safety and responsibility....................... 11 Labelling of Warning Information.................. 11 General safety information................... 12 Intended use......................... 14 User qualification......................15 Storage and Transport......................17 Mounting and installation...................... 18 Ambient conditions.......................
  • Page 5 Maintenance of the sensors..................66 11.3 Maintenance....................... 66 11.4 Maintenance of the system prior to the start of the season........66 11.5 Decommissioning the Splash Control 2 controller............67 11.6 Repair......................... 68 Operational pause (e.g. over-wintering)................69 Formal information and standards..................70 13.1 Disposal of used parts....................

  • Page 6: Function

    Function Function The swimming pool controller is intended for the simultaneous measurement and control of the measured variables pH and ORP. The device provides basic functions for applications in swimming pool water treatment. A2922 Fig. 1: Plate-mounted swimming pool controller, with bypass fitting DGMa, sensors and buffer solu‐ tions.
  • Page 7 Function Applications: Swimming pool water treatment Main functions Function Specification(s) Comment(s) Control/measuring chan‐ pH functional scale Scale: 4.00 ... 14.0 pH nels ORP functional scale Resolution: 0.01 pH at pH < Precision: 0.5%. Scale: 0 ... 999 mV Resolution: 01 mV Precision: 0.5%.

  • Page 8: Scope Of Delivery

    Function Scope of delivery A2796 Fig. 2: Scope of delivery Assembly set for pH and ORP sen‐ Measuring/control device sors Buffer, 7 pH Product injection kit Pressure-tight pH and ORP sensors Wall screw set (3 bar) Hoses for pH/ORP pump Not shown Assembly and operating instruc‐...

  • Page 9: Versions

    1004539 Versions Device Power supply Sensor Metering sys‐ Part number tems Splash Control 2, 0.4 l/h 230 V ± 10%, 50 pH and ORP Pumps 2x0.4 1101133 Hz ± 10% with 6 m cable Splash Control 2, 0.8 l/h 230 V ± 10%, 50 pH and ORP Pumps 2x0.8...

  • Page 10: Nameplate

    Function Device Power supply Sensor Metering sys‐ Part number tems Splash Control 2, 1.6 l/h 230 V ± 10%, 50 pH and ORP Pumps 2x1.6 1101165 Hz ± 10% with 6 m cable Equipment, Ø50, with 1 m cable, 3x0.75 mm Splash Control 2, 2.4 l/h...

  • Page 11: Safety And Responsibility

    Safety and responsibility Safety and responsibility Labelling of Warning Infor‐ mation WARNING! Introduction Nature and source of the danger These operating instructions provide informa‐ Possible consequence: Fatal or very tion on the technical data and functions of the serious injuries. product.

  • Page 12: General Safety Information

    Safety and responsibility NOTICE! WARNING! Danger from hazardous substances! Nature and source of the danger Damage to the product or its surround‐ Possible consequence: Fatal or very ings. serious injuries. Measure to be taken to avoid this Please ensure when handling haz‐ danger.
  • Page 13 Safety and responsibility WARNING! NOTICE! Operating faults! Correct sensor operation Possible consequence: Fatal or very Damage to the product or its surround‐ serious injuries. ings. – Ensure that the device is only – Correct measurement and operated by adequately qualified metering is only possible if the and technically expert personnel.

  • Page 14: Intended Use

    Safety and responsibility Intended use Intended use The device is designed to measure and regulate liquid media. The labelling of the measured variables is indicated in the controller display and is absolutely binding. Only use the unit in accordance with the technical details and specifications provided in these operating instructions and in the operating instructions for the...

  • Page 15: User Qualification

    Safety and responsibility User qualification WARNING! Danger of injury with inadequately qualified personnel The operator of the system / equipment is responsible for ensuring that the qualifications are fulfilled. 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 16 Safety and responsibility Training Definition Electrical technician An electrical technician is able to complete work on electrical systems and recognise and avoid possible dangers independently based on his technical training and experience as well as knowledge of pertinent standards and regulations. An electrical technician must be able to per‐ form the tasks assigned to him independently with the assistance of drawing documentation, parts lists, terminal and circuit diagrams.

  • Page 17: Storage And Transport

    Storage and Transport Storage and Transport Ambient conditions for storage and transport CAUTION! – Prior to storage or transport, ensure that the system is free from feed chemical and water – Flush out the media carrying parts including the hoses using clean pure water –...

  • Page 18: Mounting And Installation

    Mounting and installation Mounting and installation Indoors or protective covering The device is only intended for use indoors. When using outdoors, provide a protective housing to offer protection against the weather and sunlight (UV radiation). Load-bearing strength of the wall Ensure that the wall has sufficient load- bearing strength to ensure that the device can be safely mounted.

  • Page 19: Wall-Mounted

    Mounting and installation Wall-mounted A2798 Fig. 4: Wall-mounted Housing dimensions in mm. Fixing points in mm. Install the unit so that it is easily accessible. The unit needs to be easy to read and accessible for all supply line and discharge pipes. Use the fittings to fit the unit on a load-bearing wall.

  • Page 20: Installing Hose Lines

    Mounting and installation Installing hose lines Push the hose end over the nozzle as far as the stop. Assembling the suction and discharge lines: Connect the discharge line to the right hose connector. Connect the suction line to the left hose connector.

  • Page 21: Installation (Electrical)

    Mounting and installation Installation (electrical) WARNING! Failure of the circulating pumps In the event that the circulating pump fails, the control for the corresponding swimming pool has to be stopped. It is not sufficient to use the in-line probe housing's sample water limit contact alone.
  • Page 22 Mounting and installation WARNING! Safe operating status Take safety precautions on the hard‐ ware and software side to ensure that the unit is in a safe operating status in the event of a fault, for example use a limit switch, a mechanical lock etc. During installation, ensure that the unit is not energised.

  • Page 23: Connecting Sensors

    Mounting and installation Connecting sensors REDOX/ A2799 Fig. 7: Connecting sensors The sensor’s plug-in connections are high-ohmic inputs. The plug-in connections need to be clean and kept free of moisture or corrosion. Fit the plug onto the socket. Rotate the plug 90° to lock the plug in place. Carry out the same procedure for the second plug if you need to.
  • Page 24 Mounting and installation SPDT1 SPDT2 SPDT3 A2804 Fig. 8: Potential-free switch connector (remote control) De-energise the unit. Remove the front cover Strip the cable to obtain 7 mm blank cable wires. Insert the cable through a cable opening. Connect the cable to the terminals with (SW) and (+). Tighten the cable connector to guarantee its leak-tightness.

  • Page 25: Powered Relay Connector

    Mounting and installation Powered relay connector N PE A2805 Fig. 9: Powered relay connector Use a cable with at least 1.5 mm per cable wire. De-energise the unit. Remove the front cover Strip the cable to obtain 7 mm blank cable wires. Insert the cable through a cable opening.

  • Page 26: Terminal Diagram

    Mounting and installation Tighten the cable connector to guarantee its leak-tightness. Refit the front cover. Put the sensor into operation. Terminal diagram Terminal identifier: Input: Note: RS 485 Mass Modbus RTU, RS 485 SPDT 1 Connect Remote control input Active (NC), normally closed, (+) and bridge, upon delivery Pause control...

  • Page 27: Cable Cross-Sections And Cable End Sleeves

    Mounting and installation A2921 Fig. 10: Splash Control 2 with connected DGMa and bridges on the non-assigned terminals. Cable Cross-Sections and Cable End Sleeves Minimum cross-sec‐ Maximum cross-sec‐ Stripped insulation tion tion length Without cable end 0.25 mm 1.5 mm...

  • Page 28: Operation And User Interface

    Operation and user interface Operation and user interface User interface Ä Chapter 2.4 ‘User qualification’ on page 15 User qualification: instructed user A2807 Fig. 11: Main menu user interface. Header Area for pH / measuring channel 1 Area for ORP / measuring channel 2...

  • Page 29: Settings In The Header

    Operation and user interface Settings in the header 27,9 °C A2808 Fig. 12: Settings in the header Date and time Off/On switch General notification Temperature General notification Programming key Function This key is used to set the date and time. Press this key to open the setting menu. This symbol indicates that the remote input is in an alarm state.

  • Page 30: Setting The Date And Time

    Operation and user interface 5.1.1 Setting the date and time Time to be changed Date to be changed 24-hour format US date format A2813 Fig. 13: Date and time field Date to be changed US date format 24-hour format Time to be changed Change the settings by pressing the date and time field.

  • Page 31: Displaying The Details Of A Measuring Channel

    Operation and user interface Displaying the details of a measuring channel A2809 Fig. 14: Displaying the details of a measuring channel Name of the measuring channel Metering running Current measured value Alarms display Control direction...
  • Page 32 Operation and user interface ---- 7.20 A2811 Fig. 15: Displaying the details of a measuring channel This symbol indicates the direction of the This symbol indicates whether the over- control (raise or lower) of the measuring metering alarm is active. channel.

  • Page 33: Measuring Channel Settings

    Operation and user interface Measuring channel settings Select the required measuring channel from the main screen to show this display. This configuration of the measuring channel takes effect when you close the screen and press the input and confirmation field. The parameters are not saved if the measuring channel configuration screen closes when the waiting time is exceeded.
  • Page 34 Operation and user interface A2814 Fig. 17: Functional symbols This key lets you exit this screen and save This key lets you calibrate the measuring the new parameters of the measuring channel. channel. This key lets you override the polarisation This key lets the pump of the measuring alarm of the measuring channel.

  • Page 35: Digit Input Screen

    Operation and user interface Digit input screen A2816 Fig. 18: Digit input screen Display of the measured value. Other function. Back key. Other function. This key lets you deactivate a value, e.g. to ENTER key. deactivate a timer. Cancel key. The “AM/PM”...

  • Page 36: Programming Screen

    Operation and user interface Programming screen Press the programming key in the main screen to display the programming screen. A2815 Fig. 19: Programming screen Key for the service code. System information. Adapting the interface. Change the code. Call up the interface.

  • Page 37: Interface Management

    Operation and user interface Interface management Interface Interface settings Brightness and contrast settings Display protection settings Colour settings A2817 Fig. 20: Display settings (interface) This button opens the control interface con‐ Brightness & contrast management figuration screen. Press this key to show Screen protection management the next screen.

  • Page 38: Changing The Installation Code

    Operation and user interface Changing the installation code The most important control parameters are protected by an installation code (password). The standard code is "1234". You can change this code in three steps: Change code Enter the current code Enter the new code Confirm the new code Save A2818...

  • Page 39: System Information

    Operation and user interface System information System information System information pH pump - ORP pump Software version: Serial number: A2819 Fig. 22: System information This button opens the control’s system information screen. Press this key to show the next screen. Product type Software version Serial number...

  • Page 40: Installer Level Settings

    Operation and user interface Installer level settings pH channel settings Metering mode Hysteresis Maximum Run-in period metering time Min. setpoint Max. setpoint Calibration Storage tank level input limit value limit value Temp. A2820 Fig. 23: Illustrated by the pH channel settings Access to the programming key.
  • Page 41 Operation and user interface Temp. Timer General Communication more A2821 Fig. 24: The tabs available are: pH measuring channel settings: measuring Advanced controller settings: language, mode, tank level etc. factory settings etc. ORP measuring channel settings: meas‐ Communication control settings: speed, uring mode, tank level etc.

  • Page 42: Ph Measuring Channel Settings

    Operation and user interface 5.9.1 pH measuring channel settings This screen is used to input the parameters for pH measurement. pH channel settings Metering mode Hysteresis Maximum Run-in period metering time Min. setpoint Max. setpoint Calibration Storage tank level input limit value limit value Temp.
  • Page 43 Operation and user interface pH measuring channel in downstream mode Proportional Hysteresis value value A2823 Fig. 26: pH measuring channel in downstream mode Proportional value, e.g. 0.20 pH Setpoint Hysteresis value, e.g. 0.20 pH Pump command Measuring Hysteresis Proportional band If the feeder assembly of the pH measuring channel is configured in downstream mode, then this key is used to select the value of the proportional band (1) or the hysteresis value (2) depending on the type of control previously selected.
  • Page 44 Operation and user interface pH measuring channel in upstream mode Hysteresis Proportional value value A2824 Fig. 27: pH measuring channel in upstream mode Proportional value, e. g. 0.20 pH Setpoint Hysteresis value, e.g. 0.20 pH Pump command Measuring Hysteresis Proportional band If the feeder assembly of the pH measuring channel is configured in upstream mode, then this key is used to select the value of the proportional band (1) or the hysteresis value (2) depending on the type of control previously selected.
  • Page 45 Operation and user interface Maximum Run-in period metering time Storage tank level input Storage tank level input Active NO Inactive Max. setpoint Min. setpoint Calibration Storage tank level input limit value limit value Active NC A2825 Fig. 28: pH measuring channel settings Function This key is used to input a maximum period of use of the pump assigned to the pH sensor.

  • Page 46: Orp Measuring Channel Settings

    Operation and user interface 5.9.2 ORP measuring channel settings Redox/ORP channel Maximum Hysteresis Run-in period Metering mode metering time 120 min 50 mV 2 min Min. setpoint Max. setpoint Calibration Storage tank level input limit value limit value 650 mV 800 mV Temp.
  • Page 47 Operation and user interface ORP measuring channel in downstream mode Proportional Hysteresis value value A2823 Fig. 30: ORP measuring channel in downstream mode Proportional value, e.g. 50 mV Setpoint Hysteresis value, e.g. 50 mV Pump command Measuring Hysteresis Proportional band If the feeder assembly of the ORP measuring channel is configured in downstream mode, then this key is used to select the value of the proportional band (1) or the hysteresis value (2) depending on the type of control previously selected.
  • Page 48 Operation and user interface ORP measuring channel in upstream mode Hysteresis Proportional value value A2824 Fig. 31: ORP measuring channel in upstream mode Proportional value, e.g. 50 mV Setpoint Hysteresis value, e.g. 50 mV Pump command Measuring Hysteresis Proportional band If the feeder assembly of the ORP measuring channel is configured in upstream mode, then this key is used to select the value of the proportional band (1) or the hysteresis value (2) depending on the type of control previously selected.
  • Page 49 Operation and user interface Maximum Run-in period metering time Storage tank level input Storage tank level input Active NO Inactive Max. setpoint Min. setpoint Calibration Storage tank level input limit value limit value Active NC A2825 Fig. 32: ORP measuring channel settings Function This key is used to input a maximum period of use of the pump assigned to the ORP sensor.

  • Page 50: Temperature Measuring Channel Settings

    Operation and user interface 5.10 Temperature measuring channel settings This screen is used to input the parameters for the temperature measuring channel. Temperature channel settings Sensor Display Displayed Run-in period fitted? value? unit Calibration Temp. A2827 Fig. 33: Temperature measuring channel settings Sensor Sensor Display...
  • Page 51 Operation and user interface Function This function is used to activate or deactivate the temperature measurement. This function is used to activate or deactivate the display of the temperature value. This setting is used to select the unit of measurement °C or °F. This key is used to calibrate the temperature measuring channel.

  • Page 52: Timer Settings

    Operation and user interface 5.11 Timer settings This screen is used to define the operating slots of the relay. If a slot is running, then a clock symbol ½ appears in the notification bar. You can program up to 8 different daily slots for each day of the week (Monday to Sunday) or up to 8 weekly slots (All).

  • Page 53: General Settings

    Operation and user interface 5.12 General settings The parameters of the remote control contact, flow meter contact, feeder assembly for the pH and ORP channels and pump cycle time for the pH and ORP channels can be set on this screen. The remote control and flow switch inputs are designed so that a free potential can be connected.
  • Page 54 Operation and user interface Pause Pause Pause input input input Inactive Active - NO Active - NC Water flow Water flow Water flow input input input Inactive Active - NO Active - NC Delay Delay 80 s Metering Metering direction direction DOWN Cycle time...

  • Page 55: Communication Settings

    Operation and user interface 5.13 Communication settings The communication parameters of the RS485 bus are set in this screen. You can change the communication speed, parity and the Modbus slave address (slave ID) by selecting the respective key. Communication settings Modb us Modbus Modb us...

  • Page 56: Advanced Settings

    Operation and user interface 5.14 Advanced settings This screen lets you adapt advanced unit settings. Factory setting: The device automatically restarts after a reset. The calibrated values are deleted so all your sensors need to be recalibrated. Advanced settings Metering alarm Save overmetering Activate Language...
  • Page 57 Operation and user interface Language Language German German Save overmetering Save overmetering Metering alarm Metering alarm STOP STOP Activate Activate Activate relay ON relay ON relay ON Alarm Clock Default settings A2837 Fig. 41: Advanced settings keys Function This key is used to set the language of the unit. This key is used to activate or deactivate the alarm for daily overmetering of the back-up in the event of a power failure.

  • Page 58: Calibrating The Measuring Channels

    Calibrating the measuring channels Calibrating the measuring channels Ä Chapter User qualification: trained user To automatically calibrate the ORP value: 2.4 ‘User qualification’ on page 15 Make sure that the sensor is not faulty or The automatic calibration of pH or ORP does blocked, not use a standard buffer.
  • Page 59 Calibrating the measuring channels Stop filtration and close the shut-off Insert the sensor into the standard valves. reagent pH=4.00. Wait until the con‐ troller display has stabilised. Proceed as Loosen the fixing nut of the sensor. follows once the value has stabilised: Remove the sensor from its seat and Press the measuring channel to be cali‐...

  • Page 60: Commissioning

    Commissioning Commissioning User qualification: trained qualified per‐ Ä Chapter 2.4 ‘User qualification’ sonnel on page 15 Only operate the pump after proper installation. WARNING! Only operate the pump once the trans‐ parent cover has been screwed on. Danger from hazardous substances! Possible consequence: Fatal or very serious injuries.

  • Page 61: Firmware Update Via The Usb Port

    Firmware update via the USB port Firmware update via the USB port Ä Chapter 2.4 ‘User qualification’ on page 15 User qualification: trained user You will find the latest firmware version on the unit manufacturer’s homepage. A2806 Fig. 42: USB port for connection of a USB mass storage device Switch the device off.

  • Page 62: Replacing The Storage Tank

    Replacing the storage tank Replacing the storage tank User qualification: instructed user Ä Chapter 2.4 ‘User qualification’ Labelling the chemical storage on page 15 tanks Label the connections on the unit, the Replacing the chemical metering accessories and the chemical storage tanks storage tanks in such a way that it is impossible to mix up the storage tanks.

  • Page 63: Troubleshooting

    The peristaltic pump no The pump hose has lost its Replace the pump hose, see longer reaches full pump elasticity Ä Chapter 11.6 ‘Repair’ capacity on page 68 In all other cases, notify your service technician or your ProMinent branch.

  • Page 64: Maintenance And Repair

    Maintenance and repair Maintenance and repair The control does not require special mainte‐ nance. Only allow repairs to be carried out by WARNING! qualified technicians and only in our factory. Do not hesitate to contact Service if you experi‐ Decontamination ence problems with the control and/or the Decontaminate the device before chemical sensors or need some operational...

  • Page 65: Changing The Fuses

    Maintenance and repair 11.1 Changing the fuses Ä Chapter 2.4 ‘User qualification’ on page 15 . User qualification: trained user WARNING! Live parts Possible consequence: Fatal or very serious injuries – Measure: Disconnect the mains plug prior to opening the housing –...

  • Page 66: Maintenance Of The Sensors

    Maintenance and repair Parameter Specification(s) Markings(s) Electrical fuse Glass fuse, 5x20 , slow-acting, 3.15 A Glass fuse, 5x20 , slow-acting, 250 mA 11.2 Maintenance of the sen‐ Approx. every six months sors Checks: pH and ORP sensors are maintenance-free Visual control of the liquid end and need to be replaced when they are no Check the pump hose for leak-tightness longer operating perfectly.

  • Page 67: Decommissioning The Splash Control 2 Controller

    No control and metering function nance should include: Following decommissioning of the Functional control of the system. Splash Control 2 controller, the swim‐ Maintenance of the pH and ORP sensors. ming pool system will no longer be Calibration of the pH and ORP sensors.

  • Page 68: Repair

    Maintenance and repair 11.6 Repair Ensure that the system is at atmos‐ pheric pressure. Drain the pump hose and thoroughly rinse it with a suitable medium. Only turn the rotor in a clockwise direc‐ tion. Changing the pump hose Loosen the suction hose and the dis‐ charge hose from the hose connectors Loosen the fixing bolt on the transparent cover and remove the transparent cover...

  • Page 69: Operational Pause (E.g. Over-Wintering)

    Operational pause (e.g. over-wintering) Operational pause (e.g. over-wintering) Never allow the sensors to remain dry in their fitting during operational pauses. Sensors need to be stored in a dry place and protected from moisture in their original packaging. You can obtain preservative for the sensors from your dealer.

  • Page 70: Formal Information And Standards

    Refer to the Material Safety Data Sheet for your feed chemical. A current Declaration of Decontamination is In accordance with the European Directive available to download on the ProMinent web‐ 2012/19/EU on waste electrical and electronic site. equipment, this device features the symbol showing a waste bin with a line through it.
  • Page 71 Formal information and standards EN 61326-1 Electrical equipment for meas‐ uring, control and laboratory use – EMC requirements (for class A and B devices) DIN EN 50581 - Technical documentation for the assessment of electrical and electronic products with regard to the restriction of haz‐ ardous substances EN 60529 - Degrees of protection provided by enclosures (IP code)

  • Page 72: Technical Data

    Technical data Technical data 14.1 Technical data Main features Parameter Specification(s) Markings(s) Consumption 850 W max - 3.5 A max. Power supply require‐ 230 VAC +/-10%, 50 Hz ments Over-voltage category Electrical fuse Glass fuse, 5x20 , slow-acting, 250 mA Glass fuse, 5x20 , slow-acting, 3.15 A Operating temperature 1 °C ...
  • Page 73 Technical data Main features Parameter Specification(s) Markings(s) Electromagnetic com‐ Class B interruption tests correspond to EN61326-1 patibility Class B interruption tests correspond to EN61326-2-6 Class B interruption tests correspond to EN55011 Harmonic tests according to EN61000-3-2-2 Harmonic tests according to EN61000-3-3-3-3 Interference immunity tests according to EN61000-4-2-2 Interference immunity tests according to...
  • Page 74 Technical data Main features Parameter Specification(s) Markings(s) Measuring inputs 1x potentiometric (pH) 0 ... 14 pH. 1x potentiometric (ORP) 0 ... +1000 TEMP 1x RTD (4..20mA) -5 ... 45 °C. Control or flow inputs 1x remote input in “Control On/Off” SPDT1 Control 1x flow switch detection SPDT4...
  • Page 75 Technical data Main features Parameter Specification(s) Markings(s) RS485 1x RS485 communication connector RS485 1x USB slot for the connection of a USB mass storage device Sound pressure level Sound pressure level < 70 dB in line with DIN EN 12639...

  • Page 76: Spare Parts

    Technical data 14.2 Spare parts Tab. 3: Spare parts for the Splash Control 2 Component Order number 1009480 Pump hose, PHARMED ® Transparent cover, DF2a 1007736 Roller bearing in a transparent cover 1017985 Rotor 1009478 Union nut 1009968 Adapter G1/4 - M20x1.5...

  • Page 77: Appendix

    Any modification to the product not approved by us invalidates this declaration. Tab. 5: Extract from the EC Declaration of Conformity Designation of the product: Splash Control 2 Serial number: see nameplate on the device Relevant EC Directives:...
  • Page 78 Appendix...

  • Page 79: Index

    Index Index Live parts ..... 65 Action, step by step ....2 Air humidity .
  • Page 80 Spare parts for accessories ..76 Spare parts for the Splash Control 2 ..76 Standards complied with ... . 70...
  • Page 84 ProMinent GmbH Im Schuhmachergewann 5 - 11 69123 Heidelberg Telephone: +49 6221 842-0 Fax: +49 6221 842-419 Email: info@prominent.com Internet: www.prominent.com 981790, 3, en_GB © 2020...

Table of Contents