HAYWARD BS7671 Aquarite Flo Advanced Salt Chlorinator Instruction Manual

July 6, 2024
Hayward

HAYWARD BS7671 Aquarite Flo Advanced Salt Chlorinator

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
PRODUCT

FAQ

  • Q: Can children operate the device?
    • A: Children should not play with the device. User maintenance and cleaning should not be done by unsupervised children.
  • Q: What should I do if the power cord is damaged?
    • A: A damaged power cord must be replaced by after-sales service or qualified persons to avoid danger.

PLEASE KEEP THIS MANUAL FOR FUTURE REFERENCE

WARNING: Electrical hazard.

  • Failure to comply with these instructions can result in serious injuries or death.
  • THE EQUIPMENT IS INTENDED TO BE USED ONLYIN SWIMMING POOLS

SAFETY INFORMATION

WARNING – Disconnect the equipment from the mains supply before any intervention.
WARNING – All electrical connections must be carried out by a qualified approved electrician in accordance with the standards currently in force in the country of installation.

F NF C 15-100   GB BS7671:1992
D DIN VDE 0100-702   EW SIST HD 384-7-702.S2
A ÖVE 8001-4-702   H MSZ 2364-702:1994 / MSZ 10-533 1/1990
E UNE 20460-7-702 1993, REBT ITC-BT-31 2002   M MSA HD 384-7-702.S2
IRL IS HD 384-7-702   PL TS IEC 60364-7-702
I CEI 64-8/7   CZ CSN 33 2000 7-702
LUX 384-7.702 S2   SK STN 33 2000-7-702
NL NEN 1010-7-702   SLO SIST HD 384-7-702.S2
P RSIUEE   TR TS IEC 60364-7-702
  • WARNING – Check that the device is plugged into a power outlet that is protected against short-circuits. The device must also be powered via an isolating transformer or a residual current device (RCD) with a nominal operating residual current not exceeding 30 mA.
  • WARNING – Ensure that children cannot play with the device. Keep your hands and any foreign object away from openings and moving parts.
  • WARNING – Check that the supply voltage required by the product corresponds to the voltage of the distribution network and that the power supply cables are suitable for the product power supply.
  • WARNING – Chemicals can cause internal and external burns. To avoid death, serious injury and/or damage to equipment, wear personal protective equipment (gloves, goggles, mask, etc.) when servicing or maintaining this device. This device must be installed in an adequately ventilated place.
  • WARNING – To reduce the risk of electric shock, do not use an extension cable to connect the device to the mains. Use a wall socket.
  • WARNING – Chemicals can cause internal and external burns. To avoid death, serious injury and/or damage to equipment, wear personal protective equipment (gloves, goggles, mask, etc.) when servicing or maintaining this device. This device must be installed in an adequately ventilated place.
  • WARNING – To reduce the risk of electric shock, do not use an extension cable to connect the device to the mains. Use a wall socket.
  • WARNING – Carefully read the instructions that appear in this manual and on the device. Failure to comply with the instructions can cause injuries. This document must be given to every pool user, who should keep it in a safe place.
  • WARNING – This appliance can be used by children aged 8 years and over and by people with reduced physical, sensory or mental capabilities, or those who lack experience or knowledge, if they are supervised correctly or if they have been given instructions concerning safe use of the appliance and understand the hazards involved. Children must not play with the device. User maintenance and cleaning must not be carried out by unsupervised children.
  • WARNING – Use only original Hayward parts.
  • WARNING – If the power supply cable is damaged, it must be replaced by the manufacturer, the after-sales service or similarly qualified persons to avoid danger.
  • WARNING – The device must not be used if the power cord is damaged. An electric shock could occur. A damaged power cord must be replaced by the after-sales service or similarly qualified persons to avoid danger.

UNIT DESCRIPTION

Water treatment system and controller for swimming pools.

Water treatment: Chlorine is produced by electrolysis of salt water, using salt water of low salinity. Production of sodium hypochlorite (liquid chlorine) in the electrolysis cell is achieved with a minimum of 3g salt per litre. The chlorine combats and eliminates bacteria, viruses and pathogenic agents, and oxidizes organic matter present in the water. The used sodium hypochlorite reconverts into salt after a few hours. The system centralises control of all pool equipment, optimising interactions between the various installations.

A Main connection 230 V – 50 Hz
B Cell connection
C Options connections
D pH and Rx connection
E ON/OFF switch
A Electrolysis cell
B Connection to unit
C Cell housing
D Flow/gas detector (internal)

UNIT INSTALLATION

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-5

  • A. Filtration pump timer*
  • B. Silex / glass / diatom filter
  • C. Recirculation pump
  1. Electronic box
  2. Electrolysis cell (always vertical)
  3. pH probe (optional)
  4. Rx probe (optional)
  5. Temperature probe (optional)
  6. WiFi module (optional)
  7. Acid dosing pump (optional)
  8. Acid injector (optional)
  9. Hydrochloric acid container (not supplied)

Electricity consumption

Use of a 16 A time delay circuit breaker is recommended for AQR FLO ADVANCED devices. Where the power supply is shared with other devices, please consult a technician for correct sizing of your installation.

Product| Maximum

Consumption

| g Cl2/h
---|---|---
8 Gr| 80 W| 8
16 Gr| 130 W| 16
22 Gr| 145 W| 22
33 Gr| 165 W| 33
50 Gr| 210 W| 50
16LS| 130 W| 0-100 %
33LS| 165 W| 0-100 %

Warning: Filtration control by external timer

Warning:  Filtration control by internal timer

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-7

UNIT ASSEMBLY

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-8

  • Step 1. Without opening the unit cover, screw the 4 suspension eyes to the box from behind.
  • Step 2. Mark the positions of the 4 eyes using the drilling template.
  • Step 3. Drill and insert the 4 rawlplugs into the wall.
  • Step 4. Screw in the 4 wall screws and hang up the unit.

PH and REDOX CHIP ASSEMBLY

ASSEMBLY AND CONNECTION OF THE CELL

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-9

  1. Install the cell in a vertical position
  2. Install the cell on by-pass
  3. Install the cell at the highest point of the installations
  4. Connect the cell and the gas detector to the electronic box

N.B.: If the unit is being installed for a pool that has already been treated with chlorine, we recommend total renewal of all water in the pool so that the cyanuric acid (chlorine stabiliser) does not distort measurements made by the rX (redox) probe.

ELECTRONIC PANEL FOR ELECTRICAL CONNECTIONS

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-10

MAIN SCREEN

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-11

ELECTROLYSIS

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-12

  1. Electrolysis:
    • Programming of electrolysis functions.
  2. Level:
    • Desired chlorine production (g/h).
  3. Boost (super chlorination):
    • Filtration for 24h at maximum-intensity. Automatic return to programmed filtration mode.
    • During the boost period the Rx control can be deactivated.
  4. Cover:
    • Reduction of chlorine production activated by closing the automatic cover.
    • See section on Cover.

MEASUREMENTS / Setpoints

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-13

  1. Measurements:
    • Adjustment of setpoints and measuring probes.
  2. Setpoints for each measurement.
  3. Setpoint settings:
    • configuration of the ideal levels for each parameter.

Default values:

  • pH: 7.2 – 7.5
  • Rx: 600 – 800

MEASUREMENTS – pH calibration

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-14

  • Calibration of pH probe:
    • Recommended every month during the season of use.
  • Calibration with buffers (buffer solutions pH7 / pH10 / neutral):
    • Follow the 7-step instructions that are shown on the display.
  • Example of first step of calibration with buffers. Continue with the following steps.

Measurement and control of the pH of the water

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-15

  • Manual calibration: Allows adjustment of the probes to 1 objective measurement (without buffers) – only recommended for correction of small deviations in the readings.
  • Without removing the probe from the water, use the plus / minus keys to adjust the reading so it matches with your reference value (photometer or other measuring device).

MEASUREMENTS – Rx calibration

The Rx value gives information about the oxidation/reduction potential and is used to determine the water sterilization capacity. The setpoint is the minimum Rx value for activation/deactivation of the titanium cell. Adjusting the ideal Rx level (setpoint) is the last step in the system set-up. Follow these steps to determine the ideal Rx levels for your pool:

  1. Connect your pool filtration system (the salt in the pool must be completely dissolved).
  2. Add chlorine to the water until a level of 1-1.5 ppm is reached (approx. 1-1.5 g/m3 water). pH levels should be between 7.2 – 7.5.
  3. After 30 minutes take a reading of the free chlorine level in the pool (manual test kit DPD1). If the free chlorine level is in the range 0.8 – 1.0 ppm, look at the value on the Rx display and put this value into the memory as the setpoint to activate/deactivate the electrolysis/hydrolysis cell.
  4. The next day check the levels of free chlorine (manual test kit DPD1) and Rx. Raise/lower setpoint if necessary.
  5. Remember to check the Rx setpoint every 2-3 months and/or when the water parameters change (pH/temperature/conductivity).

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-44

  • Calibration of Rx probe:
    • Recommended every 2 months during the season of use.
  • Calibration with buffer (buffer solution 465 mV): Follow the 4-step instructions that are shown on the display.
  • Example of first step of calibration with buffers. Continue with the following steps.

Measurement and control of Rx as the control value of free chlorine

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-47

  • Manual calibration: Allows adjustment of the probes to 1 objective measurement (without buffers) – only recommended for correction of small deviations in the readings.
  • Without removing the probe from the water, use the plus / minus keys to adjust the reading so it matches with your reference value (photometer or other measuring device).

MEASURES – Temperature calibration

  • Temperature probe necessary to activate the smart filtration mode

Connection

  1. Black
  2. Yellow
  3. Red

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-50

  • Temperature calibration.
  • Manual calibration: Allows adjustment of the probes to 1 objective measurement.
  • Use the plus / minus keys to correct the difference between the measured value of the probe and the actual temperature. Set to the actual temperature of the probe and press OK.

FILTRATION – Manual mode

Connection

  1. For set-up and connection of a UVariable Speed Pump, see section on Filtration / Variable Speed Pumps.

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-18

  • Filtration:
    • Configuration of the filter pump control. To configure this, select Filtration and confirm by pressing OK . A mode is selected from the Mode listing, using the plus/minus keys.
  • Manual:
    • Manually turns the filtration process ON or OFF. No timing or additional functions. The Status line indicates whether the filtration pump is ON or not.
    • See section Filter Cleaning below.

FILTRATION – Automatic mode

Automatic (or with timer):

  • In this mode the filtration is switched on in accordance with timers that allow adjustment of the start and end times of the filtration. Timers always operate daily, in cycles of 24 hours.
  • To set the ON/OFF times (configuration of up to 3 times possible), use the up/down keys in the timer line that you want to change (1-3).
  • Open the start time input field for the selected timer using the plus/minus keys. Set the time with plus/minus keys. Use the up key to scroll up to the minutes input field and set this using plus/minus keys. To confirm press OK and to cancel press return/escape. To set the OFF timer, proceed in the same way.
  • See section Filter Cleaning below.

FILTRATION – Smart mode

  • *Smart:** This mode is based on the automatic or timer mode, with its 3 filtration intervals, but with adjustment of the filtration times as a function of the water temperature. Two temperature parameters are provided for this: the maximum temperature, above which the filtration times will be those set by the timers, and the minimum temperature, below which the filtration time will be reduced to 5 minutes, which is the minimum operating time.
  • Between these 2 temperatures the filtration times increase linearly. Use the plus/minus keys to set the desired minimum and maximum temperatures.
  • There is the option of activating the antifreeze mode which sets the filtration to run continuously if the water temperature is below 2 °C.
  • To set the ON/OFF times (configuration of up to 3 times possible), follow the instructions for the Automatic Mode.
  • See section Filter Cleaning below.

* N.B.: Mode only visible when the option to use temperature probe and/or heating is activated in the “Installer Menu”.

FILTRATION – Filter cleaning

Filter cleaning mode (and pool cleaning by suction): From this menu (accessible from any Filtration Mode) a backwash cleaning of the sand filter can easily be carried out. Activating this menu from any filtration mode (Manual, Automatic, Smart), will disconnect the electrolysis/hydrolysis cell.
Then proceed as follows:

  • Turn the filter pump OFF using the plus/minus keys.
  • Place the filtration pump valve in the backwash cleaning position.
  • Turn the filtration pump back ON. You can check the duration of the backwash cleaning by looking at the clock on the screen. Make sure an adequate and complete backwash of your filter has been carried out.
  • When you have finished the backwash cleaning, again turn the filtration pump OFF and put the valve back in the filtering position. If you wish, you can now perform a rinse cycle.
  • Proceed in the same way as for backwash cleaning, this time placing the filtration pump valve in the rinsing position.
  • When exiting the Filter Cleaning menu using the return/escape key, the system will revert back to the mode programmed previously.

LIGHTING

Connection

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-24

  • Lighting
  • Manual ON / OFF mode.
  • Automatic Mode: Sets the ON/OFF times for the lights. The timers can be configured with the following frequencies: daily; every 2 days; every 3 days; every 4 days; every 5 days; weekly; every 2 weeks; every 3 weeks; every 4 weeks.HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-FIG-26
  • LED spotlights: If your pool has LED spotlights, use this menu to configure the lighting.
  • Colour selection: Using this menu you can change the colour of the lights in your pool. The Next Program option will manually program the colour change, and using the Pulse Length option you can select the frequency required to changethe colour.

Warning: Do not connect:

  • Halogen spotlight.
  • Spotlights with a power consumption higher than 50 W.

PH PUMP RELAY

Connection

Acid dosing pump:

  • The pump turns on in response to the setpoint that was configured in the menu entitled Measurements – Setpoints – acid pH (setpoint < pH value of the water).
  • In the standard menu, the maximum dosing time is 60 minutes to avoid acidification of the water (AL3).
  • It can dose either acid or alkali (please contact your supplier).

SYSTEM SETTINGS

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-28

  • System settings.
  • Sets the language.
  • Choose your preferred language.
  • Sets the current date and time.
  • Enter the current date and time.HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-FIG-29
  • Sets the screen configuration.
  • Sets the lighting intensity of the screen display (0-100%) and programs its ON/OFF timers.
  • Sound settings.
  • Sound: Programming the system to emit sounds for the following functions: Keyboard (keys); Notices (pop-up message); Alarms (operating alarm); Filtration (start of filtration).HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-FIG-30
  • Sets the password.
  • Password: Protects user access to the menu by activating a password. Press a combination of 5 keys and the system will memorize it. If you forget the password, there is a ‘master password’. Ask your installer/supplier.
  • Cell timings: Counters of time of operation for the various modules.
  • System information
  • System information:
    • Information about the software versions of the TFT display and the power module.
    • It also shows the ID node which is required to configure the system’s WIFI connection.

WIFI CONFIGURATION

WIFI MODULE

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-32

  • Internet: Once the WIFI module is connected, restart your unit. The Internet option will appear in the Settings menu.
  • WIFI: Select WIFI to scan for available networks that the module can access. The search will be carried out automatically.
  • Select the desired network that the WIFI module can access. Enter the password in the pop-up keyboard. Scroll up and down with the up/down keys and left to right with the plus/minus keys. To select a letter press OK.HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-FIG-33
  • Select AP: Manually enter the name and the password of the network selected.
  • System settings: For a more detailed configuration enter into this menu or contact your installer.
  • Status: Check the status of your connection.

Once the WIFI module has been connected to the network and both lights are ON, go to www.poolwatch.hayward.fr.
Access the Register option and enter all the data requested. The unit ID node can be found on your device (see section 10. System Settings – screens 10.13 & 10.14). Upon completion of the process, you will have total control over your pool and you will be able to change parameters such as setpoints or filtration times.

WIFI INSTALLATION

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-34

  • Open the cover of the WiFi box.
  • Cut the flange.
  • Disconnect the cables.
  • Pass the cable through the cable gland from the inside outwards.
  • Connect the cables again in the WiFi box.
    • GND = Black
    • CE = Green
    • CA = Yellow
    • +12V = Red

COVER

Connection

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-37

  • Cover: Connection of automatic cover.
  • Reduction of chlorine production (as a percentage), when the pool cover is closed. With the cover closed it is not necessary for the system to run at 100%. Use this parameter to regulate the optimal amount of chlorine produced.

FLOW SWITCH

Connection

  • Input for mechanical security flow switch. It stops the electrolysis and dosing pumps if there is no water flow.
  • It is possible to add an external flow switch to the system. Connect as shown in the illustration and contact your installer to activate it. The titanium cell includes a gas flow sensor, and you can combine the two for better control.

VARIABLE SPEED PUMP

VARIABLE SPEED PUMP

  1. Slow
  2. Medium
  3. Fast
  4. Common

HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-
FIG-40

  • Variable Speed Pump: to install a variable speed pump contact your installer.
  • Once the pump has been connected, you can assign a different speed individually to each filtration period
    • S: slow, M: medium and F: fast.HAYWARD-BS7671-Aquarite-Flo-Advanced-Salt-Chlorinator-FIG-41
  • Filter cleaning: to clean a filter with a variable speed pump, you should use the ‘fast’ speed setting.

DESCRIPTION OF MESSAGES / ALARMS

P1/P2| Operating cell polarity. The cell changes polarity automatically to clean itself.
---|---
Lgt| Lighting is on.
Cov| Cover detector indicates that it is closed. Production will reduce automatically to the value configured in the electrolysis menu.
F1| Lack of water flow in the installation. Monitor the flow switches and check that the pressure is correct.

Low

| Production of the device is not reaching the desired level. This can be due to various factors

–  Lack of salt,

–  Scaled-up cell,

–  Consumed cell (check the hours counter),

–  Low water temperature.

AL3| Maximum time exceeded for acid dosing. Check pH readings, calibration and verify that the acid tank is not empty. To reset the alarm press the ‘Back’ key.

LIMITED WARRANTY

All Hayward products are covered for manufacturing defects or material defects for a warranty period of 2 years from the date of purchase. Any warranty claim should be accompanied by proof of purchase, indicating date of purchase. We would therefore advise you to keep your invoice.

  • The Hayward warranty is limited to repair or replacement, as chosen by Hayward, of the faulty products, provided that they have been subjected to normal use, in compliance with the guidelines given in their user manuals, provided that the products have not been altered in any way, and provided that they have been used exclusively with Hayward parts and components.
  • The warranty does not cover damage due to frost or chemicals. Any other costs (transport, labour, etc.) are excluded from the warranty.
  • Hayward may not be held liable for any direct or indirect damage resulting from improper installation, improper connection, or improper operation of a product.
  • In order to make a claim under the warranty and in order to request repair or replacement of an article, please ask your dealer.
  • No equipment returned to our factory will be accepted without our prior written approval.
  • Parts damaged by wear and tear are not covered by the warranty.
  • Parts damaged by wear and tear: gasket and cell plate coating.

HAYWARD POOL EUROPE

  • 1070 Allée des Chênes – CS 20054 Saint Vulbas – 01154 Lagnieu Cedex – France

Hayward is a registered trademark of Hayward Industries, Inc.
© 2019 Hayward Industries, Inc.

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