BIO UV HOME 2 -230V Manual

UV_Home_(anglais) - DOC012472 - Ind. O03 - 27/04/2017
REACTOR IN THE HOME RANGE
230V
INSTALLATION AND MAINTENANCE MANUAL

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We thank you for choosing a BIO-UV reactor.
Our equipment has been designed to give you reliable and safe operation for many years to come.
According to the decree of the Health Ministry of the August 21st of 2008, concerning the case of rainwater collected on
roofs treatment, this water can not be used for human consumption.
The BIO-UV reactors have been designed for speed and ease of installation.
Their design also makes them easy to maintain.
Read these instructions carefully in order to optimize the operation of your reactor.
TABLE OF CONTENTS :
pages
A. Technical characteristics.................................................................................................................................................3
B. SafetyWarnings...............................................................................................................................................................4
C. Installation guide.............................................................................................................................................................5
1. Foreword ........................................................................................................................................................................................................................5
2. Usage environment....................................................................................................................................................................................................5
3. Instructions for reactor installation ......................................................................................................................................................................5
4. Instructions for electrical connections................................................................................................................................................................6
5. Filtration kit options ...................................................................................................................................................................................................7
a.) Mounting of the 2 filters kit for HOME 2 and HOME 3...........................................................................................................................7
b.) Mounting of the 3 filters kit for HOME 2 and HOME 3...........................................................................................................................8
c.) Installation procedure ........................................................................................................................................................................................9
6. Option UV sensor and PRO3 monitor...............................................................................................................................................................10
D. Starting up.................................................................................................................................................................... 11
E. Procedure to replace the lamp, the quartz sleeve and the seal................................................................................. 12
F. Maintenance file............................................................................................................................................................ 14
G. Electrical description.................................................................................................................................................... 15
1. Electrical unit..............................................................................................................................................................................................................15
2. Wiring of an alarm contact on PRO3 monitor option ................................................................................................................................16
H. Blown up view with UV sensor option ........................................................................................................................ 17
I. Dimensions..................................................................................................................................................................... 18
J. Warranties...................................................................................................................................................................... 19

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A. TECHNICAL CHARACTERISTICS
HOME RANGE UNIT
HOME 2 -230V HOME 3 - 230V HOME 4 – 230V HOME 6 – 230V HOME 9 – 230V
REACTOR
Material -
304L stainless steel
304L stainless steel
316L stainless steel
316L stainless steel
316L stainless steel
Surface finish - Mirror polished Mirror polished Micro-
blasted steel
Micro-blasted steel Micro-
blasted steel
Maximum operating pressure bar 6 6 10 10 10
Weight kg 2 3,1 4,5 6,7 8,8
Diameter mm 90 90 90 114 114
Maxlength mm 446 717 1067 1072 1325
Connection type - Male threaded Male threaded Male threaded Male threaded Male threaded
Connection - 3/4'' 3/4'' 1’’ 1’’1/2 1’’1/2
Top drain - No No Yes Yes Yes
Bottom drain - No No No No No
Headloss (lamps are end of life,
at the worst point of the reactor)
bar <0,01 <0,01 0,01 0,006 0,012
ELECTRICAL CABINET
Type -
Independent, wall
mounted
Independent, wall
mounted
Independent, wall
mounted
Independent, wall
mounted
Independent, wall
mounted
Material - Anodized
Aluminium
Anodized
Aluminium
Anodized
Aluminium
Anodized
Aluminium
Anodized
Aluminium
Dimensions mm 280x120x70 280x120x70 280x120x70 280x120x70 280x120x70
Cable length between
cabinet/reactor(m) cm 75 75 75 75 75
Weight kg 0,84 0,84 0,9 0,9 0,9
Cabinet ventilation - No No No No No
Power supply V 220-240 220-240 220-240 220-240 220-240
Frequency Hz 50 50 50 50 50
Cable type - Mains cable (1,5m)
Mains cable (1,5m) Mains cable (1,5m) Mains cable (1,5m) Mains cable (1,5m)
Current rating A 0,16 0,26 0,4 0,4 0,5
Absorbed power W 36 61 96 96 116
Hoursrun counter - Electro-mechanic Electro-mechanic Electro-mechanic Electro-mechanic Electro-mechanic
Differential protection - No No No No No
Protection - Fuse 1A Fuse 1A Fuse 1A Fuse 1A Fuse 1A
On/Off switch - Yes Yes Yes Yes Yes
Power onindicator light - No No No No No
Lamp indicator light - Yes Yes Yes Yes Yes
LAMPS UV
Number of lamps - 1 1 1 1 1
Electrical power per lamp W 33 55 87 87
105
Lamp type - High Output High Output High Output High Output High Output
UV power per lamp W 8,5 17,5 28 28 35
Total UV power
W
8,5
17,5
28
28
35
Average life expectancy of 1
stop/start per day h 13000 13000 13000 13000 13000

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B. SAFETYWARNINGS
•Switch off the device 10 minutes before any intervention to let the lamps cool down.
•Stop the system in the eventof a prolonged stop of the water flow
•Never expose yourself to the radiation of the ultraviolet lamps when lit. This may
cause severe injuries or burns and may even lead to loss of eyesight.
•When the lamps are running, do not take the lamps of the reactor out or remove the
protection covers
•When dismounting UV lamp or quartz tube, it is necessary to wear protection gloves not
to let fingerprints that could affect the UV emissions quality
•Even when stopped, power is presentin the electrical unit so make sure that the main
power supply upstream of the electrical cabinet is switched off before carrying out any
work on the equipment.
•Do not use the reactor if the power supply wire is worn or damaged. In this case it
should be replaced.
•To avoid electric short-circuits, do not place the electric wires or the reactor in the pool
water or in any other maintenance or cleaning fluid.
•Do not perform electrical measurement on ballast output (risk of overvoltage)
•Never unscrew the quartz tube sealing nut when the reactor is on load as the quartz
tube could be blown out of the reactor with force and injure you.
•
In case of a microleakage, the reactor must be isolated and drained to perform
maintenance as soon as possible.
•Do not use the BIO-UV reactor for any other use than that for which it was designed.

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C. INSTALLATION GUIDE
1. Foreword
BIO-UV reactors are ready to install, no works is required inside the reactor.
It is necessary to read all the instructions in this manual before
switching on the reactor.
2. Usage environment
Location Room protected from direct sunlight and bad weather
Ambient temperature between 0°C et 40°C
Corrosive environment Protect the electrical cabinet from any corrosive emanations (hydrochloric acid vapors, salt…)
Ambient humidity < 80% (dry area)
3. Instructions for reactor installation
ØThe reactor can be installed from two different ways :
•In vertical position (inlet downward)

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•In horizontal position (outlet upward)
ØIt is necessary to provide a sufficient space corresponding to the reactor length to be able to bring it out of its
support easily.
ØThe reactor should be installed:
•as closest as possible from the water supply
•after a booster
•after a softener
•The maximum pressure in the line must never be higher than the maximum operating
pressure of the reactor ( see Technical characteristics, page 3)
•Do not installed a by-pass between the inlet and the outlet of the reactor
4. Instructions for electrical connections
ØThe electrical unit of the reactor is designed to be plugged directly on a wall socket (220V-16A)

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5. Filtration kit options
a.)
Mounting of the 2 filters kit for HOME 2 and HOME 3
Nr Part code Designation Quantity
1 ACC006536 Brass butterfly valve, ¾ male/female 2
2 PIE004433 Filter support 1
3.1 VIS004448 UV reactor fixing screw (2 per reactor) 2
3.2 VIS004503 Zinc flat washer Ø6 2
3.3 VIS004504 Zinc nut Th M6 2
4 ACC004439 Hose, stainless steel 1
5 ACC004445 Nipple, male/male 4
6 RAC004444 Rotary coupling 1
7 JTS004442 Fibre seal 20x27 5
8 VIS004440 Filter fixing screw (4 per filter) 8
9.1
9.2 FIL004326 Filter bowls 2
T DIV005922 Standard Teflon roll 1
INSTALLATION OF CARTRIDGES IN THE FILTER BOWLS
CAR004466 60µ cartridge, washable , to mount on filter bowl mark 9.1 1
CAR004467 10µ cartridge, washable , to mount on filter bowl mark 9.2 1

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b.)
Mounting of the 3 filters kit for HOME 2 and HOME 3
Nr Part code Designation Quantity
1 ACC006536 Brass butterfly valve, ¾ male/female 2
2 PIE004434 Filter support 1
3.1 VIS004448 UV reactor fixing screw (2 per reactor) 2
3.2 VIS004503 Zinc flat washer Ø6 2
3.3 VIS004504 Zinc nut Th M6 2
4 ACC004439 Hose, stainless steel 1
5 ACC004445 Nipple, male/male 6
6 RAC004444 Rotary coupling 2
7 JTS004442 Fibre seal 20x27 7
8 VIS004440 Filter fixing screw (4 per filter) 12
9.1
9.2
9.3
FIL004326 Filter bowls 3
T DIV005922 Standard Teflon roll 1
INSTALLATION OF CARTRIDGES IN THE FILTER BOWLS
CAR004466 60µ cartridge, washable , to mount on filter bowl mark 9.1 1
CAR004467 10µ cartridge, washable , to mount on filter bowl mark 9.2 1
CAR004468 Active carbon cartridge, to mount on filter bowl mark 9.3

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c.)
Installation procedure
Nr OPERATION
1 Assemble the filter bowls (9.1/9.2/9.3) together, with the nipples(5), the rotary coupling(s) (6), the seals (7) and Teflon
strip (T). According the connection type, the tightening of the connections wil be done with seals or Teflon strip (see
exploded view)
Warning ! : Comply with the direction of water circulation in the filters, marked with arrows and the words ‘IN’ (inlet)
and ‘OUT’ (outlet) on the filter (blue section)
2 Mount the filter support plate (2) on the filter bowls with the screws (8).
Tip ! Before performing step 3, we advise you to mark the position of the filter support attachment on the wall.
3
Install the UV HOME reactor on the filter support:
To do this, disengage the UV reactor from the black PVC collars
Then screw the 2 PVC collars on to the filter support with the screws (3.1), the washers (3.2) and the nuts (3.3)
Finally, clip the UV reactor on to the black PVC collars
4 Install the hose (4) between the outlet of the last filter and the UV HOME reactor
5 Install the 2 inlet and outlet valves (1):
- The first on the first inlet filter
-
The second on the UV reactor outlet
6 Fix the assembly to the wall
Connect it to the water pipe
Check hydraulic sealing
7 Fix the electric unit of UV HOME reactor to the wall,
Connect the power supply; perform the start-up procedure explained in paragraph D.Starting up, page 11.

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6. Option UVsensorandPRO3monitor
The PRO3 monitor only exist in 230V to plug on a wall socket
This PRO3 monitor will indicate the drop in intensity of lamps during their lifespan and can also provide warning of fouling
of the quartz duct or the UV-C radiation measurement cell.
1. Fit the UV sensor on the reactor. If the reactor has already been installed :
•Turn the UV lamp off
•Cut the water supply.
•Empty the UV reactor: Remove the drain plug
•Carefully screw on the Teflon UV sensor in place of the drain plug. Beforehand check that the watertight
seal is correctly positioned
•Take care not to twist the cable when screwing.
•Open the water supply and check water tightness.
2. Attach the Pro3 UV monitor box to the wall
3. Connect the electrical power supply to the Pro3 Monitor box
4. Calibrate the UV sensor :
•Turn the UV lamp on
•The UV-C lamps will increase in temperature to reach maximum radiation in two to five minutes
(depending on the temperature of the liquid to be processed).
•Make water flows into the reactor by slightly opening a tap (do not forget to turn it off when the sensor
calibration is over)
•It is now necessary to calibrate the cell depending on the liquid to be processed :
CALLIBRATION of the UV-C radiation measurement cell
(To be carried out each time the lamp is changed and the cell is cleaned)
1. Take a small screwdriver.
2. SLOWLY turn clockwise the small screw located under the Main Alarm red LED, until the green
Calibration OK LED turns on
A correct calibration is done when :
- The green LED (Ok) = ON
- The green LED (Calibration Ok) = ON
Buzzer option :
The monitor can also be provided with a buzzer that rings when an alarm is enabled (red LED is on)
Power supply cable
Monitor box Pro3
Wall attachment
bracket
UV sensor
Adjustment
screw

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D. STARTING UP
1 First check the reactor and the electrical cabinet have been correctly installed (see C. Installation guide)
2 Open the water supply and check there is no leak
3
After the installation of the reactor BIO-UV on your installation, it can be necessary to carry out a “VACCINATION”
of the piping:
•Place a disinfectant product (for example chlorine pellets or active oxygen) preferably in the filter
container located upstream of the reactor.
•Leave on for 30 minutes.
•Open shortly, one by one, each draining point downstream of the system in order to fill the piping with
treated water.
4 Switch on the On/Off switch.
Check the lamp indicator is on.
5 Check hour counter is running..
6
At the first start up or when the lamp has been replaced by a new one, proceed to the sensor calibration (option).
7 Fill maintenance file (see F. Maintenance, page 14)
•The device must run without stop, 24h/24h, with hydraulic load except in the event of
a long halt of the water flow (risk of overheating and deposits on the quartz sleeve.
•It is preferable to limit the run/stop of the lamp to optimize their time of efficiency.
•If the reactor has been stop, wait 10 minutes the lamps are cooled before starting them up
to spare their lifetime.
•The lamp indicator shows that the lamp is in operation. If the lamp is operating for more
than 13000h, this should be replaced even if the lamp indicator is on.

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E. PROCEDURETO REPLACETHE LAMP,THE QUARTZ SLEEVE ANDTHE
SEAL
ØThese operations must be carried out in case of:
•Replacement of the lamp, quartz sleeve or seal
•Checking/cleaning of the quartz sleeve
•Alarm on the PRO3 monitor (option)
1
The reactor MUST be SWITCHED OFF, ISOLATED, DRAINED, UNCLIPPED
and INSTALLED VERTICALLY
2
Unscrew the gland to release the lamp cable
remove the reactor cover
3 Dismount the lamp connector.
4 Remove the reactor from its support by making it slide through the clips.
5
Make sure that the UV lamp is cooled enough before handle it.
6
Remove the lamp (use the connector if necessary) and lay it on a clean and
smooth surface.
Carry out this operation carefully without touching the glass of the lamp
with the hands
Do not let the lamp fall into the quartz sleeve, it could break off into
the quartz sleeve and damage the quartz
7
Unscrew the stainless steel nut.
Remove the flat washer.
8
Remove carefully the quartz sleeve :
Insert a thumb or finger in the sleeve and withdraw it gently until the seal
comes free from its housing, while remaining well aligned with the axis.
9
Take hold of the quartz sleeve and extract it fully, making sure that you
keep it ABSOLUTELY well aligned with the axis.

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10
Clean the quartz sleeve with acid or white vinegar or replace it if
necessary.
11
While remaining well aligned with the axis, introduce the quartz sleeve into
the reactor to its guide at the end of the reactor.
With your finger inside the sleeve position the quartz into the spring seat at
the bottom of the reactor. A flashlight can help you to see the spring seat
through the quartz.
The quartz should be slightly out (from the thickness of the o-ring), it
should not be totally pushed to the bottom.
If the quartz is correctly positioned in the seat, flexibility can be felt by
pressing on it (spring effect).
12
Replace the o-ring :
(Mount a neaw seal at each lamp replacement)
•Apply water and soap on the seal,
•Position it around the quartz sleeve,
•Fully push it into its location with the nail (do not use tools).
13
Replace the flat washer.
Screw back normally the stainless steel nut with hand
14
Put the installation back in pressure before the reassembly of the lamp and
check that there is no leakage in the quartz sleeve.
15
Take hold of the new lamp taking care not to place your fingers outside the
cap. (if you do, clean the lamp with a soft cloth and some methylated
spirits).
Carefully and fully insert the lamp into the quartz tube.
16 Put back the reactor in position by sliding it through the clips.
17
Plug again the connectors on the lamps (Do not force : there is a way to
plug it).
18
Mount the cover.
Fully push the cable and tight the gland.
19
•Calibrate the UV-C ray measurement cell, if your device is provided with
this option at each installation of a new lamp.
•Take down the hour counter value at each lamp replacement because
this cannot be reset.
18 The device is ready for operation.

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F. MAINTENANCE FILE
CAUTION:
This sheet must be kept up to date.
It provides a record of the reactor’s operating cycle.
Date Action done by

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G. ELECTRICAL DESCRIPTION
1. Electrical unit
REFERENCES
MARK DESIGNATION HOME 2 -
230V HOME 3 - 230V HOME 4 - 230V HOME 6 - 230V HOME 9 - 230V
1
Fuse support ELE000839 ELE000839 ELE000839 ELE000839 ELE000839
Fusible ELE001837
(5x20,1A)
ELE001837
(5x20,1A)
ELE001837
(5x20,1A)
ELE001837
(5x20,1A)
ELE001837
(5x20,1A)
2 ON/OFF switch ELE000770 ELE000770 ELE000770 ELE000770 ELE000770
3 Lamp indicator ELE000817 ELE000817 ELE000817 ELE000817 ELE000817
4 Ballast BAL007134 BAL005604 BAL005604 BAL005604 BAL006995
5 Hour counter ELE000026 ELE000026 ELE000026 ELE000026 ELE000026
Fuse replacement
•If the lamp indicator is off and the counter is not running when the bow is on then the fuse must be replaced
•To replace the fuse, use a flat screwdriver and make a quarter turn to the left to open the fuse support (1)

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2. Wiring of an alarmcontacton PRO3 monitor option
The alarm contact is used to control a safety valve (no water flow), a buzzer, a
light... when the alarm is triggered on the PRO3 monitor. It supports a maximum
voltage of 230 V and a current of 1A.
The general alarm fault report is indicated by dry contacts (NO or NC) on the
monitor card in the box. The dry contacts must be supplied from the outside in
order to retrieve and send the signal.
•NO (normally open) contact connection between terminals 3 and 4.
This contact is open in alarm or in the event of a power failure and
closed when OK.
•NC (normally closed) contact connection between terminals 4 and 5.
This contact is closed in alarm or in the event of a power failure and
open when OK.
Example of wiring for a NC electrovalve (Normally closed)
The electrovalve must be installed in order to prevent the water flow in the event of an alarm or a power failure
Inner view of
the PRO3
monitor
Phase
Neutral
1
2
3
4
5
6
7
Electrovalve
Inner view of the electronic board of
the PRO3 monitor
The contacts are represented inactive:
monitor in alarm or power off

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H. BLOWN UPVIEWWITH UV SENSOR OPTION
MARK DESIGNATION REFERENCE
HOME 2 HOME 3 HOME 4 HOME 6 HOME 9
1 Nut protection VIS004279 VIS004279 USI005243 USI005243 USI005243
2 Lamp socket ElE002603 ElE002603 ELE002603 ELE002603 ELE002603
3 Lamp LPE000003 LPE000004 LPE000005 LPE000005 LPE000006
4 Sealing nut USI004134 USI004134 USI005244 USI005244 USI005244
5 Protection washer PIE000659 PIE000659 PIE000659 PIE000659 PIE000659
6 Quartz sleeve d25 QUA000016 QUA000017 QUA000018 QUA000018 QUA000019
7 O ring d25 JTS000100 JTS000100 JTS000100 JTS000100 JTS000100
8
Teflon UV sensor (Option)
ELE004721
ELE004721
ELE004721
ELE004721
ELE004721
9 O ring JTS000230 JTS000230 JTS000230 JTS000230 JTS000230
Note : In standard version, UV sensor is replaced by a draining plug : ACC000410

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I. DIMENSIONS
DESIGNATION A B C D E F G H I J K Flanges Reactor
weight (kg)
Dimensions inmm
UV HOME 2 446 122 326 446 130 77 120 284 Male threaded 3/4’’ 3,5
UV HOME 3 717 122 596 717 130 77 120 284 Male threaded 3/4’’ 5
UV HOME 4 1067 159 871 1067 136 77 120 284 Male threaded 1’’
4,8
UV HOME 6 1072 154 865 1072 160 77 120 284 Male threaded 1’’1/2
6,8
UV HOME 9 1325 155 1119 1325 158 77 120 284 Male threaded 1’’1/2
8,3
KIT UV HOME 2 /
2 FILTERS 77 120 284 152 527 532 Male threaded 3/4’’ 8
KIT UV HOME 2 /
3 FILTERS 77 120 284 152 527 708 Male threaded 3/4’’ 8,5
KIT UV HOME 3 /
2 FILTERS 77 120 284 152 527 789 Male threaded 3/4’’ 9,5
KIT UV HOME 3 /
3 FILTERS 77 120 284 152 527 844 Male threaded 3/4’’ 10
J
H
B
C
G
A
D
F
E
I K
J
K

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J. WARRANTIES
Units in the BIO-UV range are guaranteed subject to the following conditions:
-5 years for the stainless steel reactor (materials and welding) except in the event of use in a highly corrosive
environment (brackish or very salty, e.g.: seawater, storage near to acid and corrosive products , use of acid
hydrochloric).
Warranties exceptions:
Exceptional cases of corrosion in particular electrolytic
Damages caused by overpressure
Overtaking of the maximum operating pressure
No respect of the installation recommendations
A reactor that has run without water
Chloride concentration in water higher than 500 mg/liter.
-2 years for all electrical components except the UV lamp (consumable).
Warranties exceptions:
Electrical components are not guaranteed against overvoltage and lightening damage
Modification and add of components within the electrical cabinet
Use of parts that don’t come from BIO-UV
No respect of the installation recommendations
A reactor that has run without water
No respect of the use and maintenance recommendations.
Caution: the quartz tube and the lamp are not guaranteed against breakage.
•Faulty parts must be returned to BIO-UV, with details of the unit type and serial number, for exchange
after technical evaluation.
•Shipping costs will be shared between the retailer and BIO-UV.
•The guarantee runs from the day of installation: this date must be notified to BIO-UV by returning the
guarantee validation form by post or fax.
Caution: If the guarantee validation form is not returned within one month following purchase of
the unit, BIO-UV will use the month and year of manufacture of the unit as the guarantee start
date.
-If the instructions for installation and use are not followed, BIO-UV cannot accept responsibility and the
guarantees will be considered null and void.
How to contact the BIO-UV Team.
Company BIO-UV SA
850, Avenue Louis Médard
34400 LUNEL France
Phone: [phone]
www.bio-uv.com
Email : [e-mail]