reverse osmosis at osmio water - installation, operation & … · 2018-03-07 · 1.6 reverse...

Installation, Operation & Maintenance Manual

BMB-30 SMART SeriesBMB-60 KYRA SeriesBMB NovaBMB Nova Pro

For The Following Products:

smart water technology ...

For more details, please visit:www.bmbtechnology.com

“We just wanted to build something that was out of this world. I think wehave accomplished that.”

Bora Akgerman - BMB Technology Founder

Table of Contents

( i )

............................................................................................1..............................................................................1

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...........................................................................................................5...............................................................................................5

.....................................................................6...........................................................................................10

..............................................................................................14........................................................................................14

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1. Introduction1.1 Purpose of This Manual1.2 Purpose of This Product1.3 System Features1.4 Filters1.5 Pre-Filtration1.6 Reverse Osmosis Membrane1.7 Post-Filtration

2. Specifications2.1 Models Covered2.2 Model Comparison2.3 Technical Requirements2.4 Supply Water Requirements2.5 System Components2.6 System Filters2.7 Product Data Sheet BMB-30 SMART Series2.8 Product Data Sheet BMB-60 KYRA Series2.9 Product Data Sheet BMB Nova & BMB Nova Pro

3. Connection Diagrams3.1 System On Board Water Ports3.2 BMB-30 SMART Series & BMB Nova Water Connections3.3 BMB-60 KYRA Series Water Connections3.4 BMB Nova Pro Water Connections

4. Planning the Installation4.1 Tools Required4.2 Water Connections4.3 Electrical Connection4.4 Unpacking the System4.5 Checking the Parts4.6 Making Space for the System

5. Installation and Start-up5.1 How to Use Quick Connect Fittings5.2 Feed Water Connection5.3 Drain Connection5.4 Tank Connection

Table of Contents

( ii )

....................................................................................39.............................................................................40

...............................................................43..........................................................................44

........................................................................................45...............................................................................................47

.................................................47...........................................................49

...........................................................................49........................................................................50

.........................................................................50.....................................................51.....................................................51

...................................................................................51......................................................................................52

.............................................................................52.....................................................................................52....................................................................................52

....................................................................................................55..............................................................................55

.................................................................56......................................................................................57

5.5 Faucet Connection5.6 Membrane Installation5.7 System Start-up and Operation5.8 Verifying the Installation5.9 Digital Interface

6. Maintenance 6.1 Recommended Filter Change Durations6.2 Things to Do Before Filter Change6.3 Changing the Pre Filters6.4 Changing the Membranes6.5 Changing the Post Filters6.6 Verifying the Filter Change Procedure6.7 Checking the Air Pressure In the Tank6.8 Annual Sanitization6.9 Going on Holiday6.10 Recycling Used Filters6.11 Troubleshooting6.12 Service Log Table

7. After Sales7.1 Warranty Registration7.2 Certification and Test Reports7.3 Limited Warranty

List of Tables

( iii )

...........................3......................................................6

.......................................................11........................................................14

.....................................................................14..............................15

..............................................................16.......................................18

.............................23.......................27

....................................................................29........................................48

...................................................................53..............................................................................54

Table 1: Estimated Reverse Osmosis Rejection PercentagesTable 2: Pre-Filter Order and Specifications Table 3: Post-Filter Model ConfigurationsTable 4: Models Covered by This ManualTable 5: Technical RequirementsTable 6: Comparison of Models Covered by This ManualTable 7: Supply Water RequirementsTable 8: List of System Components and FunctionsTable 9: Function and Connection of System Water PortsTable 10: Tools Required for Installation and Their FunctionsTable 11: List of Installation PartsTable 12: Recommended Filter Lifetimes by ModelTable 13: Troubleshooting MatrixTable 14: Service Log Table

List of Figures

( iv )

............................................2.....................................3

....................7....8

............................9...............................13

.........................................................................17.....................................................................19

.......................................................23.........24

.....................................25...............................................26

.................................................28............................30

........................................31.........................................32

.....................................................33................................34

.................................................35....................................................36

..................................................37.................................................37

..............................................................38............................................................39

..........................................................40.........41

..........................................42....................................44

............................................46...................................................................49...................................................................50

............................................................................55

Figure 1: Water Filtration Technologies SpectrumFigure 2: Illustration of the Reverse Osmosis ProcessFigure 3: Difference Between Dead-End and Crossflow FiltrationFigure 4: Relative Size of Membrane Pore Size to Specific MicroorganismsFigure 5: Schematic of a Reverse Osmosis Membrane FilterFigure 6: Post Filters for Models Covered in This ManualFigure 7: System ComponentsFigure 8: System Filter LocationsFigure 9: Location of System Water PortsFigure 10: BMB-30 SMART Series and BMB Nova Connection DiagramFigure 11: BMB-60 KYRA Series Connection DiagramFigure 12: BMB Nova Pro Connection DiagramFigure 13: Pulling the System Out of The BoxFigure 14: BMB-30 Series and BMB Nova Installation PartsFigure 15: BMB-60 Kyra 300 GPD Installation PartsFigure 16: BMB-60 Kyra 600 GPD Installation PartsFigure 17: BMB Nova Pro Installation PartsFigure 18: Exploded Diagram of a Quick Connect FittingFigure 19: How to Use Quick Connect FittingsFigure 20: Feed Water Connection DiagramFigure 21: Drain Saddle Installation LocationFigure 22: Drain Saddle Connection DiagramFigure 23: Tank Connection DiagramFigure 24: Faucet Connection DiagramFigure 25: Membrane Housing LocationFigure 26: Removing the Tubing from Membrane Housing Inlet ElbowFigure 27: Opening the Membrane Housing CapsFigure 28: Inlet Water Pressure Manometer LocationFigure 29: BMB Digital Controller User InterfaceFigure 30: Unlocking the Pre-FilterFigure 31: Removing the Pre-FilterFigure 32: Registration Form

1. Introduction

1.1 Purpose of This ManualThe purpose of the Installation, Operation & Maintenance Manual isto give users a reference for Technical Specifications, ConnectionDiagrams, Installation Procedures, System Operation and SystemMaintenance of their BMB Technology Reverse Osmosis System.The essential information contained in this manual will allow theuser to make full use of the system. In the interest of brevity, anattempt has been made to include only that information which willbe used under normal operating circumstances. For specialsituations, it is recommended that the user contact their authorizeddealer or BMB Technology (www.bmbtechnology.com).

1.2 Purpose of This ProductReverse Osmosis is the most advanced technology of waterpurification in use today. The technique uses a nanotechnologyenabled semipermeable membrane which can reduce or removemost harmful impurities found in water including: microorganisms,nitrates, heavy metals, insecticides and much more (see Figure 1on page 2 for a comparison of different filtration technologies).Table 1 on page 3 lists a more detailed filtration performance ofspecific materials. These materials are only a partial list of thevirtually hundreds of thousands of molecules that Reverse Osmosiscan filter.

Osmosis is defined as the process of molecules passing through asemipermeable membrane, from a less-concentrated solution to amore-concentrated solution. An example of Osmosis is the roots ofplants drawing water from the soil. Reverse osmosis is simply theopposite of this process where molecules are forced through a semipermeable membrane to form a less-concentrated solution. Essentially, the Reverse Osmosis filter (RO membrane or ROelement) has nano sized pores that help remove microscopiccontaminants from the incoming water (more-concentrated solution)to produce better quality water (less-concentrated solution). Anillustration of this process can be found page 3, Figure 2.

There is a bit more to the Reverse Osmosis process as it pertains toReverse Osmosis systems, however, this will be explained in moredetail in the upcoming sections. This BMB Technology systemharnesses the power of Reverse Osmosis to purify the incoming

( 1 ) smart water technology ...www.bmbtechnology.com

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Aluminum 97-98% Nickel 97-99%Ammonium 85-95% Nitrate 93-96%Arsenic 94-96% Phosphate 99+%Bacteria 99+% Polyphosphate 98-99%Bicarbonate 95-96% Potassium 92%Boron 50-70% Pyrogen 99+%Bromide 93-96% Radioactivity 95-98%Cadmium 96-98% Radium 97%Calcium 96-98% Selenium 97%Chloride 94-95% Silica 85-90%Chromate 90-98% Silicate 95-97%Chromium 96-98% Silver 95-97%Copper 97-99% Sodium 92-98%Cyanide 90-95% Sulphate 99+%Ferrocyanide 98-99% Sulphite 96-98%Fluoride 94-96% Zinc 98-99%Iron 98-99%Lead 96-98% Insecticides 97%Magnesium 96-98% Detergents 97%Manganese 96-98% Herbicides 97%Mercury 96-98% Virus 99+%TDS (Total Dissolved Solids) 95-99% Hardness 93-97%

Table 1: Estimated Reverse Osmosis Rejection Percentages* Figures given above are estimates of normal BMB Technology reverse osmosis membrane filter performance, under normal conditions and water quality.

Figure 2: Illustration of the Reverse Osmosis Process

Pressure

More-concentratedSolution

SemipermeableMembrane

Less-concentratedSolution


water. It was specifically designed to enhance the Reverse Osmosisprocess by using sensors, pumps, probes, minerals, software andother components. Depending on the model, this system will bemainly used in residential and commercial applications to reliablyproduce high quality water (for a list of models and theirapplications, please see sections 2.1 and 2.2 on page 14 and Table 6on page 15).

1.3 System FeaturesThis BMB Technology Reverse Osmosis system is one of the mosttechnologically advanced water filtration systems in the world. Itincorporates state of the art filters, easy Plug & Play components andQuick Change Filter Technology (QCFT) for low maintenance cost.

The system also comes equipped with a digital controller with SmartWater capabilities. It continuously analyzes the purified water anddisplays the results on screen. The system will know when water isconsumed and will automatically flush the reverse osmosis filtersafterwards to maintain water quality and extend filter lifetime. Thesystem works in the background to track water temperature, errorsand filter lifetime in order to give the highest up time possible whiledelivering the best water quality and user experience.

Some of the significant features of this product line are as follows:

• Elegant & compact design / LED light-up during operation• Standing bracket, no mounting required, easy installation• Locking quick change pre-filters for low maintenance cost• Nano zinc powder activated pre-filters for antibacterial performance• Mineral, Detox, Alkaline & Oxygen post-filter options• Normal (80 GPD) and High Capacity (600 GPD) configuration options• Direct flow (no tank required) option for maximum freshness• Smart capabilities optimizes system performance and water quality• Set and track filter lifetime to maximize cost savings• Instantaneous analysis of filtered water (TDS)• Automatic flush of membranes for water quality and max. filter lifetime• Quick Connect parts for easy service and maintenance • Dual manometers to track incoming and pump water pressure• Top and front cover for protection from the natural elements

1.4 FiltersThe most essential part of any Reverse Osmosis system is its filters.It is also a misconception that all filters remove materials from theincoming water, some filters actually add materials into water toimprove the taste, increase the mineral content and other healthbenefits. Although a Reverse Osmosis system can consist of manyfilters, they all fall into one of three categories with each categoryhaving a very specific purpose:

• Pre-Filters• Reverse Osmosis Membrane• Post-Filters

Depending on the configuration, this BMB Technology system willhave between five to nine filters. To identify how many filters thesystem comes with, please see section 2.2 on page 14. The followingsections describe the purpose of each filter category.

1.5 Pre-FiltrationThe main purpose of the pre-filters is to protect the more expensiveReverse Osmosis membrane filter from specific contaminants.Traditional Reverse Osmosis systems have pre-filters which targetsediment and chlorine as they can damage the reverse osmosisfilter and cause it to fail eary. Additionally, traditional systems have asignificant health risk where although the filters are changedperiodically, the outside casing (housing) for these filters stay thesame usually throughout the lifetime of the system. This can result inunhygienic conditions as contaminants will accumulate on the insidesurface of the housing over time and can be gradually released intothe incoming water. This BMB Technology Reverse Osmosis System has three state-of-the-art pre-filters. The filter element and housing are asingle unit. Consequently, during filter replacement periods they arechanged at the same time in order to maintain system hygiene. Also,all of the pre filters are easy to change and have a click-and-lockmechanism in order to reduce the risk of leaks. Once the filter isbeing changed, simply keep twisting it into place slowly until a click isheard. To remove the filter, turn and hold the lock to open positionwith one hand while twisting the filter with the other hand until it isremoved from the system.

Although the RO membrane filters used in this system are fully



efficient in removing microorganisms, the first and last pre-filters areequipped with Nano Zinc powder for antibacterial effects. Thisprevents biofilm buildup on the membrane sheet surface which canlead to fouling of the membrane filter. In addition to particles andchlorine, the pre-filters in this system are designed to reduce heavymetals (iron, manganese and other rust), dust and very fine particlesdown to 0.5 microns. This will allow the membrane filters to workwith less effort to produce high quality water. Please see Table 2below for a detailed list of the pre-filters.

1.6 Reverse Osmosis MembraneAt the heart of every Reverse Osmosis system is the membranefilter(s). The membrane filter consists of microporous, semipermeable membrane sheets. The sheets are glued to eachother around three edges with a thin spacer in between (preventsthe sheets from sticking to each other) to form a “leaf”. Next,depending on the desired capacity of the membrane filter, multipleleafs with mesh spacers in between (to allow the water to passbetween leafs) are stacked on top of each other. The stack is thenspirally wound with the open end of the leafs adhered to aperforated tube that runs up and down the center. The membrane is constructed in this manner because unlike thepre-filters which are designed as “dead-end filtration”, ReverseOsmosis membranes are designed as “crossflow filtration”. Indead-end filtration, the feed water is passed perpendicular to the filter surface in order to trap large particles. However, in Crossflowfiltration the feed water is passed tangential to the filter surface sothe more-concentrated solution (particles) exits at the end of thefilter while the less-concentrated solution (purified water) permeatesthrough the membrane surface, gets trapped between the sheetsand exits out of the perforated tube. Figure 3 on the next page showsthe difference between dead-end filtration and crossflow filtration.

Position Filter Type Filtration1 5 Micron Antibacterial Sediment Meltblown Microorganisms, particles

2Coconut Shell Granule Active Carbon

GACChlorine, Chloramines and other organic compounds

30.5 Micron Antibacterial Sediment +Pressed Coconut Shell Granule Active Carbon

Meltblown + GAC

All of the above + fine particles, heavy metals such as iron, manganese and other rust

Table 2: Pre-Filter Order and Specifications


Figure 3: Difference Between Dead-End and Crossflow Filtration

FeedWater Particles

WasteWater

FeedWater

Purified Water

Dead-End Flow Design Crossflow Design

The membrane pores are so small that if the Reverse Osmosis filterwas designed as dead-end, the pores would be clogged up in amatter of few liters due to the abundant amount of dissolved solidsfound in the feed water and the extremely small membrane poresize. Figure 4 on the next page compares the relative membranefilter pore size to smallest known microorganisms.

The membrane filter has one water inlet and two exits. The feed water first travels through the pre-filters and then to the membranefilter. At the exit of the membrane filter one of the ports is the wastewater (more-concentrated solution) which is connected to the drain,while the other port is the purified water (less-concentrated solution)which is plumbed to the post-filters. Figure 5 on page 9 shows adetailed schematic of the membrane filter.

BMB Technology Reverse Osmosis membranes are made of thehighest quality Thin Film Composite (TFC) polyamide and aredesigned to remove a wide variety of both aesthetic and healthrelated contaminants. Additionally, the following have been,considered when designing the membrane filter:

• Average membrane pore size of 0.0005 µm• Ultra Low Pressure (ULP) membrane (min. 2 bar feed water pressure)• Included system pump for optimum osmotic pressure

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Reverse Osmosis Membrane Filter

Dissolved SolidsSpacer

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Perforated Tube

PressurePressure

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1.7 Post-FiltrationContrary to including the word “filters” in their name, the post-filtersdo not actually remove or “filter” anything from the water (with theexception of coconut shell carbon based final polishing filters). Theirpurpose is actually the opposite, to add health and aesthetic benefitsto the purified water. More specifically for tank based systems a finalpolishing step is needed in order to remove any remaining odors orflavors that may come from the system hoses or the holding tank.Also, for residential systems additional minerals can be added to thepurified water to increase the health benefits.

Depending on the configuration, this system will use one or acombination of a possible 6 BMB Technology post-filters. Please seethe Table 3 on the next page for which post filters the system comeswith.

In general, mineral filters are not needed for commercial systems(higher capacity) for three reasons:

• The activated granular coconut shell carbon post-filter that they come with will actually mineralize the purified water to an acceptable level in addition to final polishing.

• For non-drinking water applications, a high mineral content can be detrimental to the process.

• Office/Work environment drinking water applications might need to be optimized for cost-benefit, therefore, increasing the water quality to above acceptable levels by increasing the number of post-filters will also increase the system and maintenance cost.

For the reasons mentioned above, the BMB Technology commercialsystems (BMB-60 Kyra 300 GPD and BMB-60 Kyra 600 GPD) onlyincorporate a single post-filter. The post-filter used in these systemsis made from activated granular coconut shell carbon which will actas a final polisher in addition to mineralizing the purified water toacceptable levels.

Upon inspection of Table 3 on the next page, it can be noticed thatBMB Nova and BMB Nova Pro models do not have a dedicatedpolishing filter (activated granular coconut shell carbon filter).This is because the Oxygen filter is in part made from activatedgranular coconut shell carbon which will also take on the polishingduties.


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Below a detailed explanation of each BMB Technology post-filter canbe found. Additionally a picture of each filter can be found in Figure 6on the next page.

10" T33 Activated Granular Coconut Shell Carbon: NSF certifiedcoconut shell carbon that acts as a final polisher and mineralizer.

12" K33 Activated Granular Coconut Shell Carbon: NSF certifiedcoconut shell carbon that acts as a final polisher and mineralizer.Larger capacity and flow rate filter for commercial applications.

Mineral Filter (Anti-Aging): The mineral filter is composed of 100%natural Maifan and Bentonite minerals. Maifan is an importantmineral for healthy body, skin and hair. Bentonite minerals help thedigestive track work more efficiently. Additionally, Calcium mineralsincorporated into the Bentonite will help with healthy bone andteeth.

Detox Filter (Anti-Toxin): The detox filter is composed of activeceramic taormine balls which form a 2 micrometer wavelengthelectro-magnetic field (far infrared-red ray - FIR) along the waterpassageway. Water molecules also have a natural oscillationfrequency of 2 micrometers. As the water passes through the filter,the FIR field will help in breaking up the water molecules (which areusually clumped together) into smaller pieces. This will help inmaintaining a healthy body metabolism rate.

Oxygen Filter (Anti-Oxidant): The oxygen filter is composed frommagnesium coated ceramic balls and activated granular coconutshell carbon. The magnesium mineral will increase the water pH leveland decrease the water Oxygen Reduction Potential (ORP). Thehigher pH will allow for a healthy lifestyle, the lower ORP will turn thewater into an anti-oxidant and the coconut shell will polish the waterand give it a soft taste.

Alkaline Filter (High pH): The alkaline filter uses 100% naturallyoccurring minerals like magnesium, sodium and potassium toincrease the water pH to an alkaline level. The minerals will mix intothe water as healthy cations and anions. The specially selectedminerals can increase the water pH levels to 7.3 – 8.0 depending onfeed water conditions. Drinking alkaline water has numerous benefitsincluding a healthy lifestyle and immunity from certain diseases.


Figure 6: Post-Filters for Models Covered in This Manual

10" T33 Activated Granular Coconut Shell Carbon

12" K33 Activated Granular Coconut Shell Carbon

Mineral Filter

Oxygen Filter

Detox Filter

Alkaline Filter


2. Specifications

2.1 Models CoveredThis Installation, Operation and Maintenance Manual only covers aspecific range BMB Technology models. Please see Table 4 belowfor a list of models that this manual covers.

2.2 Model ComparisonThere are hardware, performance and application differencesbetween the models that are covered in this Installation, Operationand Maintenance Manual. Please see Table 6 on the next page for adetailed technical comparison of the relevant models.

2.3 Technical RequirementsThe technical requirements for this system can be found in Table 5below.

Table 4: Models Covered by This Manual

Table 5: Technical Requirements* If the pressure exceeds 6 bar, a pressure regulator can be installed at the system inlet** Some models do not come with a tank, please see Table 6 on the next page*** Tank air pressure should be checked while it is empty and no tank valve installed

Series Part Number Part DescriptionSMART 1520077101 BMB-30SMART 1520077102 BMB-30 +MINERALSMART 1520077103 BMB-30 +DETOXSMART 1520077104 BMB-30 +OXYGENSMART 1520077105 BMB-30 +ALKALINESMART 1520077106 BMB-30 +ALKALINE +DETOXSMART 1520077107 BMB-30 +ALKALINE +OXYGENSMART 1520077108 BMB-30 MONSTERKYRA 1520081101 BMB-60 KYRA 300 GPDKYRA 1520081102 BMB-60 KYRA 600 GPDNOVA 1520077109 BMB NOVANOVA 1520077110 BMB NOVA PRO

Parameter ValueElectricity 100 - 240 VAC / 50-60 HzFeed Water Pressure 2.5 Bar Min. - 6 Bar Max.*Feed Water Temperature 4 - 40 oCFeed Water Connection 1/2" NPT or 3/8" NPTSystem Dimensions (L x W x H) 40 cm x 29 cm x 50 cmSystem Weight (no water) 16 KGTank Dimensions (L x W x H) 24 cm x 24 cm x 37 cm **Tank Weight (no water) 3 KGTank Air Pressure 6-8 PSI***

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iters

/ H

our

Yes

Yes

100

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/ 50

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A /

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2.4 Supply Water RequirementsThe supply water requirements for this system can be found inTable 7 below. If the water supply does not meet these requirements,the filter lifetime and output water quality of the system can beaffected. Please see section 7.1 for the recommended filter lifetimeof this system. This duration should be reduced depending on howmuch the water quality exceeds the limits. Please also see section 7.2on how to adjust the filter change duration in the user interface.

If the feed water is supplied with raw well water, laboratory test ofthe water should be done before installing the system. If there is asignificant exceeding of these limits, a well water treatment systemat the source should be considered to correct the water quality.

2.5 System ComponentsIrregardless of the specific BMB Technology model owned, all of themodels covered in this manual have the exact same systemcomponents with the exception of the flow restrictor size. BMB-60Kyra 600 GPD and BMB Nova Pro flow restrictor size is 2000 cc,BMB-60 Kyra 300 GPD flow restrictor size is 1200 cc and the rest ofthe models have a flow restrictor size of 300 cc.

The main components for this system can be found in Figure 7 onthe next page. Additionally a list of these components along withtheir functions can be found in Table 8 on page 18.

Table 7: Supply Water Requirements

Parameter ValuepH 6.5 - 8.5Turbidity < 5 NTUTDS < 500 PPMHardness < 500 PPM CaCO3 (50 oF) (28 odH)Chloride < 250 PPMFree Chlorine < 0.7 PPMIron < 0.1 PPMManganese < 0.1 PPMSilica < 0.1 PPMChemical Oxygen Demand < 5 PPM O2

Total Bacteria Count < 50 CFU / mLE. Coli < 3 CFU


1

25

63

7

8

14

13

4

9

10

11

12

Figure 7: System Components


No:

Com

pon

ent

Fun

ctio

n1

Pow

er S

uppl

ySu

pplie

s 24

V / 3

.7A

to th

e sy

stem

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and

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2.6 System FiltersAll of the models covered in this manual have the exact same prefilters. Please refer to Table 2 on page 6 for a list of the pre filters. However, depending on the model owned, the reverse osmosismembrane filter size and quantity may vary, please see Table 6 on page 15 for the membrane filter configuration. Additionally, the postfilter combinations used may vary, please see Table 3 on page 11.

Pre Filters

Reverse OsmosisMembrane Filters

Post Filters

Figure 8: System Filter Locations


Stock Code

1520077101

1520077102

1520077103

1520077104

1520077105

1520077106

1520077107

1520077108

BMB-30

BMB-30 +MINERAL

BMB-30 +DETOX

BMB-30 +OXYGEN

BMB-30 +ALKALINE

BMB-30 +ALKALINE +DETOX

BMB-30 +ALKALINE +OXYGEN

BMB-30 +MONSTER

Stock Description

Spun 5 uM

CTO Block Carbon

0.5 Micron + GAC

Membrane

Coconut Shell Carbon

Mineral

Detox

Oxygen

Alkaline

Filter BMB-30 BMB-30+MINERAL

BMB-30+DETOX

BMB-30+OXYGEN

BMB-30+ALKALINE

BMB-30+ALK +DET

BMB-30+ALK +OXY

BMB-30MONSTER

Properties Description

Pre Filters SC Twist

1812 Type TFC 80 GPD

Mini Euro Design Chrome Faucet

2.2 Gallon

80 GPD Booster

24 VDC Normally Closed Solenoid

24 VDC Normally Closed Solenoid

Integrated Circuit (IC) / Digital Display

2” x 15 Bar (2 qty.)

24 VDC IP64 5050 Blue (2qty.)

TSE, CE, ISO, HYB, SSHYB

Membrane

Faucet

Tank

Pump

Tank Full

Auto Flush

Digital Controller

Manometer

LED Strip

certi�cations

BMB-30 Monster

2.7 BMB-30 Smart Series Product Data Sheet

( 21 ) smart water technology ...www.bmbtechnology.com 21

BMB-60 KYRA 300 GPD

BMB-60 KYRA 600 GPD

BMB-60 KYRA600 GPD

BMB-60 KYRA300 GPD

1 qty. 2 qty.

Filter

Antibacterial 5 uM

Antibacterial Carbon

0.5 Micron + GAC + Antibacterial

300 GPD Membrane

Coconut Shell Carbon

Properties Description

Pre Filtration SC Twist

3012 Type TFC 300/600 GPD

300 / 600 GPD Booster

24 VDC Normally Closed Solenoid Valve



2” x 15 Bar (2 qty.)

24 VDC IP64 5050 Blue (2 qty.)


Membrane*

Pump*

Tank Full

Auto-Flush

Digital Controller

Manometer

LED Strip

Certi�cations

*BMB-60 KYRA 600 GPD Systems use 2x300 GPD Membranes and a 600 GPD Pump.

Stock Code

1520081101

1520081102

BMB-60 KYRA 300 GPD

BMB-60 KYRA 600 GPD

Stock Description

2.8 BMB-60 Kyra Series Product Data Sheet


BMB-30 NOVA

BMB-30 NOVA PRO

Filter

Spun 5 uM

80 GPD (2 qty.) 300 GPD (2 qty.)

CTO Block Carbon

0.5 Micron + GAC

Membrane

Mineral

Detox

Oxygen

Alkaline

NOVA NOVA PROProperties Description

Pre Filtration

Membrane*

SC Twist


*NOVA System uses 2 qty. 80 GPD Membranes, NOVA PRO uses 2 qty. 300 GPD Membranes.**NOVA PRO System does not include a tank, because it is a direct �ow system.***NOVA System uses a 85 GPD pump & NOVA PRO Systems uses a 600 GPD pump.

24 VDC IP64 5050 Blue (2 qty.)

2” x 15 Bar (2 qty.)



24 VDC Normally Closed Solenoid Valve80 / 600 GPD Booster

2.2 Gallon

Mini Euro Design Chrome Faucet

2x [1812 80 GPD or 3012 300 GPD] TFC Membrane

LED Strip

Certi�cations

Manometer

Digital Controller

Auto-Flush

Tank Full

Pump***

Tank**

Faucet

Stock Code

1520077109

1520077110

BMB-30 NOVA

BMB-30 NOVA PRO

Stock Description

2.9 BMB Nova / BMB Nova Pro Product Data Sheet


3. Connection Diagrams

3.1 System On Board Water PortsThis system comes with four water ports on the side for easy installation and maintenance. Since the system is wet tested afterassembly, it is shipped with plugs on all of the ports in order toprevent any potential leaking in the box from residue water that maybe left after testing. Simply remove the quick connect plugs after thesystem is put into its final operational location. For directions on howto remove quick connect fittings, please see section 5.1 on page 32. Itis important to note that if the system does not require a tank, theplug on the “Tank” connection should be left intact.

Please see Table 9 below for the function and connection of eachport. Additionally, please see Figure 9 further below for the locationof the water ports on the system.

Port Function Connected ToFeed Water Water that needs to be purified Cold Feed LineClean Water Water that is purified and ready for consumption FaucetDrain Drain from Reverse Osmosis membrane filters DrainTank Stores pressurized water Tank

Table 9: Function and Connection of System Water Ports

Figure 9: Location of System Water Ports


3.2 BMB-30 SMART Series & BMB Nova Water ConnectionsBelow a connection diagram can be found for BMB-30 SMART Seriesand BMB Nova models.

Figure 10: BMB-30 SMART Series and BMB Nova Connection Diagram

Drain

Feed

Fauc

et

Tank


3.3 BMB-60 KYRA Series Water ConnectionsBelow a connection diagram can be found for the BMB-60 KYRASeries. BMB-60 Kyra Series is a commercial system that does not shipwith a tank. However, it is recommended to use the BMB-60 KyraSeries with a tank which should be sized depending on theapplication it will be used for.

Additionally, in the figure below the BMB-60 Kyra Series is shown toonly feed a single faucet. In actuality the system is designed to feedmultiple connections at the same time. As an example, if installed ina cafe, with a correctly sized tank, the system could potentially feed asteam oven, espresso machine, ice machine, tea kettle and a faucetat the same time. This is shown with the arrow “other” in the figurebelow. Please contact a BMB Technology dealer for more information.

Drain

Feed

Fauc

et

Other(optional)

To Tank(optional)

Figure 10: BMB-60 KYRA Series Connection Diagram


3.4 BMB Nova Pro Water ConnectionsBelow a connection diagram can be found for the BMB Nova ProModel. The BMB Nova Pro model is a system that can be used forboth residential and commercial applications. The system is a directflow model (tankless) that does not ship with a tank. Consequentlyall purified water is instantaneously generated and consumed(without waiting in a tank) which will increase the purified waterhealth and quality benefits.

In specific cases such as low feed water pressure or high capacityuse, the BMB Nova Pro model can be installed with a tank. For thesesituations simply remove the quick connect plug on the “Tank” waterconnection port of the system and make a connection to anadequately sized tank. Please contact a BMB Technology dealer formore information.

Drain

Feed

Fauc

et

Figure 10: BMB Nova Pro Connection Diagram


4. Planning The Installation

4.1 Tools RequiredThe following tools will be needed for the installation of this system.Please see Table 10 below for a list of tools and their function in theinstallation.

4.2 Water ConnectionsDepending on the specific model purchased, up to four waterconnections may need to be made between the system and othercomponents.

• Cold feed water to system• System to tank• System to drain• System to faucet

BMB-30 Series and BMB Nova will need all of these connections. BMB-60 Kyra Series does not ship with a tank nor a faucet as it isintended for commercial use. BMB Nova Pro does not ship with atank and unless the water pressure is below 2 bar or theconsumption is high (more than 300 liters / day), it will not requireone.

Please see Figure 9 and Table 9 on page 23 for the location of thewater ports on the system and where they will need to be plumbed. Make sure there is ample room in the installation area to make theseconnections.

4.3 Electrical ConnectionThis BMB Technology system comes with all of the internal electricalconnections manufactured, installed and tested. It is equipped with

Table 10: Tools Required for Installation and Their Functions* BMB-60 Kyra Series does not come with a faucet and in certain cases does not need one to operate.

Tools Required Installation FunctionElectric Drill Open hole on sink to mount the faucet*5 mm or 1/8” diamond tip drill bit Pilot hole for faucet*12 mm or 1/2” diamond tip drill bit Main hole for faucet stem*7 mm or 1/4” tip drill bit Tubing hole for drain saddleAdjustable Wrench Installing feed water diverter valve, metal ball valve and faucetPhillips Screw Driver Mount drain saddleSharp Scissors or Knife Shorten tubing if needed


an SMPS type power supply which is rated for 3.7 Amps and 100–230VAC at 50/60 Hz. No additional power conversion should benecessary. The system comes with a 1.25 m length power cord whichcan be found on the back-right of the system. Depending on theregion, the electrical plugs on the power cord will differ. Make sure tohave a properly maintained power connection for the system at theplace of installation.

4.4 Unpacking The SystemThis BMB Technology system is packed with air bags in a highquality, thick cardboard box in order to prevent damage duringshipping. Depending on the model, the system can weigh up to 17Kg. Caution should be taken while carrying the box, making sure touse proper carrying techniques. Once the box is carried next to theinstallation site, the system should be pulled out of the box by firmlyplacing fingers underneath each side of the system and pullingdirectly up using your feet. Please see Figure 13 below on the propertechnique to pull the system out of the box.

Figure 13: Pulling The System Out of The Box


4.5 Checking The PartsThis BMB Technology system ships with parts that will be helpfulfor the installation and maintenance of the system. Under normalcircumstances no other parts should be required for a successfulinstall. Please see Table 11 below for a list of the installation partsand their functions.

Please also see Figures 14-17 on the following pages to identify eachpart for your system. It is important to note that depending on theregion the system is being shipped to, it may come with a 3/8”diverter valve or 1/2” diverter valve. Additionally, BMB-60 Kyra Seriesand BMB Nova Pro systems will ship with a 300 GPD Membranehousing wrench, while the other systems will ship with a 80 GPDmembrane housing wrench.

4.6 Making Space for The SystemThis BMB Technology system has a footprint of 40 x 29 cm, height of50 cm and weight of 21 Kg when full of water. Some models comewith a tank that has a footprint of 24 x 24 cm, height of 37 cm andweight of 8 Kg when full of water. It is important to make adequatespace for the system and tank under the counter. The platform thatthey rest upon should be adequate to support their weight.

The digital display should clearly be visible along with access to theLED On/Off button. Care should be placed that the tubings are notkinked and are not at a bend of more than 45 degrees. The tubingsshould not get in the way or be disturbed by other products thatreside under the counter and are used frequently.

Table 11: List of Installation Parts* BMB-60 Kyra Series does not come standard with a faucet** BMB-60 Kyra Series and BMB Nova Pro does not come standard with a tank*** BMB-60 Kyra 300 GPD ships with a single 300 GPD membrane, BMB-60 Kyra 600 GPD and BMB Nova Pro ships with two quantity 300 GPD membranes, the other systems ship with a single 80 GPD membrane.

Installation Parts FunctionFaucet Assembly* Installed on top of the counter to access purified waterTank** Required for specific models to hold pressurized waterReverse Osmosis Membranes*** Main filter, shipped sealed, unsealed during installation4 Quantity 1.5 Meter 1/4" Tubing Connection between system to feed water, tank, faucet & drain Diverter Valve Tee off cold feed water supply (3/8" or 1/2" depending on region)Metal Ball Valve Connects to diverter valve, turns water on/off to systemTank Valve Connects to tank, disables/enables tank from the systemDrain Saddle Assembly Mounts to under the counter drain line for system drainMembrane Housing Wrench Helps to open membrane housing during filter replacementsSeal Tape Seal for all threaded components


Seal Tape

3/8” Diverter Valve 1/2” Diverter Valve

Drain Saddle Assembly

Faucet Assembly

80 GPD MembraneHousing Wrench

Figure 14: BMB-30 Series and BMB Nova Installation Parts

TankTank Valve

80 GPDMembrane Filter 1.5 Meter 1/4” Tubing

Metal Ball Valve

Depending on your region, thesystem will ship with one or both

of these diverter valves.



Seal Tape


Figure 15: BMB-60 Kyra 300 GPD Installation Parts

Tank Valve

300 GPDMembrane Filter

1.5 Meter 1/4” Tubing

Metal Ball Valve





Figure 16: BMB-60 Kyra 600 GPD Installation Parts




Seal Tape


Tank Valve

2 x 300 GPDMembrane Filters


Metal Ball Valve



Seal Tape


Faucet Assembly

Figure 17: BMB Nova Pro Installation Parts

Tank Valve


Metal Ball Valve





2 x 300 GPDMembrane Filters


5. Installation and Start-up

5.1 How to Use Quick Connect FittingsQuick connect fittings (push fittings) are used in a wide variety ofplumbing, heating, electrical and fire suppression systems. Quickconnect works by inserting the tubing into a connection mechanismthat deploys fastening teeth onto the tubing surface. When opposingforce is applied to the union, the teeth are forced deeper into thetubing, preventing separation of the union. The advantages of usingquick connect fittings are:

• They offer a significant time saving benefit over traditional connectors• They tend to have less user failures compared to traditional connectors• They require little skill or strength for their usage• They do not require any tools to use and maintain them

Please see Figure 18 below for an exploded diagram of a basic quickconnect fitting.

All BMB Technology systems take advantage of quick connectfittings. To make a connection, the tubing is simply pushed into thefitting. The unique locking system holds the tubing firmly in placewithout deforming it or restricting flow. Use the steps in Figure 19 onthe next page in reference to quick connect tubing connections forthis system.

Body

O-Ring

O-Ring Guide

Cap

Collet

Figure 18: Exploded Diagram of a Quick Connect Fitting


Step 1: It is essential that the outside diameter of the tubing being inserted into the fitting is completely free of scratch marks, dirt andany other material. Inspect the outside of the tubing carefully.

Step 2: It is also very important that the sliced edge of the tubing iscut cleanly. If the tubing needs to be cut, use a sharp knife of scissors.Make sure to remove all burrs or sharp edges before inserting thetubing into the fitting.

Step 3: The fitting grips the tubing before it seals. Lightly push thetubing into the fitting until the grip is felt.

Step 4: Now push the tubing into the fitting harder until the tubestop is felt. The collet has stainless steel teeth which hold the tubingin position while the O-ring provides a permanent leak proof seal.

Step 5: Pull on the tubing away from the fitting and make sure it isstays firmly in place. It is good practice to test the connection withpressurized water before finishing installation.

Step 6: To disconnect the tubing from the fitting, ensure that thesystem is depressurized first. Push in the collect squarely againstthe face of the fitting. With the collet held in this position, the tubingcan be removed by pulling. The fitting and tubing can be reused.

Figure 19: How to Use Quick Connect Fittings

Push In Collet

Pull Tubing


5.2 Feed Water ConnectionThe purpose of the feed water connection is to feed the system withwater to be purified by tapping the cold water supply which is usuallylocated under the kitchen counter. Please see Figure 20 below forinstructions on how to make the feed water connection.

Main Cold Water Feed

Main Cold WaterFeed Valve

Use Seal Tape Here

Main ColdWater Line

to sink

DiverterValve

Metal Ball Valve

To “Feed Water”Port on System

1/4” Tubing

Metal Ball Valve “Open”(Valve handle pointed insame direction as tubing)

Metal Ball Valve “Closed”(Valve handle

perpendicular to tubing)

Figure 20: Feed Water Connection Diagram


Figure 22: Drain Saddle Connection Diagram

Figure 21: Drain Saddle Installation Location

Drill here

Do not drill hereU-bend

5.3 Drain Saddle ConnectionThe purpose of the drain saddle is to prevent the tubing connectedto drain from popping out of place and potentially leaking where thesystem is installed. Please see Figure 21 below for instructions onhow to make the drain saddle connection.

1 Step 1: Select a location for the drain hole based on the design ofthe plumbing. The drain saddle should be installed above the u-bendif possible, on a vertical tail piece. Locate the drain saddle away fromthe garbage disposal to prevent potential contamination and systemfouling. Please see figure below for a more detailed explanation. Usea 7 mm (1/4”) drill bit to drill a small hole in the drain pipe for thedrain to pass through. Clean the debris from the plumbing and holdbefore continuing.

2 Step 2: Remove the backing from the foam gasket and stick that halfof the drain saddle on the drain pipe so that the holes line up (a smalldrill bit or other long narrow object cab be used to help aligncorrectly). Place the other half of the drain saddle on the oppositeside of the drain pipe. Clamp and loosely tighten the drain saddleusing the nuts and bolts included. Use a Phillips screwdriver totighten the drain saddle. Connect the tubing from the drain saddlequick connection to the “Drain” connection on the system.

1/4” DrainTubing

1/4” Bolt

1/4” Nut

Drain SaddleFront Plate Drain Saddle

Back PlateFoam Gasket

Drain PipeTo “Drain” Port on System


Figure 23: Tank Connection Diagram

5.4 Tank ConnectionBMB-60 Kyra Series and BMB Nova Pro models do not ship with atank. This is because BMB-60 Kyra Series needs a tank that isspecific for the application that it will be used in. Additionally, under normal conditions BMB Nova Pro model does not need a tank tooperate (for low feed water pressure and high capacity situations atank can be considered). Please see Figure 23 below for instructionson how to make the tank connection.

CAUTION: ONLY HAND TIGHTEN THE TANK VALVE, TOO MUCH PRESSURE WILL CAUSE IT TO CRACK

Tank

Tank Valve

1/4” Tubing To “Tank”Port on System

Use Seal Tape Here


5.5 Faucet ConnectionBecause BMB-60 Kyra Series is mainly used for commercialapplications, it will generally be used to be plumbed directly intoequipment such as coffee machines, industrial tea pots, ice machines, etc. This is why the models in this series do not ship with a faucet. Ifa faucet is required for the installation, this can be purchasedseparately from your BMB Technology dealer. However, the othermodels covered in this installation manual do ship with a faucet. Please see Figure 24 below for instructions on how to make thefaucet connection.

First, a proper location to mountthe faucet needs to be selected,paying close attention to theplacement of the faucet stem under the counter. Next, use a 5 mm drill bit to open up a pilothole for the faucet stem. Finally, use a 12 mm drill bit to enlarge the hole to the proper diameter.

Figure 24: Faucet Connection Diagram

Choose the correct type of drill bit for your counter typeHammer Drill Bit: Cement, Tile, Granite, Marble & MarmorealHSS Drill Bit: Steel, Wood, Chrome, Metal & Aluminum

1. Place the faucet through the drilled hole and mount it to the sink per the figures above.2. Connect the remaining parts of the faucet kit to the end of the “Clean Water” tubing3. Connect the other end of the tubing to the “Clean Water” port on the system.


5.6 Membrane InstallationThe final step of hardware connection before the system can beturned on is to install the reverse osmosis membrane filter. Pleasesee Table 6 on Page 15 to see which reverse osmosis membranefilter(s) this system has shipped with. Please also see Figure 25 belowto locate the membrane housing, membrane housing cap and membrane housing inlet elbow for your system.

Figure 25: Membrane Housing Location

Membrane Housing

Membrane Housing Cap

Membrane Housing Inlet Elbow

Membrane Housing

Membrane Housing Cap

Membrane Housing Inlet Elbow


In order to install the reverse osmosis membrane filter, first removethe tubing from the membrane housing inlet elbow and pull the topof the membrane housing backwards. Now twist the membranehousing cap in counter-clockwise rotation to remove it and exposethe open end of the membrane housing. If the membrane housingcap is difficult to rotate off, use the membrane housing wrenchincluded to assist.

Install the reverse osmosis membrane filter by first removing it fromthe protective bag and inserting it double o-ring end first inside ofthe membrane housing. Make sure the membrane filter is firmly anddeep in the membrane housing before closing the cap hand tight.

Finally push the membrane housing back in place and connect themembrane housing inlet elbow tubing. Please see the pictures onthe following pages for a detailed illustration of the process.

Pull to disconnect tubing

Figure 26: Removing the Tubing from Membrane Housing Inlet Elbow


Figure 27: Opening the Membrane Housing Caps


5.7 System Start-Up and OperationOnce all of the connections are made from the previous sections,Make sure that the installed faucet is in the on position (faucet leverperpendicular to faucet body). This will allow for pressure to not buildup in the system during start-up and also we want to drain out the first few liters of production.

Now, simply plug in the system power cord into an electrical socketand click the on/off button. During system boot up process, thesystem will sound a series of beeps and the LED lights on top andfront of the system will activate. Make sure to open the feed watervalve slowly to the full open position.

After the beeps, the system will commence by first a “flush” processwhich can be observed from the on-board digital panel. In thisprocess the membrane sheets are washed by high flow water thatgoes directly to the drain line. This process will last for 90 secondsand the system will next enter the “pump” cycle which also can beobserved from the digital panel. In this process the system will startproducing water which can be seen running from the faucet.

The system should run with the faucet open for 8-10 minutes. Duringthis time the TDS value on the digital panel should be controlled. Make sure that it is inside of the 0 - 40 PPM range before turning offthe faucet.

Once the faucet is turned off, the system will remain in the “pump”cycle until it is fully pressurized. Once this is done, it will be followedby a short “flush” cycle of 5-10 seconds to make sure any residualsleft on the membrane sheet surface is flushed to drain. Next, the system will go into “Tank Full” mode where it is in stand-by waitingto produce water. The LED lights are automatically turned off in the“Tank Full” mode. Additionally the TDS reading is not active and willdisplay “000 PPM” on the screen (TDS is only measured activelyduring Flush and Pump cycles).

These cycles will repeat during and after each use of the system. It isimportant to note that the long flush cycle is only activated duringsystem first time boot or by manually pushing the “Flush” buttonon the front interface.

For a more detailed explanation of the digital controller functions,please see Figure 29 on Page 40.


5.8 Verifying the InstallationWhile the system is waiting in stand-by in the “Tank Full” mode,inspect all of the water connections and make sure there are noleaks (the system should be given 10-20 minutes to make sure thepressure has stabilized enough). Do not forget to open the topcover of the system and look for leaks inside.

Again, while the system is in the “Tank Full” mode, read the “InletPressure” Manometer and make sure that it is above 2.5 bars. This isthe feed water pressure to the system and it will not operateefficiently under this pressure. Please see Figure 28 below to locatethe “Inlet Pressure” Manometer.

Now cycle the system into the “Pump” mode by opening the faucet.Confirm that the pump activates by looking at the “Pump Pressure”monometer directly to the left of the “Inlet Pressure” manometer.Next, make sure that the TDS reading activates and stabilizes below40 PPM. The water can also be tasted to confirm the system isproperly purifying the water (should taste delicious).

Inlet WaterPressure Manometer

Figure 28: Inlet Water Pressure Manometer Location


5.9 Digital InterfaceAll of the models covered in this Installation, Operation &Maintenance Manual come standard with the proprietary BMBTechnology digital controller. The digital controller enhances thesystem performance and user experience. It will display producedwater TDS & temperature, track filter lifetime, perform autoflushof membranes, monitor operation mode, protect system fromcommon failures and much more.

The digital controller has three buttons in the front for the user tointeract with: Menu, Login and Flush.

Menu Button :: Used to reset filter lifetime. The default filter lifetime that the system ships with is 12 months. Press and hold to reset filter lifetime.

Login Button :: Press once and release to display days left until the next filter change.

Flush Button :: Press once and release to flush the membranes and bring fresh water into the system.

When 30 days remain until end of filter lifetime, the controller willmake a sound alarm every 12 hours to remind the user to make preparations to change the filter. Once “0” days are achieved, it hasbeen a full 12 months since the filters were first used. Now, thecontroller will start to count the days in negative numbers for thefilter lifetime (-1, -2, -3.... -5 ...-10, etc.) to signify number of dayspast filter lifetime.

From 0 days to -30 days of filter lifetime the controller will make a sound alarm every 2 hours to remind the user to change the filters.From -31 days to -60 days of filter lifetime the controller will make asound alarm every 1 hour to remind the user to change the filters. On the 61st day, the controller will lock the system from producingwater and display “LoC” on the screen.

At any time the user can reset the filter lifetime to the original value of 12 months by pressing and holding the menu button.Please see Figure 29 on the next page for a full list of functions of thedigital controller.


Figu

re 2

9: B

MB

Dig

ital C

ontr

olle

r U

ser

Inte

rfac

e

12

34

5

PPM

MEN

U

LOG

IN

FLU

SH

SMART WATER SYSTEM

cart

ridg

ech

ange

POW

ERN

O W

ATE

RPU

MP

FLU

SHTA

NK

FULL

Puri

fied

wat

er T

otal

Dis

solv

ed S

olid

s (T

DS)

leve

l in

PPM

.

Will

blin

k an

d be

ep if

an

alar

m o

ccur

s or

filte

r ch

ange

tim

e ha

s ar

rive

d.Fi

lter

lifet

ime

bars

will

red

uce

sim

ulta

neou

sly

over

tim

e un

tilfil

ter

chan

ge.

Will

ligh

t whe

n en

d of

filte

r lif

etim

e ne

ars.

Appr

oxim

ate

tem

pera

ture

of p

rodu

ced

wat

er.

Ligh

ts w

hen

syst

em is

pow

ered

on,

sta

ys li

t.

Ligh

ts (a

nd b

eeps

) whe

n th

ere

is a

low

/no

feed

wat

er p

ress

ure

(bel

ow 1

bar

).

Ligh

ts w

hen

syst

em is

pro

duci

ng w

ater

.

Ligh

ts w

hen

syst

em is

flus

hing

(90

seco

nds

on s

yste

m b

oot u

p,5

seco

nds

afte

r ea

ch ti

me

syst

em is

re-

pres

suri

zed)

.

Ligh

ts w

hen

syst

em is

in s

tand

by m

ode.


6. Maintenance

6.1 Recommended Filter Change DurationsWater filter technology has come a long way over the last 20 years.Now, filters can run at higher filtration efficiencies with a longer filterlifetime. There is also a significant amount of added value and technology that can be incorporated into the filters.

BMB Technology takes advantage of water filtration technology toproduce the highest quality water at the lowest cost of ownership. The filter lifetimes are generally longer for BMB Technology systemswhen compared to other systems in the market. However, it shouldbe well noted that there are currently no water filtration systems inthe world that are designed to be run until all of the filters clog. Infact some filters fail by opening of the pores as opposed to clogging.

It can generally be stated that the filter lifetime starts once the filterstouch water. Even if the user goes on prolonged periods of not usingthe system (such as vacation) or the water consumption is low, thefilter lifetime does not stop or slow down. This is true because thefilters are made from organic compounds such as paper, coconutshell, minerals, etc. and they will degrade in water over time.

Additionally, changing of the filters is a “Preventive Maintenance” asopposed to a “Corrective Maintenance”. This means that filters arechanged in order to prevent future failures whereas correctivemeasures are done after a failure has taken place.

For the above reasons, BMB Technology system filters are given a lifetime of time as opposed to volume. It would be very difficult to count the volume of water produced over time. Furthermore, inorder to give a volume based filter lifetime, one would also need toknow the instantaneous incoming water quality (chlorine levels,sediment load, chemicals, etc.) in order to adjust the relative volumeof end of filter lifetime.

Please see Table 12 on the next page for a detailed list of filterlifetimes for all of the models covered in this manual.


Mod

elPr

e-Fi

lter

sR

O M

embr

ane

Filt

erPo

st-F

ilter

s

BMB-

3012

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

BMB-

30 +

MIN

ERAL

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.

BMB-

30 +

DET

OX

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.

BMB-

30 +

OXY

GEN

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.

BMB-

30 +

ALKA

LIN

E12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

BMB-

30 +

ALKA

LIN

E +D

ETO

X12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

BMB-

30 +

ALKA

LIN

E +O

XYG

EN12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

BMB-

30 M

ON

STER

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.

BMB-

60 K

YRA

300

GPD

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 1

5000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.

BMB-

60 K

YRA

600

GPD

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 3

0000

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

500

0 Li

ters

Whi

chev

er c

omes

firs

t.

BMB

NO

VA12

Mon

ths

or 7

500

Lite

rsW

hich

ever

com

es fi

rst.

12 M

onth

s or

750

0 Li

ters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 7

500

Lite

rsW

hich

ever

com

es fi

rst.

BMB

NO

VA P

RO12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

36 M

onth

s or

150

00 L

iters

Whi

chev

er c

omes

firs

t.12

Mon

ths

or 5

000

Lite

rsW

hich

ever

com

es fi

rst.

Tabl

e 12

: Rec

omm

ende

d Fi

lter

Life

times

by

Mod

el


6.2 Things to Do Before Filter ChangeOnce the time has come to change the filters, the system has to beprepped for the procedure. Since the system is continuously underpressure, failure to follow these directions can lead to water leakage.

1. Close the feed water valve that supplies the system2. Open the faucet until the system is fully de-pressurized3. System will give a “No Water” alarm, this is OK4. Turn off the system from the on / off button5. Unplug the system electrical connection

6.3 Changing the Pre-FiltersThe pre-filters have a locking mechanism on the top to make it easyfor filter change. In order to remove old filters from the system,simply bring the lock to the open position with one hand and twistthe pre filters in counter-clockwise fashion with the other hand untilthey are completely detached from the system.

When installing the new pre filters, insert the top of the filters intothe empty filter cap. The filter may need to rotate it a bit back andfourth until the thread locking is felt. Now rotate the pre-filter slowlyin clockwise fashion until the click of the lock is heard. Now the filteris successfully installed. Please see Figure 30 below and Figure 31 onthe next page.

Figure 30: Unlocking the Pre-Filter


Figure 30: Removing the Pre-Filter

6.4 Changing the MembranesPlease see Figure 25 on Page 40 to locate the membrane housings.Next follow the procedure on page 41 and 42 to open the membranehousings. Use a pair of needle nose plyers to pull out the usedmembrane filters from the membrane housing. Grip the plastic tubethat runs up and down the center of the membrane filter with theplyers for best results. Squeeze the plyers tightly and pull up toremove the filter.

Now empty the residual water that is left in the membrane housingsby tightly pulling the housings back until the water drains out. Finally,install the new membrane filters by first removing it from theprotective bag and inserting it double o-ring end first inside ofthe membrane housing. Make sure the membrane filter is firmly anddeep in the membrane housing before closing the cap hand tight.

6.4 Changing the Post-FiltersThe post-filters on this system have quick connect tubing and fittingconnections. Simply separate the post-filter from the mounting clipsand remove the inlet and exit quick connect fitting elbows for thepost-filter being replaced. Now insert the elbows into the newpost-filter and attach the filter to the mounting clips. Do this for allpost-filters that need to be replaced.


6.6 Verifying the Filter Change ProcedureOnce all of the necessary filters have been changed, the procedureshould be verified.

1. Plug the power cord into the electrical socket2. Turn on the system from the on / off button3. Open the feed water valve slowly to the full open position4. Now follow the procedures on Section 5.7 on Page 44 and Section 5.8 on Page 44 to start-up the system.

6.7 Checking the Air Pressure in the TankNot all of the systems covered in this manual come with a tank.Please see Table 6 on Page 15 to know if your system comes with atank.

For tank based systems it is a good idea to check the pressure in thetank when a decrease in available water from the RO system is felt.Air can be added with a bicycle pump or small compressor using theSchrader valve that is located on the lower side of the tank behindthe blue plastic cap.

1. Close the feed water valve that supplies the system2. Open the faucet until the tank is fully emptied3. System will give a “No Water” alarm, this is OK4. Turn off the system from the on / off button5. Unplug the system electrical connection6. Remove the tank valve so the tank inlet is open to atmosphere7. Use an air pressure gauge to measure the tank pressure8. The tank pressure should read between 5 - 7 PSI, use a pump to add air pressure if necessary 9. If the tank does not hold pressure, it should be replaced.10. Install the tank valve and follow the procedures on Section 5.7 on Page 44 and Section 5.8 on Page 44 to start-up the system.

6.8 Annual SanitizationBecause this system uses disposable filters in which the inside filterelement and the outside casing (housing) get changed every year,only the tank for tank based systems needs to be sanitized. The tankcan be sanitized with the BMB Technology sanitization kit or a simple Hydrogen Peroxide application procedure can be performed to thetank. Please see the steps on the next page to perform a simplehydrogen peroxide application procedure to the tank.


1. Close the feed water valve that supplies the system2. Open the faucet until the tank is fully emptied3. System will give a “No Water” alarm, this is OK4. Turn off the system from the on / off button5. Unplug the system electrical connection6. Remove the tank valve so the tank inlet is open to atmosphere7. Use an eye dropper to drop few drops (teaspoon) of hydrogen peroxide into the open end of the tank. 8. Install the tank valve and follow the procedures on Section 5.7 on Page 44 and Section 5.8 on Page 44 to start-up the system.

6.9 Going on HolidayThis system has been designed so the user goes through minimaleffort to prep the system for extended non-use (going on holiday).Simply follow the steps below to prepare the system for extendednon-use and start-up after extended non-use.

1. Close the feed water valve that supplies the system2. Open the faucet until no more water comes from the faucet3. System will give a “No Water” alarm, this is OK4. Turn off the system from the on / off button5. Unplug the system electrical connection6. System is ready for extended non-use7. Upon return, follow the procedures on Section 5.7 on Page 44 and Section 5.8 on Page 44 to start-up the system.

6.10 Recycling Used FiltersWater filters are unique in that they have the sole purpose toremove contaminants from the water by accumulating them on thefilter surface. This is why the filters are not recyclable and precautionshould be taken when disposing of them.

6.11 TroubleshootingPlease find a troubleshooting matrix on Table 13 on the next page.

6.12 Service Log TablePlease find the Service Log Table on Page 48.


Prob

lem

Cau

seSo

luti

onTu

be is

not

join

ed ti

ghtly

Rem

ove

and

rejo

in th

e tu

beTu

be is

not

cut

str

aigh

tCu

t the

tube

str

aigh

t thr

ough

the

cros

s-se

ctio

nFi

ttin

g no

t ins

talle

d pr

oper

lyRe

mov

e fit

ting,

wra

p ne

w te

flon

and

re-in

stal

lD

rain

sad

dle

leak

Dra

in s

addl

e is

not

inst

alle

d pr

oper

lyRe

inst

all d

rain

sad

dle

per

the

inst

alla

tion

man

ual

Pre-

filte

r no

t tig

hten

ed u

ntil

"clic

k" h

eard

Rem

ove

filte

r an

d in

stal

l aga

in, m

ake

sure

to h

ear

clic

k.O

-rin

g on

top

of p

re-fi

lter

dam

aged

or

not s

eate

d co

rrec

tlyIn

spec

t the

o-r

ing.

Mak

e su

re it

is s

eate

d co

rrec

tly.

Mem

bran

e ho

usin

g ca

p no

t tig

hten

ed c

orre

ctly

Use

the

mem

bran

e ho

usin

g w

renc

h to

tigh

ten

cap

O-r

ing

dam

aged

or

not s

eate

d co

rrec

tlyIn

spec

t the

o-r

ing.

Mak

e su

re it

is s

eate

d co

rrec

tly.

Low

feed

wat

er p

ress

ure

Mak

e su

re in

let w

ater

pre

ssur

e m

anom

eter

abo

ve 2

.5 b

ars

Feed

wat

er v

alve

clo

sed

Mak

e su

re to

ope

n th

e fe

ed w

ater

val

veLo

w p

ress

ure

switc

h ca

ble

cam

e lo

ose

Mak

e su

re to

con

nect

low

pre

ssur

e sw

itch

cabl

e (y

ello

w c

olor

)Fi

lters

are

clo

gged

Repl

ace

the

first

4 fi

lters

Tubi

ng is

kin

ked

Mak

e su

re n

o tu

bing

ben

ds m

ore

than

45

degr

ees

Loss

of a

ir p

ress

ure

in ta

nkEm

pty

tank

and

pre

ssur

ize

to 6

-8 P

SICo

ntro

ller

cycl

es b

etw

een:

"No

Wat

er" -

"Pum

p" -

"Flu

sh"

Low

feed

wat

er p

ress

ure

Mak

e su

re th

e fe

ed w

ater

pre

ssur

e is

min

. 2 B

ar

Chec

k va

lve

dam

aged

Repl

ace

chec

k va

lve

Sole

noid

val

ve d

amag

edRe

plac

e so

leno

id v

alve

Auto

flush

val

ve d

amag

edRe

plac

e au

toflu

sh v

alve

No

Was

te w

ater

or

mem

bran

e cl

ogge

d in

few

day

sFl

ow r

estr

icto

r cl

ogge

dRe

plac

e th

e flo

w r

estr

icto

rM

embr

ane

filte

r da

mag

edRe

plac

e m

embr

ane

filte

rPo

st-fi

lters

nea

r en

d of

life

Repl

ace

the

post

filte

rs

Prod

uced

wat

er is

milk

y or

clo

udy.

Goe

s aw

ayaf

ter

a fe

w m

inut

esAi

r is

in th

e sy

stem

Dur

ing

first

inst

alla

tion

air

will

alm

ost a

lway

s be

pre

sent

in th

e sy

stem

. In

a fe

w d

ays

the

syst

em w

ill a

utom

atic

ally

pur

ge a

ll of

th

e ai

r fr

om th

e sy

stem

. Air

may

als

o ap

pear

in s

ome

case

s w

here

the

feed

wat

er p

ress

ure

tem

pera

ture

is s

igni

fican

tly

diffe

rent

from

roo

m te

mpe

ratu

re.

Wat

er h

as a

egg

y sm

ell a

nd ta

stes

sou

rBi

ofilm

bui

ldup

in th

e sy

stem

Ster

ilize

the

tank

Punc

ture

d ta

nk b

ladd

erIf

tank

is fu

ll of

wat

er (h

eavy

) thi

s is

the

case

, rep

lace

tank

Ove

r pr

essu

re in

tank

bla

dder

If ta

nk h

as li

ttle

wat

er in

side

(lig

ht),

empt

y ta

nk, r

elea

se ta

nk a

ir

pres

sure

dow

n to

5-7

PSI

Tank

val

ve is

clo

sed

Ope

n th

e ta

nk v

alve

Very

litt

le w

ater

com

es fr

om th

e ta

nk

Fitt

ing

leak

Pre-

Filte

r Le

ak

Litt

le o

r no

wat

er c

omes

from

fauc

et

Cont

rolle

r cy

cles

bet

wee

n: "P

ump"

- "F

lush

"

Prod

uced

wat

er h

as a

hig

h TD

S va

lue

Mem

bran

e H

ousi

ng L

eak

"No

Wat

er" a

larm

Tabl

e 13

: Tro

uble

shoo

ting

Mat

rix


Date Pre-Filter + Post-Filter Change Membrane Change Other

Date of Purchase Date of Install Installed By Serial Number

SERVICE LOG TABLE Model

Table 14: Service Log Table


7. After Sales

7.1 Warranty RegistrationPlease fill out the information below and keep for your records.Please also send a copy to your BMB Technology dealer or BMBTechnology Headquarters by simply taking a picture of it with yoursmart phone and maling it to [email protected].

First Name : Last Name:

Full Address:

Mobile Number: Email:

Date of Purchase: Date of Install:

Where Purchased:

Installed By:

Model Number: Serial Number:

Figure 32: Registration Form


7.2 Testing and Certifications

The product and components within the system have the followingtest reoports and certifications:

• Notified Body CE Certificate• IEC IEC 60335-1 Houshold Certificate • ISO 9001 Certificate• ISO 14001 Certificate

• SGS Heavy Metal Test Report

• SGS Nano Zinc Antibacterial Test Report

7.3 Limited Warranty

GuaranteeThis BMB Technology product carries a 2 year warranty against material and manufacturing defects anddoes not cover any charges incurred due to professional installation. The warranty will be valid from thedate of purchase as shown on the sales invoice. Please keep the invoice for your records. This productis intended for domestic use only. The warranty does not apply to products installed outside of adomestic environment. This warranty is not assignable or transferable.

WarrantyWhat is covered by the BMB Technology warranty?

• The repair or replacement of a part or all of your system if your system is found to be defective due to faulty materials or manufacturing issues within 2 years of purchase at BMB Technology’s discretion.• If any part is no longer available, BMB Technology reserves the right to replace it with a suitable alternative.

Terms and conditions of the BMB Technology 2 year guarantee

• The guarantee is valid for domestic use.• The guarantee becomes effective at the date of purchase. • Under the terms of the warranty, proof of purchase is required.• This warranty provides more benefits and coverage than standard statutory consumer rights.

BMB Technology does not guarantee the repair or replacement of a product that has failed for any of thefollowing reasons:

• Defects resulting from improper installation (including repairs or alterations), from abuse, misuse, misapplication, improper maintenance, neglect, alteration, accidents, casualties, fire, flood, freezing, environmental factors, water pressure spikes or other similar factors.• Normal wear and tear.• Accidental damage or faults caused by negligent use or care, misuse, neglect, careless operation and failure to use the system in accordance with the operating guidelines.• Failure to change the water filter cartridges in accordance with the instructions in this manual.• The use of anything other than genuine BMB Technology replacement parts, including the water filter cartridges.• Failures of or failures caused by parts that were not supplied with the product.• Incoming water that is microbiologically unsafe or of unknown quality without adequate disinfection before or after the system. • Equipment that is relocated from the site of its original installation.

This warranty will be void if defects occur due to failure to observe the following conditions:

1. The product must be hooked up to a potable, municipal cold water supply. 2. The hardness of the water should not exceed 17.5 grains per gallon or 250 ppm. 3. Maximum incoming iron in the feed water must be less than 0.2 ppm. 4. The feed water pH must be between 6.5 - 8.5. 5. The feed water pressure must be between 36 and 87 PSI (4 - 40 bar). 6. The feed water temperature must be between 39 - 104 oF (4 - 40 oC).7. The feed water TDS must not exceed 500 PPM.8. Other technical specifications and feed water requirements listed in this manual must be followed.

How do I make a claim under my BMB Technology 2 year warranty?

• If you are in doubt about what is covered by your guarantee, or wish to discuss a claim, please email [email protected]. Please have your receipt to hand. • BMB Technology reserves the right to alter, change or modify product specifications without prior notice.


BMB TechnologyFatih Mah. 1197 Sk. No.1 Sarnic / Gaziemir

IZMIR / TURKEY / 35414+90 530 313 05 54

[email protected]

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