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14

System Activation  and Inspection

1. Check all tubing connections to ensure they are firmly seated.  CHECK TO SEE THAT THE

CARTRIDGE RETAINER CLIPS ARE PROPERLY ENGAGED. The retainer clips must in place

during long term, unattended operation of the system.  Failure to keep the retaining clips in place

could result in accidental leaks and flooding.

2. Open the dispensing faucet at the sink.  Close the tank shut-off valve.

3. Open the feed water valve to the system.  Observe all tubing and connections for several

minutes to detect any leaks.  In approximately 5 minutes, (assuming normal feed water pressure)

the dispensing faucet should begin dripping.  Allow the faucet to run for up to 15 minutes, then

close the faucet.

4. Place a pan or other temporary water basin near the drain 'P' trap.  Loosen the connector nut

holding the 3/8" tube in the drain saddle connector.  Pull the tube out of the connector and use the

pan to catch any water that may spill.  Brine water should be flowing from the tube.  Reconnect

the tube to the drain saddle and hand-tighten the connector nut.

5.  Open the tank shut-off valve.

Initial Flushing Procedure

1. Before the system can be used for drinking water production it must be adequately flushed.

Each reservoir tank is dosed with a small amount of powdered sanitizer before shipment, typically

a chlorinating agent, in order to ensure tank internal cleanliness.  Also, the carbon filter cartridge

will release a small amount of carbon fines during the first tankful of flow.  This flushing procedure

will allow any sanitizer or carbon fines to pass from the system.

2. Initial tank filling will take approximately two and one half hours (based on average feed

pressure).  When the tank is full, the water pressure will have risen to the point where the auto-

matic shut-off valve inside the manifold unit will stop the feed flow through the system.  Actuation

of the automatic shut-off valve can be determined by either checking for a lack of brine flow to

the drain saddle, or by listening very closely near the dispensing faucet for absence of water flow

sound though the air gap.  When the tank has filled for the first time, it should be left undisturbed

for at least 8 hours to ensure proper sanitization.

3. After 8 hours has elapsed, open the dispensing faucet fully and allow the product water to run

out to drain at maximum flow.  The initial discharge will be dark with the bulk of the carbon

particle wash out.  There may also be the scent of chlorinated water from the sanitizing agent.

When the flow has diminished to a fast drip or small stream, close the dispensing faucet.

4. Fill and flush the tank at least three times prior to use.  If necessary, repeat until the chlorina-

tion scent has disappeared.  It is important that the flush be done at maximum flow (e.g. the tank

must be full) to assist in rapid wash out.  After this flushing procedure the system is ready for

normal use.

INSTALLATION

Activation/Flushing

8

Summary of Contents for Sierra

Page 1: ...1 REVERSE OSMOSIS DRINKING WATER SYSTEM Owner sManual InstallationGuide 41840 McAlby Court Suite A CA Murrieta 92562 800 451 9343 Email sierra nimbuswater com ...

Page 2: ...r intervals The chart below gives a general replacement timetable For more accurate membrane filter replacement intervals the system should be tested for TDS by an authorized Nimbus dealer Instructions for cartridge replacement can be found in Section 10 of the Installation Guide Any significant change in performance of the system should be investigated promptly to avoid secondary damage or deteri...

Page 3: ...ng and service This reverse osmosis system contains a replaceable component critical to the effiency of the system Replacement of the reverse osmosis component should be with one of identical specifications as defined by the manufacturer to assure the same efficiency and contaminant reduction performance Use of non Sierra replacement parts will invalidate the warranty as set forth in Section F of ...

Page 4: ...ncentration of the indicated substances in water entering the system was reduced to a concentration less than or equal to the permis sible limit for water leaving the system as specified in NSF ANSI 58 This system has been tested for the treatment of water containing pentavalent arsenic also known as As V As 5 or arsenate at concentrations of 0 30 mg L or less This system reduces pentavalent arsen...

Page 5: ... remove trivalent ar senic from water very well RO systems are very effective at removing pen tavalent arsenic A free chlorine residual will rapidly convert trivalent arsenic to pentavalent arsenic Other water treatment chemicals such as ozone and potassium permanganate will also change trivalent arsenic to pentavalent arsenic A combined chlorine residual also called chloramine may not con vert al...

Page 6: ...yondthecontrolofthe Manufacturerarenotcoveredbythiswarranty IncidentalandConsequentialDamages TheManufacturerdoesnotassumeresponsibilityforpaymentofincidentalandconsequential damagesasaresultofthefailureofthisunittocomplywithexpressorimpliedwarranties suchaslosttime inconvenience damageto personalproperty lossofrevenue commerciallosses postage travel telephoneexpenditures orotherlossesofthisnature...

Page 7: ...ithstandardsink plumbingandproperuseofcommonhandandpowertools Improperlyinstalledsystemscouldresult inwaterdamageduetoleaksorflooding Donotusewithwaterthatismicrobiologicallyunsafeorofunknownqualitywithoutadequate disinfection before or after the system 1 A Product water storage tank I Product water tubing 3 8 blue B Tank shut off valve J Reverse osmosis membrane filter C Tank tubing 3 8 white K C...

Page 8: ...fwarninglabel Self tapping mounting screws 2 Flatrubberwasher Grayrubbercone Faucet Kit not shown Tubing notshown 6 white 3 8 tubing 4 blue 3 8 tubing 4 green 1 4 tubing 4 yellow 1 4 tubing F The feed water connection assembly supplied with the Sierra system includes components which represent the most common under sink plumbing connections currently in use within the United States If these compon...

Page 9: ...ireanopenendwrench pliers orlong reachfaucetwrench Proceedtostep4 OptionB Toinstallthefeedadapterattheanglestop valve disconnectthefeedlineattheanglestop valve Thiswillusuallyrequireawrenchorpliers Withthisendofthewaterlinefree proceedtostep 4 4 Takethe1 4 feedconnectorvalvefromthepartskitandinstallitintothebrassfeedconnector adapter Useacrescentwrenchoropen endwrenchtotightenthevalveintotheadapte...

Page 10: ...le in the drain assembly 5 Tightenthesaddleboltsevenlyonbothsidesuntilthesaddlegripsthepipesnugly donot overtighten Fig 4 Inadditiontocommonhandtools thefollowingtoolsarerequiredfordrillingthroughthemost commonsinkmaterials 1 4 masonrydrillbit 1 porcelain cutter 1 hole saw Hole saw adapter 7 8 chassispunch Centerpunch Hint Specialcareshouldbetakenwhendrillingthefaucethole Acleanholecan becutinasho...

Page 11: ...nk and wipe the area clean Be sure all metal chips are removed as they can stainporcelainveryquickly Tile Sink or Counter 1 Followprocedures1 3underEnamel Porcelain CastIronSinkprocedures 2 Withthegentleuseofthecenterpunchandhammer breakuptheceramicdisktotheextent necessarytoremoveit Removetheceramicdisk 3 Use the 1 hole saw or wood drill to continue the hole through the wooden support Clear awayt...

Page 12: ... Inserttubingandfaucetassemblydownthroughthe sink hole 8 Positionthefaucettothedesiredhandleorientation Sliptheslottedwasherbetweenthewhiteplasticspacer andthesink Securelyhandtightenthemountingnut Hint The airgap tubing connection is located under the faucet handle By orientingtheair gapfromtheunderside of the sink your faucet handle should be correctlyoriented 9 Connectthewhite3 8 tubingtothedra...

Page 13: ...eunittoberemovedfromtheinstalledlocationforservicing Cutofftheexcess andfirmlyinsertthetubingintothecorrespondingyellowdrainconnectionlocatedonthemani fold 5 Extendthe3 8 bluetubingfromthefaucetunittothemanifold Leaveenoughslackinthe tubingtoallowtheunittoberemovedfromtheinstalledlocationforservicing Cutofftheexcess andfirmlyinsertthetubingintothecorrespondingblueproductwaterconnectionlocatedonthe...

Page 14: ...ent inordertoensuretankinternalcleanliness Also thecarbonfiltercartridge willreleaseasmallamountofcarbonfinesduringthefirsttankfulofflow Thisflushingprocedure willallowanysanitizerorcarbonfinestopassfromthesystem 2 Initialtankfillingwilltakeapproximatelytwoandonehalfhours basedonaveragefeed pressure Whenthetankisfull thewaterpressurewillhaverisentothepointwheretheauto maticshut offvalveinsidethema...

Page 15: ...properly 4 Alltubingconnections especiallypush inquickconnections arefullyinserted 5 Tubingconnectedbetweenthefaucetandthedrainsaddlefitting thefittingattachedtothesink drainpipe runs downhill tothedrain Thereshouldbenoloopsorplaceswherewaterwouldnot flowouttothedrain 6 Feedandtankvalvesareopen 7 Withinonetotwohoursafterinitialapplicationofwaterpressure checkagainforleaksespecially atthetank fauce...

Page 16: ...nnectorsuntilitsnapsintoplaceproperly 7 Turnonfeedwatershut offvalve 8 Turnontankshut offvalve Observesystemforanyleaks especiallyatnewlyreplaced cartridge 9 Closedispensingfaucetafterwaterstopsrunning 10 Ifreplacedcartridgewasapostcarbonoramembranefilter thesystemshouldbeflushedat leastonceasdescribedaboveunderSection9 TankSanitizing Tanksanitizingshouldbedoneeverytwelvemonthsaspartoftheregularsy...

Page 17: ...17 NimbusWaterSystems2003 PN103257 ...

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