Whirlpool WHAROS5 Reverse Osmosis Manual

Do not return unit to store

If you have any questions or concerns when installing, operating or maintaining your water filtration system, call our toll free number:
1-866-986-3223
Monday- Friday, 7 AM - 6 PM CST
or visit whirlpoolwatersolutions.com
When you call, please be prepared to provide the model number and date code of your product, found on the rating decal on back.

System tested and certified by NSF International against NSF/ANSI Standard 42 for the reduction of chlorine taste and odor, and Standard 58 for the reduction of arsenic, barium, cadmium, chromium (hexavalent), chromium (trivalent), copper, cysts, lead, nitrate (as N), nitrite (as N), radium 226/228, selenium, turbidity and TDS.

DO NOT RETURN TO STORE
Need Help?
Call toll free at:
1-866-986-3223
7:00 a.m. - 6:00 p.m. CST M-F

Assistance is available for:

• Missing or Broken Parts
  Items will be shipped at no charge
• Installation
• Operation
• Maintenance
• Warranty
• Any other questions you may have about your new system

Things to remember!

• It will take time before water is available at the faucet. It may take 1-4 hours before maximum possible flow is available from the faucet.
• Water pressure from the Reverse Osmosis faucet will be less than your standard faucet due to the high level of filtration performed by the system.
• The faucet can be mounted in an existing hole in the sink (sprayer, soap dispenser etc.) or a new hole can be drilled.
• Water will run to the drain while the Reverse Osmosis system is producing purified water, even if you are not drawing water from the faucet. You may hear a small quantity of water going to the drain whenever the system is producing purified water. Water going to drain will automatically shut off when the storage tank is full.
• This unit can be installed remotely (basement, mechanical room) or under the sink.

WARRANTY

ONE YEAR LIMITED WARRANTY ON REVERSE OSMOSIS WATER FILTRATION SYSTEM (Except filter cartridges and R.O. membrane)
Warrantor: Ecodyne Water Systems, 1890 Woodlane Drive, Woodbury, MN 55125
Warrantor guarantees, to the original owner, that the Reverse Osmosis Water Filtration System, when installed and maintained in accordance with the instructions, will be free from defects in materials and workmanship for a period of one (1) year from the date of purchase. If, within the first year, a part proves, after inspection, to be defective, Warrantor will, at its sole option, either replace or repair the part without charge except normal shipping and installation charges. Labor to maintain the equipment is not part of the warranty. Filters and membranes, which are expendable, are not covered by the warranty.
TO OBTAIN WARRANTY PARTS, SIMPLY CALL 1-866-986-3223, Monday - Friday, 7 am - 6 pm CST, for assistance. This warranty applies only while this product is in use in the United States or Canada.

General Provisions
The above warranties are effective provided the Reverse Osmosis Water Filtration System is operated at water pressures not exceeding 125 psi, and at water temperatures not exceeding 100°F; provided further that the Reverse Osmosis Water Filtration System is not subject to abuse, misuse, alteration, neglect, freezing, accident or negligence; and provided further that the Reverse Osmosis Water Filtration System is not damaged as the result of any unusual force of nature such as, but not limited to, flood, hurricane, tornado or earthquake.
Warrantor is excused if failure to perform its warranty obligations is the result of strikes, government regulation, materials shortages, or other circumstances beyond its control.

*THERE ARE NO WARRANTIES ON THE REVERSE OSMOSIS WATER FILTRATION SYSTEM BEYOND THOSE SPECIFICALLY DESCRIBED ABOVE. ALL IMPLIED WARRANTIES, INCLUDING ANY IMPLIED WARRANTY OF MERCHANTABILITY OR OF FITNESS FOR A PARTICULAR PURPOSE, ARE DISCLAIMED TO THE EXTENT THEY MIGHT EXTEND BEYOND THE ABOVE PERIODS. THE SOLE OBLIGATION OF WARRANTOR UNDER THESE WARRANTIES IS TO REPLACE OR REPAIR THE COMPONENT OR PART WHICH PROVES TO BE DEFECTIVE WITHIN THE SPECIFIED TIME PERIOD, AND WARRANTOR IS NOT LIABLE FOR CONSEQUENTIAL OR INCIDENTAL DAMAGES. NO WARRANTOR DEALER, AGENT, REPRESENTATIVE, OR OTHER PERSON IS AUTHORIZED TO EXTEND OR EXPAND THE WARRANTIES EXPRESSLY DESCRIBED ABOVE.

Some states do not allow limitations on how long an implied warranty lasts or exclusions or limitations of incidental or consequential damage, so the limitations and exclusions in this warranty may not apply to you. This warranty gives you specific legal rights, and you may have other rights which vary from state to state. This warranty applies to consumer-owned installations only.

Specifications & Dimensions

Supply water pressure limits	40-100 psi (280-689 kPa)
Supply water temperature limits	40-100°F (4.5-37.7°C)
Maximum total dissolved solids (TDS)	2000 ppm
Maximum water hardness @ 6.9 pH	10 gpg
Maximum iron, manganese, hydrogen sulfide	0
Chlorine in water supply (max. ppm)	2.0
Supply water pH limits (pH)	4-10
Product (quality) water, 24 hours1	18.4 gal. (69.6 liters)
Percent rejection of TDS, minimum (new membrane)1	86.5
Automatic shutoff control	yes
Efficiency2	12.2 %
Recovery3	22.9 %

This system conforms to NSF/ANSI 58 for the specific performance claims as verified and substantiated by test data.

¹@ Feed water supply at 50 psi, 77°F, and 750 TDS --- Quality water production, amount of waste water and percent rejection all vary with changes in pressure, temperature and total dissolved solids.
²Efficiency rating means the percentage of the influent water to the system that is available to the user as reverse osmosis treated water under operating conditions that approximate typical daily usage.
³Recovery rating means the percentage of the influent water to the membrane portion of the system that is available to the user as reverse osmosis treated water when the system is operated without a storage tank or when the storage tank is bypassed.

Non-potable Water Sources: Do not attempt to use this product to make safe drinking water from non-potable water sources. Do not use the system on microbiologically unsafe water, or water of unknown quality without an adequate disinfection before or after the system. This system is certified for cyst reduction and may be used on disinfected water that may contain filterable cysts.
Arsenic Reduction: This system shall only be used for arsenic reduction on chlorinated water supplies containing detectable residual free chlorine at the system inlet. Water systems using an inline chlorinator should provide a one minute chlorine contact time before the reverse osmosis system.
Nitrate/Nitrite Test Kit: This system is acceptable for treatment of influent concentrations of no more than 27mg/L nitrate and 3mg/L nitrite in combination measured as N. It is certified for nitrate/nitrite reduction only for water supplies with a pressure of 280 kPa (40 psig) or greater. This system is supplied with a nitrate/nitrite test kit. Product water should be monitored periodically according to the instructions provided with the test kit.
TDS Test Kits: TDS test kits are available by calling 1-800-949-8220 or check the water testing section of your local phone directory.
Installations In The Commonwealth Of Massachusetts: The Commonwealth of Massachusetts requires installation be performed by a licensed plumber and do not permit the use of saddle valves. Plumbing code 248-CMR of the Commonwealth of Massachusetts must be followed in these cases.
Product Water Testing: The Reverse Osmosis system contains a replaceable treatment component critical for the effective reduction of total dissolved solids. Product water should be tested periodically to verify that the system is performing properly.
Replacement of the reverse osmosis component: This reverse osmosis system contains a replaceable component critical to the efficiency 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 performance.

FIG. 1

Performance Data

Reverse Osmosis Water Filtration System Model WHAROS5

IMPORTANT NOTICE: Read this performance data and compare the capabilities of this unit with your actual water treatment needs. It is recommended that, before purchasing a water treatment unit, you have your water supply tested to determine your actual water treatment needs. This filter system is designed to be used for the reduction of the substances listed below. Do not use where water is microbiologically unsafe or of unknown quality, without adequate disinfection before or after the system. Systems certified for cyst reduction may be used on disinfected water that may contain filterable cysts. This system is acceptable for treatment of influent concentrations of no more than 27 mg/L nitrate and 3 mg/L nitrite in combination measured as N and is certified for nitrate/nitrite reduction only for water supplies with a pressure of 280 kPa (40 psig) or greater. 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 arsenic, but may not reduce other forms of arsenic. This system shall be used on water supplies containing a detectable free chlorine residual at the system inlet or on water supplies that have been demonstrated to contain only pentavalent arsenic. Treatment with chloramine (combined chlorine) is not sufficient to ensure complete conversion of trivalent arsenic to pentavalent arsenic. Please see the Arsenic Facts section for further information. While testing was performed under standard laboratory conditions, actual performance of this system may vary based on local water conditions. Some or all of the contaminants reduced by this unit may not be in your water supply. See elsewhere in this owner's manual for further instructions on filter replacement, system installation, operating procedures, and warranty. The maintenance instructions must be followed for the product to perform as indicated below.

General Information
This product is an undercounter system that filters and stores quality drinking water ready for use. It contains a carbon sediment filter, RO membrane, and an activated carbon post filter. The faucet indicator monitors the length of time the filter has been installed and will flash amber continuously; indicating the filters and battery need to be replaced. This system has been tested according to NSF/ANSI 58 and 42 for reduction of substances listed below. The concentration of the indicated substances in water entering the systems were reduced to a concentration less than or equal to the permissible limit for water leaving the system, as specified in NSF/ANSI 58. The testing was performed using spiked chlorine free deionized water with ≤1 NTU turbidity, 7.5 ± 0.5 pH, 25 ±1°C, and 1µS/cm conductivity.

Maintenance
Replacement filter prices may vary. Estimated costs of replacement filter elements (part number WHEERF), or replacement membranes (part number WHEERM), range from $39 to $59.

Application Specifications for Feed Water

Pressure	40-100 psig (2.8-7.0 kg/cm2)
Temperature	40-100°F (5-38°C)
Maximum TDS Level	2000 mg/L
Maximum Hardness @ 6.9 pH	10 gpg1 (171 mg/L)
Maximum Iron, Manganese, Hydrogen Sulfide	0 mg/L
Maximum Chlorine	2.0 mg/L2
pH Range	4-10

¹ Grains per gallon.
² A carbon prefilter is part of this system to protect the reverse osmosis membrane from deterioration should there be chlorine in the supply water. This reverse osmosis system contains a replaceable treatment component critical for effective reduction of TDS. The product water shall be tested periodically to verify that the system is performing satisfactorily.

PERFORMANCE CLAIMS FOR WHAROS5

Substance	NSF Required Influent Challenge Concentration (mg/L)1	NSF Max. Permissible Product Water Concentration (mg/L)1	Average Influent (mg/L)1	Avg. / Max. Effluent (mg/L)1	Avg. / Min. Percent Reduction
Arsenic (pentavalent)2	0.30 ±10%	0.010	0.320	0.006 / 0.011	98.2 / 96.6
Barium2	10 ±10%	2.0	10	0.23 / 0.58	97.8 / 94.4
Cadmium2	0.03 ±10%	0.005	0.028	0.0005 / 0.0012	98.1 / 95.7
Chromium (VI)2	0.3 ±10%	0.1	0.310	0.009 / 0.017	97.0 / 94.4
Chromium (III)2	0.3 ±10%	0.1	0.310	0.005 / 0.007	98.3 / 97.7
Copper2	3.0 ±10%	1.3	2.9	0.033 / 0.047	98.8 / 98.4
Cysts2	≥50,000 #/mL4	99.95%3	160,000 #/mL4	9 / 33 #/mL4	99.99 / 99.98
Fluoride	8.0 ±10%	1.5	8.4	0.3 / 0.4	96.5 / 95.2
Lead2	0.15 ±10%	0.010	0.16	0.001 / 0.003	99.1 / 98.1
Nitrate plus Nitrite (as N)2	30 ±10%	10.0	29	7.2 / 8.6	75.4 / 70.8
Nitrate (as N)2	27.0 ±10%	10	26	6.6 / 7.9	74.9 / 70.0
Nitrite (as N)2	3.0 ±10%	1.0	3.2	0.61 / 0.75	80.9 / 76.6
Radium 226/2282	25 pCi/L5 ±10%	5 pCi/L5	25 pCi/L5	5 / 5 pCi/L5	80 / 80 pCi/L5
Selenium2	0.10 ±10%	0.05	0.10	0.002 / 0.003	98.0 / 97.0
Turbidity2	11 ±1 NTU6	0.5 NTU6	11 NTU6	0.1 / 0.2 NTU6	99.0 / 98.3
TDS2	750 ±10%	187	740	70 / 100	90.6 / 86.5
Chlorine Taste & Odor	2.0 ±10%	1.0	1.9	0.09 / 0.19	95.2 / 90.5
Ammonium7	1.2 ±10%	1.08	2.5	0.24	90
Bicarbonate7	300 ±10%	1008	280	10	96
Bromide7	1.5 ±10%	3.38	11	1.3	89
Chloride7	800 ±10%	2508	770	60	92
Magnesium7	30 ±10%	108	31	<1.0	97
Sodium7	350 ±10%	1178	340	40	88
Sulfate7	800 ±10%	2508	780	12	98
Tannin7	3.0 ±10%	1.08	2.9	0.1	97
Zinc7	1.5 ±10%	5.08	1.5	0.25	98

Daily Production Rate Model WHAROS5: 18.46 gal./day (69.87 liters/day)²
Efficiency Rating Model WHAROS5: 12.22%⁹
Recovery Rating Model WHAROS5: 22.95%¹⁰

¹ Milligrams per liter, which is equivalent to parts per million (PPM).
² Tested by NSF International according to NSF/ANSI Standard 58.
³ NSF minimum percent reduction requirement. Acceptance level for this substance is based on percent reduction, rather than maximum effluent concentration.
⁴ Particles per milliliter.
⁵ Pico Curies per liter.
⁶ Nephelometric Turbidity Units.
⁷ Tested by Spectrum Labs, a qualified independent laboratory, against accepted industry protocol.
⁸ There is no maximum permissible effluent concentration for this substance because it is not included in the chemical reduction claims listed in NSF Standard 58. The maximum effluent concentrations listed were established by Spectrum Labs and are based on one third of the target influent.
⁹ Efficiency rating means the percentage of the influent water to the system that is available to the user as reverse osmosis treated water under operating conditions that approximate daily usage.
¹⁰ Recovery rating means the percentage of the influent water to the membrane portion of the system that is available to the user as reverse osmosis treated water when the system is operated without a storage tank or when the storage tank is bypassed.

ARSENIC FACTS

Background
Arsenic (abbreviated As) can occur naturally in well water. There are two forms of arsenic: pentavalent arsenic [also called As(V), As(+5), and arsenate] and trivalent arsenic [also called As(III), As(+3), and arsenite]. Although both forms are potentially harmful to human health, trivalent arsenic is considered more harmful than pentavalent arsenic. In well water, arsenic may be pentavalent, trivalent, or a combination of both. Additional information about arsenic in water can be found on the Internet at the U.S. Environmental Protection Agency (USEPA) website: www.epa.gov/safewater/arsenic.html.

Testing Your Water
Arsenic in water has no color, taste or odor. It must be measured by a lab test. Public water utilities must have their water tested for arsenic. You can get the results from your water utility. If you have your own well, you can have the water tested. The local health department or the state environmental health agency can provide a list of certified labs. The cost is typically $15 to $30.

Pentavalent vs. Trivalent Arsenic Removal
These systems are very effective at reducing pentavalent arsenic from drinking water. These models were tested in a lab and proven to reduce 300 parts per billion (ppb) pentavalent arsenic to below 10 ppb, the USEPA standard for safe drinking water.
RO systems are not as effective at reducing trivalent arsenic from water. These models will not convert trivalent arsenic to pentavalent arsenic. If you have free chlorine residual in contact with your water supply for at least one minute any trivalent arsenic will be converted to pentavalent arsenic and reduced by this RO. 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 convert all the trivalent arsenic. If you get your water from a public water utility, contact the utility to find out if free chlorine or combined chlorine is used in the water system.

Maintenance
It is strongly recommended that you follow the maintenance instructions and have your water tested periodically to make sure the system is performing properly. See replacement element information above for recommendations on maintaining your Reverse Osmosis water filtration system.

Inspect Shipment

Your Reverse Osmosis Water Filtration System is shipped complete in one carton. Remove all items from your shipping carton.
Check all items against the packing list below. Note any items lost or damaged in shipment.
Note any damage to the shipping carton. Refer to the exploded view and parts list in the back of the manual for the part names and numbers of missing or damaged items. If problems exist, refer to the website or the toll free number listed throughout this manual.
Keep the small parts in the parts bag until you are ready to install them.

NOTE: Codes in the state of Massachusetts require installation by a licensed plumber and do not permit the use of saddle valves.
If you live in the state of Massachusetts, review plumbing code 248-CMR of the Commonwealth of Massachusetts before proceeding with the installation.

Packing List

Tools Needed

Review the tools needed list. See Fig. 3. Gather needed tools before proceeding with the installation. Read and follow the instructions provided with any tools listed here.

Plan Your Installation

Read through the entire manual before beginning your installation. Follow all steps exactly. Reading this manual will also help you get all the benefits from your system.
Your Reverse Osmosis Water Filtration System can be installed under a sink or in a remote location. Typical remote sites are a laundry room or utility room. Review the location options below and determine where you are going to install your system.

UNDER THE SINK LOCATION

The Reverse Osmosis Filter Assembly and storage tank may be installed in a kitchen or bathroom sink cabinet. See Fig. 4. A suitable drain point is needed for drain water from the Reverse Osmosis system.

Typical Under Sink Installation
All install parts included in package.
FIG. 4


Allow adequate open space behind the water filtration system to avoid sharp bends or kinks in the tubing.

REMOTE INTERIOR LOCATION

The Reverse Osmosis Filter Assembly and storage tank may also be installed in a remote interior location away from the Reverse Osmosis Faucet. You will need a nearby water source and drain point. See Fig. 5.

Typical Remote Installation
Additional parts required.
FIG. 5


Allow adequate open space behind the water filtration system to avoid sharp bends or kinks in the tubing.

CHECK SPACE REQUIREMENTS

Check size and position of items for proper installation into location chosen.

Overview and Site Preparation

OVERVIEW

Read through the entire manual before beginning your installation. There are seven steps to installing your Reverse Osmosis Water Filtration System. They are as follows:
STEP A - Install Cold Water Supply Fitting
STEP B - Install Drain Adaptor
STEP C - Install Storage Tank
STEP D - Install Reverse Osmosis Faucet
STEP E - Connect Tubing
STEP F - Sanitize, Pressure Test & Purge System
These steps are explained in detail over the next few sections. Follow all steps. Reading this manual will also help you receive and use all the benefits your Reverse Osmosis Water Filtration System can give you.

PREPARE SITE FOR INSTALLATION

1. Before starting, close the hot and cold water shutoffvalves (See Figure 6).
2. Temporarily place tank and filter assembly intoplanned location. Check position of items and space required for proper installation. Ensure tubes may be routed without kinking.
3. Remove tank and filter from planned location andset aside.

NOTE: You must check and comply with all local plumbing codes.

NOTE: Codes in the state of Massachusetts require installation by a licensed plumber and do not permit the use of saddle valves. If you live in the state of Massachusetts, review plumbing code 248-CMR of the Commonwealth of Massachusetts before proceeding with the installation.

NOTE: For best system performance, the feed water to the system should be softened or have hardness less than 10 grains per gallon, with no iron.

Installation Instructions

Install Cold Water Supply Fitting

CHOOSE TYPE OF WATER FITTING TO INSTALL

Check and comply with local plumbing codes as you plan, then install a cold water supply fitting. Refer to the Specifications section for supply water requirements. The fitting must provide a leaktight connection to the RO 1/4" tubing. A typical connection using the included water supply fitting is shown in Figure 6. An optional connection using standard plumbing fittings (not included) is shown in Figure 7.

Cold Water Supply Connection
(using included water supply fitting)
FIG. 6

Cold Water Supply Connection
(using compression fitting - not included)
FIG. 7

NOTE: Local code may dictate which type of water fitting is used. Consult a plumber if you are not familiar with local codes or plumbing procedures.

NOTE: Codes in the state of Massachusetts require installation by a licensed plumber and do not permit the use of saddle valves. If you live in the state of Massachusetts, review plumbing code 248-CMR of the Commonwealth of Massachusetts before proceeding with the installation.

INSTALL COLD WATER SUPPLY FITTING (Included)

This fitting will be installed on the cold water pipe. The fitting must provide a leak-tight connection to the Reverse Osmosis 1/4" tubing. Locate the cold water line in the sink cabinet. It is recommended, but not required, that the cold water line be soft water. Complete the following steps to install the water supply fitting.

1. Close the water shutoff valve (angle stop valve) that the water supply fitting will be installed on, and open faucet(s) to relieve pressure.
2. Disconnect the existing cold water line from the water shutoff valve.
3. Make sure that the water supply fitting's gasket is inside the female threaded portion of the fitting.
4. Install the water supply fitting onto the cold water shutoff valve, where the existing cold water line was removed, and hand tighten. Be careful not to cross thread or overtighten.
5. Connect the existing cold water line to the male threaded portion of the water supply fitting and hand tighten. Be careful not to cross thread or overtighten.

OPTIONAL PIPE FITTINGS (compression type shown)

NOTE: Be sure to turn off the water supply and open a faucet to drain the pipe.

Complying with plumbing codes, install a fitting on the cold water pipe to adapt 1/4" OD tubing. A typical connection is shown in Figure 7. If threaded fittings are used, be sure to use pipe joint compound or thread sealing tape on outside threads.

Install RO Drain Under Sink

INTRODUCTION

A suitable drain point is needed for the drain water from the Reverse Osmosis Filter. You have two options to choose from:

• Install the Drain Adaptor included with your unitSee Fig 8, Fig. 9, and Fig. 10. This is used in under the sink installations. The drain adaptor kit is installed onto your sink drain pipe above the P-trap. See Fig. 8.
• Use another existing drain in your home(See Fig 11 & 12) This is usually used in remote location type installations. The drain tube from the Reverse Osmosis Filter runs directly to an opendrain. See Fig. 11 & 12.

Under the Sink Installation
FIG. 8

FIG. 9

Locate drain adaptor so that when the black drain tube from the Reverse Osmosis Faucet is installed it will run straight to the adaptor, with no dips, loops, or kinks.
FIG. 10

Remote Installation Location


Allow adequate open space behind the water filtration system to avoid sharp bends or kinks in the tubing.

NOTE: An incorrectly connected drain point cancause water to leak from the faucet's air gap.

NOTE: Local code may dictate which type of drain installation is used. Other than local code, either drain install type may be used in both under the sink or remote location installations. Consult a plumber if you are not familiar with plumbing procedures.

INSTALL DRAIN ADAPTOR KIT (Under sink Installation)

A drain adaptor kit is included in your package. Review the drain adaptor kit parts in Fig. 9. Install the drain adaptor above or ahead of the P-trap. See Fig. 8 & 10. Be sure to comply with your local plumbing codes. The drain adaptor fits 1-1/2" sink drain pipes. Other drain pipe fittings, purchased locally, may be needed in addition to the adaptor.

1. Slowly disassemble the sink drain pipe between the sink P-trap and the sink tailpiece. See Fig. 8 & 10.
2. Clean the sink tailpiece to assure a leak-tight fit.
3. Install drain adaptor directly onto the sink tailpiece using the ferrule and nut. Snug the nut, but do not tighten. See Fig. 9.
4. Assemble the drain tubing connector to the drain adaptor using the ferrule and nut. Snug the nut, but do not tighten. See Fig. 9.
   NOTE: Locate so that the drain tubing from the Reverse Osmosis faucet will run straight to the adaptor, with no dips, loops, or kinks. See Fig. 10.
5. Turn the connector to about 45° (10:00 or 2:00position). See Fig. 9. Tighten the nut securely.
6. Assemble the P-trap to the drain adaptor, and otherdrain pipe fittings as required to complete the drain run. See Fig. 8.
   NOTE: If needed, you can cut the unthreaded end of the adaptor to make it fit. Do not cut too short or the adaptor will not make a leak-tight seal with the connecting fitting.
7. Tighten all connections, but do not over tighten plastic connections.

Install RO Drain in Remote Location

INSTALL A REMOTE DRAIN POINT AND AIR GAP (Remote Location)

Route the drain tubing to an existing drain in the house. A floor drain, laundry tub, standpipe, sump, etc. are suitable drain points. See Fig. 12. This type of drain is the preferred over the p-trap drain adaptor.
Be sure to provide a 1-1/2" air gap between the end of the hose and the drain point. This will prevent water from backing up into the system.

NOTE: Check your local plumbing codes. To install a remote drain point, complete the following steps:

1. Locate the 1/4" red tube and determine whether it islong enough to reach from the Reverse Osmosis filter assembly to the drain point. See Fig. 11.
2. If longer tubing is required, see parts list in back ofmanual and replace the red tube with an adequate length 1/4" tubing.
3. Cut one end of the drain tube square. See Fig. 17.
4. Insert this tube all the way into the red collet fitting onthe Reverse Osmosis filter assembly. See Figs. 18, 19 & 22.
5. Pull on the tubing to be sure it is held firmly in the fitting.
   NOTE: A flow control insert is located inside the elbow fitting that the drain tube connects to. Refer to Fig 27. Leave this fitting in place.
6. Route the tubing to the drain point and secure at theend with a bracket (not included). See Fig. 12. Provide a 1-1/2" air gap between the end of the tube and the drain. See Fig. 12.

Install Storage Tank

FIG. 13

1. Apply Teflon^® tape (2 wraps clockwise) to the threads on the nipple at the top of the tank. See Fig 13.
2. Locate the tubing connector. See Fig. 13. Slowly tighten the tubing connector onto the tank nipple 7-8 full turns, so as not to cross thread or overtighten.
3. Do not connect the tube at this time. This will occur later in the assembly.
4. Place the storage tank next to the Reverse Osmosis Assembly. The tank can be placed upright or on its side.

Install RO Faucet

SELECT LOCATION OF REVERSE OSMOSIS FAUCET MOUNTING HOLE

You will need to select the location of the Reverse Osmosis Faucet. You have three options to choose from:

• Use the existing sink top hole for the spray hoseor soap dispenser (Must be 1-3/8" in diameter)
• Drill a new hole in the sink
• Drill a new hole in the countertop next to the sink

1. Determine where you are going to install your Reverse Osmosis Faucet.
2. Check to ensure the Reverse Osmosis faucet will mount flat against the mounting surface.
3. Visually review the routing of the tubes from the Reverse Osmosis filter assembly to the faucet. Check to ensure there is adequate tube routing space between the faucet and filter assembly.
4. If drilling is needed, drill a 1-3/8" diameter hole in the mounting surface.

Drilling holes into countertops and sinks should only be performed by an installer who is qualified for drilling such materials. Drilling of surfaces made of stone or solid surface materials such as granite, marble, Corian™ or other plastic resin products or sinks made of porcelain or stainless steel may cause permanent, irreparable damage to the sink or countertop surface.

FIG. 14

INSTALL REVERSE OSMOSIS FAUCET

1. Locate and organize your RO faucet install parts. Refer to Fig. 15.
   
   FIG. 15
2. Mount faucet base to sink hole until the faucet base is flat against the sink surface. The rubber gasket should be between the sink surface and the faucet base.
3. Tighten the toggle bolts (use a screwdriver to tighten from above) until the base is firmly mounted to the sink surface. Do not overtighten.
4. Locate the 1/4" red tube and cut one end square. See Fig. 17.
5. Insert this tube all the way into the red collet fitting on the Reverse Osmosis filter assembly. See Figs. 18, 19 & 22.
6. Pull on the tubing to be sure it is held firmly in the fitting.
7. Locate the faucet body. The black and blue tubes are already connected to the faucet. Insert these tubes into the sink hole until approximately one foot of tube length and the faucet body are left above the counter surface. Do not kink the tubes in the process. See Fig. 14.
   NOTE: If you are going to route the red drain tubing directly to a remote drain point, skip steps 8-11, and proceed to step 12.
8. Route the loose end of the 1/4" red tube up through thecountertop to faucet. See Fig. 22.
9. Cut tube square and to length. See Fig. 17.
10. Insert all the way onto the 1/4" faucet barb fitting onfaucet. See Fig. 16.
11. Pull on the tubing to be sure it is held firmly in the fitting.
12. Mount the faucet body onto the faucet base, 1/4 turn.

FIG. 16

FAUCET ELECTRONICS

Inside the faucet base is a battery operated 6 month timer. An amber LED indicator is also located in the front of the faucet base. This LED will flash continuously after 6 months has passed. This indicates that it is time to replace the battery, prefilter and postfilter.

INSTALL BATTERY

To install battery, complete the following steps.

1. Remove the screw on the right side of the faucet base.
2. Press the battery housing upward from the front faucet base until it releases from the faucet base. See Fig. 15.
3. Install the battery (CR 2032 or equivalent). Place battery into the holder with the positive (+) side facing the back of the holder.
4. When the battery is installed the LED will flash six times and turn off. This indicates the battery is fully charged. After the six flashes, the timer enters the 6 month time cycle.
   NOTE: If the LED repeatedly flashes two times, the battery needs to be replaced.
5. Re-install the battery housing and firmly tighten the mounting screw. See Fig. 15.

Connect Tubes

HOW TO CUT AND CONNECT THE TUBES

Your Reverse Osmosis system includes push-in fittings for quick tubing connection. Review the following instructions before connecting the tubes in the next step. Failure to follow these instructions may lead to future leaks.

Cut tubes to length

1. Use a sharp cutter or knife to cut the end of tubing. Always cut the tubing square. See Fig. 17.
2. Inspect the tube up to 1" from the end to be surethere are no nicks, scratches or other rough spots. If needed, cut the tubing again. See Fig. 17.

NOTE: Tubing lengths should allow for the removal of the assembly from the hanger washers for servicing. If tubing lengths are shortened for neater appearance, it may be necessary to keep the assembly on the hanger washers for service.

Connect tubes

1. Push tubing through collet, until it engages the o-ring. See Fig. 18. Continue pushing until the tube bottoms out against the back of the fitting. See Fig. 19. Do not stop pushing when the tube engages the o-ring. Failure to follow these instructions may lead to future leaks. When a 1/4" tube is fully engaged, 11/16" of the tube has entered the fitting. When a 3/8" tube is fully engaged, 3/4" of the tube has entered the fitting. Mark tube with a piece of tape or marker.
2. If additional tubing is required, see parts list at theend of this manual.

To Disconnect Tubes

1. Push the collet inward with a finger tip. See Fig.21.
2. Continue holding collet inward while pulling the tubing out. See Fig. 21.

Cut tubing square with end of tubing round, smooth, with no cuts, nicks or flat spots.
Tube Correctly Cut
FIG. 17

Tube Partially Engaged with Fitting
FIG. 18

Tube Fully Engaged with Fitting
FIG. 19

Collet and O-Ring
FIG. 20

Disconnect Tubing
FIG. 21

NOTE: Codes in the state of Massachusetts require installation by a licensed plumber and do not permit the use of saddle valves. If you live in the state of Massachusetts, review plumbing code 248-CMR of the Commonwealth of Massachusetts before proceeding with the installation.
Tube Connections
FIG. 22

CONNECT YELLOW TUBE FROM REVERSE OSMOSIS ASSEMBLY TO STORAGE TANK

1. Locate the 3/8" yellow tube and cut one end square. See Fig. 17.
2. Insert all the way into the yellow collet fitting on the Reverse Osmosis filter assembly. See Figs. 18, 19 & 22.
3. Route the other end of this tube to the fitting on top of the storage tank. See Fig. 22.
4. Cut tube square and to length. See Fig. 17.
5. Do not connect at this time. This will occur in the sanitizing step.

CONNECT GREEN TUBE FROM COLD WATER SUPPLY PIPE TO REVERSE OSMOSIS ASSEMBLY

1. Locate the 1/4" green tube and cut one end square. See Fig. 17.
2. Connect to cold water supply fitting. See Fig. 6.
3. Route the other end of this tube to the green collet fitting on the Reverse Osmosis filter assembly. See Fig, 22
4. Cut tube square and to length. See Fig. 17.
5. Insert all the way into the fitting. See Figs. 18 & 19.
6. Pull on the tube to be sure it is held firmly in the fitting.

CONNECT BLUE TUBE FROM REVERSE OSMOSIS FAUCET TO REVERSE OSMOSIS ASSEMBLY

1. Locate the 3/8" blue tube attached to the faucet. Fig. 22.
2. Route the loose end of this tube to the blue collet fitting on the Reverse Osmosis filter assembly. See Fig. 22.
3. Cut tube square and to length. See Fig. 17.
4. Insert all the way into the fitting. See Figs. 18 & 19.
5. Pull on the tube to be sure it's held firmly in the fitting.

CONNECT BLACK TUBE FROM REVERSE OSMOSIS FAUCET TO DRAIN ADAPTOR

1. Locate the 3/8" black tube attached to the faucet. Fig 22.
2. The loose end needs to be attached to the black collet fitting on the sink drain adaptor.
3. Cut this tube as needed to route it as straight as possible, without loops, dips, or kinks.
4. Cut the end of the tube square. See Fig. 17.
5. Insert all the way into the fitting. See Figs. 18 & 19.
6. Pull on the tube to be sure it is held firmly in the fitting.

RED TUBE TO REVERSE OSMOSIS FAUCET

The red tube connection was completed in the faucet assembly steps.

Sanitize, Test and Purge System

SANITIZE THE SYSTEM

Sanitizing is recommended immediately after installation of the Reverse Osmosis system. It's also recommended after servicing inner parts. It is important that the person installing or servicing the system have clean hands while handling inner parts of the system. Complete the following steps to sanitize the system. See Fig. 23.

FIG. 23

1. Make sure that the water supply to the Reverse Osmosis system is off.
2. Open the Reverse Osmosis faucet. If the tank is not already empty, allow the water to empty.
3. Locate the eyedropper included in parts bag and common household bleach (5.25%).
4. Add 3 ml. of bleach into open end of yellow tube. Handle bleach according to bleach manufacturer's recommendations. See Fig. 23.
5. Connect yellow tube to tank connector. See Figs. 13 and 22.
6. Sanitizing the system will be completed during the pressure test and purging steps below.

NOTE: The bleach must be removed from the system before drinking the water. See purging instructions below.

Manufacturer recommends using the Model 7301203 Sanitizing Kit

This reusable sanitizing kit (not included) is recommended to easily and completely sanitize your Reverse Osmosis system annually.

The kit includes the following:

• Prefilter sanitization cartridge (contains no filtration media)
• Postfilter sanitization cartridge (contains no filtration media)
• RO sanitization cartridge (contains no RO membrane)
• Syringe, 1 oz.
• Complete instructions

Uses standard 5.25% household bleach (not included) to completely sanitize the Reverse Osmosis system.

To order, go to whirlpoolwatersolutions.com and click on the "Replacement Parts" link under the "Owner Center" tab, or call toll free 1-866-986-3223 Monday - Friday, 7 AM - 6 PM CST

PRESSURE TEST THE SYSTEM

NOTE: Complete the sanitizing procedures before pressure testing.

To pressure test the system, complete the following steps.

1. Open the water supply valve to the ReverseOsmosis system.
2. Purge air from the house plumbing by opening several house faucets. Close faucets when water runs smooth, with no spurting.
3. Pressure will start to build in the RO system. Inabout 2 hours check all fittings and connections. Check for water leaks. Fix leaks if any are found. If problems exist, refer to the troubleshooting chart or call the toll free number below).

NOTE: When the system is first pressurized, water may ''spurt'' from the faucet air gap hole until air is expelled from the RO system.

Please review the following operating features before using your Reverse Osmosis system:
You will not have filtered water immediately. It may take several hours to fill the storage tank and create maximum flow from the Reverse Osmosis faucet.
Water Pressure from the Reverse Osmosis faucet will be less than your standard faucet. Water will run to the drain while the Reverse Osmosis system is producing water, even if you are not drawing water from the Reverse Osmosis faucet. You may hear a small quantity of water going to the drain at times when water is not being used. This is normal. Water going to the drain will automatically shut off when the storage tank is full.

PURGING THE SYSTEM

To purge the system, complete the following steps.

1. Open the Reverse Osmosis Faucet and let water flow through the system for a 24 hour period. Water flow will be a slow trickle at this time.
   NOTE: Do not consume water from the RO system until purging is complete.
2. Close the Reverse Osmosis faucet after the 24 hour purging period is complete.
3. When the purging is finished, your Reverse Osmosis system is ready for use.

FIG. 24

NOTE: Codes in the state of Massachusetts require installation by a licensed plumber and do not permit the use of saddle valves. If you live in the state of Massachusetts, review plumbing code 248-CMR of the Commonwealth of Massachusetts before proceeding with the installation.

NOTE: As with all other water system applications, leaks may occur. Because the system pressure builds slowly, leaks may not be immediately apparent. Recheck for leaks 24 hours after purging the system is complete.

How Your RO Water System Works

HOW YOUR REVERSE OSMOSIS SYSTEM WORKS

Introduction: Your Reverse Osmosis (RO) Water Filtration System uses your household water pressure to force water through three filters. Minerals and impurities are filtered out. Delicious tasting drinking water goes to the storage tank-ready for your use. Minerals and impurities are sent down the drain. The following paragraphs will explain in detail how your Reverse Osmosis Water Filtration System works.
Prefilter: Water from the cold supply pipe enters the prefilter. See Fig. 25. The prefilter is a replaceable sediment cartridge with activated carbon in its composition. The cartridge reduces taste, odor, sand, silt, dirt, other sediments, and up to the amount of chlorine shown in the specifications.
Reverse Osmosis Cartridge: Filtered water flows from the prefilter to the Reverse Osmosis membrane cartridge. See Fig. 25. The Reverse Osmosis cartridge is a tightly wound special membrane. The membrane reduces the dissolved solids and organic matter. High quality product water (about one ounce per minute) exits the Reverse Osmosis cartridge. The product water flows to the storage tank, postfilter or Reverse Osmosis faucet. Drain water, with the dissolved solids and organic matter, is routed to the drain.
Storage Tank: The storage tank holds product water. See Fig. 25. A diaphragm inside the tank holds water pressurized to about half of supply water pressure when the tank is full. This provides fast flow to the Reverse Osmosis faucet. When the tank is empty of water, the pressure at the air valve is 5 - 7 psi.
Postfilter: Water goes through the postfilter before going to the Reverse Osmosis faucet. See Fig. 25. The postfilter is an activated carbon type filter. Any remaining tastes and odors are reduced from the product water. Clean, high quality drinking water is available at the faucet.
Reverse Osmosis Faucet: The sink or countertop faucet has a hand operated knob to dispense drinking water. See Fig. 25. An air-gap is built into the faucet drain water connection to comply with plumbing codes.
Faucet Electronics: Inside the faucet base is a battery operated 6 month timer. See Fig. 15. An amber LED indicator is located in the front of the faucet base. This LED will flash continuously after 6 months have passed. This indicates that it is time to replace the battery, prefilter and postfilter.
Shutoff Assembly: The unit has an automatic shutoff system to conserve water. When the storage tank has filled to capacity, and the drinking water faucet is closed, pressure closes the shutoff to stop flow to the drain. After enough drinking water is used, pressure in the system drops, and the shutoff opens to allow the tank to be refilled. See Fig. 25.
Check Valve: A check valve is located in the Reverse Osmosis manifold above the center cartridge. The check valve prevents a backward flow of product water from the storage tank to drain. A backward flow could damage the Reverse Osmosis Membrane. See Fig. 25.
Flow Control: Water flow to the drain is restricted by the flow control. It maintains the desired flow rate to obtain the highest quality drinking water. The flow control is located inside the elbow fitting on the Reverse Osmosis manifold drain port. See Fig. 25.

Reverse Osmosis Water Flow Schematic
FIG. 25

Water Flow Description

1. Water enters prefilter. Sand, silt and other sediments are reduced. Chlorine is also reduced. See Fig. 25.
2. Water leaves prefilter and proceeds to the Reverse Osmosis cartridge.
3. Water enters the Reverse Osmosis membrane. Dissolved solids are reduced.
4. Processed water leaves the Reverse Osmosis membrane and flows to the storage tank.
5. Drain water with dissolved solids leaves the Reverse Osmosis membrane and flows to the drain.
6. Faucet is activated.
7. Processed water leaves the storage tank and flows to the postfilter, where it is filtered to ensure fresh taste.
8. Water flows to the Reverse Osmosis faucet.

Maintenance

PREFILTER / POSTFILTER MAINTENANCE

NOTE: It is recommended to replace the battery, prefilter and postfilter cartridges at least every 6 months of product water use. Replace more often if they begin to plug with sediment.

The prefilter and postfilter are replaceable sediment cartridges with activated carbon in their composition. See Fig. 26. You must periodically replace the prefilter and postfilter cartridge. This will protect the RO membrane from being destroyed by chlorine. It will also prevent the filters from plugging with sediment.
You may notice a slower output of product water as the prefilter and postfilter build up with sediment. Replace the prefilter and postfilter cartridges when this occurs. You should replace the battery whenever you replace the cartridges.

RO MEMBRANE CARTRIDGE MAINTENANCE

The Reverse Osmosis cartridge is a tightly wound special membrane. See Fig. 26. The membrane reduces the dissolved solids and organic matter. The life of the Reverse Osmosis membrane cartridge depends mostly on the pH and hardness of the supply water (see Specifications). Cartridge life is shorter with higher pH. For example, if supply water pH is from 6.8 to 7.7, the cartridge may last for well over one year. However, cartridge life may be as short as 6 months if the pH is as high as 8.5 to 10. Higher pH weakens the cartridge membrane and causes pin-hole leaks. It's time to replace the Reverse Osmosis cartridge when the production rate and/or quality of product water drops. Product water may begin to taste different, indicating solids and organics are passing through the Reverse Osmosis membrane. See Reverse Osmosis cartridge replacement.

NOTE: You may notice some water under the system during filter change.
FIG. 26

Register for reminders to change filters at whirlpoolwatersolutions.com

REVERSE OSMOSIS CARTRIDGE REPLACEMENT

Complete the following steps to replace the cartridges.

1. Remove (turn counterclockwise) the prefilter cartridge from the manifold to stop flow to the Reverse Osmosis cartridge.
2. Remove the Reverse Osmosis cartridge.
3. Remove the postfilter cartridge.
4. Discard the cartridges in a proper manner.
5. Install new cartridges in reverse order: post filter, Reverse Osmosis and then prefilter. Turn cartridges clockwise to reattach to the manifold. Do not overtighten.
6. Remove and replace the timer battery.
7. Purge the Reverse Osmosis system.

PREFILTER / POSTFILTER CARTRIDGE REPLACEMENT

Complete the following steps to replace the cartridges.

1. Remove (turn counterclockwise) the prefilter cartridge from the manifold. Then remove the postfilter cartridge.
2. Discard the cartridges in a proper manner.
3. Install new cartridges in reverse order: postfilter first, then prefilter. Turn cartridges clockwise to reattach to the manifold. Do not overtighten.
4. Remove and replace the timer battery.
5. Purge the Reverse Osmosis system.

DRAIN FLOW CONTROL

The flow control is required for proper operation of the Reverse Osmosis system. See Fig. 27. The flow control, located inside the push-in elbow fitting on the drain port of the Reverse Osmosis filter assembly, keeps water flowing through the membrane at the required rate. This ensures that the system produces the best quality product water.
Periodically check the flow control to be sure the small hole through it is clean and unrestricted.
If the flow control requires service, review the exploded view in Fig. 27. Assemble and disassemble as shown. If the flow control remains in the manifold when the push-in elbow fitting is removed, you will need to remove the drain port's collet and o-ring, as shown in the next section, to retrieve it.

CHANGE COLLET AND O-RING

1. Remove the collet and o-ring from the fitting with a small screwdriver. Do not scratch the internal walls of the collet port. See Figs. 28 & 29.
2. Clean collet port, lubricate with silicone-based lubricant, and insert the o-ring seal into the bottom of the port. See Figs. 28 & 29.
3. Push the collet inward until it locks in place. See Figs. 28 & 29.

CHANGE BATTERY

To change battery, complete the following steps.

1. Remove the screw on the right side of the faucet base. See Fig. 30.
2. Press the battery housing upwards from the front faucet base until it releases from the faucet base. See Fig. 30.
3. Replace the battery (CR 2032 or equivalent). Place battery into the holder with the positive (+) side facing the back of the holder.
4. When the battery is installed the LED will flash six times and turn off. This indicates the battery is fully charged. After the six flashes, the timer enters the 6 month time cycle. If it repeatedly flashes two times, it is not a fully charged battery.
5. Re-install the battery housing and firmly tighten the mounting screw. See Fig. 30.

FIG. 27

Push o-ring seal into bottom of port then follow with collet.
Change Collet and O-Ring
FIG. 28

Disconnect Tubing
FIG. 29

FIG. 30

Troubleshooting

Problem: Chlorine taste and/or odor in the RO product water.
Cause: The level of chlorine in your water supply exceeds maximum limits, and has destroyed the Reverse Osmosis membrane.	Correction: If the water supply contains more than 2.0 ppm of chlorine, additional filtering of the water supply to the Reverse Osmosis is needed. Contact your local water supplier. Correct this condition before doing maintenance on the Reverse Osmosis system.
Cause: The prefilter is no longer reducing chlorine from the water supply.	Correction: Replace the prefilter, postfilter and Reverse Osmosis membrane cartridges.
Problem: Other taste and/or odor.
Cause: Postfilter expended. Cause: Reverse Osmosis membrane cartridge expended.	Correction: Replace the postfilter cartridge. If taste and odor persist, replace the prefilter cartridge and Reverse Osmosis membrane cartridge.
Cause: Contamination in product water storage tank.	Correction: Use sanitizing procedures. Replace prefilter and postfilter cartridges.
Cause: System contamination.	Correction: Sanitize entire system. Call 1-866-986-3223 for instructions.
Problem: System makes product water too slowly.
Cause: Water supply to the Reverse Osmosis system not within specifications.	Correction: Increase water pressure, precondition the water, etc., as needed to conform before doing maintenance on the Reverse Osmosis system.
Cause: Prefilter or Reverse Osmosis membrane cartridges plugged with sediment.	Correction: Replace the prefilter cartridge. If rate does not increase, replace the postfilter cartridge and Reverse Osmosis membrane cartridge.
Problem: System makes lower amount of product water than usual.
Cause: Storage tank air-charge less than 5-7 psi.	Correction: Open Reverse Osmosis faucet and drain tank until flow slows to a drip. Keep faucet open and check tank pressure. If low, pressurize to 6 psi. Close faucet to refill the tank.
Problem: High total dissolved solids (TDS) in product water.
Cause: Water supply to the Reverse Osmosis system not within specifications.	Correction: Increase water pressure, precondition the water, etc., as needed to conform before doing maintenance on the Reverse Osmosis system. Correction: Send treated and untreated water samples to a water analysis lab for testing. It is important to test both the treated and untreated water to determine system performance. If the TDS is not within the system's performance guidelines, replace the prefilter, post filter and RO membrane cartridges.
Cause: Plugged drain flow control insert.	Correction: Replace drain flow control insert.
Problem: Continual water flow to drain and low or no water production.
Cause: Missing flow control insert in drain port.	Correction: Make sure flow control insert is in place.
Problem: Water leaking from faucet airgap hole.
Cause: Drain side of faucet airgap (3/8" black tubing) plugged, restricted or incorrectly connected to drain point.	Correction: Inspect and eliminate restriction or plug. Check that drain line is routed properly. Refer to installation instructions for proper drain connection.
Problem: Faucet LED indicator light does not function after battery change.
Cause: Battery dead.	Correction: Replace with new battery.
Cause: Battery installed incorrectly.	Correction: Install battery correctly.
Problem: Water leaks at push connect fittings.
Cause: Tubing not cut square.	Correction: Cut tubing square.
Cause: Tubing not pushed in all the way.	Correction: Push tubing in all the way.
Cause: Tubing nicked.	Correction: Remove tube from connection. Remove nicked portion by cutting tube to shorter length. Reinsert in connection. If removing the drain line, leave in place the elbow fitting that it connects to.
Cause: Outer tubing surface finish not smooth.	Correction: Remove tube from connection. Remove problem area by cutting tube to shorter length. Reinsert in connection. If removing the drain line, leave in place the elbow fitting that it connects to.

Need help troubleshooting?
Call Toll Free 1-866-986-3223 Monday- Friday, 7 AM - 6 PM CST or visit whirlpoolwatersolutions.com

Exploded View

To order repair parts call toll free 1-866-986-3223, Monday - Friday, 7 am - 6 pm CST.
Manufactured and warranted by Ecodyne Water Systems 1890 Woodlane Drive Woodbury, MN 55125

Parts List

Key No.	Part No.	Description
1	1128-02-04	Cabinet, Left
2	1128-02-03	Cabinet, Right
3	WHEERF	Pre & Post Filter Cartridge
4	WHEERM	RO Membrane Cartridge
5	1128-02-HB	Repl. Manifold Assembly (includes Key Nos. 6-13)
–	7333179	Diaphragm Kit (includes Key Nos. 7, 8 & 2 of Key No. 6)
6		Diaphragm (2 req.)
7		Spacer Ring
8		Plunger
–	7333137	Check Valve Kit (includes Key No. 10 & 2 of Key No. 9)
9		O-ring, Auto. Shutoff Cover (2 req.)
10		Check Assembly
–	7333145	Automatic Shutoff Kit (includes Key No. 11, 4 of Key No. 12 & 6 of Key No. 13)
11		Automatic Shut-off Cover Assembly
12		Washer (4 req.)
13		Screw (6 req.)
–	7333153	Flow Control Kit (includes Key Nos. 14 & 15)
14		Elbow, Plug-in, 1/4 Stem x 1/4 Tube
15		Flow Control Insert
16	7205326	Storage Tank
–	7333161	Tank Connector Kit (includes Key No. 17-19)
17		Connector, 1/4 NPT x 3/8 Jaco
18		Insert, 3/8" Tubing
19		Nut, 3/8" Tubing
20	7292682	Faucet, with base and electronics
21	7208489	Drain Adaptor
22	119-8600084	Water Supply Fitting, 1/4" Q.C.
■	7301203	Sanitization Kit ●
■	7315189	Auxiliary Storage Tank ●
■	7161823	Tubing, 1/4" x 20' - white ▲●
■	7157280	Tubing, 3/8" x 20' - white ▲●
■	7314183	Coin Battery
■	7279749	Dropper

Please purchase replacement cartridges from the retailer where you bought your reverse osmosis system.
■ Not illustrated.
● Not included.
▲ Tubing lengths for remote installations, direct replacement for colored lengths of tubing.

NOTE: Codes in the state of Massachusetts require installation by a licensed plumber and do not permit the use of saddle valves.

Manufactured and warranted by Ecodyne Water Systems 1890 Woodlane Drive Woodbury, MN 55125

® / TM © 2015 Whirlpool. All rights reserved.

Videos

WHAROS5 Whirlpool - How to Change Filter Video

Documents / Resources

References

• Whirlpool Water Solutions | Water Softener & Filtration Systems

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