Good Water Warehouse GOLDLINE-50 User manual

System Tested and Certied by NSF In-
ternational against NSF/ANSI Standard
58 for the reduction of the claims speci-
ed on the Performance Data Sheet (Page 3)
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Good Water Warehouse Inc.
1700 E Walnut Ave
Fullerton CA 92831
[phone]
[phone] FAX
System Conforms to NSF/ANSI Standard 58
for Performance Class
System Tested and Certied by NSF International against NSF/ANSI Standard 58 for the
reduction of the claims specied on the Performance Data Sheet (page 3)
Please read this manual carefully
before attempting installation.
Model # GOLDLINE-50
Reverse Osmosis System
Installation & Service Guide

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Goldline Manual Introduction
The Goldline reverse osmosis drinking water system is designed for easy installation and maintenance. You will insure a successful
installation as well as reliable operation by carefully reading this manual and following the operational guidelines. Please note
that routine maintenance is essential to the longevity and performance of the system. Filters should be changed every six months
(see below) depending on the quality of the feed water supply. The Goldline RO installation should comply with all state and
local laws and regulations. Manufacturer recommends a TDS test every six months. This system is acceptable for treatment of
inuent concentrations of no more that 27 mg/L nitrate and 3 mg/L nitrite in combination measured as N and is certied for nitrate/
nitrite reduction only for water supplies with a pressure of 40 psig or greater. This reverse osmosis system contains a replaceable
component critical to the efciency of the system. Replacement of the reverse osmosis component should be with one of identical
specications, as dened by the manufacturer, to assure the same efciency and contaminant reduction performance.
Caution: Do not use with water that is microbiologically unsafe or of unknown quality without
adequate disinfection before or after the system. Systems certied for cyst reduction may be
used on disinfected water that may contain lterable cysts
The Goldline RO System conforms to NSF/ANSI Standards 58
for performance claims as veried and sustained by test data. All pre and
post ltration demands were removed prior to contaminant reduction
performance testing by the Water Quality Association laboratory.
Conditions for operation of TFC - Thin Film Composite Membrane
Used in the Goldline-50
Necessary Installation Tools
• Variable speed drill • Teon tape
• Relton Drill • Small knife
• 1" hole saw • Phillips screw driver
Recommended Filter & Membrane
Replacement Schedule
Filter/Membrane Part # Frequency
Sediment 93023 6 months
Carbon Block Prelter 32-250-125-975 6 months
Carbon Postlter CL10ROT40-B 6 months
* RO Membrane 1204694 2-5 years
Chemical Parameters - TFC
Hardness (CaCo3)< 170 mg/L (< 10 gpg)
Iron (Fe) < 0.1 mg/L
Manganese (Mn) < 0.05 mg/L
Hydrogen Sulde (H2S) 0.00 mg/L
Production Rate
1 Efciency Rate 8.67%
2 Recovery Rate 23.87 %
Daily Production Rate 11.19 gpd
Source Water Supply - TFC
Community / Private Bacteriologically Safe
System Pressure min/max 30 / 100 psi
Temperature 4º / 38ºC (40º / 100º F)
pH Range 3.0 to 11.0
Maximum supply TDS
level 1800 mg/L
Turbidity < 1.0 net turbidity (NTU)
1 Efciency rating means the percentage of the inuent water to the
system that is available to the user as reverse osmosis treated water
under operating conditions that approximate typical daily usage
2 Recovery rating means the percentage of the inuent 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.
Test parameters: 25º± 1ºC, 50 psi and pH of 7.5

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Systems Tested and Certied to NSF/ANSI 58
Good Water Warehouse Reverse Osmosis System
NSF 58
Part Number: GOLDLINE-50
GWW Inc.
1700 E Walnut Ave
Fullerton CA 92831
[phone]
[phone] FAX
Good Water Warehouse Inc.
1. Do not use with water that is microbiologically unsafe or of unknown quality without adequate disinfection before or after the system.
Systems certied for cyst reduction may be used on disinfected water that may contain lterable cysts.
2. No iron present in feed water to R.O. System
4. Hardness of more than 7 grains may shorten membrane life
5. Manufacturer recommends a TDS test every six months
6. Efciency rating means the percentage of the inuent water to the system that is available to the user as reverse osmosis treated water
under operating conditions that approximate typical daily usage.
7. Recovery rating means the percentage of the inuent 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 by passed.
8. This system is acceptable for treatment of inuent concentrations of no more that 27 mg/L nitrate and 3 mg/L nitrite in combination
measured as N and is certied for nitrate/nitrite reduction only for water supplies with a pressure of 40 psi or greater.
9. The Goldine-50 installation should comply with all state and local laws and regulations.
10. This Reverse Osmosis System contains a replaceable treatment component critical for effective reduction of total dissolved solids. The
product water shall be tested periodically to verify that the system is performing satisfactorily.
11. See owners manual for manufacturer's limited warranty, installation, operation and maintenance requirements.
12. This system has been tested and shown to operate at its calculated recovery rating, or efciency rating, or both under standard test
conditions. Test parameters: 25º± 1ºC, 50 psi and pH of 7.5.
13. Chlorine in the inuent water may affect the RO membrane polymers.
General installation / Operation / Maintenance Requirements
Recommended Replacement of Membrane and Filters
R.O. Membrane 1204694 2 to 5 years
Sediment Prelter 1227867-V 6 months
Carbon Block Prelter 32-250-125-975 6 months
Carbon Block Prelter 32-250-125-975 6 months
Post Carbon Filter CL10ROT40-B 6 months
Contaminant
Ave.
Inuent
(mg/L)
Ave.
Efuent
(mg/L)
Ave. %
Reduction
US EPA
MCL
(mg/L)
* Barium 9.4 0.58 93.8 0.84
Cadmium 0.03 0.0004 98.7 0.0006
Chromium
(Hexavalent)
0.29 0.026 91.2 0.033
Chromium
(Trivalent)
0.32 0.017 94.8 0.022
Copper 3.0 0.033 98.9 0.066
Fluoride 8.6 0.4 95.6 0.5
Lead 0.15 0.002 98.7 0.003
Radium
226/228
25 pCi/L 5 pCi/L 80.0 5 pCi/L
Selenium 0.099 0.004 96.0 0.004
Turbidity 11 NTU 0.1 NTU 99.0 0.2 NTU
TDS 739 45 93.8 82
This system has been tested according to NSF/ANSI 58 for reduction of substances listed below. The concentration of the indicated substances in water
entering the system was reduced to a concentration less than or equal to the permissible limit for water leaving the system, as specied in NSF/ANSI 58.
Testing was performed under standard laboratory conditions, actual performance may vary.
Daily Production Rate 11.19 gpd
Recovery rate 23.87 %
Pressure Drop at Rated Flow 5 psi
System Weight 30 lbs
Efciency Rating 8.67 %
Min. / Max. Pressure 30/100 psi
Min. / Max. Temperature 4º/38ºc (40º/100º F)
Production Storage Capacity 2.4 gallons
A performance indicator will monitor the performance of the RO membrane,
a critical component for the reduction of the above contaminants
Test parameters: 25º± 1ºC, 50 psi and pH of 7.5
Refer to owners manual for additional maintenance and warranty information
WQA certied for the reduction of:
TDS, Barium, Cadmium, Hexavalent and Trivalent Chromium, Lead,
Radium 226/228, Selenium, Fluoride, Nitrite, Nitrate

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Preparation
Check the following list of components to ensure that all
parts are packed with your system.
Compression ttings are used on the supply feed and
drain connector. To insure a optimal seal, tubing should
be cut with the end square. An angled cut or distortion
of the tubing will not provide an efcient seal and may
cause leaks.
Starting Your Installation
Determine the location for the installation of the RO
system. Avoid locations where the system might come in
contact with hot water pipes or other hazards. Determine
the location for the faucet. Check to see that drilling
the faucet hole will not damage pipes or wires running
underneath the sink. Determine the location for the storage
tank. A maximum distance from tank to faucet of 15 feet
is possible. The system will produce a faster ow at the
faucet with the shortest tubing run from tank to faucet.
Check to see that no damage has occurred during shipment,
all connectors are secure, and there are no leaks once the
system is hooked up. Close inspection of the system should
be performed during the rst week of operation.
Shutting Off the Water
Locate the water shut-off valve for the cold water feed line
you choose to use for the supply. Accidentally hooking up
the system to the hot supply line will permanently damage
the membrane (See Conditions for operation). To assure
you are using the cold water line, turn on both the hot and
cold faucet. After the water is warm to the touch, feel the
pipes under the sink. It will be easy to identify the hot and
cold pipes.
Close the cold water valve. Turn on the cold water faucet
only to assure that the line is completely shut off and the
line is drained. If no shut off valve is located under the
sink, turn off the main supply at the entry to the house.
Fittings and Tubing
Easy Fit ttings are used throughout the system with the
exception of the supply feed and drain connector. To insure
an optimal seal, tubing should be cut with the end square.
An angled cut or distortion of the tubing will not provide
an efcient seal and may cause leaks.
To install a tube, push it through the collet until it seats
rmly. To remove a tube, push in the collet and pull out
the tube.
Compression Fittings Diagram
Fittings & Tubing Diagram
Quantity Item a
1 Each
Storage Tank c
RO System c
Faucet c

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Installation
Supply Feed Installation
(A) Flex Line: Loosen nut and separate cold water riser
tube from faucet shank. Gently bend riser tube so that
slip joint ts onto faucet shank. Replace the existing cone
washer with new washer provided in installation kit onto
cold water riser tube. Reinstall riser tube onto slip joint
adapter and tighten.
(B) Solid Copper Riser Tube: Same procedure as ex
tubing except you must cut a piece of the riser tube about
3/4” to 1” so the slip joint adapter can t between faucet
and riser tube (Teon tape must be used on slip joint
adapter to prevent leaks).
Drain Clamp Installation
Select a location for the drain hole based on the design of
the plumbing. Position the drain outlet saddle on the drain
pipe. Allow adequate space for drilling. Tighten the bolts
evenly on both sides. Avoid overtightening. RO Membrane Installation
Disconnect the easy tting as shown in the diagram below.
Remove the membrane housing head by turning counter
clockwise.
Using the opening in the drain outlet saddle as a guide,
drill a 1/4” hole in the drain pipe. Clean debris from the
saddle and threads.
Mounting the Tank Ball Valve
(1) Wrap the threads on the top of the water storage tank
3 times with plumbers (Teon) tape only. Make sure it is
tight, but not over tight. (2) Connect the tank ball valve
assembly to the top of the water storage tank. (3) Connect
the tube from the RO membrane to the water storage
tank.
Note: Do not tamper with the air valve on the storage
tank. It has been preset and screwed on with blue cap by
the manufacturers.
Ball Valve Diagram
Supply Feed (Insert)
RO Membrane
Solid Copper LineFlex Line

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Drilling the Faucet Hole
The product water faucet may be installed on any at
surface at least 2” in diameter. Check the underside of
the location for interference.
Porcelain/Enamel Sinks
A 1” variable speed drill is recommended for this
procedure. A spring loaded Relton style drill set is
strongly recommended to prevent chipping. The plastic
sleeve supplied on the pilot drill is to be positioned on the
drill bit against the drill chuck. This prevents the chuck
from contacting the porcelain after the pilot hole has been
completed. Avoid high motor RPM during the initial
cutting of the porcelain as this can cause chipping.
Stainless Steel Sink
Make a small indent to mark the desired drilling location
using a center punch. Drill a pilot hole with a 1/8” metal
drill bit. Enlarge the hole using a 1” metal drill bit.
Air Gap Faucet Installation
Once the hole has been drilled place the chrome washer
under the faucet body. Next, insert the rubber gasket under
the chrome washer and locate the RO faucet in the hole.
Install the lock washer and nut and then tighten rmly
while aligning the faucet in the desired direction. Finally,
connect the Easy Fit 3/8” ttings (in the installation kit)
on the faucet shank using teon tape.
Installation - Product Water Faucet
Using a carbide tipped drill bit, drill a pilot hole completely
through the porcelain and the material underneath. Place
the spring loaded porcelain saw into the drill chuck. Make
sure the pilot guide is inserted tightly. Insert the pilot guide
into the pilot hole. Push down gently on the drill motor to
apply light pressure to the porcelain surface. Start the drill
motor turning as slowly as possible. After the initial cut
has started, motor speed may be gradually increased. The
cut may require three to four minutes to complete. Going
faster could result in excessive chipping. This saw is used
to cut the porcelain only. Be sure a complete ring has been
cut through the porcelain to the metal underneath.
Place the nish hole saw into the drill chuck. Make sure
the pilot guide is inserted tightly. Insert the pilot guide
into the pilot hole. Begin cut using a slow speed and light
pressure until the metal has been penetrated.
Optional Ice Maker Hook-Up
If your refrigerator is less than 25 feet to your R.O. unit,
1/4” polypropylene plastic tubing is recommended. If your
refrigerator is greater than 25 feet from your R.O. unit,
3/8” tubing is recommended. Do not use copper tubing
as an objectionable ice cube taste can result.
To begin, install a tee in the blue tubing between the nal
lter and the faucet. Next, it is recommended to install
a ball valve in the line to the ice maker. This will allow
storage tank pressure to increase sufciently for the ice
maker solenoid to operate properly. Leave the ball valve
in the closed position until the tank is full after start up
procedure is completed, open ball valve.
Drilling with the recommended Relton cutter

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Installation - Product Water Faucet
Do Not Use the First Two Reservoirs of Water
Allow the reservoir to ll for 12 hours. Dispense this water to drain. This process removes the factory
installed sanitizing solution from the entire system and sends it to the drain. Repeat this process one
more time. Allow the tank to ll for 12 hours and dispense this water to the drain.
Installation Diagram & Tubing Guidelines
Goldline Installation Diagram
Long Reach
Drinking Faucet
1/4” Orange tubing
from Air Gap to Drain
3/8” Blue
tubing to faucet
1/4” Orange tubing
from ow restrictor to
Airgap faucet
1/4” Black
tubing from feed
Stage 1: Sediment
Prelter
Stage 3: Carbon
Block Stage 2: Carbon Block
Stage 5: Carbon
Postlter
Stage 4: TFC
Membrane
Storage Tank
3/8” White
tubing to tank
Drain Connector
Cold water
feed supply
TDS Monitor (optional)
Color Coded Tubing
Tubing Directions
1/4" Black Feed water supply line to inlet on sediment lter elbow labeled feed
3/8" Blue Carbon post lter elbow labeled faucet to center threaded shank of faucet to faucet connector
3/8" White Carbon post lter tee labeled tank to ball valve on storage tank
1/4" Orange Flow restrictor labeled drain to airgap faucet. 1/4" barbed connector
3/8" Black Airgap faucet 3/8" barbed connector to waste water drain connector

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ORANGE
WHITE
ORANGE
BLACK
WHITE
24
25
14
1/4" WHITE
10
1. Supply Feed   3095-8
2. 1/4" Male Connector  CI010822W
3. Filter Housing   1H4WHWH
4. Filter Housing 'O-Ring  143026
5. 5 Micron Filter   1227867-V
6. Carbon Block   32-250-125-975
7. Carbon Block   32-250-125-975
8. 1/4" Nipple   N-14
9. 1/4" Male Elbow  CI480822W
10. Check Valve   SCV-CI480821W
11. Bracket   A-FM60W
12. ASO Valve   FC-ASV4000JG
13. 2.5 Clips   PPC212W
14. Membrane Housing  144376
15. 1/4" Male Connector  CI010822W
16. In-Line GAC   CL10ROT40-B
17. Double Clip   PPC205W
18. Stem Adaptor  PI051222S
19. Reducing Tee  PI301208S
20. Ball Valve   7070590
21.Tank    TKE-3200W
22. Air Gap Faucet  N103H3PIAG
23. Drain Connector  PDC60438M
24. Membrane   1204694
25. Flow Restrictor  PFR402Q-300
26.TDS Monitor   PURCHECK-1-3/8
Please Call Your Local Water Professional For Parts Replacement
Good Water Warehouse Inc.
1700 E.Walnut Ave.
Fullerton, CA, 92831
Phone: [phone] Fax: [phone]
21
26
TDS Monitor
(optional)
Goldline-50
1. Supply Feed 3095-8
2. 1/4" Male Connector CI010822W
3. Filter Housing 1H4WHWH
4. Filter Housing 'O-Ring 143026
5. 5 Micron Filter 1227867-V
6. Carbon Block 32-250-125-975
7. Carbon Block 32-250-125-975
8. 1/4" Nipple N-14
9. 1/4" Male Elbow CI480822W
10. Check Valve SCV-CI480821W
11. Bracket A-FM60W
12. ASO Valve FC-ASV4000JG
13. 2.5 Clips PPC212W
14. Membrane Housing 144376
15. 1/4" Male Connector CI010822W
16. In-Line GAC CL10ROT40-B
17. Double Clip PPC205W
18. Stem Adaptor PI051222S
19. Reducing Tee PI301208S
20. Ball Valve 7070590
21. Tank TKE-3200W
22. Air Gap Faucet N103H3PIAG
23. Drain Connector PDC60438M
24. Membrane 1204694
25. Flow Restrictor PFR402Q-300
26. TDS Monitor PURCHECK-1-3/8
Please Call Your Local Water Professional or Good Water Warehouse For Parts Replacement

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Activation, Care, & Troubleshooting
Activating the System For the First Time
Make sure all water supply/drain lines are secure and free from leakage. Slowly turn the saddle valve counterclockwise
until fully open. Check stem seal for leakage. If necessary tighten stem nut lightly. Turn storage tank valve one quarter
turn counterclockwise to open the valve (the handle should be in line with the tubing as it enters the connection). Open
the product water faucet and let the water ow until all the air has been expelled from the system. This will take about
an hour. Close the product water faucet. In 30 minutes, check the connections for leaks and correct if necessary.
Replacement Filter Procedures
Before starting the lter replacement shut off cold water supply, drain the storage tank by turning on the RO faucet,
and shut off the storage tank ball valve. Once you have completed the preparation, rst begin by twisting the housings
counter clockwise with a lter wrench and remove the old lters. Then wash out the inside of the housing with mild
soap and a few drops of household bleach and rinse out thoroughly. Finally, lube the O-ring on the lter housing, insert
the new lters, and screw on the housing in a clockwise direction.
System Sanitization
It is recommended to sanitize your system once per year when you are changing the lters. Start by shutting off the
cold water supply and draining the storage tank by turning on the RO faucet. Once this is completed remove the lters
and membrane and put 1/2 teaspoon of household bleach in the sediment lter housing. Then run water through the
system until water begins pouring out the RO faucet. Close the faucet, allow the bleach to remain in the system for three
minutes, and then slowly drain the water from the system for ve minutes. Finally, reinstall the lters and membrane.
Troubleshooting
Problem Reason Solution
Water has an offensive odor / taste Carbon post lter is depleted Drain storage tank & replace post lter
Water has an offensive odor / taste Filters are depleted Replace lters & sanitize system
Not enough product H2O Pressure Storage tank air pressure is low Empty storage tank and set pressure to 8 psi (55kPa)
Not enough water Low water pressure If line pressure is below 30 psi install a booster pump
Not enough water Water supply is blocked Clear restriction, rotate valve on feed water
Not enough water Storage tank is depleted Consider an increase in tank or membrane capacity
Not enough water Clogged pre-lter cartridge Replace prelter, drain tank and sanitize system
No drain water Clogged ow restrictor Replace ow restrictor, check TDS monitor
No water Water supply is turned off Turn water on
Under sink is wet Leak from valve, faucet or tting Dry everything with towels to isolate leak, identify and x.

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Printed in USA GoldLine Manual
10/2007
The Goldline reverse osmosis system is warranted to be free from defects in materials and
workmanship under normal use within the operating parameters listed below. For a period
of three years from the date of purchase Good Water Warehouse will repair or replace any
part of the reverse osmosis system with the exception of the lters and membrane.
Conditions of Warranty
The above warranty does not apply to any part of the Goldline reverse osmosis system
that is damaged because of neglect, misuse, alteration, accident, misapplication, physical
damage, fouling, and/or scaling of the membrane by minerals, bacterial attack, sediment
or damage caused by re, freezing, hot water, or an act of God.
Good Water Warehouse assumes no warranty liability in connection with this reverse
osmosis system other than as specied herein. Good Water Warehouse shall not be liable
for consequential damages of any kind or nature due to the use of Goldline-50 product.
Good Water Warehouse will provide warranty service under the
following conditions:
1) Contact your local dealer who will obtain return authorization instructions.
2) Ship the unit or part freight prepaid for warranty evaluation or service. Unit must be
returned in the original carton or packaged to prevent possible damage. Systems or parts
covered under the warranty shall be repaired (or, at our option replaced) and returned
without charge.
Conditions for operation of TFC - Thin Film Composite Membrane
Used in the Goldline-50
Source Water Supply - TFC
Community / Private Bacteriologically Safe
System Pressure min/max 30 / 100 psi
Temperature 4º / 38ºC (40º / 100º F)
pH Range 3.0 to 11.0
Maximum supply TDS level 1800 mg/L
Turbidity < 1.0 net turbidity (NTU)
Chemical Parameters - TFC
Hardness (CaCo3)< 170 mg/L (< 10 gpg
Iron (Fe) < 0.1 mg/L
Manganese (Mn) < 0.05 mg/L
Hydrogen Sulde (H2S) 0.00 mg/L
Production Rate
Daily Production Rate 13.4 gallons per day
GoldLine Limited Warranty