Growonix EX1000T User manual

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EX1000-T/EX1000
Owners Manual
www.growonix.com
EX1000
EX1000-T
Built in the U.S.A.

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OUR MISSION
Durability, Reliability, Eciency, Purity, and Conservation form the foundation on which we design
and build all of our products. Consistent and superior quality sets us apart from other manufacturers
and increases our value to you - our customer. Whether you are a hydroponics hobbyist, serious
enthusiast, or large-scale gardener, GrowoniX is committed to bringing you the best solution for
water purication systems.
WHAT IS REVERSE OSMOSIS?
Reverse osmosis (RO) is a ltration method that removes many types of large molecules and ions
from solutions by applying pressure to the solution when it is on one side of a selective membrane.
This ltering process ensures that the solute (waste water) is contained within the pressurized
chamber while the pure solvent (RO water) is allowed to pass freely through the membrane.
TUNED FOR GROWING - IN TUNE WITH OUR CUSTOMERS
Traditional RO systems have waste ratios of approximately 4:1, which means there are 4 gallons
of waste water produced for every 1 gallon of puried water. GrowoniX line of water lters achieve
waste ratios of 2:1 with all 200-400 GPD systems, and an astounding 1:1 ratio with the 600-1000
GPD systems.
GrowoniX has created a complete product line that will address the needs of hydroponic operations
of all sizes. Our lters will signicantly reduce your water use while dramatically increasing your yields.
THE TRADITIONAL WAY
takes 4 gallons of waste water to produce 1 gallon of pure water
THE GrowoniX WAY
INTRODUCTION

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The strategy behind the EX1000 is simple—make the highest quality, most ecient water
lter, tuned specically to meet the rigors of the industry. Each lter system is designed, hand built,
and tested right here in the United States, using American made, top-of-the-line ttings and tubing.
All components are housed in steel powder-coated brackets fabricated in sunny Los Angeles,
California.
The crown jewel of the EX Line is the GXM High Flow membrane element, delivering a
consistent rejection of 97% at a 1:1 ratio. No matter how big or small your water production needs
are, the EX Line has a solution for you. Designed to ow 42 gallons per hour of pure RO water with
an astounding 1:1 ratio—High ow rates and water savings never before seen in a package so
aordable and durable. Utilizing the best membrane technology in the world, mounted on locking
casters, and wrapped in our EX Series patented bracketing system, our premier agship is a mobile
powerhouse.
A pair of liquid-lled stainless steel pressure gauges informs when it’s time to change the
pre-lters. A manual ush valve allows you to clean the membrane, purging out pollutants that could
otherwise add buildup to the system—ushing adds considerable life to the membrane as well. For
those who demand even more performance, the EX1000 can be used with a booster pump, raising
the system pressure to 150psi, doubling the gallon per day output.
EX1000
EX1000-T
High Flow Cold Water
Membrane Elements.
1:1 System Ratio —
The Most Ecient In The Industry.
Electrogalvanized Powder Coated Steel
Brackets.
Membrane Flush Kit.
2.5” Stainless Steel Liquid Filled Gauges.
EX1000-T Carbon Filter Rated For 34,000 Total
Gals, Or 17,000 Gals Of Puried Water.
EX1000 Carbon Filter Rated For 17,000 Total
Gals, Or 8500 Gals Of Puried Water.
High Flow Pleated Sediment Filter, Completely
Washable And Reusable.
Auto Shuto Valve: For Positive Automatic
Shuto When Using A Float Valve.
No Assembly Required
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Built in the U.S.A.
w/HIGH FLOW
MEMBRANE
PART # FLOW
RATE CARBON CAPACITY TOTAL GALLONS BOOSTER PUMP
EX1000 1000 GPD 17,000 BP-6010-CH, BP-6010, BP-1000
EX1000-T 1000 GPD 34,000 BP-6010-CH, BP-6010, BP-1000
WHY USE A GROWONIX EX1000 SERIES?
FEATURES

Test Conditions: Permeate ow and salt rejection based on 550 ppm, 80 psi, 77°F (25°C), pH 7, and 50% recovery.
MEMBRANE PRESSURE (PSI) WITH OR WITHOUT PUMP
2400
2600 77ºF
60ºF
50ºF
2200
2000
1800
1600
1400
1200
1000
800
600
400
200
0
GALLONS PER DAY
40 50 60 70 80 90 100 110 120 130 140 150 160 170 180
FEED WATER TEMPERATURE (F)
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HF FLOW RATES
SYSTEM SPECIFICATIONS
Recovery (System Ratio) 50% (1:1)
Nominal Salt Rejection % 97%
Permeate Flow GPD 1000
Permeate Flow GPH 42
Min Feed Flow GPM 1.39
Max Feed Water TDS <2000
Max Feed Temp °F (°C) 100 (37.77)
Min Feed Temp °F (°C) 40 (4.44)
Max Ambient Temp °F (°C) 115 (46.11)
Min Ambient Temp °F (°C) 40 (4.44)
Max Feed Pressure psi 80
Min Feed Pressure psi 40
Max SDI Rating SDI <3
Mad TDS ppm 2000
Max Hardness gpg 0
Max pH (Continuous) 10
Min pH (Continuous) 3
Max Turbidity NTU 1
Feed inch 3/4” FGH (3/4 FNPT)
Permeate inch 3/8” Tube
Concentrate inch 3/8” Tube
Dimensions L x W x H inch 21” x 9” x 28”
Weight lbs 50

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• GrowoniX FlowBox is a componential add-on to any EX/GX1000
that utilizes a BP Series booster pump.
• Equipped with highly accurate liquid ow-meters, the FlowBox
allows for custom ne-tuning of the system ratio.
• Run your system at any ratio from 5:1 to 1:1. Keep a perfect 1:1 all
year round with a FlowBox.
• Flush the system with a simple twist of the stainless steel needle
valve.
• Allows for removal of the standard drain/ush assembly.
• Mounts atop the EX/GX1000 series chassis for easy viewing and
adjusting. Easy wall mounting as well.
FlowBox-1000 Adjustable System Ratios
• DOUBLES pure water production for all 600-1000 GPD
systems— MAX 2000 GPD.
• Only needs 30psi of incoming water pressure to produce the full
ow rate.
• Low-pressure cuto to safeguard against a loss of incoming
water pressure
• Stainless steel liquid-lled 300 psi pressure gauge.
• Manually controlled or automated with our ESOK electric
shuto kit.
EP-2 Delivery Pump
ESOK-34 Electric Shut Off Kit
• An essential add-on to any water lter.
• Shuts down feed water BEFORE the water lter.
• Controls on/o cycling of high pressure booster pumps.
• 120VAC piggyback cable, 20ft.
• Solenoid valve with manual override for failsafe water-making.
BP-6010-CH Splash Guard chassis version connects directly to the GX1000.
BP-6010 Non-chassis version is wall or table mount.
• 7 GPM delivery pump.
• High pressure cuto, automatically shuts o when used with a
solenoid valve, ball valve, oat valve, or watering wand etc...
• Transfer water from storage tanks to batch tanks.
• Siphons water up to 12' in elevation.
• Able to run dry intermittently and slurp.
• Thermal shutdown to protect against overheating.
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Built in the U.S.A.
ACCESSORIES

PRODUCT SEDIMENT CARBON MEMBRANE ULTRAVIOLET
PRODUCT SEDIMENT CARBON MEMBRANE ULTRAVIOLET
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Product Sediment Carbon Membrane Ultraviolet
EX1000 SF-4510-PL CF-4510-CC GXM-1000-HR UV-6010
CF-4510-GB
SF-4510-SP GXM-1000-HF
CF-4510-KDF
Product Sediment Carbon Membrane Ultraviolet
EX1000-T SF-4520-PL CF-4520-CC GXM-1000-HR UV-6010
CF-4520-GB
SF-4520-SP GXM-1000-HF
CF-4520-KDF
*EX1000-T CARBON FILTER RATED AT 34,000 GALS TOTAL CAPACITY, OR 1,700 GALS OF
FILTERD WATER AT 2:1 RATIO
*EX1000 CARBON FILTER RATED AT 17,000 GALS TOTAL CAPACITY, OR 8,500 GALS OF
FILTERD WATER AT 2:1 RATIO.
FILTER INDEX
*Blue color indicates lters installed in unit.
*Green color indicates optional lters.
*Chloramine removal requires the KDF85 carbon lter.
GXM HIGH FLOW COLD WATER MEMBRANES
Highest owing ultra-low-energy membranes on the planet—with the
lowest waste ratio.
KDF85/CATALYTYIC ACTIVATED CARBON FILTER
Premium carbon lter using the best catalytic activated carbon with a
bed of KDF85 media. There’s no better carbon lter available.
COCONUT CARBON FILTER— “GREEN BLOCK”
Premium coco carbon, produced using eco-friendly low emissions
processes
COCONUT CARBON FILTER—”WHITE BLOCK”
Economy coco carbon, same performance as Green Block, for a little
less money.
PLEATED SEDIMENT FILTER
High ow washable sediment lters with ultra low pressure drop.
SPUN SEDIMENT FILTER
Spun poly sediment lters with huge dirt holding capacity and a little
more pressure drop.
UV STERILIZATION
Kills 99.9% bacteria and viruses.
ALKALINE INLINE
Inline lter adds calcium & magnesium to ltered water, and raises the Ph.
REMINERALIZING INLINE
Inline lter adds calcium & magnesium to ltered water.
DI INLINE
De-Ionization lter removes last bit of PPM.
INFORMATION ON QUICK CONNECT FITTINGS
EX1000 REPLACEMENT WATER FILTERS

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Built in the U.S.A.
INSERT TUBE INTO FITTING
Push the tubing through the collet and dual
o-rings until it bottoms out against the tube stop.
The collet holds the tube in place and the dual
o-rings provide a leak resistant seal.
MAKE A CLEAN TUBE CUT
Cut the tube squarely and if using plastic tubing,
ensure that the cut has not made the tube out of
round.
Also ensure that the tube has a smooth outside
diameter without any burrs or score marks prior to
inserting it into the tting.
TEST AND INSPECT
Push and pull the tubing toward and away from
the tting to ensure that it has been installed
properly.
Test and inspect the installation for any leaks.
TUBE REMOVAL
Relieve pressure from the tubing and tting. Push
uniformly around the collet ange against the
tting body while pulling the tubing away from the
tting to release it.
O-RING
COLLET
TUBING
PUSH COLLET IN PULL TUBE OUT
GROWONIX WATER FILTERS USE QUICK CONNECT FITTINGS
THAT ALLOW FOR EASY MAINTENANCE.
INFORMATION ON QUICK CONNECT FITTINGS
* *
Do not use unit with inlet water pressure exceeding 80 psi. If inlet water pressure is too
high, install water pressure regulator before the unit. Pressure regulators are available at
GrowoniX.com or your local plumbing supply.
A minimum of 40psi is recommended to operate GrowoniX water lters. If your inlet water
pressure is too low, a booster pump can be used to increase pressure.
Slower performance may be noted in areas with colder temperatures, higher water
salinity, or lower inlet water pressure.
Keep unit away from direct light. Direct light can cause algae and other biologicals to
grow inside of the lter housings.
Do not install unit near electrical outlets or electrical devices.
Do not install in places where a leak can cause damage.
Do not use a ow restrictor other than the one included with your unit.
PRECAUTIONS

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17
18
1. SUPPLY WATER IN
2. INPUT PRESSURE GAUGE
3. OUTPUT PRESSURE GAUGE
4. SEDIMENT FILTER
5. CARBON FILTER
6. RO MEMBRANE HOUSING
7. RO MEMBRANE
8. O-RINGS
9. END CAP
10. SS CLAMP RING
11. FLUSH VALVE
12. FLOW RESTRICTOR
13. DRAIN/WASTE WATER OUT
14. AUTO-SHUTOFF VALVE
15. RO WATER OUT
16. DRAIN SADDLE CLAMP
17. FILTER WRENCH
18. RO AND DRAIN TUBING
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7
8
109
12
13
14
15
11
1
32
45
A “FLUSH-KIT” IS COMPRISED OF PARTS 11-15 AND IS MENTIONED THROUGHOUT THIS MANUAL.
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COMPONENT DIAGRAM

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34
2
Connect the RO and drain tubing
(ush-kit) to the membrane housing as
shown.
Make sure the tubing is seated
completely into the O-rings of the
quick-connect tting.
RO
waste / drain
Connect the inlet water supply.
This example shows a 3/4" garden
hose connected to the supplied
hose union. Hose ttings can be
removed to allow for 3/4" NPT pipe
connections.
open position
Make sure the ush valve is in the
open position as shown above.
This position is only for ushing
the RO membrane.
Mount the drain clamp to an available drain
pipe. Only insert the tubing halfway into the
drain pipe—do not bottom out. Connect
other end of drain tubing to the included
drain clamp.
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Built in the U.S.A.
Always turn incoming water pressure o before servicing the unit.
Always turn incoming water pressure on slowly, allowing all air to be discharged from the
system before full water pressure is restored.
GrowoniX EX1000 water lters are designed to be used with between 40-80 psi of
incoming water pressure. Do not exceed 80 psi of incoming water pressure.
If incoming water pressure is too high, install pressure regulator before unit.
It is recommended to ush the carbon lter and membrane upon initial startup.
(see following instructions)
SETUP INSTRUCTIONS
BEFORE TURNING INCOMING WATER SUPPLY ON, REFER TO NEXT STEP “FLUSHING THE
KDF85 CARBON FILTER” ON THE NEXT PAGE.

Position the tting over a drain
or bucket, and slowly turn on the
incoming water pressure. Flush 20
gallons of water for the EX1000, and
40 gallons of water for the EX1000-T,
before reconnecting to the membrane
input or optional booster pump input.
1 2
Growonix EX1000 water lters can be upgraded with a KDF85 Catalytic Carbon Pre-Filter.
The "KDF" carbon lter is a superior blend of highly reactive catalytic carbon and KDF85 process
media used to remove/reduce iron, hydrogen sulde, chlorine, chloramine, bacteria, scale, and
algae.
The catalytic carbon in these lters is in a loose form, and thus will discharge a small amount
of carbon dust upon initial startup. It is recommended to unhook the membrane input side and
ush 40 gallons of water through the carbon lter before re-connecting to the RO membrane. This
will ensure no dust gets into the membrane, causing premature fouling.
MAKE SURE WATER IS FREE
FROM CARBON FINES & DEBRIS
BEFORE RECONNECTION
TO MEMBRANE INPUT
DISCONNECT TUBING FROM PUMP INPUT
OR MEMBRANE INPUT, AND FLUSH
KDF CARBON FILTER TO DRAIN.
10 GALS FOR CF-2510-KDF
20 GALS FOR CF-2520 &CF-4510-KDF
40 GALS FOR CF-4520-KDF
WARNING
With the system OFF and
depressurized, disconnect the stem
elbow tting from the membrane input.
*EX1000 CARBON FILTER RATED AT 17,000 GALS TOTAL CAPACITY, OR 8,500 GALS OF FILTERD WATER AT 1:1 RATIO.
*EX1000-T CARBON FILTER RATED AT 34,000 GALS TOTAL CAPACITY, OR 17,000 GALS OF FILTERD WATER AT 1:1 RATIO.
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FLUSHING THE KDF85 CARBON FILTER

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3
While the system is running, open the
valve to the FLUSH position.
Let the system run for 3-5 minutes.
1
After ushing is complete, simply turn
ush valve to the CLOSED position.
the membrane has been ushed.
2
Growonix EX1000 water lters come with a manual ush valve. Flushing the membrane
element after each use for approximately 3-5 minutes will remove standing salts from the membrane,
signicantly extending membrane life. Even weekly ushes will improve membrane life and system
performance.
The ush valve is located on the waste line of the RO membrane. To ush the membrane
simply turn the ush valve to the FLUSH position as seen in picture 1. High-pressure water will
bypass the ow restrictor and shuto valve and be sent down the drain, carrying membrane
pollutants with it. If using a oat valve and the system happens to be OFF due to valve engagement,
opening the ush valve will start the system again in ush mode, and the membrane will be cleaned.
ush
position
closed position
(RO on, normal
water-making
position)
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Built in the U.S.A.
FLUSHING THE MEMBRANE ELEMENT

OUTPUT INPUT
DETERMINING PRESSURE DROP VIA DUAL GAUGES
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Sediment lters should be changed when either brown discoloration occurs, or system ow
rates have signicantly declined.
Carbon lters have a gallon count: 17,000 gals total capacity, or 8,500 gals of lterd water at
1:1 ratio for the EX1000, and 34,000 gals total capacity, or 17,000 gals of lterd water at 1:1
ratio for the EX1000-T.
Always turn incoming water pressure o before servicing the unit.
Always turn incoming water pressure on slowly, allowing all air to be discharged before full
water pressure is restored.
CHLORINE/CHLORAMINE REMOVAL CHART (CHLORAMINE REMOVAL REQUIRES A KDF CARBON FILTER)
PART # TOTAL GALLONS (DRAINS & PURIFIED) PURIFIED WATER GALLONS AT 1:1 RATIO
EX1000 17,000 8,500
EX1000-T 34,000 17,000
*EX1000 CARBON FILTER RATED AT 17,000 GALS TOTAL CAPACITY, OR 8,500 GALS OF FILTERD WATER AT 1:1 RATIO.
*EX1000-T CARBON FILTER RATED AT 34,000 GALS TOTAL CAPACITY, OR 17,000 GALS OF FILTERD WATER AT 1:1 RATIO.
INPUT PRESSURE GAUGE OUTPUT PRESSURE GAUGE PRESSURE DIFFERENTIAL
80 56 30%
75 53 30%
70 49 30%
65 45 30%
60 42 30%
55 38 30%
50 35 30%
45 31 30%
40 28 30%
When using a BP-6010 booster pump, the table below displays pressure gauge readings that will
assist you in knowing when to change pre-lters. Pre-lters should be changed when the output
pressure gauge reads 30% lower than input pressure gauge (30% pressure dierential). The pressure
dierential is really “pressure drop” caused by dirty pre-lters. Just another method aside from gallon
counting to know when a lter change is needed.
REPLACING THE PRE-FILTERS

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Loosen the pre-lter housings using the
supplied lter wrench. Empty standing
water, and remove old pre-lters. Clean
the interior of the housings to remove
sediment and debris.
2
Install the new sediment and carbon
cartridges, making sure the sediment
cartridge is installed into the housing
closest to the input-side of the unit.
3
Grease the O-rings with food grade
silicone grease.
4
5
Turn o the incoming water supply.
Then open the ush valve to relieve
system pressure.
1
Tighten the housings with the supplied lter wrench. Close the ush valve and begin
normal usage. If a KDF85 carbon lter is being used, make sure to ush the KDF carbon
lter before connecting to the membrane input.
(see section: Flushing The KDF85 Carbon FIlter)
ush position
loosen
O-ring
tighten
Sediment
Carbon
13
Built in the U.S.A.
REPLACING THE PRE-FILTERS

Turn the incoming water supply
OFF, and open the ush valve to
depressurize the system.
1 2
3
Remove the stem elbow from the input
side of the membrane housing.
Make sure to depress the collet while
pulling the stem outward.
Flush Position
Using a socket or wrench, remove the
end clamp retaining bolts.
4
14
Before servicing membrane element system must be de-pressurized. To de-pressurize the
EX1000, turn incoming water supply completely OFF and open the ush valve.
It is suggested that you replace sediment and carbon pre-lters as well when replacing
membrane element.
After replacing membrane turn incoming water pressure on slowly, allowing all air to be
discharged before full water pressure is restored.
End-caps can be dicult to re-install. To aid in installation, apply continuous pressure to end
cap. Do not strike the end cap.
REPLACING THE MEMBRANE ELEMENT

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brine seal
Remove the stainless clamp. Remove the end-cap and slide the
membrane out.
Prepare the new membrane element
by applying food grade silicone grease
to the membrane brine seal, and both
ends of the core tube.
Insert the membrane element into
membrane housing, making sure that
the brine seal goes in last.
5
9 10
6
Brine Seal last
Clean the inside of the membrane
housing to remove buildup and debris.
8
Pull the old membrane element
out towards the input side of the
membrane housing.
Brine Seal
7
O-Rings
Brine Seal
Core tube ends
15
Built in the U.S.A.
REPLACING THE MEMBRANE ELEMENT

Turn the incoming water supply ON slowly, allowing air to be discharged, before full water
pressure is restored. Let the system run in “Flush Mode” for 30 minutes to clear the new
membrane element. After 30 minutes, close the ush valve and begin normal usage. Enjoy.
11 12
13
15
17
14
Seat the end-cap back into the input side
of the membrane housing.
Replace the stainless clamp on the
input side of membrane housing.
Newly seated membrane element. Grease the brine seal and end-cap
center hole with food grade silicone
grease.
Tighten the stainless clamp retaining bolts evenly.
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REPLACING THE MEMBRANE ELEMENT

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PLEATED SEDIMENT FILTER 4.5 “ DIAMETER
Materials of Construction:
• Filter Media
• End Caps
• Core
• Temperature Rating
• Non-woven Polyester
• Vinyl Plastisol
• Polypropylene
• 40˚F to 125˚F (4.4˚C to 51.7˚C)
Size Description:
• EX1000 4 1/2” X 10”
• EX1000-T 4 1/2" X 20"
Initial AP (PSI) @ Flow Rate (GPM):
• 1 PSI @ 10 GPM (.01 bar @ 38 L/min)
FILTER HOUSINGS
Materials of Construction:
• Housing: Polypropylene
• Cap: Polypropylene
• Button Assembly: Stainless Steel,
EPDM & Polypropylene
• O-Ring: Buna-N
Maximum Dimensions:
• 13-1/2” X 7-1/4”
Initial AP (PSI) @ Flow Rate (GPM):
• 1 PSI @ 30 GPM
MEMBRANE HOUSINGS
Materials:
• NSF Stainless Steel
• NSF Approved EPR O-Rings
• 1/2” Ports
Specications:
• Maximum Operating Pressure: 150 PSI
• Maximum Operating Temperature: 110˚F
• Minimum Operating Temperature: 35˚F
PARTICLE SIZE (MICRONS)
PERCENT EFFICIENCY*
FLOW RATE (GPM)
PRESSURE DROP (PSID)*
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Built in the U.S.A.
SPECIFICATIONS CHART

CARBON FILTER CARTRIDGE
Materials:
• Filter Media: Granular activated carbon
• Outer Shell: Polyethylene
• End Caps: Polypropylene
• Gasket: Buna-N
• Inner Wraps/Core: Polypropylene
• Temperature Rating: 40 - 125˚F (4.4 - 51.7˚C)
Maximum Dimensions:
• EX1000 4 1/2" X 10”
• EX1000-T 4 1/2" X 20"
Initial AP (PSI) @ Flow Rate (GPM):
• 0.90 PSI @ 4 GPM (.06 bar @ 15.1 L/m)
Chlorine, Taste, Odor
Reduction Capacity Flow
• >70,000 gallons @ 4 GPM (265,000L @ 15.1
LPM)
MEMBRANE ELEMENT
Operating Limits:
• Membrane Type: Thin lm
composite
• Maximum Operating Temperature: 110˚F
(43˚C)
• Minimum Concentrate Flow Rate: 5:1
• pH Range, Continuous Operation: 3-10
• pH Range, Short term cleaning (30 min):
1-12
• Maximum Feed Water Turbidity:
1 NTU
• Maximum Feed Silt Density Index (SDI):
5 SDI
• Chlorine Tolerance: 0 PPM
Features:
• High Flow (HF) Ultra Low Pressure
Membrane Material
• Tape Over Wrap
• Available Wet Tested
• Made in the U.S.A
Flow Rate - gpm (Lpm)
Approximate Net Pressure Drop - psi (Bar)
Applied Pressure PSI (BAR)
• 1000 GPD: 8.0 (5.52)
Maximum Pressure PSI (BAR)
• 1000 GPD: 400 (27.58)
Permeate Flow rate GPD
• 1000 GPD: 1000
Nominal Salt Rejection
• 97%
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SPECIFICATIONS CHART

For a period of one year from the date of original purchase, we will replace or repair any part of the GrowoniX
reverse osmosis water system that we nd to be defective in operation du e to faulty materials or workmanship
with the exception of the replaceable lters and membranes.
GENERAL CONDITIONS
Damage to any part of this reverse osmosis system because of misuse; misapplication; negligence; alteration;
accident; installation; or operation contrary to our instructions, incompatibility with accessories not installed
by GrowoniX, or damage caused by freezing, ood, re, or Act of God, is not covered by this warranty. In all
such cases, regular charges will apply. This limited warranty does not include service to diagnose a claimed
malfunction in this unit. This warranty is void if the claimer is not the original purchaser of the unit or if the unit
is not operated under normal municipal water or well water conditions.
GrowoniX assumes no liability in connection with this reverse osmosis system. GrowoniX assumes no liability
for any damages incurred through the use of this product. It is the responsibility of the end user to gauge the
safe use of this product in the environment where it is applied. We do not authorize any person or representative
to assume for us any other obligations on the sale of this reverse osmosis system. The information given out
in the manual we believe to be true, but are oered to you in good faith without guarantee because each
application of this product is dierent and beyond our control.
THE FOLLOWING STANDARD OPERATING CONDITIONS FOR RESIDENTIAL/COMMERCIAL REVERSE
OSMOSIS SYSTEMS MUST BE MET FOR WARRANTY TO BE VALID.
Water Pressure pH Range Maximum TDS Water Temp
Standard System 40-80 psi 3-10 2000 ppm 40-110 F
GROWONIX RETURN POLICY
MERCHANDISE RETURN DETAILS AND PROCEDURE:
If any merchandise was defective —we will refund the full purchase price upon receiving and reviewing the
merchandise returned in undamaged condition.
RMA NUMBER:
You must rst obtain a Return Merchandise Authorization (RMA) number from GrowoniX.com. Any products
sent to GrowoniX without an RMA number will not receive a refund and may be returned to the sender at their
expense.
All refund amounts will be based on the manufacturer’s warranty and GrowoniX return policy. Refunds will be
issued back using the payment method you used when you placed your order. Refunds take up to 3-5 business
days to process once we receive the return.
PACKAGING:
Please kindly re-pack the product in its original box, or a box of equivalent strength. The unit should be packed
in the same manner as it came to prevent damage in shipping. Please return everything that was in the original
box, including any free items if applicable. Be sure to drain out all water from wet systems and parts and wrap
them in plastic bags before packing.
RETURN TO:
We will provide you with an GrowoniX warehouse address for return merchandise when we issue the RMA number.
GROWONIX RETURN POLICY
19
Built in the U.S.A.
REVERSE OSMOSIS SYSTEM WARRANTY

EX1000-T/EX1000
Owners Manual
www.growonix.com
EX1000
EX1000-T
Built in the U.S.A.