Everpure Water System ENVI RO User Manual

Installation and Operation Guide  
ENVI-RO™ High Efficiency Reverse Osmosis System  
Mineral Reduction System For Foodservice Applications  
IntroductIon  
The Everpure ENVI-RO™ Mineral Reduction System is a pre-  
engineered, pre-assembled Reverse Osmosis (RO) system designed  
to provide high purity water for multiple applications, such as  
premium espresso, coffee, blended beverages and steam, to name a  
few. It combines a number of water treatment technologies into one  
easy to install package. The system provides superior protection  
against taste and odor causing contaminants while removing dirt,  
particulates and dissolved solids that can foul or scale equipment.  
Initial System Production  
Water production depends on supply water pressure and temperature.  
See PERFORMANCE section (page 8) for normalized production.  
Inuent Water characteristics  
The following table lists the allowable operating range of various  
water properties within which the ENVI-RO™ will function  
properly.  
Total Dissolved Solids (TDS) 0-1,000 ppm (0-1,000 mg/I)  
pH  
5-10  
oPeratIng SPecIfIcatIonS  
Chlorine1  
Chloramines  
Turbidity  
Iron  
0-3 ppm (0-3 mg/I)  
0-3 ppm (0-3 mg/I)  
0-1 NTU  
Dynamic Operating Pressure: 25-80 psi (1.7-5.5 bar)  
Static Operating Pressure: 100 psi (6.9 bar)  
Operating Temperature 40-100°F (4.4-37.8°C)  
Connections  
0-1 ppm (0-1 mg/I)  
Inlet/Outlet: 3/8-inch OD tube (John Guest© Push-in)  
Concentrate: 3/8-inch OD tube (John Guest© Push-in)  
Electrical: 115 volt AC / 60 Hz / 1 Phase  
Ampere:  
1 Reverse osmosis membrane filter used in this system will be damaged by chlorine. An  
activated carbon filter should be provided with this system to protect the reverse osmosis  
membrane from chlorine attack. Influent chlorine should not exceed 3 mg/I.  
the system consists of 5 major components:  
1. 2SR-BW Water Conditioning cartridge  
2. Dual-Head booster pump  
3. MR-600 Reverse Osmosis (RO) membrane cartridge.  
4. 6-Gallon RO Water Storage Tank  
Stand-by: 0.2  
Flush:  
Run/Fill:  
0.5  
2.7  
Branch Circuit Protection: 15 or 20 AMP Ground Fault Protected  
Pre-Installation checklist  
1. Can the unit be mounted within a reasonable distance of the  
water supply and drain facilities?  
5. Control System with Power Supply  
The 2SR-BW Water Conditioning cartridge contains media that  
reduces the scaling tendency of hard water minerals found in many  
water supplies, extending RO membrane life.  
2. Is there an un-switched 115 VAC GFIC (ground fault interrupter  
circuit) protected receptacle available for powering the system?  
The Dual-Head booster pump increases the inlet pressure to  
maintain consistent permeate production, plus eliminates back-  
pressure on the permeate output. This innovative approach to both  
boosting and eliminating back-pressure allows for maximum system  
efficiency.  
3. Is there adequate clearance and support to install the unit  
and permit access for maintenance? The total system weight  
will vary based on model and storage tank selected. See  
specification table for approximate operating weights.  
4. Does the inlet water supply meet the requirements listed below?  
a. A minimum of 25 PSI pressure on a consistent basis  
b. Less than 1,000 ppm of Total Dissolved Solids (TDS)  
c. pH level between 7.0-9.0  
The MR-600 RO membrane cartridge contains a semi-permeable  
reverse osmosis membrane. Here, most dissolved impurities are  
separated from the water and flushed down the drain. The water  
that is able to pass through the membrane, which is very low in  
dissolved impurities, is referred to as permeate, RO water, or  
product water.  
d. Turbidity less than 1 NTU  
Once the RO water is produced, it is stored in the 6-Gallon RO Water  
Storage Tank. This tank serves two key functions; 1) It acts as a  
buffer between the system and the connected equipment, providing  
ample volumes of water instantaneously, 2) It reduces the on-off  
cycling of the RO system, which produces better quality water, and  
prolongs the system’s life.  
Printed in U.S.A.  
EV3128-25 Rev A SE08  
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3. Refer to figure 1 for mounting bracket details. Position the top  
row of holes 1-9/16" inches below the top of the processor when  
installed. Install the wall mount bracket to a suitable vertical  
surface. Use no less than 4 - #12 fasteners to secure the bracket  
to the surface.  
figure 3. Inlet and Outlet Connections  
4. Prepare to attach the processor to the wall mount bracket.  
Lift the processor and “hook” the metal lip of the processor  
backplate over the top edge of the wall mount bracket.  
Go to step 6.  
Inlet  
5. Measure and install 2 - #12 fasteners on 16" centers to engage  
the top edge of the processor backplate - leave 1/4" gap. Lift  
the processor and “hook” the key-hole slots on the processor  
backplate. Tighten the 2 fasteners.  
6. Install 2 - #12 minimum fasteners in the 2" wide slots along the  
bottom edge of the processor backplate.  
Piping/tubing connections  
1. Refer to figure 2 and the drawing on Page 14 for general views  
of the piping, with a description of major components and  
connection points. These major components and connections  
will be referred to in the following steps.  
2. A parts kit has been provided, which includes valves and tees to  
configure a system by-pass. Assemble the parts to the system  
using the example shown in figure 3.  
3. Prepare the plumbing to accept the RO system.  
note: The product water tubing/piping and associated fittings  
connecting the RO product outlet to the equipment being  
serviced should be food grade material that meets NSF  
Standard 51 or 61 with a minimum pressure rating of 100-PSI.  
The product water may react with metal piping, creating a  
corrosive condition, in addition to imparting an objectionable  
taste. Plastic pipe or reinforced tubing are generally very  
good choices for RO water distribution materials. The size of  
the product water tubing/piping should be 3/8" ID minimum.  
Distances of 25 feet or greater from the RO to the equipment  
being serviced should be 1/2" ID minimum.  
4. Shut-off the supply of water to the existing filtration system, and  
relieve pressure. Connect a line from the treated water outlet of  
the filtration system to the inlet of the ENVI-RO system.  
5. Connect the appropriate size and type of tubing/piping and  
associated fittings to the corresponding ENVI-RO outlet  
connection. Route the line(s) to the equipment being serviced  
(i.e.; espresso, coffee, etc.). Close the inlet, outlet and by-pass  
valves. Apply pressure to the existing filtration system and place  
it back into service.  
figure 4. Reject Y-Connector Detail  
6. Check the storage tank pre-charge pressure. It should only be  
checked and adjusted when the storage tank is empty. A 30 psi  
pre-charge pressure is required.  
7. Connect a 3/8" OD tube to the reject Y-connector (labeled  
WASTE) located in lower right corner of processor. Route the  
other end of the tubing to a drain nearby, securing it properly.  
Allow an air gap at the drain, following any applicable local and  
national codes. See figures 2 and 4.  
WARNING  
Refer to “Reject to Drain, Maximum” under RO  
Production in the Performance Table (page 8) to  
determine the maximum gallon per minute waste  
flow rate. Verify drain has ample capacity for this  
waste flow, plus all other sources of waste flow  
sharing this drain.  
8. Locate the needle valve from the parts kit. Attach a short section  
of 3/8" tubing to this valve.  
note: This assembly will be used to adjust the system recovery in  
the following section, then removed.  
9. Remove the 3/8" tube from the reject Y-connector and install the  
needle assembly between the reject Y-connector and 3/8" tube.  
3
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electrical connections  
control SyStem oPeratIon  
The system is pre-wired at the factory. Verify that a 115 VAC ground  
fault protected circuit rated at 15 Amps minimum is located nearby.  
Plug-in power cord when instructed to do so in the following section.  
The ENVI-RO system includes a micro-processor based control  
system that monitors system conditions and controls the system  
operation. A digital display panel provides operational information  
and 4 buttons provide operator access. To follow is a list of modes  
and a description of each function. Use this as a guide during start-  
up, normal operation and when service is required.  
operational mode  
maIn Screen VIeW - When the system is in normal operation  
and not operating in any of the following operational modes,  
the panel will display the system identification with software  
version and total run hours since start-up, or last reset.  
ENVIRO V. X.XX  
TOTAL: XXXX.XX Hours  
PreSSurIZe - When pressure in the storage tank drops  
below the pressure switch “on” setting, the system will  
start processing water and refill the storage tank. Once the  
pressure in the storage tank rises above the pressure switch  
“off” setting, the system will stop. Run time in seconds will be  
displayed.  
PRESSURIZE... XXXXX  
fluSHIng - If the ENVI-RO System remains idle for  
the programmed length of time, the control system will  
automatically go into FLUSHING mode. During this time, there  
will be flow to drain (reject). Remaining flush time in seconds  
will be displayed.  
FLUSHING... XXXX  
REFILL... XXXX  
refIll - At the end of FLUSHING, or if pressure drops too low in  
the storage tank during FLUSHING, the control will enter REFILL  
mode. Run time in seconds will be displayed.  
Programming mode  
The ENVI-RO Controller has several user accessible menu’s.  
This menu “loop” allows for adjustment of several variable  
parameters. The Controller has 4 buttons below the display for these  
adjustments. Description of the button functions are shown in the  
digital display area.  
ENVIRO V. X.XX  
TOTAL: XXXX.XX Hours  
Press and hold any key for 3 seconds to enter set-up mode.  
flush time X1 - This parameter determines the flush duration.  
Upon determining the recovery and reject flow, a time value in  
seconds is entered for this setting. Range is 0-995 seconds in 5  
second increments. Use the +/- keys to adjust this value. Press  
Enter to save value and go to next screen.  
Flush Time X1  
-
Enter  
+
flush Int X2 - This parameter determines the flush interval. If  
the system does not process water for the time value selected,  
the system will enter FLUSHING mode. A time value in hours  
is entered for this setting. Range is 0.5 to 10 hours in 0.5 hour  
increments. Use the +/- keys to adjust this value. Press Enter to  
save value and go to next screen.  
Flush Int X2  
Enter  
-
+
reset total Hr? - This parameter allows resetting the total run  
time, which is displayed in the MAIN SCREEN VIEW. Press YES  
to reset, NO to NOT reset. Controller saves selection and goes  
to next screen.  
Reset Total Hr?  
Yes No  
coffee Setup? - This parameter allows viewing the TDS reading  
in the coffee outlet line, with a very frequent up-date rate. Use  
this mode when adjusting the blend valves. Select YES to enter  
this mode, and NO to exit programming.  
Coffee Setup?  
Yes No  
yes  
no  
coffee tdS: - This is a view only screen. The value displayed  
is the TDS level of the water in the Coffee outlet line. The most  
accurate readings are attained by having flow on the Coffee  
line. Press any key to return to the MAIN SCREEN VIEW.  
Coffee TDS: XXX  
PRESS TO RETURN  
SaVIng data... - This is a view only screen. The controller is  
saving the settings and returning to the MAIN SCREEN VIEW.  
If desired, press and hold either middle button to enter TDS  
Calibration mode.  
SAVING DATA...  
tdS cal - This parameter allows adjustment of the TDS value  
the controller will display. Use this mode to calibrate the system  
with a calibration solution. Use the +/- keys to adjust this value.  
Press Enter to save and return to the MAIN SCREEN VIEW.  
TDS CAL XXX  
-
Enter  
+
4
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figure 5. RO Reject Flow Control Assembly  
cartrIdge InStallatIon and actIVatIon  
1. Remove the outer shrink-wrap and protective cap from the  
2SR-BW & MR-600 RO cartridges. Position a bucket under the  
2SR -BW cartridge head. Slowly open the Inlet shut-off valve.  
Apply power to the system by plugging the power cord into the  
receptacle. Within moments, the display water should illuminate  
and the system will go into PRESSURIZE mode. Once a solid flow  
of water has been established, flush 1 gallon. Unplug power cord.  
Empty bucket.  
2. Install 2SR-BW cartridge. Align the lugs on the new cartridge  
with the slots in the head. Holding the head and cartridge firmly,  
press the cartridge upward into the head fully, and then turn the  
cartridge to the right until it stops.  
3. Disconnect 3/8" OD line from 2SR-BW to Booster Pump inlet at  
Booster Pump. Route line into bucket and secure. Plug-in power  
cord. Once a solid flow of water has been established, flush 1  
gallon. Unplug power cord. Re-connect 3/8" OD line to Booster  
Pump inlet. Empty bucket.  
4. Route a blue line from the 3/8" storage tank drain valve to drain  
temporarily. Open storage tank drain valve.  
5. Install MR-600 cartridge. Align the lugs on the new cartridge  
with the slots in the head. Holding the head and cartridge firmly,  
press the cartridge upward into the head fully, and then turn the  
cartridge to the right until it stops.  
6. Plug-in power cord. Once a solid flow of water has been  
established, flush 5 gallons from storage tank drain (about 10  
minutes). Unplug power cord.  
WARNING  
do not uSe tHIS Product Water! It may contain  
a preservative solution from the ro cartridge and  
should not be consumed!  
Capillary  
Not Trimmed  
recoVery adjuStment  
FLOW  
CONTROL  
1. Measure the raw water TDS. Refer to Table 1 on page 6. Find  
the TDS range in the column labeled “Raw Water TDS” that  
corresponds to your TDS measurement. Read across that row  
to determine maximum recovery, permeate to reject ratio and  
permeate/reject volumes.  
TUBE  
2. Using 2 - 32 oz. or 1,000 ml graduated containers, apply power  
to the system and collect the permeate flow (from storage tank  
drain valve) in one container and the reject (WASTE) flow in the  
second container. Compare the volumes collected to the data  
shown in the table. Adjust the reject needle valve to increase or  
decrease the flow. Empty the containers and collect additional  
samples.  
Capillary  
Trimmed  
TUBE  
FLOW  
CONTROL  
3. Once the ratio of Permeate-to-Reject closely matches the data  
in Table 1, the Reject Only volume requires measurement. Using  
only 1 graduated cylinder, collect the reject flow for 1 minute.  
note: Reject volume in 1 minute may exceed 32 oz./1,000 ml. If  
so, use a larger container, or collect samples in multiple  
containers and add all collected volumes together.  
4. Unplug power cord. Close storage tank drain valve.  
5. Return to page 6, Table 2. Find the volume range in the column  
labeled “Reject Volume per Minute” that corresponds to the  
volume collected in Step 4. Read across that row to identify the  
correct capillary tube combination.  
6. Locate the correct capillary tubes from the parts kit. Remove the  
2 - 1/4"OD tubes from the upper Y-connector. Insert the capillary  
tubes into each line and re-assemble to the Y-connector.  
note: In some cases, the capillary tube requires trimming. Use a  
SHARP utility knife to cut the tube cleanly without tearing or  
crushing the tube.  
7. Remove Reject Needle valve assembly and reconnect 3/8" tube.  
Plug-in power cord. Allow system to run and fill tank. This will  
take 5-10 minutes.  
8. Refer to Table 2 again. Under the column labeled “Flush Time in  
Seconds”, find the value that corresponds to the Raw Water TDS.  
Enter this value in the controller under “FLUSH TIME X1”. Adjust  
“FLUSH INT X2” to 1.5 Hours.  
5
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table 1 - Recovery & Permeate to Reject Ratio  
Permeate & reject Volumes  
at Specified recovery  
ratio  
Permeate  
reject  
(black line)  
raw (feed)  
maximum  
Water  
(blue line)  
recovery  
tdS  
Permeate to  
reject  
0 - 200  
201 - 250  
251 - 300  
301 - 350  
351 - 400  
401 - 450  
451 - 500  
501 - 550  
551 - 600  
601 - 650  
651 - 700  
701 - 750  
751 - 1000  
80.0%  
77.4%  
72.8%  
68.3%  
63.8%  
59.3%  
54.7%  
50.2%  
45.7%  
41.2%  
36.7%  
32.1%  
30.0%  
1
1
1
1
1
1
1
1
1
1
1
1
1
to  
to  
to  
to  
to  
to  
to  
to  
to  
to  
to  
to  
to  
0.25  
0.29  
0.37  
0.46  
0.57  
0.69  
0.83  
0.99  
1.19  
1.43  
1.73  
2.11  
2.33  
80.0  
800  
774  
728  
683  
638  
593  
547  
502  
457  
412  
367  
321  
300  
20.0  
200  
226  
272  
317  
362  
407  
453  
498  
543  
588  
633  
679  
700  
77.4  
72.8  
68.3  
63.8  
59.3  
54.7  
50.2  
45.7  
41.2  
36.7  
32.1  
30.0  
22.6  
27.2  
31.7  
36.2  
40.7  
45.3  
49.8  
54.3  
58.8  
63.3  
67.9  
70.0  
table 2 - Capillary Tube and Flush Time Selector  
reject Volume per minute  
capillary tube  
flush time in  
Seconds  
ounces  
0.0 - 6.1  
milliliters  
#1  
Red  
#2  
PLUG  
0 - 179  
838  
362  
253  
196  
159  
126  
110  
98  
6.1 - 14.0  
180 - 414  
Brown - Trimmed  
Brown - Trimmed  
Green  
PLUG  
14.0 - 20.1  
20.1 - 25.9  
25.9 - 31.9  
31.9 - 40.1  
40.1 - 46.2  
46.2 - 51.6  
51.6 - 57.6  
57.6 - 65.5  
65.6 - 72.9  
72.9 - 77.4  
77.4 - 83.7  
83.7 - 91.6  
91.6 - 97.5  
97.5 - 103.1  
103.1 - 116.5  
116.5 - 135.5  
415 - 593  
Red  
594 - 766  
PLUG  
767 - 945  
Green  
Red  
946 - 1186  
1187 - 1365  
1366 - 1525  
1526 - 1703  
1704 - 1938  
1939 - 2155  
2156 - 2290  
2291 - 2475  
2476 - 2709  
2710 - 2883  
2884 - 3048  
3049 - 3444  
3445 - 4006  
Blue - Trimmed  
Blue - Trimmed  
White - Trimmed  
White - Trimmed  
White - Trimmed  
Grey  
PLUG  
Red  
PLUG  
Red  
88  
Brown - Trimmed  
Red  
77  
70  
White - Trimmed  
White  
Green  
66  
Blue - Trimmed  
Blue - Trimmed  
White  
61  
White - Trimmed  
White  
55  
52  
White - Trimmed  
Grey  
White - Trimmed  
White  
49  
44  
Grey  
Grey  
37  
6
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dISInfectIon  
dual outlet and blend adjuStment  
When cartridge activation and recovery adjustments are complete,  
the storage tank and associated piping must be disinfected, then  
completely flushed. The steps for this are outlined below.  
The ENVI-RO system is capable of producing two water qualities,  
which are detailed below.  
The outlet marked “STEAMER” provides water directly from the  
RO Membrane. The TDS of this water is very low, ideally suited  
for applications such as flash steamers and other equipment that  
“boils away” the water. This outlet requires no adjustment.  
1. Locate the 3/8" OD tubing that connects to the inlet (left side)  
of the storage tank. Disconnect the end which connects to the  
elbow fitting at the processor. Measure 1 ounce of 5.25% bleach  
for every 7.5 gallons of storage tank capacity. Pour this volume of  
bleach into the tube that leads to the storage tank. Re-connect  
this tube to the elbow fitting. Apply power to the system by  
plugging the power cord into the receptacle. The booster pump  
should begin to run and fill the storage tank.  
2. Once sufficient water has entered the storage tank (more  
than 1/4 full), demand treated water from at least one piece of  
equipment the ENVI-RO is supplying water to. Once all of the  
air has been purged, and a solid flow of water is observed, stop  
the flow at the connected equipment. Purge the air from all  
remaining pieces of connected equipment by demanding water  
from each one individually.  
3. Allow the storage tank to fill until the booster pump turns off.  
Allow the chlorinated water to remain in the storage tank and  
distribution piping for 10 minutes.  
4. Unplug the power cord. Drain the storage tank by demanding  
water downstream and allow the storage tank to drain. Once the  
storage tank is empty, stop demanding water downstream.  
The outlet marked “COFFEE” can produce a wide range of water  
qualities. It combines or “blends” two sources of water; 1)  
directly from the RO Membrane and, 2) filtered water containing  
the same level on mineral content as the raw (feed) water. The  
following text describes the adjustment of this feature.  
1. Open the feedwater blend valve (FBV) and dilution blend  
valve (DBV) fully. See figure 6 for location of these valves.  
2. Demand flow on the “COFFEE” line. The flowrate should  
equal the maximum expected demand of all connected  
equipment.  
3. Access the “Coffee TDS” view screen on the controller to  
observe a real-time reading of the TDS quantity in the water  
flowing to the “COFFEE” line.  
4. Compare TDS value on controller to application requirement.  
If controller reading is higher than requirement, slowly close  
FBV until TDS value is met. If controller reading is lower than  
requirement, slowly close DBV until TDS value is met.  
5. Apply power to the system by plugging the power cord into the  
receptacle. Once sufficient water has entered the storage tank  
(more than 1/4 full), demand treated water from at least one piece  
of equipment the ENVI-RO is supplying water to. After 5 minutes,  
stop the flow at the connected equipment. Flush the lines to each  
remaining piece of connected equipment by demanding water  
from them for 2 minutes each.  
figure 6. RO Blend Valve Locations  
6. Allow the storage tank to fill until the booster pumps turns off.  
7. Unplug the power cord. Drain the storage tank by demanding  
water downstream and allow the storage tank to drain. Once the  
storage tank is empty, stop demanding water downstream  
8. Repeat steps 5-7 until no residual chlorine odor is detected from  
the water exiting the storage tank or connected equipment.  
PlacIng enVI-ro Into SerVIce  
Once the cartridges have been activated, the storage tank and  
distribution piping sanitized, the ENVI-RO can be placed into service.  
During normal operation, the valves on the ENVI-RO should be in the  
following positions:  
A. System inlet and outlet valves – open  
B. System by-pass valves – closed.  
Once the system been started-up initially, it is a good idea to  
measure the outlet water flow rate and quality to verify the system’s  
performance. The initial values should be recorded for future  
comparison to detect any changes in performance. A Performance  
Log has been provided on Page 9 to record this information.  
oPeratIon  
1. During normal operation, a continuous supply of water must be  
available to the system.  
Dilution Blend  
Feedwater Blend  
Valve (DBV)  
2. The system inlet and outlet valves must be open, the sample  
outlet and flushing valves must be closed and the drain line must  
be unrestricted.  
Valve (FBV)  
7
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Performance* SectIon  
ro Production†  
Gallons per Day  
Gallons per Hour  
Ounces per Minute  
enVI-ro 600  
600  
25  
53  
Inlet Supply  
Requirements,  
Minimum  
1.5 gpm  
Reject to Drain,  
Maximum  
0.85 gpm  
†Production rates based on the following:  
750 ppm TDS Soft Water @ 50 psi, 77°F, to Atmosphere, Recovery = 40%, SDI = <3,  
Stored Water System  
Flowrate (gpm)  
Volume (Gallons)  
Pressure (typical)  
Salt Rejection  
Recovery  
Dependant on: Pressure/volume in storage, line sizes  
Dependant on: Pressure/volume in storage  
60–100 psi (4.1-6.9 bar)  
90% minimum  
Varies based on water conditions - 30-80%  
dImenSIonS and oPeratIng WeIgHtS  
enVI-ro (eV9970-38)  
System only  
Dimensions  
32"H x 23"W x 13.6"D  
Operating Weight  
90 lbs.  
cartridges and elements  
Reverse Osmosis  
24-inch TFC  
10-inch Scale Control  
10-inch In-line  
Conditioning Cartridge  
Carbon Post-Filter  
*Specifications Subject To Change Without Notice.  
8
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maIntenance SectIon  
Performance Log  
Inlet  
Steamer  
outlet tdS  
(ppm)  
coffee  
outlet tdS  
(ppm)  
outlet flow  
(ml/min)  
drain flow  
(ml/min)  
Pressure/  
Inlet tdS  
test date  
temp (psi/°f) (ppm)  
% reduction  
noteS:  
9
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troubleSHootIng guIde  
Problem  
Possible cause  
remedy  
1. Insufficient product water  
during normal operating  
periods.  
a. Pre-filtration system restriction.  
a. Check pre-filtration system and/or replace pre-  
filter cartridge(s).  
b. SR cartridge plugged.  
b. Replace SR cartridge.  
c. RO cartridge plugged.  
c. Replace RO cartridge.  
d. Insufficient system inlet pressure.  
e. Incorrect storage tank pre-charge.  
d. Check/repair booster pump and inlet line.  
e. Empty water in storage tank. Check pre-charge  
pressure. Adjust to 30 psi. Presence of water  
at Schrader valve indicates failed bladder -  
Replace bladder or tank.  
2. Insufficient product water  
volume during peak periods.  
a. Refer to problem 1.  
a. Refer to problem 1.  
b. System rated output low for application.  
b. Verify system output. If output is within  
specification, increase output if applicable.  
c. System storage capacity low.  
a. Refer to problem 1.  
c. Increase storage capacity if applicable.  
a. Refer to problem 1.  
3. Low quality RO water.  
b. RO cartridge failure.  
b. Replace RO cartridge.  
4. Low water pressure at water  
using equipment.  
a. Tubing/piping run to equipment restrictive.  
a. Increase tubing/piping diameter. Refer  
to "System Installation" section for  
recommendations.  
b. Incorrect storage tank pre-charge.  
b. Empty water in storage tank. Check pre-charge  
pressure. Adjust to 30 psi. Presence of water  
at Schrader valve indicates failed bladder -  
Replace bladder or tank.  
5. Objectionable product water  
odor.  
a. Pre-filtration cartridge(s) exhausted.  
b. Storage tank requires disinfection.  
a. Drain line restricted.  
a. Replace pre-filtration cartridge(s).  
b. Disinfect storage tank.  
6. Wastewater flow too low or  
decreases over time.  
a. Check/correct any restrictions in drain line  
tubing. Make sure to allow an air gap at the  
drain. Disconnect reject line at quick connect  
fitting and inspect for obstruction or damage.  
Remove obstruction. Replace if required.  
b. Insufficient system inlet pressure.  
b. Check/repair booster pump and inlet line.  
10  
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figure 6. Parts Diagram  
1
2
9
15  
6
7
3
12  
13  
4
5
11  
4
14  
8
10  
1
rePlacement PartS  
key  
1
Part no. deScrIPtIon  
key  
Part no. deScrIPtIon  
EV311192  
EV312810  
Valve, Ball, 3/8” PI x 3/8” PI  
Pressure Reducing Valve  
13  
13  
13  
13  
13  
13  
13  
EV312827 RESTRICTOR, BLUE, 735 ml/min  
EV312828 RESTRICTOR, WHITE, 1052 ml/min  
EV312829 RESTRICTOR, GREY, 1577 ml/min  
EV312830 RESTRICTOR, RED, 125 ml/min  
EV312831 RESTRICTOR, BROWN, 189 ml/min  
EV312832 RESTRICTOR, GREEN, 525 ml/min  
EV312833 PLUG, 1/4” OD  
2
3
EV312839 Valve, Control (FBV)  
EV312808 Valve, Solenoid  
4
5
EV312818  
Pump  
6
EV312809 Accumulator Tank without Bladder  
7
EV312814  
EV312817  
EV312815  
EV311161  
Bladder  
8
Controller  
9
Power Supply  
Valve, Needle (DBV)  
10  
11  
12  
EV310391 Check Valve, 3/8”  
EV312840 Check Valve, 1/4”  
rePlacement cartrIdgeS  
key Part no. deScrIPtIon  
key Part no. deScrIPtIon  
14  
15  
EV962714  
EV962713  
Cartridge, 2SR-BW  
Cartridge, MR-600  
16  
EV312867  
IN-LINE FILTER, GS-215RO-H, 16PK  
Contact your local Everpure Dealer for replacement and spare parts.  
11  
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Drain storage tank until system starts processing water. Once  
a solid flow of water has been established, flush 5 gallons from  
tank drain (about 10 minutes). Unplug power cord.  
maIntenance  
The ENVI-RO requires very little maintenance. Regular cartridge  
replacement is the only normal requirement, and a very important  
one. In typical service, the cartridge change-out schedules are as  
listed below.  
WARNING  
do not uSe tHIS Product Water! It may contain  
a preservative solution from the ro cartridge and  
should not be consumed!  
every 6 months  
Re-install capillary tubes.  
Close both by-pass valves.  
- replace the Sr cartridge:  
Open both by-pass valves.  
Remove power from system by unplugging power cord.  
Close the inlet valve.  
Follow instructions on the SR cartridge label. Place a bucket  
under the cartridge to catch any excess water that may spill from  
the head. Remove the old cartridge by turning the cartridge to  
the left until it stops and pulling it downward until it is free from  
its head.  
– replace the Post carbon cartridge:  
Open both by-pass valves.  
Remove power from system by unplugging power cord.  
Close the inlet and both outlet valves.  
Route a blue line from the 3/8” storage tank drain valve to drain  
temporarily. Open storage tank drain valve. Drain storage tank.  
Close storage tank drain valve.  
Follow instructions on the Post Carbon cartridge label. Place a  
bucket under the cartridge to catch any excess water that may  
spill when removing lines. Remove lines, note flow direction, then  
remove cartridge.  
Install new cartridge, in same flow direction as original cartridge.  
Connect lines.  
Plug-in power cord. Once a solid flow of water has been  
established, flush 5 gallons from tank drain.  
Close storage tank drain valve.  
Open the inlet and both outlet valves.  
Close both by-pass valves.  
Remove the outer shrink-wrap and protective cap from the new  
SR cartridge.  
Align the lugs on the new cartridge with the slots in the head.  
Holding the head and cartridge firmly, press the cartridge  
upward into the head fully, and then turn the cartridge to the  
right until it stops.  
Disconnect 3/8” OD line from SR Cartridge to Booster Pump  
inlet at Booster Pump. Route line into bucket and secure. Plug-in  
power cord.  
Route a blue line from the 3/8” storage tank drain valve to drain  
temporarily. Open inlet valve. Open storage tank drain valve.  
Drain storage tank until system starts processing water. Close  
storage tank drain valve.  
Once a solid flow of water has been established, flush 1 gallon.  
Unplug power cord. Re-connect 3/8” OD line to Booster Pump  
inlet. Plug in power cord.  
Close both by-pass valves.  
every 12 months  
– Sanitize the storage tank and lines:  
Refer to “Disinfection” section - steps 1-8, for sanitization  
procedure.  
– replace the ro cartridge:  
Open both by-pass valves.  
Remove power from system by unplugging power cord.  
Close the inlet valve.  
Follow instructions on the MR cartridge label. Place a bucket  
under the cartridge to catch any excess water that may spill from  
the head. Remove the old cartridge by turning the cartridge to  
the left until it stops and pulling it downward until it is free from  
its head.  
Remove the outer shrink-wrap and protective cap from the new  
MR cartridge.  
Align the lugs on the new cartridge with the slots in the head.  
Holding the head and cartridge firmly, press the cartridge  
upward into the head fully, and then turn the cartridge to the  
right until it stops.  
Remove both capillary restrictors temporarily.  
Route a blue line from the 3/8” storage tank drain valve to drain  
temporarily. Open inlet valve. Open storage tank drain valve.  
Plug-in power cord.  
12  
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figure 7. Dimensional Drawing  
Top View  
Side View  
Front View  
13.6" 346  
23" 583  
16" 406  
32"  
813  
13  
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figure 8. General Installation Arrangement  
14  
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noteS:  
15  
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technical Service  
800.942.1153  
for sales, replacement components, and service, contact your everpure dealer or:  
everpure, llc: 1040 Muirfield Drive • Hanover Park, Illinois 60133 • 800.323.7873  
Printed in U.S.A.  
EV3128-25 Rev A - SE08  
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