OptiPure SRO70 User manual

SRO70
Installation
Manual
Rev. 2.2
SRO70_Simple_Install_v2-2.indd
©2018 Procam Controls, Inc. All Rights Reserved
Access manuals, spec sheets and additional
educational materials for foodservice water
treatment at our website.
www.optipurewater.com

SRO70 Installation Manual 2
Service Contact
For local maintenance and service information, please contact your nearest
Authorized Service Representative. Service inquiries may be directed to
technical support at:
OptiPure div. of Aquion
101 South Gary Avenue, Suite A
Roselle, IL 60172 USA
Phone #: [phone]
E-mail correspondence to:
[email protected]
Environmental Condions
The SRO70 is certied to operate under the following conditions:
1. Altitude up to 2000 m.
2. Ambient temperature of 40-105°F (5 - 40°C).
3. Max relative humidity 80% at 88°F (31°C).
4. Installation category II.
5. Pollution degree II.
6. Indoor use only, protect from elements.
Safety Instrucons
1. Please read and follow these instructions when connecting and using
the system.
2. Securely bolt processor to wall before operating.
3. Avoid cross-connections and install on cold water supply only.
4. Use approved Air-Gaps when connecting to drain lines.
5. Do not exceed system pressure rating and use water hammer arrestors
when water hammer is evident.
6. Turn off Feed-Water supply before lter or membrane cartridge
replacement.
vGeneral Information
Completed
SRO70 Installation
2 gal. bladder tank shown
WARNING:
Cancer and Reproductive Harm -
www.P65Warnings.ca.gov.

SRO70 Installation Manual 3
Installing or Replacing QT Cartridges
NOTE: Before installing or replacing QT Cartridges, make
sure to remove the plugs in the QT heads.
1. Close feed water valve.
2. Twist and pull down to remove cartridges.
3. Line up the upward-arrow on the new cartridge with the upward
pointing arrow on the head. Push cartridge up into head until it
stops.
4. Turn to right until it stops. NOTE: labels might not always face
forward.
5. Open feed water valve.
vInstallation Requirements
Operating a system on water supplies outside of the
parameters listed below may lead to premature membrane
failure. This product is for commercial use only and must be
installed and maintained in accordance with manufacturer’s
guidelines and local regulatory plumbing codes.
Operating parameters
Typical Membrane TDS rejection: 97+%
Feed Temperature: 40 - 100° F (4 - 38° C)
Feed pressure: 50 - 80 psi (3.4 - 5.9 bar) at 1 gpm
Production (at 77°F, 60 psi): 70 gals/day (2.9 gals./hr)
Recovery: up to 33%
IMPORTANT NOTE: The production rate is strictly
dependent on feed water temperature and pressure.
For example: Operating pressure of 30 psi will reduce
production by 50%, or 48˚F feedwater will reduce production
by 50%.
Location
The system should be installed indoors, within 25 ft of the
equipment water is being supplied to, and protected from
the elements. Do not let the processor or storage tank
freeze or be exposed to rain or direct sunlight.
Feed water connection
An adequate ow and pressure of water to the unit is
essential for successful operation.
Drain
A drain should be located within 5 ft of the system. Drain
must allow a minimum ow of 2 gals/min. Compliance
with most local plumbing codes requires installation of an
approved air gap in the drain line. The drain connection
should be accessible for system set-up and service.
Feed-water chemistry
Feed TDS: Up to 1200 ppm
Feed pH: 6 - 10
Hardness: 12 grains or less
Free chlorine: <2 mg/l
Iron (Fe): 0.1 mg/l max.
Turbidity: <0.05 NTU
Manganese: 0.05 mg/l max.
Hydrogen sulde: 0.0 mg/l
Note: The presence of silica or occulants such as alum or
cationic polymers in the feedwater may cause membrane
fouling and may require special chemical pretreatment or
periodic membrane cleaning. Please note that membrane
failure due to fouling is not covered by the warranty.
Storage Tank
The tank must be located within 10 ft of the water processor.
The oor beneath the storage tank should be smooth, clean
and free of sharp objects that could puncture the bottom of
the tank.
Optimized Water Lines to Equipment
Tubing, piping and associated ttings connecting Optimized
water lines to equipment should be food grade material that
meets NSF Std 51 or 61 with a minimum pressure rating of
75 PSI. Optimized water may react with most metal piping
imparting a bad taste. Plastic pipe or reinforced opaque
beverage tubing are acceptable choices for Optimized water
distribution. The larger inside diameter tubing or hose, the
better to minimize pressure drop.
234

SRO70 Installation Manual 100918 4
vSRO70-2 Installation Diagram
Feed Water Line -
Green 3/8” - from Feed Water
Valve to Feed Water Inlet
Feed
Water
Feed Water
Inlet
Drain Line - Black 1/4” - from Membrane Reject Connection to Drain
Reject Water
(to Drain)
User-Supplied
Feed Water Valve
Membrane Reject/
Drain Connection
Optimized
Water Outlet
Auxiliary
Filtered
Water Outlet
(Plugged if not in use)
CTO-Q10 Pre-Filter CTO-Q10 Post-Filter
AMS-Q10 Membrane Cartridge
1 32
Water
Processor
To Tank
Connection
When installing, keep line from the Tank
to the equipment as short as possible to
minimize pressure loss. Avoid loops or
kinks in tubing. Do not cut tubing with
wire crimpers or dikes.
IMPORTANT - PROTECT PROCESSOR AND
TANK FROM THE ELEMENTS. DO NOT
INSTALL IN DIRECT SUNLIGHT OR WHERE
EXPOSED TO FREEZING TEMPERATURES OR
RAIN.
Optimized Water to
Equipment
(Optional) Filtered
Water to Equipment
Optimized Water Line to Tank
- Blue 3/8” - from Processor “To Tank” Connection
to Tank Inlet
Optimized
Water Line
- Blue 3/8”
- Make connection
to distribution.
(Optional) Filtered Water Line
- Green 3/8” - Make connection to distribution.
Storage
Tank Inlet
(on valve)
Optimized Water
Storage Tank
- 2 gal. bladder
Storage Tank
Valve
(Normally Open)

SRO70 Installation Manual 100918 5
vMount Processor
Step 1
Mount the system with 2 screws (user-supplied) to the attachment
keyholes shown below. Use anchors or attach directly to studs. Be sure to
allow 3” clearance below cartridges for removal.
Step 2
Route the loose end of 1/4” black tubing (from processor) to a suitable
drain and fasten it at the drain. (Some locations may require an
approved air gap. Optional OptiPure air gap is available, part number
164-89905).
vMake Drain Connection
Use keyholes in bracket

SRO70 Installation Manual 100918 6
Step 3
Connect a piece of 3/8” green tubing to the available feed water supply
valve (angle stop shown in this example). Connect the other end to the
Feed Water Inlet on
processor.
Step 4
Install the tank valve on the top of the tank. Connect a piece of 3/8” blue
tubing to tank valve. Connect the other end to the “To Tank” connection
on processor. Ensure valve is in OPEN position, as shown.
vMake Feed Connections vMake Tank Connections

SRO70 Installation Manual 7
Step 5a
Connect a piece of 3/8” blue tubing to
the Optimized Water Outlet
connection on processor. (is
will later connect to downstream
equipment.) Temporarily route the
other end to the drain.
Step 5b
Open the feed valve. Allow water to ow to
drain until all air is purged from system and
product water becomes clear. Close the feed
valve.
Step 6
e system includes an optional auxiliary
connection. is connection provides
equipment with water that has passed through
the prelter, which reduces sediment, chlorine,
taste and odor. To connect to the auxiliary
connection, remove plug in tee connector,
install 3/8” tubing and route the tubing to
equipment.
vMake Optimized Water Connection and Flush vOptional Auxiliary
Connection

SRO70 Installation Manual 8
Step 7
Connect the blue tubing from the Optimized Water Outlet on processor to downstream
equipment. Open the feed valve and check for leaks.
vPlace in Service vTroubleshooting
Problem Possible Cause Resolution
Running out
of water.
Valves in incorrect
operating position
Operating Pressure
reduced
Very cold Feed
Water temperature
Low Feed Water
Pressure
Demand exceeds
system capacity
Ensure the feed water valve and
storage tank valve are open
Pre-Filters need to be replaced
Raise water temp to increase
production or determine if higher
capacity system is required
Install optional Feed Water Pres-
sure Booster Pump
Determine if the demand is
unusual or inconsistent, or resize
system
Poor water
quality.
Membrane failure Replace AMS-QT10 membrane
Short AMS-
QT10 mem-
brane life.
Poor Feed Water
quality, presence of
iron, silica or non-
calcium carbonate
hardness
Determine Feed Water quality by
obtaining a water quality report
from city water supply utility or
contact your OptiPure dealer
Short Pre-
Filter life
Heavy sediment
loading
Add FXAF01-12 or -12B for
added Pre-Filter protection
Processor
Either Does
Not Shut Off
or Turn On
Auto shutoff valve
not functioning
Replace auto shutoff valve
Optimized Water
to Equipment