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REVERSE OSMOSIS SYSTEM
Model: FMH (Frame Mount Horizontal)
12,000 to 41,400+ GPD

STANDARD FEATURES

• Reverse Osmosis Membrane
• Powder-coated steel frame
• Stainless steel multi-stage pump
• 80″ membrane vessel
• SCH 80 PVC manifolding
• Feed/concentrate pressure gauges
• Liquid-tight wire shrouding
• Motorized inlet ball valve
• Adjstbl. s.s. concentrate valve
• Product/Concentrate/Recycle sensor powered flow meters
• product sampling valves per vessel
  
• Two 20″ 5 micron pre-filters
• Pre and post-filter gauges
• Victaulic couplings
• Stainless steel throttling switch
• Fused main disconnect switch
• Low voltage dual-level product switches
• Optimum performance membrane array

STANDARD ELECTRICAL CONTROLS:

• Menu system with Keypad
• Product and Feed water TDS monitoring
• Manual start override on tank full condition
• Feed water temperature
• Low voltage level control
• Hour Meter
• Audible low pressure alarm
• Low pressure switch
• System ON/OFF
• Time delay start
• Low pressure bypass delay

OPTIONS:

• Nanofiltration Membrane
• Automatic flush
• Pre-treatment lock-out
• Permeate purge
• Antiscalant pump w/tank
• Hi-pressure cut-off
• Product diversion
• Stainless Steel multiple cartridge filter housing to be used for sediment removal 
• 3phase motor w/IEC motor contactor
• 50hz electrical

FEED WATER PARAMETERS:

• Temperature: 85° F maximum
• Pressure: 40 – 80 psi maximum
• TDS: 2000-5000 ppm maximum (Consult Dealer for specific model)
• Iron tolerance: 0.5 ppm maximum
• Hydrogen sulfide: must be removed
• Silica tolerance: can not be higher than 100 ppm in the concentrate stream.
  (Antiscalant should be considered for any levels over 75 ppm)
• Turbidity: should be removed
• Hardness: must be removed

OPERATING PARAMETERS:

• Operating pressure: 150 – 200 psi maximum
• Water recovery: up to 70% and is field adjusted by customer.
  (It is not recommended that the recovery be set higher than 70%)
• pH range: 3 – 11
• Flow rates are determined by the membrane mfg.’s. testing criteria of 1500 ppm Nacl solution, 77°F water temperature, 225 psi at 10-15% recovery. Typical membrane salt rejection is 95-99%

*Actual flow rates may vary depending on the pre-treatment used, water conditions, feed water temperature and applied pressure, etc.

REVERSE OSMOSIS SYSTEM
Model: FS (Filtration Station)
1,600 to 7,200+ GPD

STANDARD FEATURES

• Reverse Osmosis Membrane
• Twin tank water softener w/auto backwash
• Carbon filter w/auto backwash
• 24gpm ultraviolet water sterilizer, s.s.
• 1hp s.s. repressurization
• Powder-coated steel frame w/ casters
• Stainless steel multi-stage pump
• Stainless steel membrane vessel
• Adjstbl. waste & recycle s.s. needle valves
• Product / waste flow meters
• 5 micron pre-filter
  
• Two 20″ GAC carbon block post-filter
• Pre and post-filter gauges
• System psi gauge
• Stainless steel pre-treatment jackets
• Marine-grade back panels
• Two 300 gallon water storage tank

STANDARD ELECTRICAL CONTROLS:

• 4-line LCD display
• Keypad
• Menu system
• Temperature display
• TDS monitor with probe
• Tank full
• Low pressure
• Hour meter
• Time delay start
• System ON / OFF
• Dual-level control
• Fully-fused

OPTIONS:

• Nanofiltration Membrane
• Blending valve
• Throttle valve
• Recycle flow meter
• 20″ BB pre-filter
  
• 3phase motor w/IEC
• 50hz Motor
• Auto hourly flush
• Feed water TDS monitor
• Pre-treatment lock-out
• Product diversion
• Permeate purge
• Hi-pressure cut-off
  
• Ozone

POWER REQUIRED:
220V/ 60hz, 17 amp, 1Ø and 120v 60hz, 5 amp,

FEED WATER PARAMETERS:

• Temperature: 85° F maximum
• Pressure: 40 – 80 psi maximum
• TDS: 2000-5000 ppm maximum (Consult Dealer for specific model)
• Iron tolerance: 0.5 ppm maximum
• Hydrogen sulfide: must be removed
• Silica tolerance: can not be higher than 100 ppm in the concentrate stream.
  (Antiscalant should be considered for any levels over 75 ppm)
• Turbidity: should be removed
• Hardness: must be removed

OPERATING PARAMETERS:

• Operating pressure: 150 – 200 psi maximum
• Water recovery: up to 70% and is field adjusted by customer.
  (It is not recommended that the recovery be set higher than 70%)
• pH range: 3 – 11
• Flow rates are determined by the membrane mfg.’s. testing criteria of 1500 ppm Nacl solution, 77°F water temperature, 225 psi at 10-15% recovery. Typical membrane salt rejection is 95-99%

*Actual flow rates may vary depending on the pre-treatment used, water conditions, feed water temperature and applied pressure, etc.

Features:

• Four-stage reverse osmosis drinking water system for fresh tasting, clear drinking water.
• Great tasting drinking water for pennies per gallon.
• Membrane options include 36 GPD, 50 GPD, 75 GPD.
• Reverse osmosis membrane reduces total dissolved solids (TDS) by 96%.
• Top quality coconut carbon post-filtration provides final  polishing for the freshest taste.
• Easy to install with pre-connected, color coded tubing and hygienically sealed filter cartridges.
• Easy to maintain. Replace the filter cartridges without tools.
• Compact design saves under-the-counter space.
• Manufactured in the USA.

Four Stages For Better Drinking Water

Stage 1 & 2:  A combination filter, with 20 micron mesh and granular activated carbon, remove dirt and rust while reducing chlorine and organic compounds.

Stage 3: The reverse osmosis membrane reduces dissolved salts, metals, microorganisms and other impurities.

Stage 4: A coconut-based granular activated carbon postfilter is the final step in giving you fresh tasting, clear water.

SYSTEM SPECIFICTIONS

The Sierra 4-stage reverse osmosis systems delivers gallons of clean, clear drinking water. Choose from 36 GPD, 50 GPD, 75 GPD membrane options. The Sierra features hygienically sealed filter cartridges and color-coded fittings for easy installation and service.

FEED WATER REQUIREMENTS

Feed water must be potable. Must be free of potential membrane foulants such as Iron, Hydrogen Sulfide and Manganese.

REPLACEMENT PARTS
When properly maintained, the Sierra system will provide you with years of trouble-free service. The cartridges in this system must be replaced on a regulas basis to maintain efficiency and to ensure high water quality. Test your water every 6 months using a Digital TDS meter. Consider membrane replacement when the TDS rejection falls below 85%.

Delicious, sparkling-clear drinking water
• Convenience: Fresh, clean water ready at your faucet
• Pristine, flavorful coffee, tea and juice
• Quality water for your aquarium
• Cleanly rinsed fresh fruits and vegetables
• Crystalline, harder and clearer ice cubes
• Prolong the life of your humidifier or steam iron
• Spotless glassware when rinsed with R.O. water
• Cost effective: No more bottled water costs
• Better tasting soups, sauces and meals
• Environmentally sound: No chemicals
• Great for your pets

Three High Performance Filtration Stages…

State-Of-The-Art Features…

• Patented Design: Exclusive manifold plate with patented channel design reduces tubing connections and simplifies installation.
• High Capacity Tank: Holds approximately 2 gallons of water without taking up a lot of space.
• Compact System: Space-saving design is ideal for undersink installations and uses a minimum of space.
• Automatic Shut-Off: Signals the system to stop making water until more is needed.
• Maximum Production: High performance T.F.C. Membrane with a rating of 50 gallons per day, (189 liters per day).
• Optional Water Quality Monitor: An optional Water Quality Monitor allows you to ensure your system is working by simply pushing a button.

Model T.F.C.-335 Technical Support Information
Primary Assembly Components

Performance Specifications

Incoming Water Specifications

1. Measured at industry standard condition of 65 psig (448 kPa), 77°F (25°C), 250 ppm (mg/l) T.D.S., and discharging to atmosphere.
2. Actual capacity measured at 50 psig (345 kPa), 77°± 2° F (24°- 26° C), and 750 ± 40 ppm (mg/l) TDS per section 6 of NSF/ANSI Standard 58 product water to pressurized storage tank.
3. Chlorine will damage a T.F.C. Membrane. The Sediment/Carbon Prefilter Cartridge is designed to reduce chlorine from the incoming water. Change cartridge every 6 months, more often if the water contains more than 1 ppm chlorine.
4. Do not use with water that 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.

Tested and Certified by NSF International against NSF/ANSI Standard 58 for the reduction of: Arsenic (Pentavalent), Barium, Cadmium, Chromium (Hexavalent), Chromium (Trivalent), Copper, Cyst, Fluoride, Lead, Nitrate, Nitrite, Radium 226/228, Selenium and TDS.

14 Gallon Per Day – 3 Stage
Reverse Osmosis System
System Features:

14 GPD CTA membrane, 5 micron pre-filter, Granular Carbon post-filter, 3.2 gallon storage
tank, Ametek housings, John Guest quick connect fittings, feed and drain adapters, Hydronamic
Engineering controls, tank valve, and tubing for instalation.

FLEXEON Reverse Osmosis (RO) Systems are designed and manufactured for commercial and light industrial applications. These systems have been engineered for capacities ranging from 500 – 40,000 gallons per day and for municipal and well water supplies. FLEXEON RO Systems come pre-assembled, are fully tested, preserved and sanitized and only require simple utility connections once on site. Systems come ready for immediate on-line service, minimal set up and with little adjustment. The simple, high quality and proven design of FLEXEON RO Systems have made these systems become known as uncomplicated, cost effective and reliable water purification systems.

System Benefits and Highlights

Value Added

† Please consult individual product specification sheets for more information on available options and upgrades.
†† Standard, Advanced and Premeir packages are available for systems up to 20,000 GPD.

Pre-configured Options to Fit Most Applications

FLEXEON Reverse Osmosis Systems come standard with a wide range of features. There are numerous options and upgrades available to fit the requirements of a diverse range of water treatment applications. Listed below is a selection of descriptions for our most popular options and upgrades.

Five Stage System with Single Cartridge Design

The ultra-compact AXEON CRO-Series Reverse Osmosis System utilizes reverse osmosis technology and features a four stage prefilter, membrane, and postfilter design which is housed inside a single cartridge. A fifthstage post-polishing inline carbon filter is installed between the
tank and faucet for even better tasting water.

The system includes a non-metallic faucet, a two gallon white storage tank, tubing, and quick connect fittings for a fast and easy installation.

Tested and certified by NSF International, Standard 58, for the reduction of Total Dissolved Solids (TDS), Lead, Fluoride, Arsenic V, and Cysts.

More Water to the Tank, Less Water to the Drain

This single cartridge designed system takes advantage of cutting edge high flow membrane technology. In addition, a unique flow path gives the AXEON CRO-Series Reverse Osmosis System a superior waste-to-product ratio and can reduce water waste by 50%. The combination of the two means more water to the tank and less water to the drain. The high flow membrane also ensures faster tank refilling.

Compact and Lightweight

The AXEON CRO-Series Reverse Osmosis System has been designed to take up less space under the sink. The complete system including the tank is approximately the same height and width of a standard system’s tank. The entire system is less than 14 inches in depth and can be lifted easily with one hand. The small footprint of this system makes it easier to install in cramped kitchen or bathroom cabinets.

Saves Time and Money

With only one main cartridge and one inline carbon filter, the AXEON CRO-Series Reverse Osmosis System saves time when servicing and money on service calls and replacement cartridges.

Pre-Plumbed

No preliminary tank or unit assembly is required. The tank, faucet, feed and drain lines are pre- plumbed in the unit and tested at the factory. Final onsite installation is faster and simpler.

Fast Flow

The AXEON CRO-Series Reverse Osmosis System incorporates 3/8” tubing for faucet and tank connections. This larger diameter tubing ensures a faster flow rate of approximately 30% from the faucet.

R1-Series Reverse Osmosis Systems are designed for overall superior performance, high recovery rates, minimal energy consumption and offer great savings with low
maintenance and operation costs.

R1-Series Reverse Osmosis Systems feature a new, innovative and expandable design. These systems feature only the highest quality components, including a programmable computer controller with many built-in standard features, a stainless steel booster pump for high performance and corrosion resistance, extra low energy membranes and fiberglass membrane housings for enhanced performance and durability.

R1-Series Reverse Osmosis Systems have been engineered for capacities ranging from 1500 – 9000 gallons per day.

Benefits

• Fully Equipped and Customizable
• Expandable and Skid Mounted
• Decreased Size of Dimensional Footprint
• Components Easily Accessible
• Pre-Plumbed, Wired and Assembled
• Individually Tested and Preserved
• Low Operation and Maintenance Costs
• Easy Maintenance and Servicing
• CE Compliant†
• 1-Year Limited Warranty
• Made in the U.S.A.

Standard Features

• C22 Computer Controller N LED Display
• Pre-Treatment Lockout
• Tank Level Input
• Low Pressure Monitoring and Alarm N TDS Monitoring
• Feed Flush
• AXEON Permeate and Concentrate Flow Meters
• AXEON Concentrate Recycle Flow Meter
• AXEON Pre-Filter 0 – 100 psi Panel Mounted Glycerin Filled Gauges
• AXEON Pump Discharge and Concentrate 0 – 300 psi Panel Mounted Glycerin Filled Gauges
• 5 Micron Sediment Pre-Filter
• Pentek® Single O-Ring Heavy-Duty Filter Housing
• AXEON HF4 Extra Low Energy Membrane Elements
• Fiberglass Membrane Housings – 300 psi
• Permeate Sample Ports
• Goulds® Multi-Stage Stainless Steel Booster Pump
• Feed Solenoid Valve with Manual Bypass
• Feed Low Pressure Switch
• John Guest® and Sea-Tech® Push and Pull Fittings with Locking Safety Clips
• White Powder Coated Aluminum Frame

Options and Upgrades

• S150 Computer Controller
• S150 Expander Board
• S150 Dual TDS Board and Sensor
• AXEON HF5 Ultra Low Energy Membrane Elements
• AXEON NF3 Nanofiltration Membrane Elements
• AXEON NF4 Nanofiltration Membrane Elements
• Filmtec® LCLE Membrane Elements
• Filmtec LCHR Membrane Elements
• Stainless Steel Membrane Housings
• Hanna® BL 982411 ORP Controller
• Hanna BL 981411 pH Controller
• Chemical Pump Outlet
• Pump Pressure Relief Valve†
• Blending Valve
• Permeate Divert Valve
• High Pressure Tank Switch
• Caster Wheels
• Wooden Crate

Array Specifications

* Product flow and recovery rates are based on equipment test parameters.

** Does not include operating space requirements.
*** Treatment ability of the RO system is dependent on feed water quality. Performance projections must be run for each installation.

Operating Limits

• Maximum Feed Temperature °F (°C): 85 (29)
• Maximum Free Chlorine ppm: 0
• Minimum Feed Temperature °F (°C): 40 (4.4)
• Maximum TDS ppm: 2,000
• Maximum Ambient Temperature °F (°C): 120 (48.9)
• Maximum Hardness gpg: 0
• Minimum Ambient Temperature °F (°C): 40 (4.4)
• Maximum pH (Continuous): 11
• Maximum Feed Pressure psi (bar): 85 (5.9)
• Minimum pH (Continuous): 5
• Minimum Feed Pressure psi (bar): 45 (3.1)
• Maximum pH (Cleaning 30 Min.): 12
• Maximum Operating Pressure psi (bar): 200 (13.8)
• Minimum pH (Cleaning 30 Min.): 2
• Maximum SDI Rating SDI: < 3
• Maximum Turbidity NTU: 1

Test Parameters: 550 TDS Filtered (5 Micron), De-Chlorinated, Municipal Feed Water, 65 psi (4.5 bar) Feed Pressure, 100 psi (6.89 bar) Operating Pressure, 77 Degrees F (25 Degrees C), Recovery as stated, 7.0 pH. Data taken after 60 minutes of operation.

Low temperatures and high feed water TDS levels will significantly affect the system’s production capabilities. Computer projections should be run for individual applications which do not meet or exceed minimum and maximum operating limits.

Scale prevention measures must be taken to prolong membrane life.