Instructions

Please read and understand these instructions before continuing with the installation. Failure to do so may cause costly water damage to your facility and/or may damage the unit in such a way that the warranty is voided!

Each unit is factory-tested for at least an hour on high and low-pressure air to be certain that it is structurally sound and leak-free before shipment.

If you have any questions call your provider of this product or call 760-734-5787 and ask for technical assistance.

The materials used in the construction of this unit are all NSF approved and are recognized components supplied to us by major plumbing material manufactures. We MUST use PVC fittings on each end to assure that proper chemistry takes place within the unit.

Not all people or tradesmen are familiar with the installation of equipment using threaded PVC fittings. To avoid damage to the ESF unit and cancellation of its warranty and to prevent future leaks that can cause costly water damages, follow the guidelines below:

1. Install with a plumbing union at each end. One on the inlet and one on the outlet.
2. Use adequate and properly placed pipe hangers. The weight of pipes on this unit can cause extensive, costly damages
3. When threading the union fittings into each end, use at least 10 wraps of Teflon tape on the mating male threads and also use a Teflon thread paste specifically designed for use on plastic threads.
4. Do not over tighten and drive the male pipe threads into the female threaded ends of the ESF beyond a SNUG point.
5. After installation, pressurize the unit for at least one (1) hour and then inspect closely for any leaks. Correct as necessary.

Installation Instructions

This unit is directional in construction and MUST be installed as shown in the CAD drawing. Water pressure to the unit should not exceed 100 PSI and the water temperature must not exceed 100 degrees Fahrenheit. Pressure and temperature exceeding these values may cause loss of performance and SERIOUS, COSTLY DAMAGES DUE TO WATER LEAKS. If water temperature and or pressure are expected to exceed these values please contact the contractor or Dime Water, Inc. READ AND UNDERSTAND THE ENTIRE INSTRUCTIONS BEFORE INSTALLING THE UNIT!

1. Turn off the water supply.
2. Determine the water flow direction at the point of installation. Untreated water goes into the port as shown in the sketch. When looking into the inlet port, one sees a gray plastic piece with a plugin in the center. The inlet end also is the end where the grounding screw is located. Unlike the installation of a salt type softener, there is no need to by-pass outside faucets with this device. The water from an ESF unit actually is good for plants because of reduced surface tension. The unit may be installed vertically or horizontally with disregard to the up or down position.
3. For proper function, this device has plastic female inlet and outlet threads. To avoid damage to the unit, use Teflon tape and Teflon based tread compound when connecting to the unit. THERE IS NO NEED TO OVERTIGHTEN. SNUG WILL DO THE JOB. OVER TIGHTENING CAN CAUSE COMPONENT FAILURE WHICH WILL CAUSE LEAKS AND RESULTING COSLY DAMAGES.
4. On inlet and outlet end please employ a union connection. This will reduce the mechanical forces on the ESF and will avoid damage due to installation.
5. The ground lug should have #22 or larger wire connected to it and the other end connected to earth ground. This enhances the catalytic portion of the device.
6. If installed in a copper or galvanized pipeline, please “jumper” the unit with #10 or larger wire to avoid disturbance of the grounding of the electrical system within the building.
7. Once installed, slowly refill the system with water and observe for leaks. Correct if required.
8. There are moving parts within the ESF. There may be a slight increase in the noise of flowing water. For this reason, install away from sleeping areas or other areas where a small noise may be bothersome to a person.

‍

Maxi-Cure Water Conditioning System Installation Instructions

Congratulations on your purchase of the Maxi-Cure Water Conditioning system.

Your Maxi-Cure water conditioning system will provide you with numerous benefits as a result of multiple stages of filtration along with peace-of-mind in knowing that you are not contributing to the pollution of our water sources. No harmful contaminants will be discharged into the sewer or septic system that will cause down-stream ecological problems. Your dealer, along with your assistance, has selected this system based upon the water-related problems that you wish to improve. The system’s design is simple and the components are very reliable. You will experience many years of excellent water quality with rarely a need to repair or service the system. If parts are needed, we have utilized nationally recognized components that you will find readily available.

Location of the Maxi-Cure Water Conditioning System

Choose a location that is level and preferably not in direct sunlight. Minimizing direct sunlight will prolong the life of the system and its components.

Since the Maxi-Cure water is actually favorable to plants and lawns, if desired, you may install the system before the irrigation plumbing system.

Periodically, small amounts of trapped dirt and debris will be washed-out of the system during the backwash cycle. These trapped particles are discharged through the system’s drain line and into a nearby drain (properly air-gapped). This drain must be able to accept a flow rate of 3 to 7 gallons per minute and a total volume of 30-50 gallons during a single backwash cycle. It is suggested that the drain be within 20 ft. of the system. The system will backwash itself every 10 days. Typically, the washing machine drain is utilized for this function. Since the Maxi-Cure does not discharge any harmful contaminants, it is often acceptable to discharge this water into a dry well or a lawn/garden saturator if the climate permits.

Installation of the Maxi-Cure

PLEASE NOTE: THESE ARE GENERAL INSTRUCTIONS THAT WILL PROVIDE GUIDELINES. MANY LOCALITIES HAVE RIGID CODES INVOLVING THE INSTALLATION OF WATER APPLIANCES. PLEASE CHECK WITH LOCAL CODE COMPLIANCE AUTHORITIES OR UTILIZE THE SERVICES OF A LICENSED PLUMBER AS NEEDED.

1. Locate the In & Out arrows that are located on the valve ports on the back of the valve.
2. It is imperative that the water flow in the proper direction through the system. The inward pointing arrow indicates the inlet flow to the system. Likewise, the outward pointing arrow indicates the outlet flow to the house. These ports may be further identified with “Raw” (inlet) & “Treated” (outlet).
3. Plan your installation by giving careful consideration to the proximity of the drain receptacle (within 20 ft.), and a power connection.
4. Turn-off the water line shut-off valve. Check to make sure that the water is off by turning on a faucet inside of the house. Continue to open available faucets to drain the water from the lines.
5. Using proper plumbing techniques, cut-away a section of pipe on the main water line. Again, it is your choice if you wish to treat the water to the irrigation system. If so, the cut-away section must precede the tee that feeds that system. Please note this may cause the cut-away section to precede the pressure regulator. You must not exceed 100 psi to the system. If this is the case, you must determine a method for regulating the pressure below 100 psi. If you do not wish to treat the water to the irrigation system, the cut-away section must be after the tee to the irrigation system. This usually results in the cut-away section to follow the pressure regulator, which typically eliminates an excessive amount of water pressure from entering the system. It is good practice to always check the incoming water pressure regardless if it is regulated or not.
6. Again, using proper plumbing techniques, make the feed connection to the system by connecting the inlet line to the inlet side of the pipe connector and connecting the outlet line to the outlet pipe connector. Please note that you should not attempt to make sweat (solder) connections that are within 1 ft. of any plastic components. If this is unavoidable, you should wrap a water-drenched cloth around the plastic components that are in question and attempt to keep these parts as cooled-down as possible.
7. Once the feed connection has been made, it is now time to make the drain connection. Locate an available drain within 20 ft. of the installation. If you plan to use flexible ” drain line tubing, utilize the ” male threaded fitting that has been equipped with the system. If you plan to use ” rigid pipe, you will need to utilize a ” PVC male adapter fitting in place of the barbed fitting. Use Teflon tape to make the connection.
8. Begin to run your drain line to the drain receptacle. Plumbing codes require that you make a properly air-gapped connection once the drain line terminates at the drain. The distance between the drain line and the drain must be at least 1 “. An air gap provides security against the possibility of a cross-connection between the freshwater and wastewater systems. Special air-gap connectors are available-contact your dealer.

Also hiring an expert plumber to work through the whole process might be the right choice. It can also help you in understanding the whole working of the appliance.

Start-up Procedure

1. With the valve plugged into a receptacle and the power on, place the unit into the bypass mode or if the system is not equipped with a bypass valve, make sure that the main-line shut- off is in the off position.
2. Familiarize yourself with the ‘Regen’ Button on the front of the control valve.
3. Put the system into the backwash position by holding down the Regen Button for 5 seconds. You will hear the system enter the backwash setting with the countdown clock showing. When countdown begins (factory set at 15 minutes for well water/10 minutes for city water) unplug the unit. NOTE: Factory settings are different is we know the water chemistry prior to sale. Slowly open the bypass valve or the main water shut-off valve and let the tank fill with water at a rate of approximately 1-gallon per minute. This will purge the unit of air.
4. Once there is all water and no air being discharged from the drain line, open the bypass valve or main water valve completely. Allow unit to run to drain until the water to drain is crystal clear. Please Note: During transportation some of the media within the unit becomes quite dusty. The initial water to drain may be black or gray. This is normal and to be expected and is no cause for alarm.
5. Plug in the unit to re-establish power to the timer. Once again press the Regen Button. The valve will now enter the rinse cycle. When the timer begins counting down (factory set at 15 minutes for well water/10 minutes for city water), unplug the unit.
6. Allow rapid rinse water to flow to the drain until water appears to be clear. Plug unit back in. Push the Regen button.
7. A blinking filtering icon will appear meaning the piston is resetting itself.
8. Once piston is set, the time of day will show.
9. Set the actual time of day at this point by holding the Set Clock button (also down arrow) The hours will flash. Use up or down arrow to set the hour according to your local time. Press next button to see minutes flashing. Set accordingly. Press next once again and system will go back into service mode with your local time displayed.
10. Observe entire unit for leaks. Correct as necessary before leaving job site. Confirm that inlet and outlet are not reversed. Be sure that by-pass valve(s) are in the service position.
11. Run water at all faucets to purge lines of any air that may have gotten into the system during installation.

Congratulations on your Aquafer Water Conditioner Purchase.

You have just received the ultimate water conditioner device!

Before proceeding with the actual installation information, take a few moments to read about this incredible way of treating water for homes and businesses.

First and foremost let us thank you for having the goods conscience to help the World save water and eliminate putting salt into the environment. Our current users of this product are saving 25,000,000 gallons of precious water EACH YEAR for their fellow citizens and this number grows with each purchase and the total savings since the release of the product is estimated to be at least 500,000,000 (1/2 BILLION) gallons as of January 2020. Add to that the reduction of discharge salt of 5,000,000 pounds EACH YEAR and a total of 125,000,000 pounds and you can see why we are truly excited.

Why is water preservation so important? We offer a couple of examples. First, China. With its nearly 100% polluted surface water supplies she relies on wells for industry, agriculture, and human consumption. Much of their clean water comes from a huge aquifer under the North China Plain. This source is dropping at over 5 ft. per year — what will such a country do if they run out of water? Closer to home in the eight states comprising the Great Plains is another example. There lies the Ogallala aquifer. It supplies the water that produces about 1/3 of the food we have in the U.S. It is being withdrawn at almost 5 ft. per year and nature is replacing it at only a few inches a year. Once you realize that it takes 1,000 pounds (120 gallons) of water to produce 1 pound of edible grain and 100 pounds of grain PLUS 1,000 gallons of drinkable water to produce 1 pound of beef you can get a feel for the importance of good water to keep us fed. What will we eat when the water is gone?

Within our homes, the primary problems associated with the use of water are related to hardness (high soap consumption, poor cleaning, scale formation to name a few), and taste and odor caused by disinfecting chemicals such as chlorine.

The Aquafer WaterSource water conditioner unit uses a well-refined (in-service Worldwide for over twenty years) catalytic/magnetic device to render the water hardness harmless for up to 72 hours. This is done by converting the hardness from a dissolved contaminant to a sub-micron suspended solid that literally washes through the plumbing system before it can react and form a scale or interfere with the action of soaps and detergents. Powerful long-life rare earth magnets are used so there is no need for an outside power source. The process is self-cleaning and requires no chemicals.

Once the hardness is controlled, the water is exposed to a special media that destroys the residual chlorine and eliminates the taste and odor associated with this chemical. Unlike activated carbon, this media does not adsorb the chlorine so it does not “load up” and requires frequent costly replacement. As added benefits, this media has been demonstrated to reduce trace amounts of heavy metals (lead, mercury, arsenic, etc.) from water and has been classified as a biocide to kill residual bacteria. Because the flow is always in the upward direction there is no resulting need for wasting water for backwash and no need for a valve to control water direction. No valve. No moving parts. No service! The units are stand-alone treatment devices for virtually all clean municipal waters and some clean private well water supplies. Special pre and post-filters as well as laboratory consultation is available for discolored or problematic waters.

O.K. Let’s now begin the process of installation.

Opening the Aquafer Water Conditioner Carton

• Please inspect the packaging prior to opening. If there is visible damage make a notation on the bill of lading or the delivery receipt.
• Carefully cut all four sides of the carton as close to the floor as possible.
• Slide unit off of the remaining carton base.
• Lift the carton up and over the top of the unit. Discard.
• Peel the protective plastic film off of the stainless steel outer tank. Discard.
• Inspect the unit for concealed damage to the outer stainless steel tank. Report to carrier if necessary.

Prepare Unit for Installation

1. Refer to the attached drawing. Identify the yoke (pipe connector) from the options are shown – male or female pipe, brass or plastic, etc.
2. If a by-pass valve was included:
   (1) Refer to the sketch and attach to the head that is on the top of the tank. Be sure that all mating surfaces are clean and free of any debris. Wipe with a soft lint-free cloth. Lubricate the O-rings with a light film of silicone grease or a few drops of liquid hand or dish soap. When properly installed the two handles will be on top facing the ceiling.
   (2) Secure in place with the clips provided on the by-pass and snug (do not overtighten) the screws provided.

NOTE: When viewing the unit from the BACK the inlet (untreated water) MUST enter the port on the RIGHT side. Treated water MUST exit the unit from the LEFT port. Failure to follow these instructions will cause plumbing problems and costly unit damage. Do NOT go any farther if you have any confusion about this portion of the instructions!

Turn off water supply and proceed to next step.

Connect Pipes to Water Conditioner Unit

Be certain to follow good assembly practices and any applicable local plumbing codes.

NOTE: Some key distributors offer an excellent option to the Aquafer. It consists of an inlet five (5) micron filter and an outlet carbon block filter. The inlet filter adds life to the system by collecting any debris in the water supply and the carbon block removes trace Volatile Organic Compounds as well as providing the ultimate in taste.

If this option is provided, the white light weight 5 micron cartridge is on the INLET and the heavier carbon block is on the OUTLET.

It is best to install these filter housings before proceeding with the installation of the
Aquafer. Simply notice the in and out that are embossed on each of the filters and follow the water flow accordingly.

1. Attach the yoke assembly to the by-pass valve if provided or directly to the in-out head if a by-pass was not included. Follow the cleaning instructions above. DO NOT FIRMLY ATTACH.
2. Set the unit adjacent to the pipes and in the spot where you wish the final location to be.
3. Take all necessary measurements and proceed to cut pipes and apply fittings.
4. To avoid damage to the Noryl head on top of the tank, it is extremely important that the pipes line up properly with the fitting and that there is no pipe weight transferred to the head. A good procedure is to remove the pipe adapter from the unit at this time and do the attachment to the pipes while it is off of the unit.
5. Now place the unit and align with the pipe connection yoke. Correct as necessary so that the head on the tank (or the by-pass valve) freely and easily slips into the adapter. Be sure all surfaces are clean and lubricate as indicated above. Secure with the clips provided.

Start Up

Locate a high flow faucet as close as possible to the unit. Open it all of the way.

SLOWLY turn on the water supply. About 1/8 full open.

Allow water to flow into the unit. Air will be dispelled from the tank through the open faucet.

Allow to flow until there is no more air and water only is exiting from the faucet. NOTE: IF AT ANY TIME YOU NOTICE A FLOW OF THE MEDIA (GOLD COLORED PARTICLES) EXITING THE FAUCET. STOP. TURN OFF WATER. THE UNIT HAS BEEN INSTALLED BACKWARDS!!!. PLUMBING IS REVERSED.

Open faucet all of the way and allow water to run until clear. Installation is complete.

Look for and repair any minor leaks.

ENJOY YOUR EXCELLENT WATER FROM A TOTALLY ENVIRONMENTALLY SAFE AND FRIENDLY UNIT.

Instructions for Clack Water Softener Valves

(Including Nitrate Sulfate Units) and Backwashing Filters

General instructions applicable to both softeners and filters

1. Review M1 Manual pages 25-28 to familiarize yourself with basic do’s and don’ts of valve use and installation and pages 32 & 33 for full flow by-pass valve details. Page 35 addresses inlet and outlet fittings use.
2. Water flow direction. All systems flow from right (untreated water inlet) to left (treated water outlet) when viewed facing the valve timer (front)
3. When supplied with both a filter and a softener, unless special instructions are given, they are installed so that water flows first through the filter and then on to the softener.
4. Always place systems on a hard (preferably concrete) and level surface. Install indoors or under cover and minimally exposed to direct sunlight and blowing debris. If outdoors request an optional weatherproof timer cover.
5. When installing on well systems, place the unit(s) hydraulically after the hydropneumatic pressure tank. Do not install between the well and the tank.
6. Install within 15 feet of an uninterrupted 115-volt electrical outlet.
7. A 3/4″ MPT drain fitting is supplied on the top of each control valve. Use a 3/4″ drain for most filters. Reduce to 1/2″ ID tubing or pipe for most softeners unless length exceeds 20 ft. Drains can go up 8 ft. to clear doorways.
8. Drain water from filters is typically dirty in appearance but free of added chemicals and can be disposed of anywhere. Softener drain water can contain dirt, but about 1/3 of it will contain a high dissolved solids level of salt brine that is environmentally damaging and must be disposed of in a dry well, French drain, sewer or septic tank. Numerous industry studies have shown no degrading of septic tank function due to this discharge. 

Softener and Nitrate Reduction Instructions

1. Review M1 page 34. After placement and plumbing the in and out, connect and support the drain line. Leave the water to the unit turned OFF.
2. Connect the 6′ length of black plastic 3/8″ OD tubing shipped in the brine tank first to the push fitting on the top of the valve and then attach the other end to the push fitting on top of the brine valve. To access this second connection, lift the cover off of the brine tank and locate the 4″ dia. white tube (brine well). Take the cap off of the brine well and feed the black tube through the hole in the side of the brine tank and the brine well and push the tube into the push fitting on top of the brine safety valve. Tug on the brine line in the brine tank and then the valve to be certain both are tight. Replace the white cap on the brine well.
3. Add a minimum of a 40 lb. bag of salt into the brine tank. Use only salt packaged and sold for water softener use. Use rock (94% salt + 6% dirt) or pellet (99% salt) salt. “Common” salt is sodium chloride and potassium chloride can be substituted with no adjustments. Be cautious with potassium chloride if there are daily warm cold temperature swings because its temperature/solubility characteristics are different than sodium chloride and large “cakes” of salt can form in the brine tank that can impair softener operation.
4. Add about 5 gallons of water to the salt in the brine tank. As received the softener will produce softened water but the resulting brine is necessary for the first regeneration. From that time forward the correct amount of water will be returned to the brine tank automatically to produce brine for subsequent regenerations.
5. Plug in the valve transformer.
6. Pressurize the system.
   a. Push the right (REGEN) button on the timer and hold for 5 seconds. Valve will index to the backwash position.
   b. Very Slowly, partially open the water supply to the unit. When all air has been expelled from the unit through the drain line and only water is flowing, open the water supply all of the way open.
7. By repeatedly tapping the REGEN button, index the valve quickly through the remaining regeneration cycles and back to the service position.
8. Choose the closest COLD water faucet and open it full flow for a few minutes until the water runs clear.
9. Set the actual time of day at this point by viewing M2 page 6 or by holding the Set Clock button (also down arrow)  The hours will flash.  Use up or down arrow to set the hour according to your local time.  Press the next button to see minutes flashing.  Set accordingly.  Press next once again and the system will go back into service mode with your local time displayed.
10. Typically units are preset for the application and will regenerate at 2:00 a.m. on water volume treated. To change the regeneration time or water hardness refer to M2 page 17.
11. Enjoy your treated water and within a day or two add up to 300# of salt to the brine tank.
12. To keep your unit functioning well and for a long time
    a.  Always keep the salt level in the brine tank above the liquid level.
    b. If there is any iron, manganese, or suspected bacteria in the raw water, once every 3 or 4 months add a commercially available resin cleaner to the brine tank. Optionally you can purchase from us an automatic cleaner feeder that inexpensively keeps resin clean for years.
    c. Check water pressure available at the unit. If a consumer well supply, pressure must not drop below 25 PSI. Lower pressure may result in incomplete regeneration, salty water at taps, and premature resin failure. If a municipal supply be certain pressure doesn’t exceed 100 PSI and preferably not exceed 70 PSI. High pressures shorten tank and valve life resulting in leaks.
    d. Keep the area around the installation reasonably clean and neat.

Backwashing filter instructions.

1. Review M1 page 34. After placement and plumbing the in and out, connect and support the drain line. Leave water to the unit turned OFF and all faucets, fixtures, and appliances in the facility must also be in their off position.
2. Plug in the valve transformer.
3. Push and hold the right (REGEN) button on the front of the timer. The valve will index to the backwash position.
4. Very slowly, partially open the water supply to the unit. Air and a small amount of water can be seen and heard at the drain.
5. Once only water is seen at the drain
   a. If it is a carbon filter immediately turn off the inlet water and wait for 30 plus minutes.
   b. For all others and carbon filters after 30 minutes proceed to 6.
6. Open the inlet valve all of the ways. For carbon filters push and hold the REGEN button for 5 seconds. Allow a full flow to drain during the backwash and flush cycles.
7. At the end of the flush cycle, view the drain water.
8. If necessary, repeat the REGEN cycle as many times as necessary until the water to drain at the end of cycles is clean and clear.
9. Open the closest COLD faucet and run the water until clean and clear.
10. Valves are factory programmed as follows unless special instructions were made.

                                                       Carbon Filters              All others

Regeneration Time                  2:00 a.m.            2:00 a.m.

Regeneration Frequency            6 days                 3 days

Backwash Time                            6 min.                 10 min.

Flush Time                                    6 min.                 10 min.

11. To change Time, frequency, and cycle duration refer to M2 pages 15 & 17.
12. Set the actual time of day at this point by viewing M2 page 6 or by holding the Set Clock button (also down arrow) The hours will flash.  Use up or down arrow to set the hour according to your local time.  Press the next button to see minutes flashing.  Set accordingly.  Press next once again and the system will go back into service mode with your local time displayed.
13. Enjoy filtered water

‍