/>Hi, I'm Robert B.. I live in Minnesota.
Craig "The Water Guy" Phillips asked me to share my homeowner experience with local tap water from the city and the SoftPro® Elite HE Water Softener for City Water (Industry's Best Softener & Filter Combo) I purchased.
This is how my adventures played out. I hope this helps you in your decision.
Did you know that even "soft" city water can wreak havoc on your home's plumbing and appliances?
I thought I was lucky living in Minnesota with what I assumed was decent municipal water. Boy, was I wrong. After eighteen months of living with hard water damage, soap scum buildup, and constantly replacing appliances, I finally decided enough was enough.
The breaking point came last winter when my expensive coffee maker died for the second time in eight months. The calcium deposits had completely clogged the internal heating elements, and my wife was not happy about brewing coffee in a French press every morning. That's when I started researching water softeners seriously, and the SoftPro Elite Basic High Flow system caught my attention.
The Hard Water Problem That Was Slowly Destroying My Home
Looking back, the signs were everywhere, but I'd been ignoring them for years. Our glassware came out of the dishwasher looking cloudy and spotted, no matter what detergent or rinse aid I used. The shower doors had a permanent haze that required aggressive scrubbing with vinegar just to see through them.
But the real eye-opener came when I tested our water hardness. Minnesota's municipal supply was delivering water at 18 grains per gallon (gpg) of hardness. For context, anything over 10 gpg is considered "very hard," and I was dealing with nearly double that threshold.
The financial impact was becoming impossible to ignore. Our water heater, only five years old, was already showing efficiency problems. The heating elements were coated in mineral scale, forcing the unit to work harder and longer to achieve the same temperature. My energy bills reflected this struggle with higher electricity consumption month after month.
Scale buildup wasn't just an aesthetic problem—it was systematically damaging every water-using appliance in our home. The dishwasher's spray arms were partially blocked, the washing machine was leaving white residue on dark clothing, and even our ice maker was producing cloudy, off-tasting cubes.
My skin and hair suffered too. After every shower, my skin felt tight and dry, requiring heavy moisturizer just to feel normal. My wife complained that her hair felt brittle and looked dull, despite using expensive shampoos and conditioners. We were literally fighting against our own water supply every day.
Research Phase: Understanding What I Actually Needed
>I spent weeks diving into water treatment technology, trying to understand the difference between water softening, filtering, and conditioning. The learning curve was steep, but I quickly realized that salt-based ion exchange systems were the gold standard for actual hardness removal.
The SoftPro Elite Basic High Flow system stood out because of its impressive 64,000 grain capacity and 30 GPM flow rate. For our household of four with high water usage (teenagers take long showers), I needed something that could handle peak demand without pressure drops.
What sealed the deal was learning about the SoftPro Valve technology. Unlike cheaper systems using basic timer controls, this valve uses demand-initiated regeneration. The system only regenerates when actual water usage depletes the resin capacity, not on an arbitrary schedule. This translates to significant salt and water savings over time.
The NSF certification gave me confidence in the quality and performance claims. NSF Standard 44 certification means the system has been independently tested and verified to remove hardness minerals to the levels advertised. Too many online "water softeners" lack this crucial third-party validation.
I also appreciated that SoftPro manufactures their own resin beds in-house rather than sourcing generic components. The high-capacity cation exchange resin is designed specifically for their valve systems, optimizing regeneration efficiency and extending service life.
Unboxing and First Impressions: Quality You Can Feel
The system arrived in excellent condition, packaged with thick foam protection and clear handling instructions. The unit itself is more substantial than I expected—the mineral tank weighs about 200 pounds when filled with resin and water.
The build quality impressed me immediately. The fiberglass-wrapped mineral tank feels incredibly solid, and the SoftPro Valve head has a premium, commercial-grade appearance. All the fittings and connections are brass rather than plastic, which speaks to long-term durability.
The included installation manual was comprehensive without being overwhelming. The diagrams clearly showed proper bypass valve installation, drain line routing, and electrical connections. Even the salt loading instructions were detailed with specific recommendations for different salt types.
One pleasant surprise was the pre-loaded programming. The SoftPro Valve came factory-configured with standard hardness and household size settings, though I could easily customize these parameters for our specific water conditions.
Installation Experience: Easier Than Expected
> I debated between professional installation and DIY, ultimately choosing to install it myself with help from a plumber friend. The total installation time was about six hours, including running new drain lines and installing the bypass valve system.
The most challenging aspect was positioning the 200-pound system in our utility room. We used a furniture dolly and took our time maneuvering it into place near the water main. The SoftPro Valve requires 120V power, so I had an electrician add a dedicated GFCI outlet nearby.
Plumbing connections were straightforward with standard 1-inch NPT fittings. The bypass valve installation required cutting into the main line, but the included components made this process manageable. I used SharkBite fittings for the main connections and traditional copper soldering for the bypass loop.
Initial startup involved filling the brine tank with salt, programming water hardness levels, and running the first regeneration cycle. The system uses about 40 pounds of salt for initial conditioning, and the regeneration process takes approximately 90 minutes to complete.
The control valve programming was intuitive through the LCD display. I set our water hardness at 18 gpg, household size at 4 people, and let the system calculate optimal regeneration frequency. The initial settings predicted regeneration every 6-7 days based on our usage patterns.
Performance Testing: The Numbers Don't Lie
> I tested water hardness before and after installation using both test strips and a digital TDS meter. Pre-softening measurements consistently showed 18 gpg hardness and 320 ppm total dissolved solids. Post-softening results were dramatically different: 0 gpg hardness and 280 ppm TDS.
The 40 ppm reduction in TDS represented the removed calcium and magnesium minerals, replaced by sodium ions through the ion exchange process. For perspective, this sodium addition contributes less than 50mg per 8-ounce glass—negligible for most dietary considerations.
Flow rate testing revealed no noticeable pressure drop during peak usage. Even with two showers, the dishwasher, and washing machine running simultaneously, fixture pressure remained strong throughout the house. The 30 GPM capacity rating proved accurate in real-world conditions.
The regeneration process occurs automatically during low-usage hours (typically 2-4 AM). During regeneration, the bypass valve ensures continuous water supply, though it's temporarily hard. In practice, this brief interruption never affected our daily routine.
Salt consumption averaged 40-50 pounds per month for our household, consistent with manufacturer estimates for our hardness level and usage. The demand-initiated regeneration prevented wasteful cycles, extending time between salt refills compared to timer-based systems.
