Field Notes from Architects, Designers & Contractors on Fontana FlushNet™, ProConnect™, CoreReact™ & FlowSync™
Summarized feedback from project teams and installers—covering reliability, commissioning, integration with finishes, and behavior in day-to-day operation. Each entry links to relevant Fontana technical pages where you can review options and request specifications.
"On a transit project with 30+ stalls, FlushNet™ maintained reliable sensing with no nuisance flushes. The finish coordinated well with existing brushed hardware and partitions."
"Valve orientation and quick-connect points are clearly laid out. Rough-in time dropped by roughly 25% compared with the legacy units on the same campus."
"In hospitality restrooms, the low-noise actuation has been important. The Satin Frost surface stays visually calm and doesn’t draw attention to the hardware."
"For a university science complex, ProConnect™ allowed us to standardize parameters building-wide. The commissioning checklist was significantly shorter than with stand-alone fixtures."
"Being able to adjust settings and review status post-turnover without rolling trucks has been a major advantage for facilities. The diagnostic indicators give them confidence in system health."
"The interface is legible for non-technical staff. Slate Grey reads neutral and integrates with concrete, graphite, and metal panel palettes we use frequently."
"We met our water-use targets without negative feedback from users. The laminar stream is predictable and quiet, which works well for public and institutional projects."
"Body and fasteners feel robust. After a year in a regional mall, we’ve seen no finish failure and no unplanned fixture replacement."
"Coordinates cleanly with linear washplanes, back-painted glass, and metal panels. It reads as a precise, technical element rather than a decorative accent."
FAQ — Specifying These Fontana Models
Are these products suitable for high-traffic commercial restrooms?
Yes. All four models are intended for airports, malls, universities, healthcare, and similar high-traffic environments, with robust finishes and sensor logic tuned for variable lighting and user flows.
Do they support ADA-aware configurations?
Clearances, reach ranges, and mounting heights can be coordinated with ADA requirements and local plumbing codes. Project teams should verify final dimensions against project-specific cut sheets.
How do I obtain BIM/CAD files and CSI specs?
Use the Fontana BIM Files hub to request CAD/BIM assets, CSI 22 42 39 documentation, and submittal packages.
Can ProConnect™ manage fixtures remotely?
Yes. ProConnect™ is designed to centralize key parameters (range, run time, purge cycles) and expose diagnostic indicators that help reduce service calls and support standardized settings across multiple restrooms.
What if my site prefers hybrid power?
Fontana supports AC/DC hybrid options and IP-rated battery enclosures for long service life in demanding environments. Review project drawings and coordination notes with your MEP engineer before final selection.
Power architecture drives sensor stability, solenoid actuation margin, commissioning repeatability, and real maintenance workload.
This specifier-focused breakdown shows when battery is the right retrofit move—and when hardwired is the only “no surprises” choice
for airports, schools, transit hubs, healthcare, and universities.
FS8978SN • AutoCore ConnectSatin NickelFS8980CH • OptiFlushChromeFS8119BL • HaloMatte Black
1) Power Architecture: What Actually Changes
In a sensor-operated urinal flush valve, power choice directly impacts detection stability, solenoid actuation margin, and how consistent
the system remains as ambient conditions change (lighting, reflective surfaces, humidity, vandal activity). Battery configurations can win
for retrofit speed and constrained conduit conditions, while hardwired specifications are typically chosen for predictable uptime and standardized
commissioning across large portfolios.
Battery-Powered (Common Spec Use)
Fast retrofit scope where conduit routing is restricted
Lower install disruption for single-valve upgrades
Best when valve access is simple and PM checks are standardized
Lifecycle cost depends on traffic profile + service discipline
2) 10-Year Lifecycle Cost: What Owners Actually Pay For
The 10-year reality includes service labor, access time, downtime risk, replacement parts strategy, and water-impact from misfires
(false activations or missed flushes). For high-use environments, the “cost” is often dominated by small recurring service touches—so the
spec should prioritize predictable maintenance and consistent behavior across rooms, not just up-front equipment price.
Water savings comes from stable detection + correct dwell logic + configurable timing profiles that reduce false triggers.
In high-traffic restrooms, a small false-activation rate can snowball into major water waste and increased service calls.
4) Recessed vs Exposed: Service Access vs Wall Protection
Recessed installations are selected for cleaner wall elevations and better protection in public settings, while exposed flushometers can
remain valuable for certain retrofit projects where access simplicity is the primary goal. The correct spec is the one that aligns
power approach, access strategy, and commissioning method before the first valve is installed.
Facility teams measure success in “no complaints.” That means diagnostics must be fast, service actions must be repeatable,
and false-trigger behavior must be controllable without guesswork.
Below are your series clusters, organized for specifier comparisons (battery vs hardwired, recessed vs exposed, high-traffic tuning,
finish strategy, and serviceability).
This cluster works well for finish continuity (Chrome / Brushed / Matte Black) and repeatable commissioning where you need consistent
performance in heavy-use zones.
Strong fit for “portfolio standardization” where maintenance teams need repeatable parts strategy, predictable tuning behavior,
and consistent finish performance across a building program.
Use this family for “response repeatability” comparisons—especially when your goal is minimizing false activations while keeping
consistent flush behavior under real-world pressure swings.
