Automatic Flush Valves

Sensor-operated flush valves remove the need to touch manual handles on toilets and urinals. In high-use restrooms, they also help standardize flushing behavior, which can reduce odor complaints and improve fixture readiness between users.

• Reduces contact with flush handles.
• Supports consistent bowl and urinal clearance.
• Works well in airports, offices, schools, and stadiums.
• Choose vandal-resistant housings for public environments.

Sensor Faucets

Commercial sensor faucets use infrared detection, a solenoid valve, and a metered flow cycle to turn water on only when hands are present. This reduces handle contact and helps limit unnecessary run time.

• Removes faucet-handle touchpoints.
• Controls run time more consistently than manual faucets.
• Pairs well with low-flow aerators.
• Battery, hardwired, or hybrid power options are available.

Touchless Soap Dispensers

Soap dispensers are used immediately before handwashing, so reducing contact here is especially useful. Bulk-fill or cartridge systems can also improve janitorial planning when refill access is simple.

• Removes push-button dispenser contact.
• Encourages a smoother handwashing sequence.
• Can reduce visible residue around counters.
• Best paired with matching sensor faucets.

Hands-Free Drying

Automatic hand dryers and touchless paper towel dispensers reduce contact with levers and cranks. The right choice depends on restroom traffic, noise limits, waste hauling costs, and user expectations.

• Removes manual towel-lever touchpoints.
• Can reduce paper handling and overflow.
• Sensor paper dispensers suit quiet environments.
• High-speed dryers suit waste-reduction goals.

Smart Restroom Monitoring

Smart restroom systems use sensors to monitor occupancy, supply levels, leaks, odors, temperature, and maintenance events. Instead of checking every restroom on a fixed route, staff can prioritize rooms that need service first.

• Tracks soap, paper, and trash levels.
• Alerts teams to leaks or overflow risks.
• Supports usage-based cleaning schedules.
• Can connect to CMMS work order systems.

Doorless Entries

Where the layout allows, a privacy-screened doorless restroom entry can remove one of the most repeated touchpoints: the main restroom door handle. This is especially useful in airports, malls, stadiums, and large public venues.

• Removes entry and exit door contact.
• Improves traffic flow during peak periods.
• Requires careful sightline and privacy planning.
• Works best with strong ventilation design.

Sensor Performance

Sensor fixtures must detect users reliably without false activation. For faucets, the sensing zone should match the lavatory depth and mounting location. For flush valves, the sensor should account for user position, stall dimensions, and fixture type.

• Specify adjustable sensor range where possible.
• Avoid reflective surfaces that confuse infrared sensors.
• Test activation under expected lighting conditions.
• Include an override or service mode for maintenance.

Power Strategy

Battery systems simplify retrofit work, while hardwired fixtures reduce battery replacement labor. Hybrid systems can be useful when uptime is critical but electrical access is limited.

• Use hardwired power for new construction when practical.
• Use long-life batteries for selective retrofits.
• Record battery type and replacement cycle in the maintenance plan.
• Keep access panels reachable without removing major finish materials.

Water Efficiency

Restroom water savings depend on flow rate, flush volume, metering behavior, sensor timing, and user volume. Automatic operation is most effective when paired with correctly selected fixtures and regular calibration.

• Confirm public lavatory faucet flow limits.
• Check toilet and urinal flush volumes against project goals.
• Use pressure-compensating aerators where appropriate.
• Document settings after commissioning.

Accessibility and Reach

Touchless does not automatically mean accessible. Fixture height, clear floor space, knee clearance, reach range, approach direction, and operable parts still need to be reviewed under applicable accessibility standards.

• Coordinate with ADA and local accessibility rules.
• Confirm dispenser and dryer reach ranges.
• Keep sensor activation intuitive from seated and standing positions.
• Avoid placing accessories where they block required clearances.

Weekly Checks

• Clean sensor lenses with approved non-abrasive methods.
• Check faucet activation and shutoff timing.
• Confirm soap dispensing volume.
• Inspect flush valve activation from normal user positions.

Monthly Checks

• Review battery status or power connections.
• Inspect aerators and strainers for debris.
• Check smart sensor dashboard alerts.
• Verify supply-level sensors match actual inventory.

Quarterly Checks

• Recalibrate sensors if false activations appear.
• Review water-use changes by floor or restroom group.
• Inspect valves, seals, and mounting hardware.
• Update cleaning routes based on occupancy patterns.

Best Upgrade Sequence

For most buildings, the best order is simple: start with the fixtures people touch most often, then add monitoring where maintenance teams need better visibility.

1. Replace manual flush handles with automatic flush valves.
2. Install commercial sensor faucets at public lavatories.
3. Add touchless soap dispensers to complete the handwashing zone.
4. Upgrade drying with sensor paper dispensers or automatic hand dryers.
5. Add leak, occupancy, odor, and supply sensors for larger facilities.
6. Review doorless entries and material upgrades during major renovations.