For Architects • Designers • Engineers • Contractors
Engineering Design & Technology
Sensor-driven fixtures built for high-traffic performance. Use BIM files, certification resources, and submittal-ready documentation to plan coordinated touchless faucet, dispenser, and smart shower packages.
Engineering-first Fixtures for Demanding Environments
This category is built for specifiers and installers who need predictable outcomes: stable sensor activation, clear power strategy, controlled flow, and service-friendly maintenance. Use the links below to assemble coordinated packages for restrooms, healthcare, education, transportation hubs, hospitality, and civic buildings.
Sensor Technology and Control Logic
Sensor options: Time-of-Flight (ToF) or IR depending on model and application.
Stability: Better tolerance to ambient-light variation and reflective surfaces.
Safety: Auto shutoff to prevent continuous-run events.
Commissioning: Repeatable setup across multi-stall restrooms.
Search by model name or SKU to locate BIM files, spec sheets, installation guidance, and submittal-ready documentation.
For plan review and submittals, attach:
certifications,
spec sheets, and install instructions by SKU.
Engineering Support for AEC Teams
The goal is predictable performance and smoother coordination: stable sensing, clear power requirements, serviceable components, and documentation that supports submittals. Use this page to route teams to the right categories, then build a coordinated package using BIM lookup and certifications.
Spec-Focused FAQ
What should we define in a touchless faucet spec for predictable field results?
Specify sensor type (ToF or IR if required), power strategy (battery, AC, or AC with backup), max run time, intended flow rate, outlet type (laminar or aerated), and service access requirements. Then attach the SKU-level spec sheet and certifications in the submittal set.
How do we reduce splash and nuisance activation in commercial restrooms?
Match spout reach to basin geometry, choose an outlet type appropriate to the sink and pressure conditions, and commission sensing distance to the actual room reflectivity and lighting. For rollouts, standardize the same faucet family per room type and keep service parts consistent.
What is the best way to document coordinated faucet + dispenser packages?
Use a package list by room type that includes SKUs, finishes, power method, and any flow targets. Attach individual spec sheets, installation instructions, and warranty sheets by SKU. For projects with multiple restrooms, standardization reduces change orders and simplifies O&M.
How should we approach smart shower system planning for hospitality?
Define valve location and service access, confirm control strategy and required power, and coordinate trim placement to prevent conflicts with waterproofing and backing. Use digital shower categories to compare system layouts and then align the rough-in early using documentation.
For submittals, include model/SKU, finish schedule, and any flow or power constraints so documentation can be packaged consistently.
Water Efficiency and Durability
Sensor control can reduce run-on waste in high-traffic applications. Pair water targets with SKU-level documentation to keep plan review and procurement aligned.
Documentation-ready • Certification support
Technical Support
Pre-submittal assistance for coordinated fixture packages.
Need BIM, Certifications, or Spec Sheets for Submittals?
Send the scope, finish schedule, and any power or flow constraints. We’ll point you to the right categories and documentation for coordinated packages.
Built for project teams specifying touchless and digital systems. Compare sensor and control options, plan rough in and power, and coordinate finishes across mixed fixture packages for consistent design intent.
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