Evidence-led guidance for K–12 decision makers

Installation guide

School Vape Detector Installation and Placement Guide

A floor plan is only the start. School vape detector placement depends on airflow, room shape, height, power, data and the response path.

Survey each room

Record dimensions, ceiling height, stalls, partitions, vents, windows, doors, air fresheners and likely event areas. Mark the nearest cable route, outlet, approved Wi-Fi access point and cellular signal.

Use published coverage as a starting point

Zeptive and HALO publish about 144 square feet for vape sensing in typical settings. Triton gives 12 by 12 feet at a standard ceiling height. FlySense 300 lists 14 by 14 by 10 feet. These figures are not a promise for every room. Air movement can delay or dilute aerosol.

Do not mount beside an exhaust or automatic spray. Follow the maker’s exact clearance and height guide. Large or divided rooms may need more than one unit.

Plan power and data together

PoE needs an approved switch port and a cable within distance limits. Wi-Fi needs stable signal, device onboarding and a security review. Battery units need service access. Cellular units need signal and a data term.

Test the full chain

Use a maker-approved test method. Test near the unit and from the farthest likely point. Confirm local sensing, network delivery, phone receipt, event naming and staff arrival. Test normal aerosols and cleaning routines for nuisance alerts.

Leave a usable record

Give facilities and IT a final floor plan, device list, network settings, warranty data, battery schedule, support path and alert owner list. Retest after HVAC changes or major room work.

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