Checklist
Commercial Cabling Site Survey Checklist
Use this to capture floors, ceiling access, pathway constraints, drop counts, rack locations, patch-panel needs, and turnover documentation before a cabling quote.
Read guidePlanning resources
Use these resources to gather the information a low-voltage contractor needs before quoting: field conditions, device counts, network-room readiness, door hardware, camera coverage, and turnover expectations.
Checklist
Use this to capture floors, ceiling access, pathway constraints, drop counts, rack locations, patch-panel needs, and turnover documentation before a cabling quote.
Read guideWorksheet
A practical worksheet for entrances, corridors, parking, cash areas, loading docks, blind spots, lighting, retention targets, and remote access requirements.
Read guideGuide
Clarify door hardware, reader type, request-to-exit needs, user permissions, schedules, visitor workflows, alarm tie-ins, and closeout training.
Read guideChecklist
Check rack elevations, cable management, patching labels, UPS/PDU readiness, cooling, admin handoff, and as-built notes before project closeout.
Read guideField note
A complete scope makes the work comparable: exact systems, locations, assumptions, exclusions, test criteria, documentation, and handoff responsibilities.
Field note
Existing buildings need careful review of access, pathways, ceiling conditions, riser rules, occupied-space scheduling, and legacy equipment constraints.
Resource library
These public guides are built for property managers, IT leads, owners, and GCs who need enough detail to compare bids, avoid hidden conditions, and keep turnover clean.
If you already know the building type, square footage, camera count, or network drop count, start with the estimate builder. If not, book a site survey first.
Checklist
Use this to capture floors, ceiling access, pathway constraints, drop counts, rack locations, patch-panel needs, and turnover documentation before a cabling quote.
Use this resourceWorksheet
A practical worksheet for entrances, corridors, parking, cash areas, loading docks, blind spots, lighting, retention targets, and remote access requirements.
Use this resourceGuide
Clarify door hardware, reader type, request-to-exit needs, user permissions, schedules, visitor workflows, alarm tie-ins, and closeout training.
Use this resourceChecklist
Check rack elevations, cable management, patching labels, UPS/PDU readiness, cooling, admin handoff, and as-built notes before project closeout.
Use this resourcePlanning
Gather occupancy, floor material, rack locations, roaming needs, guest access, device density, warehouse aisles, and management expectations.
Use this resourceScorecard
Compare proposals by scope clarity, pathway assumptions, warranty, test results, labeling, equipment choices, support terms, and excluded conditions.
Use this resourceScope quality
Document ceiling access, riser paths, MDF/IDF locations, camera sightlines, door hardware, and after-hours access windows before pricing.
Keep cabling, cameras, access control, WiFi, phones, and server-room work scoped with clear ownership and acceptance criteria.
Require labeled drops, device schedules, test results, admin access handoff, as-built notes, and support contacts at closeout.
Field notes
A complete scope makes the work comparable: exact systems, locations, assumptions, exclusions, test criteria, documentation, and handoff responsibilities.
Separate cabling, CCTV, access control, WiFi, phones, alarms, and server-room work so pricing and responsibility are clear. Blended scopes hide exclusions.
Ask for labels, test results, device schedules, admin credentials, as-built notes, warranty contacts, and training before the job is considered complete.
Existing buildings need careful review of access, pathways, ceiling conditions, riser rules, occupied-space scheduling, and legacy equipment constraints.
Open ceilings, blocked sleeves, firestopping, shared risers, and finished spaces can change labor more than the equipment list. Document them early.
Retail, office, healthcare, and multifamily work often needs night work, tenant notices, temporary service continuity, and room-by-room coordination.
Offline
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