AV Code Compliance Checklist
Pre-Project Code Identification
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Identify applicable federal codes
- NEC (National Electrical Code)
- IBC (International Building Code)
- ADA (Americans with Disabilities Act)
- NFPA 70E (Electrical Safety in the Workplace)
- NFPA 72 (Fire Alarm & Signaling)
- NFPA 101 (Life Safety Code)
- OSHA (Occupational Safety and Health Act)
- FCC Part 15/Part 74 (Wireless & RF)
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Identify state-adopted building codes and amendments
- State building code version (IBC 2015/2018/2021, etc.)
- State electrical code version (NEC 2020/2023, etc.)
- State energy code version (ASHRAE 90.1 version, IECC version)
- State fire code adoption (NFPA 72, NFPA 101 versions)
- State-specific amendments documented
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Contact local building department for permit requirements
- Determine which codes are locally adopted
- Identify any local amendments or stricter requirements
- Clarify permit scope: electrical, fire safety, structural, other
- Confirm permitting timeline and fee structure
- Obtain contact info for building inspector and fire marshal (if applicable)
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Determine if project requires licensed contractor involvement
- Licensed electrician required? (for power/branch circuits)
- Licensed contractor required? (project value, scope threshold)
- Licensed engineer or architect required? (building type, structural work)
- State licensing board contact info documented
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Check for historic building restrictions
- Is building listed on National Register of Historic Places?
- Is site within a local historic district?
- Historic preservation office contact and approval process documented
- Design review requirements clarified
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Verify occupancy classification and applicable code sections
- Building occupancy type documented (Assembly, Business, Educational, Industrial, etc.)
- Applicable IBC sections for that occupancy identified
- Specific life-safety, egress, and emergency requirements noted
- Architecture & building plans cross-checked for occupancy classification
Electrical & Cabling Compliance
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Confirm cable ratings per NEC Article 800
- Plenum-rated (CMP/OFNP) cable used in plenums and return-air spaces?
- Riser-rated (CMR/OFNR) cable used in vertical shafts?
- General-use (CM/OFN) cable used in non-critical areas?
- All cable type selections documented and justified
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Verify separation of power and signal cables per NEC
- Power cables and low-voltage AV signal cables physically separated?
- Minimum separation distance maintained (varies by voltage; typically 2–6 inches)
- Cross-over points using separate conduit or perpendicular crossing?
- Cable routing documented on plans
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Confirm proper grounding and bonding per NEC and TIA-607
- All conductive equipment enclosures bonded to ground?
- Ground reference plane (GRP) provided in equipment room?
- Network cables and control wiring routed through grounding conduit?
- Grounding electrode verified (building steel, ground rod, or other)
- Lightning protection coordinated with electrical engineer (if required)
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Check conduit fill ratios per TIA-569 and NEC
- Conduit fill does not exceed 40% for 3+ cables, 50% for 1–2 cables
- Pull lubricant used for long runs or tight bends?
- Conduit layout allows future additions without over-fill?
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Verify all equipment is UL listed or equivalent certification
- Amplifiers, processors, power supplies: UL listed?
- Displays, projectors, video walls: UL or equivalent (CE, FCC) certification?
- Cabling and connectors: UL certified or recognized component?
- Unlisted equipment requires engineering justification and AHJ approval
Structural & Physical Installation
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Calculate structural loads for ceiling-mounted displays, speakers, projectors
- Weight of each device documented
- Total weight and moment load calculated
- Building structural drawings reviewed to identify safe mounting points
- Structural engineer stamped calculations provided (if required by AHJ)
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Verify mounting hardware meets seismic requirements (if applicable)
- Seismic bracing designed per IBC Section 13.2 (Architectural Components, Mechanical Systems, and Electrical Components)
- Bracing rated for site seismic design category (SDC A–F)
- Equipment mounted to structural members (not just drywall)
- Fasteners rated for expected loads (static + dynamic)
- Post-installation inspection conducted to verify brace integrity
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Confirm fire barrier penetration sealing for all cable runs
- All cables passing through fire-rated walls/floors identified
- Fire-rated conduit or cable raceways specified
- Penetration sealing material (fire-rated caulk, putty, or sleeves) selected
- Penetrations labeled and documented on as-built drawings
- Fire rating of barrier verified post-sealing (if required)
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Verify equipment room ventilation and cooling per IBC and ASHRAE 90.1
- Room HVAC sizing calculated based on equipment heat load
- Setpoint determined per ASHRAE 90.1 (typically 75°F / 24°C)
- Hot/cold aisle containment considered to reduce AC load
- Humidity control (desiccant or humidification) specified if needed
- Thermal monitoring system installed to verify compliance
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Check rack weight loads and floor loading
- Total rack weight calculated (equipment + cabling)
- Floor loading rating confirmed (typically 50–100 lbs/sq ft live load)
- Rack distribution load evenly spread across floor area
- Vibration isolation considered if needed (for sensitive audio systems)
- Structural engineer review if floor loading is marginal
Accessibility (ADA)
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Assistive listening systems installed in qualifying public venues
- Space capacity ≥50 people AND public assembly occupancy? Assistive listening required
- System type chosen (hearing loop, FM, IR, or combination)
- Coverage area designed to serve all seating
- Receiver inventory and charging system provided
- Staff training and documentation provided
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Display mounting height and viewing angle compliance
- Primary viewing height between 40" and 48" above floor (ADA 2.5" line of sight)
- Viewing angle accommodates wheelchair users and standing occupants
- Display not obstructing accessible routes or exits
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Control interface reach range (15"–48" AFF for forward reach)
- Touchpanels and control interfaces mounted within accessible reach range
- Hard buttons and volume controls positioned accessibly
- Control method accommodates single-hand operation (no simultaneous keys required)
- Visual feedback provided for actions (lights, status displays)
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Touch panel operation force requirements
- Buttons/touch targets require no more than 5 lbs force
- Activation method clear and intuitive (no complex sequences)
- Emergency override controls clearly labeled and accessible
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Captioning and visual alert systems installed where required
- Spoken content captioned (live or pre-recorded video)
- Visual alarm signals (strobes) provided alongside audible alarms
- Caption display positioned and sized for legibility
- Caption system integration with video/AV infrastructure verified
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Signage for assistive systems
- Assistive listening system labeled and described
- Symbol and operating instructions posted at venue entrance
- ADA accessibility contact/phone number provided
Fire & Life Safety
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Fire alarm integration reviewed with NFPA 72 / NFPA 101
- Building fire alarm system scope and coverage documented
- AV equipment emergency shutoff protocol defined
- Integration with AV control system to trigger display shutdown during alarms?
- Fire alarm interface (analog/digital) compatible with AV system
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Emergency communication / MNS (Mass Notification System) system designed per NFPA 72 Chapter 24
- Voice/alarm system scope identified (building-wide, specific zones)
- Speaker placement and coverage calculated
- Speaker SPL output verified to meet minimum requirements (≥15 dBA above ambient, ≤110 dBA)
- System redundancy and backup power (UPS/battery) specified
- Testing and maintenance plan documented
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Notification appliance SPL meets NFPA 72 requirements
- Measured SPL at occupant locations ≥15 dBA above average ambient
- Maximum SPL does not exceed 110 dBA (hearing protection limit)
- Speech intelligibility (STI) ≥0.50 in critical spaces
- Frequency response suitable for speech (200 Hz–4 kHz emphasis)
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All notification appliances UL listed
- Speakers/horns: UL 1480 (speakers) or UL 1971 (high-power speakers)
- Strobes: UL 1971 (visible alarm signaling)
- Speakers and strobes: UL 1480 (combined audio/visual)
- Certification labels visible on equipment
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AV equipment does not obstruct egress paths or exit signage
- Video displays and signage positioned to not block exits
- Floor-level cables in conduit or covered to prevent trip hazards
- Ceiling-mounted equipment does not reduce egress clearance (≥7' typical)
- Exit signage visible and illuminated (not obscured by AV equipment)
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Cable fire ratings meet occupancy and pathway requirements
- Plenum-rated cables (CMP/OFNP) in plenums
- Riser-rated cables (CMR/OFNR) in vertical pathways
- All cables fire-tested per UL or equivalent standard
- Manufacturer fire-test documentation available
Wireless & RF
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Wireless microphone frequencies coordinated per FCC Part 74 / Part 15
- Operating frequency band identified (TV, L-Band, UHF, 2.4 GHz, 5 GHz, etc.)
- Licensed vs. unlicensed band determination made
- Frequency coordination with local FCC database (if required)
- Interference assessment completed (RF, WiFi, cell phone interference)
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Licensed frequencies obtained if operating above Part 15 limits
- FCC License application filed (if required)
- License term documented (typically 4 years)
- Renewal timeline noted for future compliance
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RF interference assessment completed for venue
- Site survey identifying neighboring RF sources (cell towers, broadcast stations)
- Antenna placement optimized to minimize interference
- RF shielding considered if high-interference environment
- Post-installation interference testing conducted (if required)
Energy & Sustainability
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AV equipment meets ASHRAE 90.1 standby power requirements
- Amplifiers, processors, media servers: ≤0.5W standby (or ≤1.5W if display present)
- Displays: ≤1W sleep mode after 30 min inactivity
- Equipment specifications verified against manufacturer data sheets
- Exemptions documented (e.g., network-connected devices requiring wake-on-LAN)
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Occupancy-based automatic shutoff configured in control system
- Occupancy sensors integrated with AV control system
- Automatic shutoff timer set (typically 15–30 min after vacancy)
- Manual override permitted but must re-engage automatic shutoff after 2 hours
- Schedule programmed for unoccupied hours (nights, weekends)
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Display brightness and scheduling programmed
- Maximum brightness limited to prevent glare and reduce energy
- Time-of-day scheduling configured (dimmer at night, brighter during day)
- Ambient light sensor integration (if supported by display/control system)
- Color temperature (CCT) adjustable (warm at night, cool during day) for WELL compliance
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LEED/WELL documentation prepared if required by project
- Energy modeling inputs (AV equipment power consumption) provided to MEP engineer
- Acoustic testing scheduled (post-install commissioning for STI, RT, background noise)
- Display flicker and brightness specifications documented
- Commissioning report prepared with test results
Documentation
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Cable labeling per AVIXA and TIA-606-B standards
- Unique identifier assigned to each cable run
- Labels affixed at both ends of every cable
- Patch panel ports labeled with source and destination
- Color-coded labels used (optional but recommended)
- Labeling standard (TIA-606-B Class 1/2/3/4) documented
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As-built drawings completed
- Floor plans showing cable routes and equipment locations
- Riser diagrams showing vertical cable runs between floors
- Rack elevation drawings showing equipment layout and terminations
- Site maps (for campus/multi-building installations)
- Drawings signed and dated by responsible professional
- As-builts match physical installation (not original design, if changes were made)
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System documentation package delivered to client
- Equipment inventory (manufacturer, model, serial number)
- Cable plant records (cable type, length, routing, test results)
- Connectivity records (patch panel cross-reference)
- Electrical schematics and block diagrams
- Control system programming documentation
- User manuals for all equipment
- Emergency procedures and shutdown instructions
- Maintenance and testing schedule
- Warranty information and service contacts
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Permit closeout and inspection sign-offs obtained
- Rough-in inspections passed (electrical, structural, if required)
- Final inspection passed by building department
- Fire marshal inspection/sign-off (if fire safety systems installed)
- Certificate of Occupancy (CO) or permit closeout form issued
- Inspection reports and sign-off documents retained for records
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Maintenance documentation and training completed
- Maintenance manual prepared (cleaning, filter changes, software updates)
- Testing schedule established (fire alarm annual, acoustic periodic, etc.)
- Training session conducted with client staff
- Contact information for support (equipment vendors, AV system integrator)
- Emergency contact tree documented (escalation for outages, safety issues)
Sign-Off
Project: ___________________________________
Date: ___________________________________
AV Integrator/Manager: ___________________________________
Signature: ___________________________________
Building Code Official (if required): ___________________________________
Signature: ___________________________________
Date: ___________________________________