This is what comes back.

Panel schedule

Read off E9 and the riser diagram.

Panel loading

Connected and demand load calculated per panel, with spare capacity.

Circuit breakdown

Every breaker counted by size and pole configuration.

Lighting fixtures

Type, wattage, mounting, dimming, and where each one lands.

Exterior lighting

Receptacles

Switches and controls

Low voltage and technology

Fire alarm devices

Exit and emergency

Junction boxes

Motor connections

Pulled from the mechanical schedules and cross-checked against the panel.

Disconnects

Transformers

Feeder schedule

Runs measured off the plan, not estimated from floor area.

Conduit and wire

Linear footage by type — the line item that takes longest to count by hand.

Conduit fill checks

Fill percentage calculated against NEC allowance for every run.

Voltage drop concerns

Flagged where run length pushes drop past target — with the fix.

Labor estimate

Hours by phase, with the reasoning shown.

Total: 624 hours

Based on 34 receptacles/special outlets, 80+ lighting fixtures/segments, 2 new panels, 47 surround speaker connections, extensive DMX/DALI aisle lighting control system, IMAX projection equipment power, UPS system, and full demolition of existing electrical. This is a highly specialized IMAX theater conversion requiring IMAX-certified installation crews for A/V systems. Labor includes: Demo (40h), Rough-in conduit/boxes/wire (200h), Trim fixtures/devices (80h), Fire alarm (32h), Low voltage/AV/speakers (160h), Panel/feeder installation (48h), Lighting control programming (24h), IMAX equipment power connections (40h). Recommend 3-person crew for approximately 5 weeks.

12 items the AI flagged for you to verify

This is the part that matters. Where the drawing was ambiguous or the resolution too low to read with confidence, it says so and points at the sheet — instead of inventing a number you would only find wrong at bid time.

• VERIFY exact panel names and amperage ratings from E9 - resolution makes text difficult to read
• VERIFY exact fixture types and quantities from E8 Aisle Light Fixture Schedule - need higher resolution to confirm catalog numbers
• VERIFY transformer size and whether new or existing from E9 riser diagram
• VERIFY UPS kVA rating from E7 - appears to be 10-15 kVA but text is unclear
• VERIFY exact IMAX speaker count and locations from E6 riser - count estimated from visible conduit runs
• CONFIRM whether existing fire alarm panel is being replaced or existing FACP zones are being added to
• VERIFY feeder sizes from E9 riser diagram - estimated based on panel amperage
• CONFIRM IMAX projector electrical requirements (amps, voltage, phase) from IMAX equipment specifications
• VERIFY LED aisle lighting driver locations and quantities - multiple drivers required for the LED strip system
• CONFIRM whether any ceiling speakers shown on E3 are IMAX audio (electrical scope) or separate A/V contractor scope
• VERIFY mechanical equipment electrical connections from M1-M2 sheets - HVAC unit disconnect and power may be separate scope
• CONFIRM if existing conduit/wiring in walls can be reused for any new circuits or if all new runs required

Job notes

Context the AI recorded while reading the set.

• This is an IMAX theater conversion of existing AMC auditorium #2 - includes full demolition of existing electrical systems
• IMAX-specific systems require IMAX-certified installation per manufacturer requirements
• UPS system shown on E7 for critical IMAX projection/server equipment - size VERIFY from drawings
• Aisle lighting is LED strip-based with DMX/DALI dimming control per E8 controller schematics
• Two lighting controllers shown on E8: Entry Lighting Controller and Auditorium Lighting Controller
• Low voltage IMAX equipment riser on E6 shows extensive cabling between projection booth and auditorium
• Interior Lighting Compliance Certificate included on E0.1 - energy code compliance documentation
• Speaker system includes surround array (24), subwoofers (6), overhead/ceiling (12), and screen channels (5) = 47 total speaker connections
• All receptacle circuits in projection booth should be 20A per NEC commercial requirements
• GFCI protection required per NEC 210.8 for any receptacles near sinks in booth area
• Arc-flash labels required per NEC 110.16 on all new panels per project settings (NEC 2026)
• Project is dry location per NEC Article 100 - standard materials acceptable for all interior installations
• No EV charging infrastructure appears applicable to this interior theater renovation scope
• Coordinate IMAX equipment delivery and power-up schedule with IMAX Corporation field engineer
• Demolition scope includes removal of all existing house lighting, aisle lighting, and associated wiring in auditorium
• Existing fire alarm system to be extended/modified - coordinate with FA contractor for zone assignments
• Structural sheets (S1.1-S4.4) show IMAX screen structure steel - coordinate electrical conduit penetrations with structural
• M1-M2 mechanical sheets show new HVAC equipment - coordinate electrical feeds for new mechanical equipment

Panel schedule notes

I read panel data from sheets E7 and E9. Panel names and exact amp ratings were difficult to read at provided resolution. The riser diagram on E9 shows the power distribution hierarchy. Exact circuit descriptions from the panel schedule on E9 are estimated based on visible loads. VERIFY all panel designations and ratings from original drawings.