Office Build-Out Low-Voltage Checklist for Los Angeles: Cabling, Cameras and Access Control in One Scope

Why one low-voltage scope, not three vendors

A cabling company, a camera company and a door-access company each need the same three things from a build-out: a route from the telecom room to every device, a switch port with enough PoE behind it, and a window in the schedule after framing and before drywall. When three vendors own those things separately, the GC ends up coordinating pathways nobody drew, the electrician pulls power to a room that was sized for one rack and now needs two, and the door hardware arrives without the electrified prep the access-control vendor assumed. When one licensed low-voltage sub owns cabling, cameras and access control, the drop schedule, device schedule and door schedule are produced together, the pathways are sized once, and there is one closeout package.

There is also a licensing reason. Camera and access-control circuits are still electrical work in the eyes of the City. LADBS states a permit is required if the work involves a communication or Class 2 signalling circuit over 30 volts, or under 30 volts but more than 100 VA, or any circuit over 15 volts using more than 25 watts or VA — thresholds that PoE camera and door-controller circuits routinely cross. One sub means one permit conversation instead of three vendors each assuming the other one pulled it.

Where low-voltage lands in a tenant-improvement schedule

The order below is the order that avoids re-work. Every line in the right-hand column is something the low-voltage sub cannot do if the line above it was skipped.

The phase that gets missed is above-ceiling inspection. Once the grid tiles are in, nobody wants to lift them again, and a rated wall with an unsealed sleeve through it becomes a problem at the final.

What the GC needs from the low-voltage sub — and what the sub needs back

Hand this to the GC at award

• Licence and insurance. A CSLB licence whose classification covers the work — the C-10 Electrical classification has no voltage ceiling and encompasses the low-voltage work the C-7 defines — plus a BSIS Alarm Company Operator licence if any alarm work is in scope, and a certificate of insurance naming the GC and owner.
• Three schedules. Drop schedule (every outlet, its cable count and its patch-panel position), camera schedule (location, mounting height, view, lens, PoE class) and door schedule (every controlled door, its hardware type, reader location, request-to-exit and fire-alarm interface).
• The backbox and conduit list the electrician needs: single-gang or double-gang rings at each outlet, conduit stubs above ceiling, sleeves through rated and demising walls, exterior penetrations for cameras and readers, and conduit for any run in an exposed or slab-on-grade condition.
• Telecom-room requirements in writing: dimensions, plywood backboard, dedicated circuits, cooling, bonding point and door hardware (see the next section).
• Firestop submittals for every rated penetration — a listed through-penetration system, not a tube of red caulk.

The sub needs these back, in this order

• The furniture plan, because drop counts follow desks. ANSI/TIA-568 recommends a minimum of two telecommunications outlets per work area, and counting after the desks are placed costs a second rough-in.
• The architect's door schedule and hardware set numbers, so electrified hardware is ordered with the doors rather than retrofitted into them.
• The IT provider's plan for switches, PoE budget, VLANs and where the carrier demarc is, so the rack is sized for what actually arrives.
• The fire-alarm contractor's contact, because every electrically locked door in the means of egress has to release on alarm, and that is a two-trade test.

The telecom room: get this right first

Every other item on this page terminates in one room, and it is the room most often designed last. The published guidance is ANSI/TIA-569, and the items below are the ones that get missed in Los Angeles TIs.

• Backboard. TIA-569 calls for at least two walls covered with rigidly fixed 20 mm (¾ in) A-C plywood, 2.44 m (8 ft) high, either fire-retardant-rated or painted with two coats of fire-retardant paint. Do not paint over the fire-rating stamp on rated plywood; the inspector needs to see it.
• Power. Dedicated circuits for the rack, on a panel the IDF does not share with the coffee machine, and a UPS sized for the switches and controllers that must ride through a flicker — door controllers in particular, because a power blip on a fail-safe maglock is an unlocked door.
• Cooling. Switches and NVRs run continuously; a closet on the building's after-hours HVAC schedule cooks them every weekend. Ask for 24-hour cooling or a dedicated split.
• Bonding. A telecommunications grounding busbar bonded to the building's electrical ground per ANSI/TIA-607, with the rack, cable tray and backboard equipment bonded to it.
• Location. Central to the floor it serves so horizontal runs stay inside the 100 m channel, away from water and sprinkler mains, with a lockable door and no shared use as a janitor's closet.

Cabling scope checklist

• Category. For a new build-out, Category 6A is the default: it carries 10 Gbps to 100 m and runs cooler under PoE loads. The distance, heat and multi-gig details are in the cabling-versus-IT guide; the decision here is simply that new plant should not be built to a limit you will hit in three years.
• Listing. Above a drop ceiling used as a return-air plenum, the electrical code requires plenum-rated (CMP) cable; between floors, riser-rated (CMR) or better. Ask for the listing on the bid, not on the invoice.
• Counts. Two outlets per work area minimum, plus cabling to every camera, reader, door controller, access point, printer, conference display and the Wi-Fi survey's AP locations. Access points and cameras are the lines most often left off a drop schedule.
• Pathways. J-hooks or tray sized for growth, separation from lighting and power, sleeves through every rated and demising wall, and conduit to any exterior device.
• Firestop. Every penetration of a fire-resistance-rated wall, floor or ceiling firestopped with an approved method to maintain the rating (NEC 300.21), using a listed through-penetration system.
• Labelling and test. Both ends labelled to a single scheme, and per-link certification against the TIA category limits — not a wiremap — with the reports handed over at closeout and the manufacturer warranty registered.

Camera scope checklist

• Zones before counts. Entrances and reception at head height, corridors and stairwell doors, server or telecom room, loading and receiving, cash or inventory areas, parking under the tenant's control. Quote against a zone list so competing bids describe the same system.
• Power and storage. Every camera on the PoE budget, every stream on the storage calculation, and the NVR in the telecom room on the UPS. The maths is in the commercial CCTV guide.
• Exterior. Conduit and a weather-rated box at every exterior camera, decided at pre-framing, because a core drill through a finished façade is the most expensive hole in the project.
• Privacy and law. No cameras in restrooms, locker rooms or changing areas, and no audio unless the all-party-consent rule has been addressed — the California statutes are summarised in the security camera laws guide.
• Federal work. If the tenant holds or bids federal contracts, specify cameras outside the NDAA Section 889 covered-equipment list from the start.

Access control scope checklist

Access control is where a build-out most often fails inspection, because it touches the doors, the fire alarm and the egress code at the same time.

• Door by door. For each controlled door: electric strike, electrified lever or magnetic lock; reader side and free-egress side; request-to-exit device; door-position switch; and whether it sits in the means of egress.
• Egress rules. Electrically locked doors in the means of egress are governed by Chapter 10 of the California Building Code. For the sensor-release arrangement, the code requires a manual unlocking device located 40 to 48 inches above the floor and within 5 feet of the secured door, and activation of the building's sprinkler or fire-detection system must unlock the door automatically. Loss of power to the lock must also unlock it. The exact section numbers changed between code cycles, so the drawings should cite the edition in force at permit.
• ADA reach. Under the 2010 ADA Standards (308.2.1), the operable part of an unobstructed forward-reach control sits between 15 and 48 inches above the finish floor. Card readers and keypads are operable parts — mount them inside that band.
• Fire-alarm interface. A release relay from the fire-alarm panel to every locked egress door, tested with the fire-alarm contractor present. LAFD's published requirement for locked elevator lobbies, for example, forbids activating the locking system until both the Building & Safety life-safety electrical inspector and the fire inspector have approved it — plan the same sequence for any special locking arrangement.
• Credentials. Decide the credential type — card, fob, mobile or PIN — before the readers are ordered, and decide who administers it. Cloud-hosted and on-premises platforms each have a case; the comparison is on the cloud vs on-prem page.
• Power. Controllers and lock power on the UPS, with fail-safe or fail-secure chosen per door and documented, because the fire marshal will ask.

What to budget

Bid as one scope, the shared items — pathways, telecom room, PoE switches, UPS, permit, inspection visits and closeout — are priced once. The on-site assessment is free, and it is the only honest way to turn these bands into a number for a specific suite.

The five expensive mistakes

1. Drywall before rough-in. The single most common one. Cable that should have been pulled through open studs is fished through finished walls at several times the labour.
2. No sleeves through the demising wall. Every later cable is a new rated penetration, a new firestop and a new inspection.
3. Doors ordered without electrified prep. Retrofitting a strike or a lever into a hung door is slow, and a maglock added afterwards has to meet the egress rules above anyway.
4. Telecom room on the wrong circuit or the wrong HVAC schedule. It shows up as intermittent faults six months in, and it is the hardest thing on this list to fix after occupancy.
5. No closeout package. Without certification reports, a port map and as-builts, the next tenant improvement starts with a survey you already paid for once.

Why Innov8av for the whole scope

Innov8av holds a California C-10 Electrical contractor licence, CSLB #1043428 — the classification has no voltage ceiling and encompasses the low-voltage work the C-7 defines, so one licence covers the cabling, the cameras, the door controllers and the electrical work around them. It also holds a BSIS Alarm Company Operator licence, ACO 7755, the separate licence California requires for alarm work. Both numbers are verifiable in the state's public lookups.

Working across Los Angeles since 2016, insured and bonded, bilingual in English and Spanish, rated 5.0/5 across 22 verified Reviews.io reviews with a BBB A+ rating. We deliver structured cabling, commercial cameras and access control as one coordinated scope with one drop schedule, one permit conversation and one closeout package — and we will tell a GC plainly when a door, a wall or a room is going to be a problem before the drywall goes up.