Lighting and Rigging Services for Long Beach Trade Shows

What exhibitors need to resolve before the show manual drops

Rigging jurisdiction at the Long Beach Convention & Entertainment Center — whether your truss or overhead elements require house rigging labor, and what the ceiling height, load limits, and approved rigging-point locations are for your hall or section

Official show contractor vs. EAC split — the show manual will define what lighting and rigging work is exclusive to the general contractor vs. what a qualified Exhibitor Appointed Contractor can legally perform; read this before finalizing your exhibit design

Advance-order vs. show-site pricing — standard electrical and lighting services at LBCC carry advance-order discounts with hard deadlines, typically 21–30 days before move-in; missing them can add 30–50% to the line item

Electrical load calculations tied to lighting fixtures — LED video walls, branded channel letter lighting, and theatrical wash fixtures each have different draw requirements, and the venue's power drops are finite; confirm amperage before the exhibit is built, not after

Hotel ballroom rigging limitations — the Hyatt Regency Long Beach, Westin Long Beach, Marriott Long Beach Downtown, and other anchor properties each have their own ceiling rigging rules (some prohibit ceiling loads entirely); truss systems that work in Halls A–C at the convention center may not be permitted in a ballroom across the street

What lighting and rigging services cover at a trade show

Rigging services at a trade show floor encompass anything that hangs from or attaches to the venue ceiling structure: truss grids, overhead banners, hanging signs, lighting bars, motor chains, and the associated weight-load engineering. At the Long Beach Convention & Entertainment Center, the rigging points in the exhibit halls have published weight limits and certified layouts. Work that exceeds those limits or falls outside approved rigging locations requires the venue's structural approval before installation begins. That process takes time; exhibitors who request rigging sign-off during move-in pay more and sometimes have to redesign on the floor.

Lighting services at the booth level cover a different scope. Fixture installation, wiring to venue power drops, dimmer or control console setup, and integration with AV systems are all lighting work that may be handled by the official show contractor, the exhibitor's own EAC, or a combination of both. The split often depends on whether the fixture connects to the venue's power grid (which typically requires show-contractor-supplied power drops) vs. battery-powered or self-contained units. LED wash lights, gobo projectors, and spotlight bars aimed at products and graphics are the most common booth-level lighting asks; theatrical rigged fixtures over large islands are less common but require the most advance planning.

At hotel ballroom programs — sessions and activations at the Hyatt Regency Long Beach, Westin Long Beach, Marriott Long Beach Downtown, Renaissance Long Beach, or Hilton Long Beach — the scope shrinks considerably. Most hotel ballrooms cannot support overhead rigging loads at all, and lighting is typically handled through in-house AV vendors who have exclusive or preferred-vendor status in those spaces. Pipe-and-base truss, floor-supported lighting stands, and battery-powered LED accents are the practical options when the ceiling is unavailable.

Rigging: truss, motor chain, hanging signs, overhead banners, approved weight loads at LBCC exhibit halls

Booth lighting: LED wash, gobos, spotlights, product-focus fixtures wired to show-contractor power drops

Ballroom programs: floor-supported stands and pipe-and-base are typically the only permitted options

All overhead work requires confirmed venue approval — get rigging point confirmation in writing before final booth design

Jurisdiction: who owns what at the Long Beach Convention & Entertainment Center

The jurisdictional framework at a convention hall like LBCC has three layers. The venue itself controls the physical structure: ceiling rigging points, power distribution infrastructure, and the house audio-visual system belong to the building. The official show contractor — the general contractor designated by show management — controls the floor services program: drayage, material handling, standard booth furniture, and often the first-call electrical and rigging labor. The Exhibitor Appointed Contractor is a vendor the exhibitor brings in to handle specialized work the general contractor doesn't provide or doesn't provide competitively.

For lighting and rigging, this split matters because rigging labor at many convention venues is either fully exclusive to the house or to the official show contractor, meaning an EAC is not permitted to install overhead work regardless of their qualifications. Booth-level lighting installation (fixture placement, wiring, dimmer setup) is more commonly open to EACs, but still requires the EAC to be properly credentialed, insured, and registered with show management in advance. Check the specific show manual for the event you are working; jurisdiction varies by show, not simply by venue.

One common mistake is assuming that because an EAC has done lighting work at LBCC before, they can do rigging there too. These are separate jurisdictions. Another is signing off on an exhibit design that requires overhead rigging before confirming with the show contractor whether rigging points in that section of the floor are available and whether the load is within spec. Both mistakes are correctable before the show; neither is cheap to correct during move-in.

Venue controls ceiling structure and rigging points; show contractor controls floor services; EAC handles specialized booth work within defined limits

Rigging labor is often exclusive to the house or general contractor — confirm before assuming your EAC can hang overhead elements

EACs must be pre-registered, insured, and credentialed before arriving on the floor; last-minute additions rarely get approved

Show-specific show manual governs jurisdiction, not a general rule — read it for every event, even at the same venue

Planning rhythm: from RFP to show-site and strike

The planning sequence for lighting and rigging typically runs in parallel with booth design. At the RFP stage, the key questions are scope (what exactly needs to hang, what powers the lighting, and whether the design requires overhead elements at all) and venue constraints (ceiling height in the assigned hall, confirmed rigging-point availability, and the show's official contractor designation). For large island booths or custom structures at LBCC, these questions should be answered before a final booth design is approved, not after.

Once the show manual is published — typically 60–90 days before the show opens — the advance-order clock starts. Electrical services, rigging labor, and power drops ordered by the advance deadline run at base rates; show-site orders carry a surcharge that commonly runs 30–50% above the advance rate. Build the order submission into the production timeline, not as an afterthought after final design sign-off.

Move-in itself is where lighting and rigging work actually happens. For large or complex builds at LBCC, overhead rigging typically occurs in a dedicated rigging window before the general exhibitor move-in begins. Booth-level lighting gets installed during the exhibit build, with a final power connection and dimmer test during the pre-show check. Strike reverses this sequence: lighting comes down before truss is de-rigged, and de-rigging happens before the floor clears, all on the show contractor's published move-out timeline.

Scope and venue constraints should be confirmed before booth design is final — not after

Show manual publishes 60–90 days out; advance-order deadline is typically 21–30 days before move-in

Overhead rigging windows at LBCC often precede general exhibitor move-in — confirm the specific move-in schedule with the show contractor

Strike sequence matters: lighting disassembly, then de-rigging, then freight out — plan enough labor for the full move-out window

Common variables that change the scope and cost

Booth size and configuration drive most of the lighting and rigging variability. A 10x20 inline booth with a fabric backwall and two LED product spots is a straightforward electrical order with no rigging involved. A 20x20 island with a hanging header sign, a truss grid for wash lighting, and an LED video wall pulls in rigging labor, power calculations, and potentially an additional dimmer circuit or AV integration point. The cost difference between those two scenarios is large, and the planning lead time difference is even larger.

Ceiling height varies by hall section at the Long Beach Convention & Entertainment Center, and it directly affects whether a hanging sign is practical or whether a floor-supported structure is the better choice. Check the exhibit hall specifications before approving a design that relies on minimum clearance. Similarly, some sections of the LBCC floor have limited rigging points or none at all; the exhibit hall layout determines what's possible before any contractor price is meaningful.

Power load is the other common variable that catches exhibitors late. LED fixtures are individually low-draw, but a large island with perimeter wash lighting, product spots, monitor displays, and a video wall can easily exceed a standard 20-amp circuit. Power calculations should be part of the booth design review, not something sorted out on the floor when the electrician flags an overload. Ask the exhibit designer for a fixture count and estimated draw before the order is placed.

Inline booths rarely need rigging; large islands almost always do — the scope difference is significant

Ceiling height and rigging-point locations at LBCC vary by hall section; confirm before approving overhead-element designs

LED video walls, monitor arrays, and wash lighting stacked together can exceed a standard circuit — get a power draw estimate before submitting the electrical order

Floor-supported truss is the fallback when overhead rigging points are unavailable or when working a hotel ballroom

What to verify before signing a lighting and rigging bid

Before approving a bid from a lighting and rigging contractor, confirm three things from the show's official documentation: whether the scope they are quoting is actually available to an EAC under the show's rules; whether they have submitted the required EAC paperwork to show management, including proof of insurance; and whether their bid assumes power drops are already ordered or includes electrical as a separate line.

Get rigging point locations confirmed in writing by either the venue or the official show contractor before committing to a design that depends on them. Rigging points in a specific hall section can be unavailable due to another exhibitor's allocation, structural restrictions, or ceiling obstructions that weren't visible in the floor plan. A lighting and rigging vendor who hasn't verified point availability cannot give you a reliable price or a reliable timeline.

For hotel ballroom activations at any of the Long Beach headquarters hotels, confirm with the venue's in-house AV team what is and isn't permitted overhead. Most ballrooms at the Westin Long Beach, Hyatt Regency Long Beach, and Marriott Long Beach Downtown have strict weight and attachment rules. Some prohibit all ceiling loads. The safest approach is to design for floor-supported lighting and treat any ceiling option as a bonus rather than a baseline assumption.

Confirm EAC eligibility for each piece of scope — not all lighting and rigging work is open to outside contractors

Verify EAC paperwork deadlines; missing the submission window can disqualify a vendor regardless of their qualifications

Get rigging point availability confirmed in writing before finalizing a design that depends on specific overhead locations

At hotel ballrooms, assume floor-supported lighting only and verify ceiling permissions separately

Frequently asked questions about lighting and rigging at Long Beach trade shows

Who controls rigging at the Long Beach Convention & Entertainment Center?

Rigging jurisdiction at LBCC is governed by the venue's rules and the official show contractor's services program. For many shows, overhead rigging labor is exclusive to the house or general contractor, meaning an Exhibitor Appointed Contractor is not permitted to install hanging elements even if they are qualified to do so. The specific rules are published in each show's exhibitor services manual. Never assume the rule from a previous show at the same venue applies — check the current show manual.

Can I use my own lighting vendor at a Long Beach show?

You can bring an EAC for booth-level lighting work in most cases, provided the vendor is pre-registered with show management, carries the required insurance, and submits paperwork before the EAC deadline. Overhead rigging is the exception: that scope is more often show-contractor exclusive. The practical split is often that an EAC handles fixture installation and wiring at the booth level while the official show contractor handles any overhead work and power drop connections. Confirm this split from the show manual before finalizing your labor plan.

How far in advance should lighting and rigging be ordered?

The advance-order deadline for electrical and rigging services at most LBCC shows falls 21–30 days before move-in begins. Orders placed after that deadline run at show-site rates, which commonly add 30–50% to the line item. For large island booths with overhead elements, the scope should be finalized — and the order submitted — well before that deadline. The practical planning window is 60–90 days ahead for large builds, starting when the show manual is published.

What lighting options are available in Long Beach hotel ballrooms?

Hotel ballrooms at Long Beach headquarters properties — the Westin, Hyatt Regency, Marriott Long Beach Downtown, Renaissance, and Hilton — typically restrict or prohibit ceiling rigging loads. The practical lighting options are floor-supported stands, pipe-and-base truss, and battery-powered LED accents. The in-house AV vendor for each property usually has preferred or exclusive status for any work connected to the house lighting grid. Contact the venue's event services team early and design for floor-supported solutions as the baseline.

How do I estimate power requirements for a booth with significant lighting?

Start with a fixture-by-fixture count from your exhibit designer or lighting vendor: LED wash fixtures, product spots, monitor displays, video wall panels, and any decorative LED elements all have published draw specs. Add them up and add a 20% buffer, then match that number to the available circuit sizes in the show contractor's electrical order form. Most standard booths run on 20-amp circuits; large islands with substantial video and lighting infrastructure often need multiple circuits or a 30- or 50-amp drop. Getting this calculation wrong on the floor means a service call and a show-site surcharge, so run it before the order is placed.