Pallet Rack
Services San Diego
The Direct Answer
Pallet Racking,
Straight Answer
Racking is a structure, not furniture. In California it is anchored for seismic loading, it carries a capacity that depends on beam level spacing, and changing that spacing changes what the bay is rated to hold. So a rack relocation is really a rebuild. We take it down bay by bay with the configuration recorded, move it, and put it back in the same configuration unless you have asked for a different one and had the capacity checked. What we do not do is guess at capacity or sign off on an engineered design.
Configuration gets recorded before teardown
Beam heights, bay widths, upright depths and row spacing are documented bay by bay. Rebuild follows that record, so your slotting and bin locations still mean something afterwards.
Anchoring is a seismic requirement here, not an option
California anchors racking. Every upright foot gets anchored to the slab to the manufacturer’s pattern. This is the part people skip when they move racking themselves and it is the part that matters most.
Changing beam spacing changes capacity
Rack capacity is quoted per beam level at a given spacing. Raise a level and the rating changes. If you want a different configuration, that is a capacity question for the manufacturer or an engineer before it is a labor question for us.
Load plaques travel with the rack
The capacity plaque belongs to that configuration. It comes down, it goes back up, and if it has gone missing the manufacturer can reissue against the original order.
Tall or unusual configurations may need a permit
Height, seismic design category and configuration decide whether a permit and an engineered submittal apply. We will tell you when we think you are in that territory. The submittal itself comes from an engineer.
Scope
What We Do
With Racking
Teardown
Bay by bay, configuration recorded, components labeled by row. Anchors cut or drilled out, slab patched if your lease requires it.
Relocation
Within a building, between buildings, or to a new site. Uprights travel on edge, beams bundled by length.
Installation
Rebuilt to the recorded configuration, plumbed and leveled, anchored to the manufacturer’s pattern, plaques reinstalled.
Reconfiguration
Beam levels moved to a configuration you have had checked for capacity. We do the labor, you or the manufacturer own the rating.
Wire decking and accessories
Wire decks, row spacers, column protectors, pallet supports, safety netting and guard rail.
Buy back and disposal
Racking you are not taking can be broken down and removed. Resale value depends on brand and condition and we will be straight with you about it.
How It Runs
A Rack Job,
In Order
Survey and record
We photograph and document the existing configuration, count components, and check the destination slab and ceiling height against what you have.
Product off the rack
Racking comes down after the product that lives on it has moved. Bays have to be empty and swept before teardown starts.
Teardown and anchor removal
Bay by bay in row order. Anchors cut flush or drilled, holes patched to your lease condition.
Rebuild at the destination
Rows set out from the agreed layout, uprights plumbed, beams to the recorded spacing, decking and accessories back on.
Anchor, plaque and walk
Every foot anchored to pattern, load plaques reinstalled, and a walk with your operations lead before we leave.
The Rule Behind The Rating
Why Capacity Belongs
To The Configuration
Everything above about ratings, plaques and anchoring comes from one short regulation, and it is worth reading if you own a warehouse.
“Live Loads” is section 3241 of California’s General Industry Safety Orders (8 CCR §3241). Subsection (e) is the one that governs this service: storage racks have to be designed to safely support their intended loads, and they must not be loaded beyond the design capacity the manufacturer recommends. That subsection was added effective August 10, 2002. It is why we will do the labor on a reconfiguration and will not put a number on what the new bay holds. The rating is the manufacturer’s, the load is yours, and neither of them is ours to invent.
The rest of §3241 is the part people discover late. Subsection (a) puts the design live load of each floor of a commercial or industrial building on the owner, posted on durable metal signs in the part of each story where it applies, and makes the occupant responsible for keeping the actual load under it. Subsection (b) says material stored on a floor or a load-carrying platform may not exceed the safe carrying capacity of that floor or platform. So moving a run of racking to a different part of the slab, or up onto a mezzanine, can change what the structure underneath is rated for even when the rack itself has not changed. Subsection (c) requires stored material to be limited in height and racked so it cannot tip, fall, collapse, roll or spread, and subsection (d) requires the building, its foundations and the fastenings of equipment to be maintained so they safely support the loads placed on them without dangerous vibration. Anchoring lives in that last sentence.
Which is also why the load plaque is not a sticker. The material handling industry’s own position, published by the Rack Manufacturers Institute through MHI, is that a rack system should carry signage, permanently and prominently displayed, showing the permissible loading. A rack with no plaque is a rack nobody can lawfully load to a known number.
The Standard It Was Built To
What ANSI MH16.1 Covers,
And What It Does Not
Ask what standard your racking answers to before anyone reconfigures it. For most of what sits in a San Diego warehouse the answer is one document, and for some of it the answer is a different one.
The Rack Manufacturers Institute, formed in 1958, drafted the American National Standards for this equipment and certifies compliance through its R-Mark program. The pallet rack standard is ANSI MH16.1, in its 2023 edition, titled Design, Testing, and Utilization of Industrial Storage Racks. It sets minimum requirements for the structural design, testing and utilization of industrial steel storage racks, and the 2023 edition replaced the 2021 one partly to bring its seismic provisions into line with ASCE/SEI 7-2022. That is the thread that runs back to the anchoring conversation: the seismic case is in the standard the rack was engineered to, not in a preference we hold.
Its scope is broad but not universal. MH16.1 covers selective pallet rack, push-back rack, pallet flow and case flow rack, pick modules, rack-supported platforms, movable-shelf racks and ASRS racks in cold-formed or hot-rolled steel. It does not cover drive-in or drive-through rack, cantilever rack, portable racks, or racks made of anything other than steel. Cantilever racking, the arms that hold pipe, lumber and sheet goods, is a separate standard, ANSI MH16.3-2016, for free-standing and top-tied cantilevered racks. Wire decking has its own, ANSI MH26.2, written for decking used on racks that conform to MH16.1. If your building runs drive-in bays or a cantilever row, the document governing them is not the one governing the selective rack next to it, and that is worth establishing before a reconfiguration rather than after.
RMI’s own guidance on this exact service is short and we agree with it: racking can often be reconfigured or relocated to suit an evolving facility, but it is important to proceed with caution, proper installation and continuing regular inspection are what keep it safe, and repairs are worth doing promptly and thoroughly rather than later. On the permit question, MHI’s position is that a rack system should follow current local and national building codes and current rack standards so its rated capacity complies. One local threshold worth knowing: the City of San Diego treats storage as high-piled combustible storage when combustible material on pallets, in racks or on shelves has a top of storage “greater than 12 feet in height,” which brings its own submittal. Jurisdictions across the county differ, and the engineered drawings still come from an engineer rather than from us.
Who We Serve
San Diego Racking
We Work On
Most of the racking we touch sits in the county’s industrial belts. Otay Mesa runs deep distribution buildings with high clear heights, so the racking is taller and the anchoring conversation is more serious. Miramar and Kearny Mesa hold older tilt up stock where slab condition varies and anchor removal takes longer than people expect. Vista and San Marcos carry a lot of light manufacturing with mixed racking picked up secondhand over the years, which is exactly the case where recording configuration before teardown pays for itself. Chula Vista and National City sit close to the port with a lot of throughput and tight dock scheduling. We are a licensed California carrier, CAL-T #201759 and US DOT #4372335.
FAQ
Pallet Rack Services San Diego
Questions
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Moving Or Rebuilding Racking?
Free site survey, a written not to exceed price, and a rebuild anchored to the manufacturer’s pattern.
📞 Call (858) 490-0155