"A cable tray isn't just holding cable — it's a fuel path, a pest corridor, and a dead-load line item, built into the ceiling the day it's installed."

01

The problem nobody questions because it's always been there

Fire load. The NEC doesn't classify cable tray as a raceway — it's a support system, which means the cable sitting in it is treated as exposed and is explicitly recognized as a potential ignition source or fuel load in a fire scenario. Add in the dust, debris, and combustible material that accumulates in an open tray over years of service, and you've built a fuel path the length of your cable plant — exactly why cleanliness and maintenance of cable trays is a standing fire-safety requirement, not a one-time punch-list item.

Pest and vermin harborage. Anyone who has opened a ceiling void in an older data center knows this one without a citation: an open ladder or trough tray, running warm, dark, and undisturbed for years, is close to an ideal harborage corridor. Debris collects, gaps invite entry, and once something's in, the tray becomes a highway that runs straight through your white space — a pest control and IAQ problem hiding inside what's supposed to be a clean-room-adjacent environment.

Dead load the building didn't need to carry. A fully loaded cable tray isn't just the cables — it's the tray itself, the hangers, the support rods, and the accumulated debris, all as a continuous run the building's structure has to support along its entire length. Engineers already plan for heat buildup under NEC fill and derating requirements; what rarely gets questioned is whether the tray's own steel weight needed to be part of the structural load calc at all.

02

The alternative: strut and clamp, not tray

Instead of a continuous steel channel, StrutIQ aluminum strut with Uniclamp hardware turns cable support into a series of discrete, point-loaded anchor points — and it uses both faces of the strut channel, something a cable tray run can never do.

Uniclamp S on the open channel side — cable clamps mount directly into the open face of the strut, giving full access for bundling, branching, and adding or removing runs without disturbing anything else on the channel.

V-BAT on the closed, flat side — the flat face of the same strut run carries a second, independent line of support, so one piece of strut is doing the work that would otherwise take two separate tray runs or a wider tray. That dual-face use is the structural win: instead of specifying tray width for total fill and hanging the whole assembly's dead weight off the building at regular intervals, you're distributing cable support across a lighter aluminum section doing double duty on both faces — less steel, less weight on the load path, and a smaller footprint in the ceiling void for the same cable capacity.

03

Bundling with fire-retardant strap, not a tray bed

The second half of the solution is how the cable sits on the clamp. Instead of cable dropped into a tray and left to interlock with every other run in the channel, cables are bundled onto the Uniclamp S or V-BAT point using fire-retardant hook-and-loop strap — not standard zip ties, not tray-bed tangle. For heavier mechanical or conduit bundles that share the same run, our 22" heavy-duty zip tie (250 lb rated, up to 6" diameter) is purpose-built to pair with Uniclamp S and V-BAT anchor points specifically.

That one change solves several problems at once: fire-retardant material sits at the bundling point instead of a fuel-load accumulation zone; bundles stay separate rather than interlocked with every other cable run the way they are in a shared tray bed, so pulling or adding one bundle doesn't disturb the whole tray; there's no debris trap — no open trough for dust, insects, or nesting material to collect in over the building's life; and fault tracing is faster, since a technician can identify, isolate, and work on a single bundle at a single anchor point without excavating through a mass of unrelated cable.

04

Using the whole rod, not just the end of it

There's a third dimension to this that's easy to miss until you see it: most threaded-rod drops in a ceiling void are used once. A rod comes down from structure, one clamp or trapeze goes on it, and the rest of that rod's length is dead hardware — steel hanging there doing nothing but taking up vertical space.

V-BAT is built to stack. Multiple V-BAT clamp bodies can sit on a single threaded rod at different heights, each one independently supporting its own pipe, conduit, or bundled cable run — turning one drop point into three, four, or more usable support levels instead of one. That means fewer drop points from structure (one rod doing the job that used to need three or four separate hanger locations), denser, more organized vertical space (multiple independent runs at clearly separated heights on one line instead of a tangle of hardware competing for the same few drop points), independent adjustment and access at each position without touching the others, and less steel and less labor per supported run. Combined with the dual-face use of StrutIQ, it's the same design philosophy applied on another axis: don't let structure — horizontal or vertical — sit there only half-used.

05

The case in plain terms

Compared to a traditional cable tray run, a StrutIQ-and-Uniclamp system lowers structural load on the building by replacing continuous steel tray and hangers with lighter, point-loaded aluminum strut used on both faces; maximizes vertical space by stacking multiple V-BAT support points on a single threaded rod instead of one drop point per run; reduces fire risk by eliminating the open-trough fuel-load and debris-accumulation zone that trays create by design; eliminates a pest harborage path that a sealed, bundled, point-supported system simply doesn't offer; improves maintainability because bundles are discrete and separately accessible, not interlocked with the rest of the run; and costs less installed — fewer linear feet of heavy tray, fewer hangers, less steel, and a simpler bill of materials.

Best practice for specifying strut-and-clamp cable support

The Uniclamp position

Cable tray solved a problem for a previous generation of data centers. StrutIQ with Uniclamp S and V-BAT on both faces — and V-BAT stacked to use the full length of every threaded rod — bundled with fire-retardant strap, solves the same problem better: lighter, safer, cleaner, and cheaper to install and maintain, using every face and every inch of the structure you're already paying for.

Frequently asked questions

Can StrutIQ and Uniclamp really replace cable tray in a data center cable plant?

Yes, for the great majority of runs. StrutIQ aluminum strut with Uniclamp S and V-BAT turns a continuous steel channel into discrete, point-loaded anchor points that use both faces of the strut — replacing the tray's dead weight and open-trough design with a lighter, cleaner support system for the same cable capacity.

Does removing the cable tray create a fire or code compliance gap?

If anything, it closes one. The NEC treats cable tray as a support system, not a raceway, and recognizes the cable sitting exposed in it as a potential fuel load — that's why tray cleanliness is a standing fire-safety requirement. A strut-and-clamp system with fire-retardant bundling removes the open trough where dust, debris, and combustible material accumulate in the first place. Always review the specifics of your cable plant and jurisdiction with your engineer of record.

How many cable or pipe runs can one threaded rod support with V-BAT?

Multiple V-BAT clamp bodies can sit on a single threaded rod at different heights, each independently supporting its own pipe, conduit, or bundled cable run. In practice that turns one drop point into three, four, or more usable support levels instead of one — fewer penetrations, fewer hangers, and a denser, more organized ceiling void.