T225 · 225A per phase
Three-phase plus neutral, with configured breakered tap-off assemblies.
Explore T225Flexible Overhead Power for Laboratories
Keep power within reach as benches, instruments and workflows change with overhead, plug-in Track Busway.
Choose T40 or T225 for your laboratory
Start with the available supply, equipment loads and connection requirements. Then match the busway system and tap-offs to the laboratory plan.
Compare the documented configurations and listing scope with the actual supply, project loads and each selected tap-off’s marked ratings. Laboratory size or the T225 current limit alone does not determine the choice. Match Outlet Boxes and other connections to the selected system.
Choose access around the bench plan
| Laboratory plan | Architecture to evaluate | Check before selecting |
|---|---|---|
| Stable benches and connection points | Fixed-location plug-in busway is a valid option when its factory-positioned windows suit the planned locations. Continuous access can also serve a stable layout. | Window positions, equipment clearances and cord reach; stable benches do not require one access style. |
| Moving benches or changing outlet positions | Continuous-access track busway can support compatible tap-offs at permitted locations along the run. | Proposed positions, keep-out areas, cord routing and the documented relocation procedure. A changing layout alone does not establish suitability. |
| Instrument and circuit requirements | Evaluate either architecture against the equipment and available approved devices. | Receptacle/connector designation, branch protection, supply voltage and phase, neutral/ground configuration, simultaneous load and starting requirements in current product documents. |
Compare busway access architectures → · Review current technical documents →
General Bench Power
Typical need: 120V single-phase receptacles
Track Busway solution: 1-pole plug-in power drops or outlet boxes
Specialized Instruments
Typical need: 208V or 240V line-to-line power
Track Busway solution: 2-pole plug-in power drops or outlet boxes
Larger Equipment / Process Loads
Typical need: Three-phase power
Track Busway solution: Three-phase Track Busway with 3-pole / 4-wire plug-in options
Lighting and Data Support
Typical need: Overhead task lighting, data drops, and organized cable routing
Track Busway solution: Lighting plug-ins, data attachments, and cable-management options where applicable
Plan the layout around your equipment
For laboratory projects comparing bus duct, busduct and conduit, evaluate Track Busway as a flexible plug-in option for bench and equipment access. Include power, data and lighting needs in the layout review.
T225 configurator
Open T225 configuratorT40 configurator
Open T40 configuratorPower, lighting and data across the laboratory
Explore connection options for benches, testing zones and shared work areas. Final selections depend on the equipment, approved system design and project requirements.
Plug-In Power Drops for Laboratory Work Areas
USA TrackBusway provides continuous overhead access for plug-in power drops and outlet boxes. Drops can be positioned above benches, instruments, test equipment, or future work zones, helping reduce cord clutter and keeping power accessible where the work is happening.
Laboratory systems may be configured for 120V, 208V, 240V, or three-phase power depending on the equipment, approved system design, and project requirements.
Laboratory Workstations and Bench Power
Laboratory benches and workstations often support changing equipment, users, and workflows. Track Busway allows power drops to be positioned directly above benches so power can remain accessible even as the bench layout changes. This helps laboratories avoid being locked into fixed outlet locations or floor-level power points.
R&D, Testing, and Prototyping Labs
Research, development, testing, and prototyping spaces often change faster than the building infrastructure around them. Track Busway creates an overhead framework for plug-in power so equipment zones can be adjusted, expanded, or reorganized without full conduit rework.
Makerspaces and Shared Lab Environments
Makerspaces and shared laboratory environments benefit from power that can adapt as projects, tools, and users change. Track Busway supports flexible access to power across multiple work areas, helping teams support temporary setups, rotating equipment, and collaborative experimentation.
Power, Data, and Lighting Above the Workspace
Laboratory infrastructure is not limited to receptacles. Track Busway can help organize power, lighting, and data support above the workspace, reducing floor-level clutter and keeping utilities closer to benches, equipment, and work zones.
Listed to UL 857 Busway Standards
USA TrackBusway is Listed to UL 857 Busway Standards for use as a busway system. Laboratory projects should be designed and installed by qualified electrical professionals in accordance with applicable codes, project requirements, and final approved drawings.
Project examples
Relocating power as a laboratory changes
At a research laboratory, three existing USA TrackBusway tap-offs were relocated between workstations as the layout changed. The April 2024 project closeout documents the relocation. This completed project shows how an existing installation can adapt to a new workstation arrangement.
M.C. Dean — San Jose
USA TrackBusway supplied a 40A overhead grid for laboratory and work areas at M.C. Dean's San Jose facility.
Shake Shack — Innovation Center
USA TrackBusway supplied overhead power and lighting for Shake Shack's Innovation Center in Marietta, Georgia, including 40A powered track, power drops and retractable cord reels.
Illustrative Laboratory Bench Planning Example
Two proposed changes: move Bench B and its existing PowerDrop left, and add Bench C with one additional connection. Bench A and its PowerDrop stay in place. The same blue overhead busway remains in both layouts; proposed connection positions and added load require review.
Before: two benches
Blue: 120V single-phase bench run
Existing PowerDrops for A and B
After: proposed bench layout
Same blue busway and supply
Relocate B’s PowerDrop; propose one for C
- Bench B and its existing PowerDrop move left: review a compatible tap-off position above the new bench location. The gray outline marks the old bench position; the existing PowerDrop is relocated, not duplicated.
- Bench C is proposed: the dashed amber bench has one proposed additional PowerDrop connection. Review added load and protection before adding it.
This hypothetical reconfiguration example is illustrative, not to scale, and is planning guidance rather than an engineered design.
Review before changing the layout
- Verify actual supply availability. Record each device’s nameplate current, voltage, phase, plug type, neutral and grounding needs, simultaneous use and starting requirements.
- Physical space for a drop does not establish spare electrical capacity. Review added load and protection; no spare capacity is assumed.
- If the layout extends beyond the run, request revised sections, feeds, joints and supports.
- Check connector compatibility, drop length, clearances and cord routing.
- Match taps to busway family and approved configuration.
- Qualified professionals review loads, supply, protection, grounding, supports and laboratory conditions.
- For compatible breakered tap-offs, keep the integral circuit breaker OFF throughout installation or relocation, following the applicable manual and configuration-specific installation and relocation guidance.
- Plan equipment shutdowns and access with the lab team; this example assumes de-energized changes following current manufacturer instructions and approved drawings.
System selection is project-specific. This example does not specify T225 or establish circuit capacity, sizing or compliance.
Laboratory Design Resources
Laboratory power planning checklist
Include these details with your layout so the electrical design can be checked against the equipment and intended use:
- Locations: Mark benches, instruments, carts, equipment clearances and planned future work zones.
- Loads: List each equipment nameplate load, expected simultaneous use and any starting or inrush requirements.
- Voltage and phase: Identify the supply and each load's voltage, phase, neutral and grounding requirements. Select the appropriate T40 or T225 configuration; each T225 run is limited to 225A per phase.
- Taps and connectors: Specify receptacle type, pole count, branch protection, cord length and mounting position. Match every tap to its system family and approved configuration.
- Feeds and supports: Locate supply panels, feed points, run lengths, suspension points and access for inspection and maintenance.
- Environment: Flag moisture, washdown, chemicals, temperature, classified locations and other conditions that require a suitability review.
- Qualified review: Have the responsible electrical professionals confirm loads, protection, voltage drop, grounding, support and applicable codes against the final drawings and manufacturer instructions. Tap-off installation or relocation must follow the applicable manual, required isolation and qualified-person procedures.
Use the technical resources and layout-support links below to develop the project-specific design.
Laboratory planning articles
Explore USA TrackBusway articles on flexible overhead power and workspace planning.
Browse articlesTrack Busway technical resources
Access downloadable design files and planning tools.
Download technical drawings, data sheets and BIM filesComplimentary Design Drawings
Request layout drawings tailored to your laboratory configuration.
Request Layout SupportOther Flexible Power Applications
USA TrackBusway also supports flexible overhead power in other environments where layouts, equipment, and work areas change over time.
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Data Centers
Reliable overhead power distribution for server racks, network equipment, and evolving data center infrastructure.
View Data Centers Track Busway Projects -
Office / Enterprise Workspaces
Overhead plug-in power and lighting for workspaces where furniture, teams, and layouts may change.
View Workspace Track Busway Projects -
Industrial
Adaptable overhead power for production areas, tooling, workstations, and changing equipment layouts.
View Industrial Track Busway Projects -
Automotive
Flexible overhead power for assembly lines, service bays, and production areas that require efficient power distribution.
View Automotive Track Busway Projects
Laboratory Track Busway FAQs
Track Busway keeps plug-in power overhead so electrical access can stay aligned with benches, instruments, and work zones as laboratory layouts change. This helps reduce dependence on fixed wall outlets, floor boxes, and conduit runs.
Yes. Depending on the system configuration, Track Busway can support standard 120V single-phase receptacles as well as 208V, 240V, and three-phase plug-in options for higher-power equipment.
After the system is installed, plug-in power drops and outlet boxes can be repositioned along the run as work areas change. This helps reduce the need for new conduit runs or fixed outlet relocation when benches or equipment are moved.
Yes. USA TrackBusway is Listed to UL 857 Busway Standards. Final system design and installation should follow applicable codes, project requirements, and approved drawings.
Fixed-location plug-in busway uses factory-positioned connection windows; continuous-access track busway permits compatible tap-offs along the run at approved locations. Stable benches can use either approach, while changing outlet positions may favor continuous access if the documented equipment, location and electrical requirements are met.
Choose T40 or T225 from verified system and tap-off specifications, supply voltage and phase, connected loads, protection and laboratory conditions—not laboratory size or the 225A-per-phase limit alone. See the busway architecture comparison and current technical documents.
