Track Busway Design & Layout Support

Track Busway provides engineered overhead power design support for adaptable manufacturing, labs, logistics facilities, and open-ceiling workplaces.

By submitting your reflected ceiling plan and electrical requirements, our team prepares a coordinated layout geometry, circuit distribution strategy, and bill of materials.

Track Busway Layout Drawings

Track Busway layout drawings are prepared by our engineering team to support planning, installation, and coordination across electrical and facility layouts.

Each drawing set reflects project-specific geometry, circuit distribution, and equipment positioning to ensure accurate implementation in the field.

Track Busway installation layout drawing set

Clear project inputs allow us to produce accurate layouts and coordinated bill-of-material documentation.

Layout drawings visually communicate how power is distributed, connected, and accessed throughout the space.

For a complete library of Track Busway layout drawings, BIM models, and engineering planning resources, visit our Design Center

Track Busway layout drawings are prepared by our engineering team to support planning, installation, and coordination across electrical and facility layouts.

Each drawing set includes installation layouts, shop drawings, and a coordinated bill of materials to simplify specification, procurement, and field installation.

To see Track Busway systems in use, installation sequences, and real-world applications, visit our Videos Hub

Submit your reflected ceiling plan to receive a project-specific Track Busway layout drawing and material takeoff.

Request Complimentary Layout

Engineering-Driven Layout Design

These engineering deliverables provide the clarity needed to move from concept to installation with confidence.

1

Layout Engineering

Project-specific Track Busway geometry designed around your ceiling plan and electrical requirements.
2

Bill of Materials

Exact part numbers and quantities prepared directly from the engineered layout to support specification and procurement.
3

Installed Cost Visibility

Labor-hour standards are applied to each component so project teams can estimate installation time and coordinate labor planning.

Layout requests are supported by the USA TrackBusway team, including Michael “Mike” Gellert, President of USA TrackBusway.

Example Track Busway Layout Drawings

Every Track Busway layout is engineered around modular grid or row-based configurations. Below are example drawing sets illustrating how distributed branch architecture is implemented in real-world applications.

Large Track Busway Grid – Example Layout

This example illustrates a large modular grid configuration with distributed feeds, coordinated plug-in units, and structured branch layout.
Large Track Busway Rectangle – Example Layout

This example demonstrates a perimeter rectangle layout designed for flexible equipment spacing and future reconfiguration.

What’s Included in the Complimentary Drawing Set

Project-specific layout drawings – dimensioned layouts tailored to your ceiling height, equipment spacing, and circuit requirements.
Illustrated system plan – a clear visual representation of Track Busway runs, feeds, drops, and accessories for fast field understanding.
Fixture & device schedules – itemized schedules showing exact part numbers and quantities.
Bill of Materials (BOM) with exact quantities – detailed BOM to support accurate pricing and procurement.
Labor-hour standards per part – per-part labor units to support installed-cost estimation and bid comparison.
Load & circuit information – circuit mapping and load data for electrical coordination.
Installation reference drawings – field-ready details installers can actually use.

Prefer to build your own layout? Access our Track Busway technical resources to create drawings directly.

View Track Busway technical resources

Plan installation cost and project timing

USA TrackBusway is engineered and manufactured in Ohio. Compare a complete project bill of materials and contractor labor estimate against the same layout using another system. Installation time and lifetime cost depend on the project; no standard savings percentage or payback period is assumed. See the worksheet below and current production lead times.

Project-specific cost comparison worksheet

Use this worksheet to compare USA TrackBusway with conduit-and-wire, another busway system, or an RPP-and-whip layout. Price the same equipment connections, electrical requirements, layout, monitoring scope, and expansion scenario for both options. This is an estimating aid, not a quotation or a savings forecast.

Project: __________ Estimate date: __________ Currency: __________
Analysis period: ____ years Option A: __________ Option B: __________

Attach the dated quotations, layout revision, load schedule and assumptions. Mark unknown costs as not quoted, rather than zero. Copy or print the table for your project.

Matched-scope installed and lifecycle cost worksheet
Cost item	What to include	Option A	Option B
Equipment package	Busway or conduit/cable; feeds or panels; joiners, ends, fittings; every required tap-off, breaker, receptacle and cord.	________	________
Supports and access	Hangers, engineered supports/bracing where required, lifts and access equipment.	________	________
Upstream work	Feeders, upstream protection, panel/switchgear changes and associated terminations.	________	________
Monitoring	Required meters, branch modules, gateways, communications and setup.	________	________
Installation labor	Task quantities × contractor labor hours × labor rate; show access and site-condition adjustments.	________	________
Design, inspection and commissioning	Project engineering, permits, inspection, testing and commissioning required for this installation.	________	________
Freight and tax	Delivery, handling and taxes on the same basis for each option.	________	________
Initial installed total	Sum the initial costs above; check for omissions and double counting.	________	________
Planned changes	For each year/event: number of additions or moves × equipment, labor, access and testing cost per event.	________	________
Planned disruption	Owner-estimated shutdown hours and cost, if applicable; state the assumption and avoid double counting labor.	________	________
Inspection and service	Budget the work required by the selected manuals and project maintenance plan; identify scope and frequency.	________	________
Spares and replacements	Identify exact compatible parts, quantities and quoted availability; do not assume indefinite stock.	________	________
End-of-period costs or credit	Document removal/disposal costs and any substantiated reuse or residual value.	________	________
Lifecycle total	Initial installed total + future change, disruption, service, replacement and end-of-period costs − supported residual credit.	________	________

40A and T225 component labor standards

USA TrackBusway provides separate labor standards for 40A steel and T225 systems. Apply the applicable standard to the component quantities in the coordinated bill of materials. These are estimating inputs, not guaranteed crew duration or a comparison with another manufacturer.

Standard minutes per unit
Component	Quantity basis	40A steel	T225
Busway lengths	LF of busway	2.75	5.5
Joiners	Each	12	26
Hangers	Each	25	50
Attachments	Each	8	16
Jumpers	Each	6	Request applicable standard
End caps	Each	Request applicable standard	20
Feeds	Each	15	30

Component labor hours = quantity × standard minutes per unit ÷ 60. Sum unrounded component hours before rounding the total. Use linear feet of actual busway from the BOM: a double-deck 40A layout counts both deck lengths, not just floor-plan row footage. Confirm the category and quantity basis for the selected assembly.

Have the installing contractor confirm the applicable standards and adjust for site access, ceiling height, support/structural work, upstream feeders and connections, testing and other project conditions. Identify which work is included in each labor unit so costs are not omitted or counted twice. Labor hours are not elapsed days; crew size and work sequencing affect duration. Request the labor breakdown for your project BOM.

Completed installation example: 86 labor-hours

A manufacturing subassembly area combined five 50-foot double-deck T40 rows with a 130-foot T225 supply trunk and 15 quad PowerDrops. USA TrackBusway confirmed the completed installation labor for the documented busway scope:

Confirmed installation labor for one completed project
System portion	Layout	Labor-hours
T40 rows	250 feet of double-deck rows, using 500 linear feet of individual busway channels	49
T225 trunk	130 linear feet of T225 busway	37
Total confirmed installation labor		86

The project bill of materials also included the joiners, hangers, five T40 feeds and one T225 end feed. The labor figures were established in the project drawing and subsequently confirmed for the completed installation.

Labor-hours count the combined work of the installation crew. They are different from elapsed project duration. Use this completed-project example alongside your own layout, component quantities and site conditions when planning installation.

Test the assumptions

Calculate a no-change case and a case with your expected equipment moves or additions. Keep the assumed years and event counts identical for both options. If a discounted comparison is needed, use the same documented discount and escalation assumptions: present value of a future cost = cost in year n ÷ (1 + discount rate)ⁿ. Do not mix nominal and constant-dollar estimates.

Per-part labor-hour standards in our drawing package are estimating inputs. The installing contractor should adjust them for the site and provide the installation estimate. Compare written service scopes and prices; the complimentary layout offer does not make installation or ongoing services free.

Request a layout and material quote · Replacement-part identification and support

Send your reflected ceiling plan, equipment layout, and electrical requirements — we’ll handle the rest.