Quick answer
A cubicle power pole is a product-specific vertical pathway between an approved overhead source and a compatible furniture run; it does not determine circuit design or make an incompatible system usable. Consider one when the run is stable and overhead routing fits the site, then compare all approved alternatives with the responsible building, electrical, furniture, data, and IT parties.
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Understand what a cubicle power pole is before comparing options
Cubicle power pole is a search phrase, not a complete product description. One proposal may use a manufacturer-specific top-feed pole and harness that connects an overhead source to a compatible powered panel. Another may use a multi-service pole or architectural column that routes power, communications, or audiovisual pathways toward a workstation or modular partition. A visually similar pole may be blank or communications-only. Record the product and service, not just the silhouette. [1] [3] [5]
| Proposed item | Planning role | Do not infer |
|---|---|---|
| Furniture-system top-feed pole | Provides the product-specific physical path and components between an overhead interface and a compatible powered furniture run | That it fits another family, generation, wiring architecture, panel location, or ceiling |
| Multi-service tele-power pole or column | Brings one or more specified services down in an open area and may offer an interface for modular furniture | That every model carries both power and data or connects directly to the selected cubicle system |
| Blank or communications pole | Provides a product-defined pathway or enclosure for the stated non-power or future scope | That an empty raceway is approved for later field conversion or mixed services |
| Cable-management panel or architectural entry | Uses a larger product-specific enclosure or panel condition for selected power and communications routing | That its structure, capacity, parts, or connection method applies to a simpler pole |
Power-pole identification record
- Manufacturer, product family, model or part reference, revision, region, and supplier
- Powered, communications-only, multi-service, blank, or unknown status
- Furniture family, generation, wiring architecture, compatible connection location, and required adjacent parts
- Stated listing or labeling, ratings and service purpose to be verified by the responsible electrical party
- Pole height or range, finish, channels, covers, ceiling trim, base condition, and mounting interface
- Included, excluded, building-supplied, furniture-supplied, data-supplied, and electrical-supplied components
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Identify the exact system
Record the cubicle manufacturer, product family, power-distribution components, proposed pole kit, ceiling condition, and available labels or drawings.
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Trace the complete feed path
Name the proposed building source, vertical pathway, furniture entry point, user-device path, data route, and every unresolved interface without turning the sketch into wiring instructions.
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Compare approved alternatives
Test wall, column, floor, underfloor, overhead, and product-supported plug-connected paths against the same layout and future-change scenario.
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Assign each decision
Record which building, electrical, furniture, data, IT, design, and inspection parties must approve, connect, test, or accept each part of the chosen path.
Feed-path diagram
What a cubicle power pole connects—and what it does not decide
Choose a power pole, choose an alternative, or hold the layout
| Use a cubicle power pole | Compare an alternative | Hold the decision |
|---|---|---|
| An approved overhead source can serve an away-from-wall workstation run. | An approved floor, wall, column, underfloor, or other source already aligns with the run. | The building source, electrical design owner, or connection boundary is unresolved. |
| The exact furniture system supports the selected top-feed component and location. | The system supports a base feed, or the plan can use unpowered furniture with approved nearby access. | The furniture family, generation, powered configuration, or compatible feed component is unknown. |
| Ceiling height, grid or structure, plenum route, mounting interface, access, and visual position are coordinated. | A floor or perimeter path reduces overhead conflicts or better supports likely moves. | Ceiling, fire protection, lighting, HVAC, access, data, or structural coordination remains open. |
| A dated future layout keeps the pole and run relationship useful. | Likely churn would strand the pole or force repeated ceiling and furniture changes. | Only the initial layout has been tested and the change scenario is unknown. |
Compare product-specific power-pole options
Manufacturer documents show why a generic power-pole specification is unreliable. Haworth's current 10 Wire Power document separates top-feed and base-feed components and warns against mixing wiring configurations. Herman Miller's archived Action Office document describes powered and nonpowered ceiling entries with different functions and product-specific connection locations. Legrand offers pole families with different materials, heights, channels, devices, and modular-furniture interfaces. Use current confirmation for the exact order. [3] [5] [1]
| Option variable | Planning question | Required confirmation |
|---|---|---|
| Furniture-integrated or general raceway | Does the pole terminate in a named furniture component or present services independently? | Manufacturer, furniture dealer, and responsible electrical or data parties agree on the physical boundary |
| Powered or communications-only | Which services are actually approved for each channel or enclosure? | Product documentation, listing or labeling information, and project design |
| Single- or multi-service arrangement | Must power, data, audiovisual, or other services share one visible drop? | The responsible designers confirm pathways, separation, fill, interfaces, and ownership |
| Fixed length or adjustable range | Does the selected product fit the finished ceiling and furniture condition? | Verified field dimensions and the exact product's permitted range or parts |
| End, junction, or dedicated entry location | Where can the selected system accept the feed without losing required components or access? | Current product-specific plan, component schedule, and manufacturer or dealer confirmation |
| New or reused component | Can identity, condition, completeness, prior modification, and current support be verified? | Labels, photographs, applicable documents, written compatibility, and responsible-party release |
Compare floor, wall, column, underfloor, and plug-connected alternatives
| Feed strategy | Potential planning advantage | Key limitation to resolve |
|---|---|---|
| Furniture-system top feed | Reaches away-from-wall runs from an overhead source and can consolidate a visible drop | Ceiling coordination, exact system compatibility, fixed pole location, and electrical or data handoffs |
| Base feed from floor, wall, or column | Uses a low entry into a compatible powered raceway when an approved source aligns | Floor or perimeter location, furniture entry point, trip and access conditions, and system-specific components |
| Raised-floor or underfloor distribution | Can serve workstation locations from below where the building system supports it | Approved floor pathway, outlet or feed location, access, finish coordination, and future moves |
| Perimeter source with unpowered furniture | Avoids a furniture distribution package when approved nearby sources and cable paths fit each station | Cord reach, user access, route protection, data endpoints, and layout dependence on the perimeter |
| Approved plug-connected furniture power product | Can provide a factory-built local access solution for a defined use without entering a panel raceway | Product listing and instructions, approved receptacle source, cord path, load and use evaluation, and whether it serves the station plan |
| Move the workstation run | May align stations with an existing approved source and remove a special feed condition | Count, user function, circulation, accessibility, egress, storage, and furniture geometry must still work |
Haworth's product documentation provides one manufacturer example of top-feed and base-feed paths, while Herman Miller's Action Office document describes ceiling and wall, floor, or column entries for specific configurations. Legrand's dash Power Tower is an example of a factory-made cord-connected product with its own stated configuration and instructions; it is not evidence that an improvised extension-cord scheme is acceptable. Where OSHA 1910.305 applies, flexible cords generally may not substitute for a structure's fixed wiring unless specifically permitted. [3] [5] [2] [9]
Coordinate the ceiling, pole location, and workstation run
A pole connects planning layers that are often owned by different teams. The furniture plan shows the run and compatible entry point; the reflected-ceiling and building information show the overhead conditions; the electrical and data designs establish their services; and the selected manufacturer's documents establish product-specific parts and limitations. Haworth publishes separate top-feed installation information, illustrating why the current product document belongs in the release package rather than being replaced by a generic detail. [4] [3]
Overhead coordination overlay
- Current architectural, furniture, reflected-ceiling, electrical, data, fire-protection, lighting, and mechanical backgrounds
- Finished ceiling height, ceiling type, grid or support condition, plenum access, and verified vertical path
- Approved source and interface location identified by the responsible building and electrical parties
- Pole centerline or controlling outside envelope tied to a stable furniture run reference
- Exact furniture entry point, adjacent panel or frame, junction, raceway, cover, trim, and service-access condition
- Lighting, diffuser, sprinkler, detector, speaker, structure, signage, door, glazing, and movable-part conflicts
- Power, communications, audiovisual, security, and other service pathways separately identified
- Access, occupied-work controls, ceiling restoration, finish, cleaning, testing, labeling, records, and acceptance owners
| Control point | Go evidence | Hold trigger |
|---|---|---|
| Furniture run | Approved run plan, product identity, compatible entry component, and current revision | Run geometry or product basis may change |
| Ceiling condition | Verified height, type, access, support or interface decision, and conflict clearance | Field condition differs from the background or a ceiling owner has not approved the work |
| Building source | Responsible electrical party has documented the selected source and design boundary | Capacity, circuiting, route, connection, permit, or inspection remains a guess |
| Data path | Data owner has documented pathway, endpoint, cable, labels, testing, and handoff | A power-pole decision is being used as a substitute for a data design |
| Installation sequence | Zone, access, ceiling, furniture, electrical, data, inspection, and restoration releases are dated | One trade must work from an informal assurance that another scope is ready |
Keep the pole inside the selected furniture-system rules
Top-feed components are not generic accessories. Haworth's cited document assigns top-feed and base-feed parts to specific powered components and cautions against mixing wiring configurations. Herman Miller's archived Action Office entries limit ceiling feeds to stated panel positions and components. Steelcase describes Answer as a configurable panel system with power and data routing or access capabilities, but the product page does not identify the parts for this project. Confirm current availability and compatibility in writing. [3] [5] [6]
| Record | Capture | Hold trigger |
|---|---|---|
| Product basis | Manufacturer, furniture family, generation, region, document revision, and approved run plan | Generic cubicle label or conflicting product generations |
| Power architecture | Named furniture wiring configuration and responsible electrical design reference | Component appearance used to infer electrical compatibility |
| Entry component | Exact pole, harness, adapter, trim, cover, junction, support, and adjacent furniture parts | Missing identifiers, substituted parts, or an incomplete kit |
| Connection location | Permitted end, junction, frame, panel, or raceway position shown on the current plan | Field location selected only for appearance |
| Existing inventory | Labels, photographs, condition, prior modifications, original documents, and reusable quantity | Unknown, damaged, altered, mixed, or unsupported powered component |
| Future change | One dated alternate layout with pole, run, component, ceiling, data, and building impacts | Flexibility claimed without a defined and priced change scenario |
Assign electrical, data, furniture, and building handoffs
The space-planning team can document devices, locations, physical interfaces, and owners without designing the electrical system. Where OSHA 1910.303 applies, listed or labeled equipment must be installed and used in accordance with instructions included in the listing or labeling. Where OSHA 1910.333 applies, covered work practices include deenergization requirements and qualified-person boundaries. Haworth's Compose instructions and Herman Miller's Action Office document assign their stated permanent-building or powered-entry connections to a licensed electrician. The actual project must follow the controlling product, employer, contract, building, and jurisdiction requirements. [8] [10] [7] [5]
| Workstream | Planning deliverable | Release evidence |
|---|---|---|
| Workplace and furniture planning | Station demand register, run plan, pole location, furniture family, entry point, future scenario, and issue log | Approved coordinated plan and current revision |
| Furniture dealer or manufacturer resource | Exact compatible pole and furniture components, current documents, quantities, options, exclusions, and lead times | Product schedule and written compatibility basis |
| Building and ceiling | Verified overhead conditions, access, interface decisions, conflicts, restoration, work windows, and building approvals | Dated ceiling and work-zone release |
| Electrical | Source, load basis, circuiting, capacity, protection, grounding, pathway, connection, qualification, permit, inspection, testing, and records as applicable | Project-required electrical design, authorization, inspection, test, and energization release |
| Data, IT, and audiovisual | Service count, pathway, separation, endpoint, cable, termination, labeling, testing, equipment, and documentation | Data or IT release for the exact run and station |
| Furniture installation | Correct run, pole and furniture parts, access, manufacturer information, covers, trim, labels, protection, punch, and handoff condition | Furniture lead records the physical boundary released to each trade |
Build a quote-ready scope without inventing a national price
The reviewed manufacturer and federal sources do not establish a defensible national installed price for a cubicle power pole. Cost changes with the selected product, furniture architecture, pole type and finish, ceiling and source conditions, data scope, access, occupied work, trade windows, approvals, testing, restoration, records, and future changes. Give bidders the same coordinated package and keep unresolved electrical and building allowances visible. [1] [3] [5]
Cubicle power-pole bid package
- Current architectural, furniture, reflected-ceiling, electrical, data, and affected building backgrounds
- Run IDs, station types, device-demand register, pole locations, future scenario, and drawing revisions
- Exact furniture family, generation, powered configuration, pole or top-feed component, adjacent parts, finish, and quantity
- Verified ceiling height and type, overhead access, source-interface status, conflicts, work windows, and restoration boundary
- Furniture, building, electrical, data, IT, ceiling, inspection, testing, energization, punch, and acceptance owners
- Delivery, receiving, staging, protection, occupied work, lifts or access equipment as assigned, cleaning, and closeout
- Known unknowns, holds, substitutions, reused parts, damage, shortage, approval dates, and change process
- Itemized inclusions, exclusions, allowances, alternates, schedule, remobilization, warranty, and acceptance records
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Freeze the run and product basis
Issue the current workstation layout, product identity, powered configuration, pole location, device-demand register, and revision.
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Release the building interfaces
Obtain the project-required ceiling, source, pathway, access, conflict, and trade decisions for the exact physical location.
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Reconcile the component package
Match the pole, furniture entry parts, covers, trim, hardware, labels, and documented electrical or data components to each run.
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Transfer each trade boundary
Furniture, electrical, data, IT, ceiling, and building teams receive only the documented boundary within their assigned scope.
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Close by run
Reconcile location, visible condition, component completeness, approved field changes, trade releases, labels, test records supplied by responsible parties, punch, and acceptance.
| Quote component | What the bidder should state | Comparison rule |
|---|---|---|
| Product | Pole or alternative pathway, furniture entry parts, adapters, supports, trim, freight, and taxes | Use the exact selected system and quantities |
| Building and electrical work | Source/path assumptions, access, connection, inspection, testing, protection, and exclusions | Keep allowances and unresolved conditions visible |
| Furniture, data, and IT work | Furniture labor, data pathway, device moves, labeling, testing, and closeout | Do not bury separate trade work inside a single total |
| Installed option total | Product + building/electrical + furniture + data/IT + access/ceiling work + testing + documented allowances | Compare identical scope and the same future-change scenario |
Frequently asked questions
What is a cubicle power pole?
It is a vertical product or assembly used to bring specified services from an overhead area toward workstations or modular furniture. Some poles are manufacturer-specific top feeds into a powered panel system; others are multi-service, blank, or communications-only poles. Identify the exact model, purpose, components, furniture interface, and responsible trades. [1] [3] [5]
Does every powered cubicle need a power pole?
No. A compatible system may use a product-supported floor, wall, column, raised-floor, or other feed path. An unpowered configuration may use approved nearby building sources when the layout and cable paths support it. Compare the complete site-specific options.
Can one power pole carry both power and data?
Some products offer separate channels or arrangements for multiple services, while others are powered, blank, or communications-only. The exact product documents and responsible electrical and data designers must confirm permitted services, pathways, separation, interfaces, and capacity. [1] [5]
Can an existing power pole be reused after moving cubicles?
Only after the product, furniture system, wiring architecture, labels, condition, prior modifications, ceiling relationship, source, components, and current documents are verified. A new location can change both the furniture and building interfaces. Keep the pole on hold until the responsible parties release it.
Who installs or connects a cubicle power pole?
Follow the contract, current product information, employer program, building rules, and jurisdiction. The cited Haworth and Herman Miller documents assign their stated permanent-building or powered-entry connections to a licensed electrician. Where OSHA 1910.333 applies, its deenergization and qualified-person requirements govern covered work. Furniture installation and electrical connection are not automatically the same scope. [7] [5] [10]
Can extension cords replace a power pole?
Do not treat extension cords as a permanent feed strategy. Where OSHA 1910.305 applies, flexible cords generally may not be used as a substitute for fixed wiring unless specifically permitted. Have the responsible electrical party select an approved building or product solution for the actual use. [9]
How much does a cubicle power pole cost?
The reviewed primary sources do not support a national installed price. Request project-specific pricing for the exact pole and furniture components, ceiling and source work, delivery, access, installation, electrical and data scope, restoration, permits or inspections as applicable, testing, records, punch, and future-change assumptions.
Sources, limits, and update policy
Office Furniture Flow is an independent editorial publisher, not a furniture or electrical-product manufacturer, dealer, designer, architect, engineer, electrician, data contractor, installer, testing laboratory, building representative, safety consultant, attorney, or authority having jurisdiction. This U.S.-focused guide coordinates planning inputs and trade boundaries. It does not size circuits, select conductors or protection, determine capacity or grounding, prescribe wiring or connection methods, authorize work, provide deenergization or energization procedures, interpret listing or code applicability, or approve a product, ceiling, source, layout, installation, price, schedule, inspection, test, or acceptance. Sources were checked on August 30, 2026.
Manufacturer pages and documents are product-, revision-, configuration-, and region-specific examples. Archived price books are used only to show possible entry types and product-specific limits; their prices and availability are not used. OSHA sources apply according to their own scope and do not replace a site-specific electrical design, employer program, adopted codes, product listing or labeling, manufacturer instructions, or jurisdictional review. Confirm the current project documents with the responsible qualified parties before release.
- Legrand: 30TC Series Blank Steel Tele-Power Pole
- Legrand: dash Power Tower
- Haworth: 10 Wire Power Price List, December 2025
- Haworth: Compose 3 and 6 Circuit Top Feed Module Installation Instructions
- Herman Miller: Action Office System Price Book, March 2020
- Steelcase: Answer Panel System
- Haworth: Compose, Compose Connections, and Compose Beam Panel Systems Installation Instructions
- Occupational Safety and Health Administration: 29 CFR 1910.303: General Electrical Requirements
- Occupational Safety and Health Administration: 29 CFR 1910.305: Wiring Methods, Components, and Equipment for General Use
- Occupational Safety and Health Administration: 29 CFR 1910.333: Selection and Use of Work Practices