LED Linear High Bay Lights for Warehouses & Industrial Facilities

STARLAKE provides LED linear high bay lights for warehouses, manufacturing facilities, logistics centers, workshops, and other high-ceiling spaces with elongated, rectangular, or layout-driven work areas.

Linear high bay selection should begin with space geometry, mounting height, working plane, fixture orientation, distribution, and spacing rather than fixture wattage alone.

For lighting brands, distributors, contractors, importers, and project buyers, STARLAKE provides multiple linear high bay platforms together with OEM/ODM engineering, manufacturing, quality control, and North American supply support.

How to Choose the Right LED Linear High Bay

Start with the facility layout.

Warehouses and manufacturing buildings can contain long aisles, storage racks, production lines, machinery, open floors, and multiple working planes within the same project.

A practical selection chain is:

Space Geometry → Mounting Height → Working Plane → Distribution → Fixture Orientation → Spacing → Controls → Final Configuration

First define the illuminated area and visual task. Then establish mounting height, aisle or work-zone dimensions, target illuminance, and fixture orientation before selecting output, spacing, mounting, and controls.

For larger or performance-sensitive projects, use fixture-specific photometric data with the actual facility layout rather than a generic wattage-to-height chart.

Linear Distribution for Aisles, Racks & Work Areas

The main advantage of a linear high bay is its ability to coordinate with certain elongated or rectangular facility geometries.

In rack-based warehouses, rows of storage create defined aisle directions. In manufacturing facilities, production lines, machine rows, and assembly zones can create similar directional layouts.

A useful relationship is:

Aisle / Rack Geometry → Fixture Orientation → Distribution → Spacing → Uniformity

For warehouse applications, consider aisle width, rack height, mounting height, working plane, fixture orientation, and actual photometry together.

The same principle applies to production lines and other elongated work zones.

However, an elongated fixture body does not automatically create an aisle-specific distribution. Actual coverage still depends on the luminaire’s optics and photometric performance.

Fixture geometry should work with space geometry, but photometry determines the delivered lighting result.

Mounting Height, Output & Fixture Spacing

Mounting height changes how fixture output and distribution reach the target plane.

Instead of using a fixed rule such as:

X ft Mounting Height = X Watts

evaluate:

Mounting Height + Required Illuminance + Distribution + Spacing → Required Output & Fixture Quantity

Increasing output cannot correct unsuitable distribution or poor spacing.

For example, excessive spacing can create weaker zones between rows even when each fixture has substantial lumen output. Conversely, unnecessarily close spacing can increase fixture quantity and connected load without providing proportional project value.

Selected STARLAKE linear high bay models provide different output configurations and field-selectable wattage options for project zones with different lighting requirements.

Where fixture quantity, illuminance, or uniformity is defined, verify the layout using photometric calculations based on actual facility dimensions and working-plane requirements.

Thermal Management for High-Output Linear Fixtures

High-output LED luminaires must move internally generated heat toward the surrounding environment.

The basic thermal path is:

LED Junction → Thermal Interface → Luminaire Structure → Ambient Air

Linear construction provides physical area over which LED modules and passive thermal structures can be distributed, but fixture shape alone does not establish thermal performance.

LED loading, thermal interfaces, housing construction, driver conditions, ambient temperature, and airflow all influence operating temperatures.

Thermal management therefore supports stable electrical and optical performance rather than serving only as a housing feature.

Controls for Warehouses & Industrial Operations

Industrial facilities rarely operate as one uniform occupancy zone.

Production areas may remain active throughout a shift, while storage aisles, loading zones, or secondary areas may experience intermittent use.

Selected STARLAKE linear high bay configurations support 0–10V dimming and compatible sensor options.

In suitable warehouse applications:

Low-Activity Aisle → Reduced Output → Occupancy Detected → Required Output

This can reduce unnecessary full-output operating time while maintaining lighting when the zone is occupied.

Control availability and compatibility should be confirmed for the exact fixture, driver, sensor, and project configuration.

Selectable Wattage for Project & Inventory Flexibility

Different zones within one industrial facility may require different fixture outputs.

Selected STARLAKE linear high bay models provide field-selectable wattage configurations, allowing one product platform to address multiple requirements.

For distributors and stocking programs:

One Fixture Platform → Multiple Output Settings → Fewer Fixed Variants → Lower Inventory Complexity

For contractors, selectable output can also provide commissioning flexibility where mounting heights, work zones, or required light levels differ across the project.

The appropriate setting should still follow the lighting plan. Selecting maximum output by default increases both light output and electrical load without establishing that the setting is appropriate.

Mounting & Fixture Orientation

For a linear high bay, installation involves two separate decisions:

How is the fixture mounted?

and

How is the fixture oriented relative to the space?

Depending on model and configuration, STARLAKE linear high bays support options such as chain suspension, surface mounting, and other compatible mounting arrangements.

In warehouse aisles or production-line applications, the longitudinal orientation of the fixture should be coordinated with the geometry below and verified against actual photometric distribution.

Installation planning should also account for:

• Building structure

• Mounting height

• Clearance

• Electrical routing

• Maintenance access

• Rack locations

• Material-handling equipment

• Production equipment

• Project-specific safety requirements

Fixture orientation is therefore a lighting-design variable, not simply an installation preference.

Replacing Fluorescent & Legacy Linear High Bays

LED linear high bays are frequently used when modernizing facilities with fluorescent linear high bays or other legacy industrial lighting.

Replacement should begin with the existing system:

Existing Fixture & Row Layout → Mounting Height → Current Performance → Required Performance → LED Photometry → New Configuration

Document:

• Existing fixture type and length

• Row direction

• Fixture quantity

• Spacing

• Mounting height

• Existing light levels

• Voltage

• Mounting points

• Operating hours

• Controls

Legacy and LED luminaires can differ substantially in optical distribution and useful light delivery.

Depending on the new fixture’s photometry, a retrofit may retain existing mounting locations or require changes to fixture quantity, spacing, or orientation.

For larger projects, photometric evaluation or a representative installation can verify the proposed configuration before full deployment.

Replace the required lighting performance—not simply the old fixture wattage.

Where Are LED Linear High Bays Used?

Linear high bays are particularly relevant where lighting must coordinate with elongated or rectangular facility geometry.

A warehouse aisle and an open production area can require different distribution, orientation, spacing, output, and control strategies even at similar mounting heights.

Linear High Bay vs UFO High Bay: Which Should You Choose?

Both fixture types can provide high-bay illumination, but their form factors interact differently with facility geometry and layout planning.

Form factor is only a starting point.

Use:

Space Geometry + Photometry + Mounting + Spacing → Fixture Selection

A mixed industrial facility can also use linear and UFO high bays in different zones where their respective distributions and installation characteristics fit the layout.

OEM & ODM Linear High Bay Solutions

STARLAKE provides OEM and ODM support for lighting brands, distributors, importers, contractors, and project suppliers requiring standard or customized linear high bay programs.

Depending on the product platform, customization can involve power configuration, CCT, optics, drivers, voltage, dimming, sensors, mounting, branding, labeling, packaging, and accessories.

The development sequence should follow:

Application Requirement → Optical / Electrical / Mechanical Impact → Validation → Compliance → Production

With 50+ engineers and 100+ technical patents, STARLAKE supports optical, electrical, thermal, structural, and manufacturability considerations during development.

Defining customization requirements early helps identify possible effects on testing, certification, tooling, MOQ, lead time, and cost before mass production.

Linear High Bay Manufacturing & Quality Control

A linear high bay integrates LED modules, drivers, optics, thermal interfaces, mechanical structures, electrical connections, mounting components, and controls within one elongated platform.

Component positioning, mechanical alignment, electrical connections, and thermal interfaces can therefore affect completed-fixture consistency.

STARLAKE has 30+ QC professionals supporting manufacturing and quality control.

Bulk orders undergo an 8-hour aging test before shipment, while new products undergo 30 days of continuous high-temperature testing during validation.

These procedures support early electrical, component, thermal, and assembly screening rather than serving as direct simulations or guarantees of full product service life.

STARLAKE operates approximately 280,000 sq.ft of production facilities and supports project orders and longer-term OEM/ODM supply programs. Warehouse support in Ohio and California provides additional supply options for selected North American requirements.

What We Need to Recommend the Right Linear High Bay

A useful recommendation begins with the building and layout.

For project evaluation or quotation, provide:

• Facility type and dimensions

• Ceiling and mounting height

• Working-plane height

• Rack height and aisle width

• Production-line or equipment layout

• Existing fixture type and length

• Existing fixture quantity and spacing

• Existing row direction or preferred fixture orientation

• Required illuminance or foot-candle target

• Input voltage

• Preferred CCT

• Mounting requirements

• Dimming or sensor requirements

• Environmental conditions

• Required certifications

• Estimated quantity

If available, also provide a floor plan, reflected ceiling plan, rack layout, production layout, lighting drawing, existing fixture specification, or installation photographs.

STARLAKE can then evaluate:

Output → Photometric Distribution → Orientation → Spacing → Mounting → Controls → Fixture Quantity

around the actual facility.

Determine how much light is needed, where it is needed, and how the fixture should be oriented to distribute it effectively across the space.