Architectural Surface Linear Fixtures: 2.75″W Premium LED Series

High-Efficiency Surface-Mount Architectural Linear Luminaires for Contemporary Office, Retail, and Educational Environments

Product Portfolio: Brandon 2.75″W Architectural Surface Linear Fixtures Series
Geometric Footprint: 2.75″ Width $\times$ 3.35″ Height Rigid Extruded Aluminum Profile
Luminous Engine: 1200 Lumens per Foot (lm/ft) High-Density Performance
Power Density: Optimized 10 Watts per Foot (w/ft) Energy-Efficient System
Certifications: UL/cUL Listed, DLC Premium Qualified, ADA Compliant (Wall-Mount Application)
B2B Procurement: Direct Factory Manufacturer pricing with integrated tool-less row-joining hardware

Product Overview

The Brandon 2.75″W Architectural Surface Linear Fixtures series delivers high-quality solutions for modern commercial interior design where ceiling plenum depth is limited. This surface-mounted commercial indoor lighting lineup eliminates the need for complex drywall cutouts or deep recessed slots. It installs directly onto solid concrete ceilings, wood paneling, or standard drop ceiling grids, adding a modern, unobtrusive look to any space.

Operating at a highly effective 10w/ft to emit 1200 lm/ft of crisp, uniform illumination, these fixtures easily replace outdated fluorescent strip lighting with clean energy-efficient solutions that offer up to 70% energy savings. Designed with field-adjustable tunable settings, a minimalist profile, and seamless corner-joining hardware, this specification-grade series serves as a foundational element for general, task, and accent lighting layouts across high-end real estate footprints.

Technical Specifications Matrix

Technical & Engineering Feature	Brandon 2.75″ Architectural Surface Linear Specification
Physical Enclosure Dimensions	2.75″ Base Width $\times$ 3.35″ Profile Height Matrix
Volumetric Lumens Density	1200 Lumens per Foot (lm/ft) Standard Target Output
Power Consumption Ratio	10 Watts per Foot (w/ft) Low-Load Power Density
Luminous Efficacy Scale	120 Lumens per Watt (LPW) System-Level Delivery
Color Temperature Profiles	Field-Adjustable Tri-CCT: 3500K / 4000K / 5000K
Optical Lens Diffusion	Snap-in Satin Opal Polycarbonate (Anti-Glare / Even Distribution)
Chassis Mechanical Build	Precision Heavy-Gauge Extruded Aluminum Profile
Exterior Housing Finishes	Architectural Matte Black, Satin White, and Brushed Silver
Color Rendering Standards	90+ CRI Standard (R9 > 50) for True Visual Accuracy
Dimming & Control Synergy	0-10V Continuous Smooth Dimming (Down to 1% Architecture)
Safety Integration Metrics	PF > 0.95, THD < 10%, Integrated Emergency Backup Available

Detailed Product Configurations & Mechanical Deep-Dive

1. Extruded Aluminum Housing & Low-Profile Aesthetics

The core chassis consists of high-density extruded aluminum profiles finished with an electrostatically applied anti-corrosive powder coating. The 2.75″W x 3.35″H frame serves as a heavy-duty housing and an integrated cooling system. This structural layout rapidly channels operating heat away from the internal LED circuit boards, preserving color consistency and extending the fixture’s lifespan past 50,000+ hours.

2. High-Density 1200 lm/ft Light Engine with Advanced Glare Control

Our solid-state boards use high-performance mid-power LEDs configured to produce a strong 1200 lumens per foot output at just 10 watts per foot. This system pairs with a snap-in satin opal diffuser lens to eliminate the visual “dotting” common in lower-grade LED strip lights. The result is a smooth, continuous line of light that spreads illumination evenly across a space while reducing direct visual fatigue.

3. Continuous Connecting Rows & Corner Joins

For large-scale building designs, creating seamless, unbroken lighting layouts is critical for clean architectural styling. Brandon’s structural design features internal locking joiner brackets and plug-and-play wiring connectors. This system allows technicians to quickly daisy-chain individual 2ft, 4ft, or 8ft sections into straight linear rows or sharp 90-degree corner runs without light leaks at the seams.

Project Specification & Application FAQ

What is Architectural Surface Linear Lighting?

Definition and Overview

Architectural surface linear lighting utilizes long, slim, hard-backed metal housings equipped with solid-state light engines that install flush against a ceiling or wall. Unlike basic commercial shop lights, these specification-grade fixtures feature premium optics, refined finishes, and advanced control electronics, making them a preferred tool for high-end architectural plans.

Role in Modern Interior Design

Modern interior layout spaces rely heavily on clean lines and open floor plans. Linear surface fixtures help outline structural corridors, frame open-plan office layouts, and emphasize premium wall textures. They provide essential task illumination while keeping the overall ceiling design clean and modern.

Difference Between Surface Mounted and Suspended Linear Fixtures

While suspended installations rely on aircraft cables to hang fixtures down into high-ceiling spaces, surface-mounted configurations bolt directly against the ceiling surface. This makes surface mounting the ideal choice for low ceilings, concrete slabs, or structural designs where suspended pendant lighting is impractical.

Key Benefits of Architectural Surface Linear Fixtures

Energy Efficiency and Lifespan of LED Technology

Sourcing our premium 120 LPW architectural strip fixtures allows facilities to replace inefficient fluorescent lamps with sustainable, energy-efficient solutions. This transition cuts baseline lighting power costs by up to 70% while providing an extended, maintenance-free lifespan of 50,000+ hours.

Uniform Light Distribution and Glare Reduction

Traditional point-source light fixtures often produce localized bright spots separated by dark shadows. Our continuous linear diffusers blend individual light points together, throwing an even sheet of illumination downward. This provides comfortable visual spaces that boost focus and task accuracy in workspaces.

Space-Saving Design for Low Ceilings

When concrete decks or shallow drop-ceiling plenums make recessed installation impossible, our low-profile surface-mount lines provide an ideal alternative. With a total height profile of just 3.35 inches, these fixtures deliver high lumen outputs while preserving maximum vertical headroom.

Core Product Features and Specifications

Wattage and Field-Adjustable CCT Settings

To simplify project ordering and warehouse tracking, Brandon integrates field-adjustable controls into our architectural linear families. Installation crews can adjust light settings on-site using quick-access toggles concealed within the fixture body:

Ceiling Surface Mount vs. Wall Mount Versatility

This architectural linear family is engineered with a dual-purpose mechanical chassis. While primarily used as a ceiling surface mount fixture, it can also mount horizontally or vertically as a wall-mounted luminaire. In wall mount configurations, it acts as an elegant decorative sconce or a dedicated corridor light that fully complies with ADA maximum depth limits.

Installation and Configuration Guide

How to Install Surface Mounted Linear Fixtures

Chassis Disassembly: Unlatch the snap-in satin lens and gently pull the internal gear tray away from the aluminum backing channel.
Surface Anchoring: Position the backing profile channel against your ceiling substrate and secure it using appropriate hardware through the pre-drilled mounting holes.
Electrical Supply Hookup: Route your incoming power wires through the center knockout and splice the connections to the 0-10V dimmable driver terminal block.
Reassembly & Alignment: Snap the LED gear tray back onto the housing base, line up any continuous run sections using the internal alignment plates, and press the diffuser lens firmly into the finished track.

Integrating Sensors and Wireless Controls

To maximize facility utility savings, Brandon linear fixtures support easy integration with advanced smart controls. We offer factory-installed occupancy sensors, daylight harvesting sensors, and wireless control nodes right inside the end caps. These tools allow building managers to create automated dimming zones, track live energy usage, and establish localized schedules via central building management software.