UNSPSC 39112004: Loading dock light

UNSPSC 39112004 Loading dock light is a Commodity code that describes specialized industrial lighting fixtures mounted at loading dock areas and entrance points to buildings and facilities. State and local governments buy replacement loading dock lights, complete dock lighting systems, LED conversions of existing dock infrastructure, and related installation and maintenance services under this code. The issuing bodies span school districts, county facilities departments, transit authorities, municipal public works departments, and special-purpose districts. The recent opportunities show a mix of as-needed lighting supplies (electrical distributors serving multiple facilities), standalone fixture replacements at specific locations, and broader facility lighting upgrades that incidentally include dock lighting as part of larger projects.

Geographic activity is dispersed across the country with recent solicitations posted from Georgia, Texas, Florida, Colorado, Oregon, Michigan, Maine, and California. Representative recent opportunities include Parkway School District's LED lighting as-needed supply contract (RFQ, bids due July 30, 2026, estimated $35,000 over twelve months), Sarasota County's holiday LED pole mount decorations procurement (Quick Quote, due July 23, 2026), and the State of Maine Department of Administrative and Financial Services' parking lot light fixtures quotation for 48 Lithonia LED units (RFQ, due July 22, 2026). Broader infrastructure projects such as the City of Bartow's sports field lighting installation (ITB 26-18, due July 22, 2026, CDBG-funded with prevailing wage requirements) and the Georgetown Railroad Trail Phase 1 project in Texas (unit price IFB, due March 3, 2026, $3.78 million engineer's estimate, includes pedestrian lighting) demonstrate how loading dock and facility lighting work is frequently bundled into larger construction or renovation scopes rather than procured as standalone commodities. Most recent activity clusters around LED conversion and replacement rather than new installations, reflecting a market shift toward energy-efficient upgrades at existing facilities.