UNSPSC 41112223: Compound gauge

A visual indicator of pressure that is set for 'zero' psi at atmospheric pressure and includes a dial which will continue to indicate the level of pressure above or below atmospheric pressure.

UNSPSC 41112223 Compound gauge is a Commodity code that names measurement instruments for pressure, flow, and related process variables, but the recent state and local opportunities tagged under it show minimal alignment with that scope. The five most recent solicitations posted since January 2026 include copper sulfate supply (Pasco County), HVAC heat pump trainers (Technical College System of Georgia), pump station rehabilitation (City of Dallas), building maintenance services (Seminole County), meteorological rain gauges (Texas Water Development Board), and tire pressure gauges (Dallas Area Rapid Transit Authority). Of these, only the TWDB rain gauge procurement and the DART tire pressure gauge procurement represent instruments that could reasonably fit the compound gauge taxonomy; the others span chemical supply, equipment purchase, infrastructure repair, and general facilities services unrelated to the code's stated purpose. The issuing-body mix includes state agencies, county governments, city utilities, transit authorities, and technical colleges across Florida, Georgia, and Texas.

Geographic activity centers on Texas and Georgia, with scattered opportunities in Florida. The TWDB rain gauge solicitation (IFB-4576, due January 30, 2026) sought 60 units of 12-inch tipping bucket rain gauges (MetOne 380D model) with precise technical specifications and exact brand conformance requirements, submitted via competitive proprietary procurement. The DART tire pressure gauge opportunity (reference 2096835MD, due January 31, 2026) was a straightforward five-day commodities RFQ for a single item in the 10–150 PSI range. Both posted in late January 2026. The code shows little recent sustained activity aligned to its nominal scope; most opportunities tagged under 41112223 appear to be classification mismatches rather than genuine demand for compound gauges.