UNSPSC 41111942: Opacity or dust or visibility sensors

UNSPSC 41111942 Opacity or dust or visibility sensors is a Commodity code. State and local governments purchase sensor equipment and related support services under this code, though recent solicitations show minimal activity directly aligned with the nominal scope. The City of Atlanta Department of Watershed Management's June 2026 IFB for color video pipeline inspection systems and sewer cleaning equipment includes camera-based inspection technology with accessory components, maintenance support, and training. The Texas A&M University System issued ITBs in February and March 2026 for a lock-in amplifier and bore scanner, respectively, which fall outside typical sensor procurement but were tagged under this code. The Illinois Environmental Protection Agency's February 2026 IFB for an Inductively Coupled Plasma Mass Spectrometer system similarly represents analytical instrumentation rather than conventional optical or dust-sensing equipment. Klein Independent School District's June 2026 RFP for Career Technical Education and Advanced Academics instructional resources spans 17 CTE program areas and does not align with sensor procurement.

Recent activity is concentrated in Georgia, Texas, and Illinois, with issuing bodies spanning municipal utilities, state environmental agencies, university systems, and school districts. The City of Atlanta DWM's pipeline inspection IFB (PE66062NONST2026000000412, due June 23, 2026) represents the clearest fit, soliciting vendor-supplied color video systems, sewer cleaning units, OEM-certified accessories, parts and service warranties, and four hours of instruction, with a requirement that vendors supply 90 percent of parts within 24 hours and the remainder within 72 hours and deliver equipment within 14 business days or face a 5 percent daily penalty. The Texas A&M bore scanner ITB (TAMUSITB260534, due March 25, 2026) and lock-in amplifier ITB (TAMUSITB260533, due February 26, 2026) offer limited detail in publicly available summaries; full specifications and evaluation criteria are accessible only through the AggieBid platform. The code shows sparse recent state and local activity, with most recent opportunities representing instrumentation or educational resources rather than traditional opacity, dust, or visibility sensors.