Eaton IHB32L/UNV1 Industrial High Bay LED - NEC/CEC

High lumen output and efficiency are the core features of IHB32L/UNV1, delivering 32000 lumens at 117 lumens per watt. This translates to fewer fixtures needed to achieve target illuminance and lower energy costs across large spaces. Use cases include open bays, warehouses, and production areas where uniform brightness improves safety and productivity. Wide optical distribution and a glass lens ensure uniform coverage without hotspots. The aluminum housing adds durability, helping to resist impact and corrosion in busy industrial environments. This combination is well-suited for manufacturing floors, assembly lines, and bulk storage where consistent visibility matters. Universal input enables simple electrical design: 100-277 VAC and 127-250 VDC support multi-site deployments with minimal voltage conversion requirements. Non-dimmable drivers reduce control system integration risk and increase reliability in facilities with fixed-on or scheduled lighting. The device maintains a PF of 0.99, contributing to compliant power management. Installation and maintenance advantages include a moderate 36 lb weight and a mounting method noted as no mounting module, allowing integration with standard mounting hardware. The lack of a dedicated mounting module keeps procurement lean and reduces installation complexity in retrofits and new builds. Compliance, documentation, and performance credibility are reinforced by NEC/CEC standards and UL certification visibility, along with DLC-related literature for performance verification. The fixture’s footprint—18.81 in length, 4.23 in height, and 27.36 in width—fits planning needs in constrained retrofit projects and new construction in non-hazardous locations. Experience with IHB32L/UNV1 supports energy-efficiency campaigns, maintenance reduction, and lower total cost of ownership for industrial lighting programs. The LED design aligns with sustainability goals while delivering the brightness and reliability engineers expect in high bay environments.