Eaton IHBE-13L-UNV34-DRIVER-KIT NEC/CEC Certified

347-480 Vac input with 50/60 Hz operation is supported by the IHBE-13L-UNV34-DRIVER-KIT, delivering stable power to high bay LED fixtures. The result is improved energy efficiency through precise current control and a PF > 0.90, reducing harmonic distortion and utility penalties in demanding facilities. This compatibility supports a broad range of service entrances and minimizes field adapters, making it easier to standardize across multiple sites.For use with IHBE 13L luminaires, this driver kit streamlines replacement—no guessing on compatibility or dimming behavior. Engineers benefit from a cohesive installation pathway, as the kit aligns with the IHBE family’s thermal and mounting footprints. The outcome is faster turnovers on retrofit projects and a lower risk of mismatched components.Certified for Ordinary/Non-Hazardous Locations and NEC/CEC compliance, the kit fits typical manufacturing floors and storage areas. The regulatory alignment helps prevent inspection delays and reduces rework due to noncompliant drivers. Facilities can maintain consistent performance without compromising safety standards.Compact dimensions (8 in x 8 in x 4 in) and a 5 lb weight simplify bracketry and payload calculations in high-ceiling installations. The physical footprint supports simplified wiring runs and cleaner concealing in luminaires. This also aids field technicians by reducing the time needed to mount, connect, and align the driver kit.Installation resources included with the kit—IF 1924 instruction sheets and the specification sheet—provide step-by-step guidance and best practices. Access to brochures and catalog pages assists procurement and design reviews, smoothing handoffs from project engineering to maintenance teams. Combined, these materials mitigate common install errors and call-backs.From a Total Cost of Ownership perspective, the IHBE-13L-UNV34-DRIVER-KIT reduces spare-part variety and stock-keeping requirements while improving reliability. Its 13L-model compatibility minimizes obsolescence risk and helps standardize high bay lighting across facilities. In practice, that translates to lower maintenance costs and quicker ROI for facility upgrades.