Eaton Crouse-Hinds LB28 Conduit Outlet Body - Form 8, NEMA 12

LB28 utilizes Form 8 LB geometry and a 3/4 inch trade size to deliver a compact yet sturdy conduit outlet. This feature reduces overall panel depth while preserving full conduit access, cutting the time required for field mounting and wiring. In practice, engineers gain predictable mounting patterns and faster assembly in control panels and machine enclosures, especially where tight clearances and routine maintenance are present. Material integrity is enhanced by Feraloy iron alloy, providing superior resistance to corrosion and impact in demanding environments. Coupled with precise machining for form-fit, LB28 minimizes service calls from damaged conduit bodies and improves uptime on high-cycle equipment across manufacturing lines and process plants. The robust housing also supports repeated inspections without compromising enclosure integrity. Compliance and protection are built in: NEC/CEC standards ensure code conformity, and a NEMA 12 rating offers dust and moisture protection for ordinary, non-hazardous locations. This combination reduces risk during audits and supports predictable performance in indoor facilities such as control rooms and motor rooms, where reliability and safety are paramount. Installation and compatibility are straightforward: LB28 belongs to the Condulet Form 8 family and accepts standard 3/4 in conduit fittings. It aligns with Eaton's installation sheets and IF 863 wire-pulling instructions, simplifying wiring routes, reducing pull tension, and limiting conductor damage during pull-throughs in crowded cabinets. Value and ROI are realized through shorter project timelines and lower maintenance costs. UL certification and accessible wire-fill data enable confident procurement and audit readiness, while the durable construction minimizes replacements. For engineers, stocking LB28 alongside Form 8 components means fewer part substitutions and faster field troubleshooting, translating into measurable efficiency gains and lower total cost of ownership.