Eaton LTB40090 Liquidator Connector - Hazardous Location

The 90-degree elbow design provides installation flexibility in tight equipment rooms, reducing bend fatigue and simplifying conduit routing for FMC runs. By enabling a direct, compact connection, it shortens wiring paths in control panels and machine enclosures, lowering field labor, rework, and commissioning time. In high-density rack layouts, this feature streamlines cable management and improves overall enclosure reliability. Constructed from malleable iron and finished insulated, the connector delivers rugged, long-term durability even in vibration and thermal cycling common to industrial plants. The sturdy metal provides secure thread engagement and sealed analysis under load, while the insulated body helps maintain consistent electrical performance and protects conductors from moisture, dust, and chemical exposure in hazardous environments. This combination supports sustained performance across shifts and seasons. A 4-inch trade size aligns with standard FMC fittings, enabling quick compatibility with existing conduit systems and reducing the need for adapters or field fabrication. The result is straightforward installation, fewer potential leakage points, and smoother handoffs between field installs and panel integration. Contractors also benefit from clearer bill-of-materials and reduced inventory complexity on large-scale projects. Safety and compliance are built in: NEC/CEC standards alignment, and explicit NEC hazardous ratings—Class I Division 2; Class II Division 1 and 2; Class III—support precise area classifications of Hazardous/Classified Locations. This ensures the connector meets required protection levels and installation practices, enabling engineers to pass regulatory audits with confidence. Real-world usage shows fewer compliance-driven redesigns during commissioning. Engineers and procurement teams also benefit from readily available design resources: 3D CAD drawings, catalogs, and official Eaton specification sheets to accelerate design reviews, supplier approvals, and construction sequencing. Access to accurate data reduces design variance, shortens lead times, and improves cost control by limiting last-minute substitutions. In practice, this translates to faster project delivery, lower total installed costs, and higher first-pass compliance.