Eaton LTB5090DC Liquidtight Connector - Hazardous Locations

90° FMC liquidtight connector with a zinc die cast insulated body enables tight, corrosion-resistant terminations in confined spaces. This design minimizes leak paths, resists moisture ingress, and simplifies routing around obstacles, delivering faster, safer installations in crowded panels and machine dashboards. The 1/2 inch trade-size interface matches common conduit sets, reducing misfits and call-backs during commissioning. In demanding environments, this combination supports reliable, code-compliant wiring for motors, sensors, and control gear where space is at a premium and uptime matters. A 1/2 inch trade-size interface reduces the need for adapters and extra fittings, lowering both material cost and field assembly time. The standardized footprint also supports easy interchange with other Crouse-Hinds fittings, improving procurement efficiency and reducing training requirements for technicians. Compatibility with standard FMC installations simplifies change orders and field modernization projects, ensuring consistent electrical performance across replacements. NEC/CEC compliance and hazardous-location ratings Class I Division 2, Class II Division 1 and 2, and Class III ensure code-conforming installations across major industries. These ratings minimize audit findings, streamline approvals, and reduce downtime during plant expansion or maintenance windows. They also provide a clear path for integrating this connector into safety programs, EHS reviews, and contractor scopes. Documentation and reliability matter in procurement and service planning. Eaton provides specification sheets and certification references that support fast approvals and accurate BOMs. The zinc die-cast insulator resists moisture, dust, and abrasion, extending service life and lowering long-term maintenance costs. Since the connector is designed for hazardous locations, you gain predictable performance under thermal cycling and vibration. Installation and operating advantages come from FMC compatibility and an established installation practice. Technicians can achieve solid sealing and grounding with familiar tools, reducing training time and error rates. The 90° configuration supports routing around equipment corners and through cramped enclosures, which translates to fewer field modifications, fewer callbacks, and higher overall uptime on critical production lines.