Eaton Crouse-Hinds E0200-195 Posi-Lok Plug - 200A/600V

Up to 200A continuous and 600 Vac/dc rating is a core capability that directly supports large motors and high-current feeders. The business impact is fewer connectors in a system, reduced installation steps, and lower risk of overheating at terminations, which translates into higher line reliability for assembly and packaging lines. This is ideal for power distribution panels in manufacturing environments where space is at a premium and service uptime is critical. The #2-2/0 AWG cable size support means the connector accommodates the largest typical feeder cables used in many industrial plants. The result is fewer splices and shorter wiring runs, improving installation speed and reducing inventory complexity in procurement. It applies to motor starters, controlled systems, and feeder sections in process lines. Double set screw connection provides a secure, vibration-resistant grip that remains tight through machine oscillation. This reduces arc-flash risk, minimizes maintenance intervals, and simplifies field servicing on rugged equipment. Thermoplastic elastomer (TPE) body offers chemical and impact resistance, extending service life in oily, dusty, or humid environments. For plant floors and outdoor enclosures, this translates to lower replacement costs and less downtime. Orange color enhances visibility during installation and maintenance, helping electricians quickly identify correct mating components, especially in crowded switchgear. This supports safer, faster commissioning and alignment with color-coding standards. NEC/CEC compliance and Ordinary/Non-Hazardous Locations suitability provide regulatory alignment and risk reduction for general switchgear installations. This ensures your project meets code requirements while enabling straightforward procurement and compatibility with Eaton Posi-Lok family plugs. Compatibility and installation advantages include straightforward mating with E0200-195 plugs and panels, supported by Eaton EB-175 installation sheets, reducing field errors and accelerating project timelines.