Eaton AHL2120CBK Locking Connector - NOM cULus Listed

Ultra grip locking mechanism enhances retention and reduces unintentional disconnections in vibration-prone environments. This directly lowers downtime and improves operator safety by ensuring a reliable power link during high-load cycles and frequent cycling. The design supports back-wiring with straightforward terminal access, making it a practical choice for panel installations, motors, and industrial equipment where service intervals matter. With a 20A amperage rating and a 120/208V three-phase (L21-20) configuration, the AHL2120CBK accommodates typical industrial motors and equipment without crowding control panels. The locking action also helps maintain code-compliant, continuous power delivery in harsh environments, reducing rework caused by loosened connections after maintenance or vibration events. This combination supports scalable power distribution for mid-size manufacturing lines and mechanical systems. Wiring method is back-wire friendly and accepts #16-8 AWG conductors, offering flexibility for different cord and cable assemblies. The 0.38-1.16 inch cord diameter range simplifies inventory and field modifications, while the four-pole design with five conductors—including grounding—supports safe, grounded power distribution in industrial settings. The L21-20 configuration aligns with NEMA standards, enabling straightforward cross-compatibility with compatible receptacles. Durable materials and temperature tolerance enhance long-term reliability. The nylon body and nylon face resist impact and environmental exposure, while brass contacts provide stable conductivity across varying loads. An operating range of -40 to 60 °C covers cold plant floors and hot manufacturing lines, and RoHS compliance ensures regulatory alignment for modern facilities. Installation and maintenance efficiency are improved by clear torque guidance: 14-16 lbf-in for #10-14 AWG and 20 lbf-in for #8 AWG, ensuring reliable connections without conductor damage. The compact four-pole, four-pole configuration and back-wiring support fast field deployment, reducing training time and enabling procurement standardization across industrial facilities.