NEMA 1450P to NEMA TT30R RV Power Adapter Cord This heavyduty RV adapter cord allows you to safely and reliably convert a 50 amp power source to a 30 amp connection, for powering your 30A RV when only 50A service is available. Designed for durability and consistent performance, it delivers dependable electricity in a variety of environments and conditions. Key Features: Electrical Ratings: NEMA 1450P male plug to NEMA TT30R female receptacle; rated at 125 volts, 30 amps, 3750 watts Wiring: Constructed with 10/3 AWG pure copper wire for conductivity and stable power transfer HeavyDuty Protection: Durable PVC jacket resists wear from outdoor use, ensuring safe longterm operation Waterproof and WeatherResistant: Coated in strength flameretardant and heatresistant PVC sheath to guard against wind, rain, snow, soil, and abrasions Certified Quality: ETL listed for compliance with safety and performance standards Broad Compatibility: Fits nearly all brands of 30A RVs, campers, and recreational vehicles Practical Applications: 1. Ideal for connecting a 30A RV to campground pedestals that only provide 50A power service. 2. Suitable for travelers moving between parks with different power options, eliminating the need for multiple cables. 3. Reliable solution for backup or emergency power connection during trips, ensuring uninterrupted operation of RV appliances. Performance and Reliability: The use of pure copper wiring ensures minimal power loss and electrical conductivity. The robust PVC jacket and sealed design protect the cord from environmental damage, extending service life even under frequent outdoor use. Safe operation is maintained through compliance with ETL standards, giving you dependable performance wherever your travels take you. Specifications: Plug Type: NEMA 1450P (Male) Receptacle Type: NEMA TT30R (Female) Voltage: 125V Amperage: 30A Wattage: 3750W Wire Gauge: 10/3 AWG pure copper Listing: ETL This adapter cord is a reliable, wellbuilt solution for RV owners who need to connect a 30A rig to 50A service, ensuring safe, efficient power transfer in all weather conditions.