
Parkworld 60042 Marine Shore Power 50 Amp Female Generator Plug with NEMA SS1 50P Male to 2 SS1 50R Female Connectors
Discount price refresh daily—Skip inflation. Shop Now!
Brand:Parkworld | Color:Yellow | Voltage:125 Volts | Connector Gender:Male-to-Female | Input Current:50 Amps
Share this deal with your friends:
Upgrade your marine or RV power setup with the Parkworld 60042 Marine Shore Power 50 Amp Female Generator Plug, designed for reliability and durability. This essential power adapter features a NEMA SS1-50P male plug and two SS1-50R female connectors, ensuring a secure and stable connection for your high-power needs. Perfect for boat owners and RV enthusiasts, this splitter is your go-to solution for distributing power efficiently and safely.
Technical Specifications:
– Marine Shore Power 50A SS1-50P male plug with locking ring for a secure connection.
– Two 50A SS1-50R female connectors with locking rings and collars to prevent accidental disconnections.
– Constructed with 100% stranded copper wire conductors and 6AWG*3 copper inner wire, supporting a maximum load of 50 Amps.
– Heavy-duty design tailored for RV, boat, and marine shore power inlet pedestals.
– NEMA SS1-50 125 Volt Splitter with a generous length of 36 inches for flexible placement.
Usage Scenarios & Features:
The Parkworld 60042 is indispensable for anyone needing to split a single 50 Amp power source into two separate outputs. Whether you’re at a marina needing to power multiple devices on your boat or at an RV park looking to share power between your RV and another appliance, this splitter ensures you have the power you need without compromise. Its heavy-duty construction and high-quality materials guarantee longevity and performance, even in harsh marine environments. The locking rings on both the male plug and female connectors provide an extra layer of security, ensuring your connections stay intact no matter the conditions. With its easy-to-use design and robust build, the Parkworld 60042 is a must-have for safe and efficient power distribution.