Description: 565 Energy EV Charger Smart Plug Shares NEMA 6-30 outlet with EV Charger [Save Money] - Share your 240V Dryer Plug with your EV Charger. No need for an electrician to install a new outlet. The EV Smart Switch by 565 enables an EV charger (up to 32A) to safely share power with the dryer without blowing fuses and fire safety issues.[Share The Dryer Outlet] – Allows both EV Charger and Dryer to be plugged in simultaneously on the same plug / outlet[High Speed EV Charging] – Use your Dryer Plug to support 240vac high speed EV Charging – more than three times faster than a standard outlet.[Designed in USA] – The EV Smart Switch is designed in the USA for 120/240 60Hz electrical grid. Not designed for use in China or Europe (50Hz) then “made to work” on USA electrical grid as an after thought.[Safe Design] – The EV Smart Switch by 565 is robustly designed with multiple fail-safes. Far safer than a traditional plug-splitter, the EV Smart Switch features automatic current detection that switches off the EV charger upon sensing dryer startup. Additional safeties include an onboard breaker as well as multiple thermal safety sensors. A high powered MCU manages the switching and safety shutdown. High quality copper wires, plugs, and receptacles are employed.[Automatic Switching] – The EV Smart Switch by 565 automatically detects dryer startup and rapidly switches off the EV Charger to avoid over-loading the existing circuit. Time delay to avoid constant false switching. Manual switching options are built in. Image Example
Price: 129.95 USD
Location: Irvine, California
End Time: 2024-12-19T23:51:35.000Z
Shipping Cost: 0 USD
Product Images
Item Specifics
Returns Accepted: ReturnsNotAccepted
Return policy details:
Brand: 565 Energy
Amperage: 24 A
Features: Hardware Failover, High Current Proof, Integrated Circuit (IC), Integrated DC Protection, Integrated Fuse Holder, Integrated Switches, Low Self-Discharge, Overcharge Protection, Overheat Protection, Protective Circuit, Protective Function, Stabilized Output Voltage, Undervoltage Protection