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For Additional Details, Please Refer To The FAQs Below.
What type of circuit is required?
All installations must comply with the National Electrical Code (NEC), including the 80% rule for continuous loads:
- Plug-in installation (NEMA 14-50):
Requires a 50A dedicated circuit with a maximum charging output of 40A.
Note: Ensure the ground pin of the outlet is positioned at the top. - Hardwired installation:
Requires a dedicated 60A circuit for up to 48A output.
Should I choose a plug-in installation or a hardwired setup?
RIPPLEON Smart EV Chargers support both installation types:
- Plug-in → up to 40A
- Hardwired → up to 48A
Choose based on your desired charging speed and electrical configuration.
Can I remove the NEMA 14-50 plug for a direct hardwired installation?
No. Modifying the plug assembly is not recommended and may result in safety hazards or warranty restrictions.
Do I need an electrician if a NEMA 14-50 outlet already exists?
If your existing outlet meets code requirements, you may simply plug in the charger.
However, an electrician is recommended to confirm circuit load safety.
Is the charger compatible with my EV?
Yes. RIPPLEON chargers are compatible with all EVs and PHEVs using the SAE J1772 standard.
Tesla vehicles require an adapter, which is included.
What is the charging speed of the RIPPLEON Level 2 charger?
RIPPLEON chargers operate at 240V and support the following charging levels:
- At 48A, they deliver 11.5 kW of power, adding approximately 35–60 miles of range per hour.
- At 40A, they deliver 9.6 kW of power, adding approximately 30–50 miles of range per hour.
* Actual performance may vary depending on the vehicle model and conditions.
How much does it cost to charge my vehicle?
Charging costs vary depending on local utility rates (kWh pricing).
In most regions, the cost is significantly lower than gasoline fueling.
Why is my charging speed slower than expected?
Your EV determines the maximum charging current it can accept.
If the vehicle limits the current, speed will adjust automatically.
Why does charging stop automatically?
Check the following:
- Ensure the home circuit and breaker meet required amperage
- Aged wiring or degraded circuits may trigger protective shutdown
- For 40A charging, a 50A circuit breaker is required
Built-in protection ensures safe operation.
Can I use the charger without internet or Wi-Fi?
Yes. The charger functions normally offline.
Smart features (e.g., scheduling, monitoring) require network access.
My vehicle is not charging. What should I check?
- Confirm the connector latch is fully engaged
- Check if the vehicle has scheduled charging enabled— Charging may wait for the preset time
Is this charger eligible for rebates or incentives?
Yes. ENERGY STAR® certification supports federal, state, and utility programs.
Refer to IRS Form 8911 for federal tax credits and check local utility offerings.
(Information: See IRS.gov)
Can multiple users access the charger through the app?
Yes. Administrators can invite and manage additional user permissions.
What happens if I miss a scheduled charging time?
Charging will begin automatically once the EV is connected within the scheduled time window.
What should I do if the charger cannot connect to Wi-Fi?
- Restart your router
- Power cycle the charger
- Ensure adequate signal strength at the installation location
Scheduled charging did not activate. Why?
Please verify:
- Wi-Fi connection status
- Time zone settings in the RIPPLEON App
The charger uses the time zone detected from the connected network.
Do I need to configure both the EV’s app and the RIPPLEON App?
Avoid duplicating charge schedules and settings across both apps.
For best performance, configure scheduling exclusively in the RIPPLEON App.
Can I operate the charger without using the app?
Yes. You may use the physical buttons to adjust current settings and start charging once connected to your vehicle.
Can RIPPLEON chargers be installed outdoors?
Yes. The enclosure is rated IP65 and NEMA 3R, suitable for rain, snow, dust, and temperatures from -22°F to 122℉
What safety protections are included?
Built-in safeguards include:
Overcurrent • Leakage • Over/Undervoltage • Overtemperature • Surge protection and additional monitoring systems to ensure safe and stable charging.